GenStat Release 12.1 ( PC/Windows Vista) 10 September 2023 00:01:01
Copyright 2009, VSN International Ltd.  
Registered to: The NULL Corporation
 
 	________________________________________
 
 	GenStat Twelfth Edition
 	GenStat Procedure Library Release PL20.1
 	________________________________________
 
   1  %CD 'C:/Users/SIR WIZZY/Documents'
   2  "Data taken from unsaved spreadsheet: New Data;1"
   3  DELETE [REDEFINE=yes] _stitle_: TEXT _stitle_
   4  READ [PRINT=*; SETNVALUES=yes] _stitle_
   7  PRINT [IPRINT=*] _stitle_; JUST=left
 
Data imported from Clipboard
 on: 10-Sep-2023 0:01:19
 
   8  DELETE [REDEFINE=yes] REP,Variety,Organic,Inorganic,Pollen,Silking,Height,\
   9  Stover,LAI,Striga_8WAP,Striga_10WAP,Root_%,Cob_kg_ha,Stalk_%,GY_Kg_ha,SDS
  10  UNITS [NVALUES=*]
  11  FACTOR [MODIFY=yes; NVALUES=72; LEVELS=3; REFERENCE=1] REP
  12  READ REP; FREPRESENTATION=ordinal
 
	 Identifier	 Values	 Missing	 Levels
	REP	 72	 0	 3
 
  15  FACTOR [MODIFY=yes; NVALUES=72; LEVELS=2; LABELS=!t('V1','V2')\
  16  ; REFERENCE=1] Variety
  17  READ Variety; FREPRESENTATION=ordinal
 
	 Identifier	 Values	 Missing	 Levels
	Variety	 72	 0	 2
 
  20  FACTOR [MODIFY=yes; NVALUES=72; LEVELS=3; LABELS=!t('M0','M10','M5')\
  21  ; REFERENCE=1] Organic
  22  READ Organic; FREPRESENTATION=ordinal
 
	 Identifier	 Values	 Missing	 Levels
	Organic	 72	 0	 3
 
  25  FACTOR [MODIFY=yes; NVALUES=72; LEVELS=4; LABELS=!t('N0','N120','N30','N60')\
  26  ; REFERENCE=1] Inorganic
  27  READ Inorganic; FREPRESENTATION=ordinal
 
	 Identifier	 Values	 Missing	 Levels
	Inorganic	 72	 0	 4
 
  30  VARIATE [NVALUES=72] Pollen
  31  READ Pollen
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Pollen	 52.00	 55.19	 60.00	 72	 0	 
 
  35  VARIATE [NVALUES=72] Silking
  36  READ Silking
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Silking	 53.00	 57.86	 65.00	 72	 0	 
 
  40  VARIATE [NVALUES=72] Height
  41  READ Height
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Height	 80.00	 124.9	 170.0	 72	 0	 
 
  46  VARIATE [NVALUES=72] Stover
  47  READ Stover
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Stover	 1003	 1267	 1829	 72	 0	 
 
  53  VARIATE [NVALUES=72] LAI
  54  READ LAI
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	LAI	 1.050	 2.533	 7.100	 72	 0	    Skew
 
  60  VARIATE [NVALUES=72] Striga_8WAP
  61  READ Striga_8WAP
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Striga_8WAP	 5.000	 60.29	 130.0	 72	 0	 
 
  65  VARIATE [NVALUES=72] Striga_10WAP
  66  READ Striga_10WAP
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Striga_10WAP	 12.00	 45.33	 101.0	 72	 0	 
 
  70  VARIATE [NVALUES=72] Root_%
  71  READ Root_%
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Root_%	 1.300	 2.132	 4.200	 72	 0	 
 
  76  VARIATE [NVALUES=72] Cob_kg_ha
  77  READ Cob_kg_ha
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Cob_kg_ha	 1200	 1778	 3000	 72	 0	 
 
  83  VARIATE [NVALUES=72] Stalk_%
  84  READ Stalk_%
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	Stalk_%	 1.300	 2.132	 4.200	 72	 0	 
 
