Treatments Number of nodule plant-1 Nodule dry wt.plant-1(g) Nodulevol.plant-1 (ml) Dry matter plant-1(g)
Uninoculated 51.77f 0.5d 1.93bc 4.30d
18/20 kg NP ha-1 as urea and DAP 64.67def 0.7dc 2.067bc 4.27d
18/20 kg NP ha-1 as urea and DCB 57.23f 0.7dc 2.43bc 5.93abcd
Sinorhizobium 61.07ef 0.8bcd 1.97bc 6.73abc
Sinohizobium+18/20 kg N P ha-1 as urea and DAP 90.13bcd 1.2a 2.60bc 5.33bcd
Sinorhizobium+18/20 kg N P ha-1 as urea and DCB 74.33cdef 1.0abc 1.53c 6.43abcd
Pseudomonas sp. 104.93b 1.0abc 2.47bc 5.07cd
Pseudomonas sp.+18/20 kg N P ha-1 as urea+DAP 108.10b 1.1ab 2.7bc 5.17bcd
Pseudomonas sp.+18/20kg NP ha-1 as urea and DCB 97.60bc 1.2a 2.93b 5.57abcd
Sinorhizobium+Pseudomonas sp. 84.33bcde 0.8bcd 2.53bc 4.20d
Sinorhizobium+Pseudomonas sp.+18/20 kg NP ha-1as urea and DAP 140.60a 1.1ab 467a 7.80a
Sinorhizobium+Pseudomonas sp.+18/20 kg NP ha-1as urea and DCB 108.07b 1.1ab 4.27a 7.40ab
LSD (5%) 27.02 0.3387 1.25 2.31
CV (%) 18.36 21.43 27.53 23.99
CV: Coefficient of variance, DCB: Dried and crushed bone, DAP: Diammonium phosphate, N: Nitrogen and P: Phosphorous. Means within a column followed by the same letter(s) are not significantly different.
Table 2: Nodulation of chickpea and dry matter yield plant-1 at mid flowering stage as affected by inoculation of Sinorhizobium ciceri+Pseudomonas sp.