Isolation and characterization of indigenous bacterial consortium for augmentation of biofertilizer potential for biogas plant waste (Jabalpur, M.P., India)

Abstract

The integrated approach to determine the most favourable plant-microorganism interaction is critical for improving and maintaining agricultural land production. The present trend of using low-input chemicals and waste as biofertilizer in sustainable agriculture systems will help to achieve this aim. Biogas plant waste efficiency may be improved by employing indigenous microorganisms to fix NPK in soil. We successfully demonstrated the utilisation of isolated bacterial inoculums for improving the biofertilizer potential of biogas plant waste in Jabalpur, M.P., India for several leguminous crops. The inoculum creation technology employed in this work is capable of creating enough effective inoculum with a reasonable shelf life for economical usage in various agricultural systems. Farmers would be able to grasp the impacts of biofertilizers produced from biogas plant waste and would be eager to utilise them because of their increased viability and high NPK value. This contributes to the achievement of an environmentally benign and cost-effective solution for increased plant growth from healthy soil.