Agriculture Reference
In-Depth Information
(continued)
POOLED ERROR 56 0.62890135E+04 0.11230381E+03
ENV+(VAR.*ENV.) 24 0.20357700E+05 0.84823748E+03
ENVRON(LINEAR) 1 0.16088356E+05 0.16088356E+05 0.13016560E+03
VARXENVRON(LINEAR) 7 0.22917573E+04 0.32739391E+03 0.26488360E+01
POOLED DEVIATION 16 0.19775868E+04 0.12359918E+03 0.33017360E+01
POOLED ERROR MSS FOR TESTING POOLED DEVIATION MSS
¼
0.37434604E+02
ENV(LIN) AND VARXENV(LIN) ARE TESTED AGAINST POOLED DEVIATION
VAR. OF
REG COEF
S(DELTA).
MEAN SQ
VAR
MEAN
MEAN
(B)
SQR
DEV(SD)
1
80.85
2847.80
1.00
837.95
381.54
2
89.01
397.18
0.44
10.45
32.21
3
72.35
2074.18
1.00
68.48
3.20
4
86.29
400.31
0.42
41.80
16.53
5
52.88
4344.40
1.43
238.88
82.01
6
48.79
5027.75
1.51
427.24
176.19
7
67.93
2069.89
0.99
98.41
11.77
8
68.78
3196.19
1.21
254.37
89.75
POP MEAN
¼
70.859 S.E.(MEAN)
¼
0.64187010E+01
MEAN OF B
¼
1.0000 S.E. OF B
¼
0.24791170E+00
Upon the validity of the null hypotheses w.r.t.
b
i
and
S
2
d
i
, we can have the following conclusion:
SL no.
V
i
V
Regression coefficient (
b
i
)
Inference
V1
9.991
1.00
Widely adapted stable genotype
V2
18.151
0.44
Stable genotype less sensitive to environmental variation
V3
1.491
1.00
Widely adapted stable genotype
V4
15.431
0.42
Below-average stable genotype suitable for poor environment
V5
17.979
1.43
Below-average stable genotype suitable for rich environment
V6
22.069
1.51
Below-average stable genotype suitable for rich environment
V7
2.929
0.99
Below-average stable genotype
V8
2.079
1.21
Below-average stable genotype suitable for rich environment
damaging or degrading the natural resources.
By sustainable agriculture, we mean integration
of three main objectives: (1)
11.5
Sustainability
maintaining environ-
Sustainability is an idea which has been defined
by various authors with varied perspectives and
objectivities. In this section, by sustainability, we
mean persistence and the capacity of something
to continue over a long period of time without
mental health,
(2)
ensuring economic profitability,
and
social and economic equity
. Sustenance
of crop husbandry and cropping system, and
farm management are essential criteria for food
security in the long run. The measurement of
(3)
