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A pot experiment was conducted to determine the dynamics of soil microbial biomass in a rainfed soil under wheat cultivation at the University of Arid Agriculture, Rawalpindi, Pakistan. The treatments applied were: 1) a control (CK), 2) NPK (0.44-0.26-0.18 g pot~(-1)), 3) farmyard manure (FYM, 110 g pot~(-1)), 4) poultry manure (PM, 110 g pot~(-1)), 5) FYM (110 g pot~(-1)) + NPK (0.44-0.26-0.18 g pot~(-1)), 6) poultry manure (PM, 110 g pot~(-1)) + NPK (0.44-0.26-0.18 g pot~(-1)), 7) FYM (110 g pot~(-1)) + NPK(S) (0.44-0.26-0.18 g pot~(-1), one half of the NPK at sowing and the other half one month after sowing), and 8) PM (110 g pot~(-1)) + NPK(S) (0.44-0.26-0.18 g pot~(-1), one half of the NPK applied at sowing and the other
A pot experiment was conducted to determine the dynamics of soil microbial biomass in a rainfed soil under wheat cultivation at the University of Arid Agriculture, Rawalpindi, Pakistan. The treatments applied were: 1) a control (CK), 2) NPK (0.44- 0.26-0.18 g pot -1, 3) farmyard manure (FYM, 110 g pot -1), 4) poultry manure (PM, 110 g pot -1), 5) FYM 110 g pot -1) + NPK (0.44-0.26-0.18 g pot -1), 6) poultry manure (PM, 110 g pot -1) + NPK (0.44-0.26-0.18 g pot -1, 7) FYM (110 g pot -1) + NPK (S) (0.44-0.26-0.18 g pot -1, one half of the NPK at sowing and the other half one month after sowing, and 8) PM (110 g pot -1) + NPK (S) (0.44-0.26-0.18 g pot -1, one half of the NPK applied at sowing and the other