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A field experiment was conducted during Rabi seasons (2016-17 to 2020-21) at research farm of R.K. (P.G.) College, Shamli, with three replications under split-split plot design. FYM levels were taken as main plot, three N levels as sub plot and four biofertilizer treatments as sub-sub plot. Application of 10 ton FYM/ ha resulted significant decrease in bulk density from 1.23Mg/ M3 to 1.18 Mg/ M3. Joint inoculation with Azotobactor + Azospirillum resulted, 9.6, 25 and 11.02 percent higher WHC, organic carbon and available N in soil, respectively over no inoculation. The plots receiving 10 ton FYM/ ha maintained 24.76, 54.61 and 67.56 percent higher grain yield per spike, biological and grain yield/ ha, respectively over 0 ton FYM. Application of 120 kg N/ ha had 22.64, 31.83 and 31.46 percent higher grain yield/ spike, biomass and grain yield/ ha, respectively over 40 kg N. Highest protein (13.25%) was registered with 10 ton/ ha FYM. Azotobactor + Azospirillum had 7.06 percent higher protein over uninoculated control. Highest gross (₹ 112091/ ha), net return (₹ 76343/ ha) and benefit: cost ratio (2.14) observed with 120 kg N/ ha. Azotobactor + Azospirillum resulted, 34.85 percent higher net return over no inoculation.

international journal of current microbiology and applied sciences

Long Term Impact of Integrated Nitrogen Management Practices on Soil Environment, Nutrient Uptake, Produce Quality, Yield and its Economic Feasibility in Wheat (Triticum aestivum L.)