  89  VARIATE [NVALUES=72] GY_Kg_ha
  90  READ GY_Kg_ha
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	GY_Kg_ha	 1550	 2033	 3257	 72	 0	 
 
 101  VARIATE [NVALUES=72] SDS
 102  READ SDS
 
	 Identifier	 Minimum	 Mean	 Maximum	 Values	 Missing	 
	SDS	 2.000	 3.569	 7.000	 72	 0	 
 
 105
 106  %PostMessage 1129; 0; 79673560 "Sheet Update Completed"
 107  "General Analysis of Variance."
 108  BLOCK REP
 109  TREATMENTS Variety*Inorganic*Organic
 110  COVARIATE "No Covariate"
 111  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 112   PSE=diff,lsd,means; LSDLEVEL=5] Height

 
Duncan's multiple range test (Plant height)

Variety.Inorganic.Organic

		Mean	 
	V1 N120 M10	 152.3	 a
	V2 N60 M5	 145.3	 ab
	V2 N30 M5	 145.3	 abc
	V1 N30 M10	 140.3	 abcd
	V1 N60 M5	 138.3	 abcde
	V2 N30 M10	 137.3	 abcde
	V2 N0 M0	 136.7	 abcde
	V2 N120 M10	 136.3	 abcde
	V1 N0 M5	 136.3	 abcde
	V1 N60 M10	 133.3	 abcde
	V1 N120 M5	 130.3	 bcdef
	V2 N0 M5	 130.3	 bcdef
	V2 N120 M0	 126.3	 bcdefg
	V2 N60 M10	 125.3	 bdefg
	V2 N120 M5	 123.3	 defg
	V2 N0 M10	 123.3	 defg
	V1 N30 M5	 119.3	 efgh
	V1 N0 M10	 112.3	 fghi
	V1 N120 M0	 112.3	 fghi
	V2 N60 M0	 108.3	 ghij
	V1 N30 M0	 102.3	 hij
	V2 N30 M0	 95.7	 ij
	V1 N0 M0	 94.3	 ij
	V1 N60 M0	 92.0	 j
 
 119  ELSE
 120    PRINT !t('Multiple comparisons available only if all components of the term',\
 121  'are estimated with equal efficiency and in the same stratum.');\
 122  JUST=left
 123  ENDIF
 124  "General Analysis of Variance."
 125  BLOCK REP
 126  TREATMENTS Variety*Inorganic*Organic
 127  COVARIATE "No Covariate"
 128  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 129   PSE=diff,lsd,means; LSDLEVEL=5] LAI

Duncan's multiple range test(LAI)

Variety.Inorganic.Organic

		Mean	 
	V1 N0 M5	 4.103	 a
	V1 N60 M10	 3.343	 ab
	V1 N120 M10	 3.327	 ab
	V2 N120 M10	 3.063	 abc
	V2 N30 M5	 2.987	 abcd
	V2 N30 M10	 2.963	 abcd
	V1 N30 M10	 2.933	 abcd
	V2 N120 M5	 2.793	 abcd
	V2 N0 M10	 2.777	 abcd
	V1 N30 M5	 2.767	 abcd
	V2 N60 M10	 2.567	 bcd
	V1 N120 M5	 2.557	 bcd
	V2 N60 M5	 2.523	 bcd
	V1 N60 M0	 2.503	 bcd
	V1 N120 M0	 2.410	 bcd
	V2 N120 M0	 2.347	 bcd
	V2 N60 M0	 2.320	 bcd
	V1 N60 M5	 2.107	 bcd
	V1 N0 M10	 2.007	 bcd
	V1 N0 M0	 1.847	 bcd
	V1 N30 M0	 1.780	 cd
	V2 N0 M0	 1.760	 cd
	V2 N0 M5	 1.530	 d
	V2 N30 M0	 1.480	 d
 
