Enhancing the Yield Potential of Soybean after Magneto-Priming: Detailed Study on Its Relation to Underlying Physiological Processes

Soybean (Glycine max) is one of the most important proteins and oilseed crops in world due to a boom its demand. In order meet this demand, various modern agricultural methods are being employed, which magneto-priming (treatment seeds with magnetic field) becoming popular technique owing efficiency eco-friendly nature improve seed vigour, growth yield soybean plants. Therefore, we conducted field experiment evaluate impact static on var. JS-335 We used (SMF) strengths 150 mT (1 h) 200 for study. Both SMF treatments improved (shoot as well root parameters), carbon fixation (PSII efficiency, gas exchange parameters, carbonic anhydrase activity) nitrogen (leghemoglobin content, total protein nitrate reductase activity). observed an association between these parameters contributed biomass accumulation hence enhanced crop yield. addition, reduced levels ASA (reduced form ascorbate), MDA (malondialdehyde) antioxidant enzymes suggest that alleviates oxidative stress SMF-primed Field strength proved be more effective improving all compared mT. Our study suggested pre-sowing treatment can efficaciously employed growth, development production soybean.