Improvement of Nutrient Uptake, Yield of Black Sesame (Sesamum indicum L.), and Alluvial Soil Fertility in Dyke by Spent Rice Straw from Mushroom Cultivation as Biofertilizer Containing Potent Strains of Rhodopseudomonas palustris
Table 4
Effects of different levels of a mixture of four strains of Rhodopseudomonas palustris in spent rice straw and chemical fertilizer on nutrient uptake in parts of sesame grown in dyked alluvial soil under the greenhouse condition.
Factor
Nitrogen uptake
Phosphorus uptake
Potassium uptake
(g pot−1)
Stem and leaf
Shell
Seed
Stem and leaf
Shell
Seed
Stem and leaf
Shell
Seed
Biofertilizer level (A) (t ha−1)
0
0.010c
0.009d
0.083c
0.035c
0.027d
0.072c
0.322b
0.092c
0.012c
3
0.014b
0.011c
0.107b
0.045b
0.032c
0.087b
0.423a
0.117b
0.017b
4
0.015b
0.013b
0.122a
0.045b
0.039a
0.099a
0.418a
0.122b
0.020a
5
0.018a
0.014a
0.122a
0.051a
0.035b
0.098a
0.455a
0.168a
0.020a
Nitrogen and phosphorus fertilizer level (B) (%)
100
0.018a
0.015a
0.141a
0.052a
0.039a
0.111a
0.466a
0.152a
0.022a
75
0.013b
0.011b
0.101b
0.044b
0.031b
0.084b
0.416b
0.120b
0.016b
50
0.012b
0.009c
0.085c
0.036c
0.029b
0.072c
0.331c
0.101c
0.014c
Significant differences
(A)
(B)
(AB)
ns
ns
ns
C.V. (%)
12.7
9.89
5.05
12.3
1.08
5.06
8.39
2.38
1.34
In a column, the different superscripts indicate significant differences according to Duncan’s post hoc test at 5% level (,). Values are means of four replications.