 136  ELSE
 137    PRINT !t('Multiple comparisons available only if all components of the term',\
 138  'are estimated with equal efficiency and in the same stratum.');\
 139  JUST=left
 140  ENDIF
 141  "General Analysis of Variance."
 142  BLOCK REP
 143  TREATMENTS Variety*Inorganic*Organic
 144  COVARIATE "No Covariate"
 145  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 146   PSE=diff,lsd,means; LSDLEVEL=5] GY_Kg_ha

Duncan's multiple range test(Grain yield)

Variety.Inorganic.Organic

		Mean	 
	V1 N120 M10	 3085	 a
	V1 N60 M10	 2818	 ab
	V2 N120 M5	 2458	 bc
	V1 N60 M5	 2391	 cd
	V1 N120 M5	 2322	 cd
	V1 N30 M5	 2186	 cde
	V1 N30 M10	 2186	 cde
	V2 N30 M10	 2153	 cdef
	V2 N60 M10	 2122	 cdefg
	V2 N30 M5	 2116	 cdefg
	V2 N60 M5	 1988	 defgh
	V2 N120 M10	 1987	 defgh
	V1 N0 M5	 1952	 defgh
	V2 N0 M10	 1853	 efgh
	V2 N120 M0	 1822	 efgh
	V2 N0 M0	 1820	 efgh
	V1 N120 M0	 1788	 efgh
	V1 N0 M10	 1756	 efgh
	V2 N0 M5	 1750	 efgh
	V1 N60 M0	 1721	 fgh
	V1 N0 M0	 1692	 gh
	V1 N30 M0	 1679	 gh
	V2 N60 M0	 1592	 h
	V2 N30 M0	 1555	 h
 
 153  ELSE
 154    PRINT !t('Multiple comparisons available only if all components of the term',\
 155  'are estimated with equal efficiency and in the same stratum.');\
 156  JUST=left
 157  ENDIF
 158  "General Analysis of Variance."
 159  BLOCK REP
 160  TREATMENTS Variety*Inorganic*Organic
 161  COVARIATE "No Covariate"
 162  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 163   PSE=diff,lsd,means; LSDLEVEL=5] Cob_kg_ha

 
Duncan's multiple range test (cob weight)

Variety.Inorganic.Organic

		Mean	 
	V1 N120 M10	 2833	 a
	V1 N60 M10	 2567	 ab
	V1 N60 M5	 2133	 bc
	V1 N120 M5	 2067	 cd
	V2 N0 M0	 1967	 cde
	V1 N30 M10	 1933	 cdef
	V1 N30 M5	 1933	 cdef
	V2 N30 M10	 1900	 cdef
	V2 N60 M10	 1867	 cdefg
	V2 N120 M5	 1867	 cdefg
	V2 N30 M5	 1867	 cdefg
	V2 N120 M10	 1733	 cdefgh
	V2 N60 M5	 1733	 cdefgh
	V1 N0 M5	 1700	 cdefgh
	V2 N0 M10	 1600	 cdefgh
	V2 N120 M0	 1567	 defgh
	V1 N120 M0	 1533	 defgh
	V1 N0 M10	 1500	 efgh
	V1 N60 M0	 1467	 efgh
	V1 N0 M0	 1433	 efgh
	V1 N30 M0	 1433	 efgh
	V2 N0 M5	 1400	 fgh
	V2 N60 M0	 1333	 gh
	V2 N30 M0	 1300	 h
 
 170  ELSE
 171    PRINT !t('Multiple comparisons available only if all components of the term',\
 172  'are estimated with equal efficiency and in the same stratum.');\
 173  JUST=left
 174  ENDIF
 175  "General Analysis of Variance."
 176  BLOCK REP
 177  TREATMENTS Variety*Inorganic*Organic
 178  COVARIATE "No Covariate"
 179  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 180   PSE=diff,lsd,means; LSDLEVEL=5] Stalk_%

 
Duncan's multiple range test (Stalk lodging)

Variety.Inorganic.Organic

		Mean	 
	V1 N0 M0	 4.067	 a
	V2 N60 M5	 2.667	 b
	V2 N120 M5	 2.567	 bc
	V2 N60 M10	 2.533	 bcd
	V2 N0 M10	 2.500	 bcd
	V2 N30 M10	 2.400	 bcde
	V2 N30 M5	 2.400	 bcde
	V1 N30 M0	 2.300	 cdef
	V2 N120 M0	 2.300	 cdef
	V2 N60 M0	 2.267	 cdef
	V2 N0 M5	 2.233	 defg
	V1 N60 M0	 2.133	 efgh
	V1 N120 M0	 2.000	 fghi
	V1 N120 M5	 1.933	 ghi
	V1 N0 M5	 1.900	 hij
	V1 N60 M5	 1.900	 hij
	V1 N30 M5	 1.833	 hij
	V2 N120 M10	 1.733	 ijk
	V1 N30 M10	 1.700	 ijk
	V1 N0 M10	 1.700	 ijk
	V2 N30 M0	 1.600	 jk
	V1 N60 M10	 1.500	 k
	V1 N120 M10	 1.500	 k
	V2 N0 M0	 1.500	 k
 
 187  ELSE
 188    PRINT !t('Multiple comparisons available only if all components of the term',\
 189  'are estimated with equal efficiency and in the same stratum.');\
 190  JUST=left
 191  ENDIF
 192  "General Analysis of Variance."
 193  BLOCK REP
 194  TREATMENTS Variety*Inorganic*Organic
 195  COVARIATE "No Covariate"
 196  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 197   PSE=diff,lsd,means; LSDLEVEL=5] Striga_8WAP

 
Duncan's multiple range test (SC 8WAP)

Variety.Inorganic.Organic

		Mean	 
	V2 N0 M10	 117.67	 a
	V1 N0 M0	 108.67	 ab
	V1 N0 M5	 102.67	 ab
	V2 N0 M0	 100.67	 ab
	V1 N30 M5	 94.67	 abc
	V2 N30 M10	 94.00	 abc
	V1 N0 M10	 89.67	 abcd
	V2 N60 M10	 80.00	 bcde
	V2 N30 M0	 78.67	 bcde
	V1 N30 M10	 62.33	 cdef
	V1 N60 M5	 55.33	 defg
	V1 N30 M0	 50.67	 efg
	V2 N120 M5	 46.00	 efg
	V2 N60 M5	 45.33	 efg
	V2 N0 M5	 44.00	 efg
	V2 N30 M5	 43.33	 efg
	V1 N60 M10	 39.33	 fg
	V1 N60 M0	 34.00	 fg
	V2 N60 M0	 32.33	 fg
	V1 N120 M0	 27.67	 fg
	V1 N120 M5	 27.00	 fg
	V2 N120 M10	 26.33	 fg
	V1 N120 M10	 24.00	 fg
	V2 N120 M0	 22.67	 g
 
 204  ELSE
 205    PRINT !t('Multiple comparisons available only if all components of the term',\
 206  'are estimated with equal efficiency and in the same stratum.');\
 207  JUST=left
 208  ENDIF
 209  "General Analysis of Variance."
 210  BLOCK REP
 211  TREATMENTS Variety*Inorganic*Organic
 212  COVARIATE "No Covariate"
 213  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 214   PSE=diff,lsd,means; LSDLEVEL=5] Striga_10WAP

Duncan's multiple range test (SC 10wap)

Variety.Inorganic.Organic

		Mean	 
	V2 N0 M10	 96.33	 a
	V2 N30 M10	 79.67	 b
	V2 N60 M10	 72.33	 bc
	V2 N0 M0	 71.67	 bc
	V2 N120 M10	 68.33	 bcd
	V1 N0 M5	 60.00	 cde
	V2 N30 M0	 54.33	 def
	V1 N0 M10	 50.33	 efg
	V1 N30 M5	 49.67	 efgh
	V1 N30 M10	 48.33	 efghi
	V2 N0 M5	 42.33	 fghij
	V1 N0 M0	 41.33	 fghij
	V1 N30 M0	 40.33	 fghij
	V1 N60 M0	 40.00	 fghij
	V1 N60 M5	 37.00	 fghijk
	V2 N60 M0	 36.33	 ghijk
	V2 N30 M5	 33.33	 ghijkl
	V1 N60 M10	 32.33	 hijkl
	V2 N60 M5	 31.67	 ijkl
	V1 N120 M5	 28.33	 jklm
	V2 N120 M5	 22.00	 klm
	V2 N120 M0	 20.67	 klm
	V1 N120 M0	 17.33	 lm
	V1 N120 M10	 14.00	 m
 
 221  ELSE
 222    PRINT !t('Multiple comparisons available only if all components of the term',\
 223  'are estimated with equal efficiency and in the same stratum.');\
 224  JUST=left
 225  ENDIF
 226  "General Analysis of Variance."
 227  BLOCK REP
 228  TREATMENTS Variety*Inorganic*Organic
 229  COVARIATE "No Covariate"
 230  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 231   PSE=diff,lsd,means; LSDLEVEL=5] SDS

Duncan's multiple range test (SDS)

Variety.Inorganic.Organic

		Mean	 
	V2 N60 M10	 6.333	 a
	V2 N0 M5	 6.333	 a
	V1 N0 M0	 6.000	 ab
	V2 N60 M5	 5.333	 abc
	V2 N0 M0	 5.000	 bcd
	V2 N0 M10	 4.333	 cde
	V1 N0 M10	 4.000	 def
	V1 N120 M0	 4.000	 def
	V2 N30 M0	 3.333	 efg
	V2 N30 M10	 3.333	 efg
	V2 N30 M5	 3.333	 efg
	V2 N60 M0	 3.333	 efg
	V1 N120 M5	 3.333	 efg
	V1 N30 M10	 3.000	 fg
	V1 N30 M5	 3.000	 fg
	V1 N60 M10	 3.000	 fg
	V1 N0 M5	 2.333	 g
	V1 N60 M5	 2.333	 g
	V2 N120 M5	 2.333	 g
	V1 N60 M0	 2.333	 g
	V2 N120 M0	 2.333	 g
	V2 N120 M10	 2.333	 g
	V1 N120 M10	 2.333	 g
	V1 N30 M0	 2.333	 g
 
 238  ELSE
 239    PRINT !t('Multiple comparisons available only if all components of the term',\
 240  'are estimated with equal efficiency and in the same stratum.');\
 241  JUST=left
 242  ENDIF
 243  "General Analysis of Variance."
 244  BLOCK REP
 245  TREATMENTS Variety*Inorganic*Organic
 246  COVARIATE "No Covariate"
 247  ANOVA [PRINT=aovtable,information,means,%cv; FACT=32; CONTRASTS=7; PCONTRASTS=7; FPROB=yes;\
 248   PSE=diff,lsd,means; LSDLEVEL=5] Stover

Duncan's multiple range test (Stover weight)

Variety.Inorganic.Organic

		Mean	 
	V1 N120 M10	 1762	 a
	V1 N120 M5	 1523	 b
	V1 N60 M10	 1439	 c
	V2 N120 M10	 1439	 c
	V1 N30 M10	 1408	 cd
	V2 N60 M10	 1358	 de
	V2 N120 M5	 1347	 e
	V2 N30 M10	 1332	 e
	V1 N30 M5	 1328	 e
	V1 N0 M5	 1323	 e
	V2 N0 M10	 1319	 e
	V1 N60 M5	 1316	 e
	V1 N0 M10	 1312	 e
	V1 N120 M0	 1230	 f
	V1 N60 M0	 1199	 fg
	V2 N120 M0	 1187	 fg
	V2 N60 M5	 1147	 gh
	V1 N30 M0	 1126	 h
	V2 N60 M0	 1117	 hi
	V2 N30 M5	 1066	 ij
	V2 N30 M0	 1046	 j
	V2 N0 M5	 1035	 j
	V1 N0 M0	 1035	 j
	V2 N0 M0	 1011	 j
 
 255  ELSE
 256    PRINT !t('Multiple comparisons available only if all components of the term',\
 257  'are estimated with equal efficiency and in the same stratum.');\
 258  JUST=left
 259  ENDIF