My research interests encompass soil health, water quality, carbon farming, sustainable agriculture, and climate change. Currently, my research focuses on assessing soil organic carbon using in-situ soil carbon sensor technology. This technology empowers farmers to make informed decisions about sustainable land management and carbon-negative practices by providing robust data on soil carbon dynamics. Previously, I studied the impact of cropping systems on soil health and water quality, and assessed the biophysical vulnerability of farming communities to environmental changes in the Northwestern Himalayan region of India. Working closely with smallholder farmers, I dedicated my efforts to building their capacity for a low-carbon future through the implementation of climate-resilient agricultural practices. My research involved comprehensive site surveys, questionnaires, field experiments, and meticulous analysis of soil and water samples, following established scientific protocols.
My research interests encompass soil health, water quality, carbon farming, sustainable agriculture, and climate change. Currently, my research focuses on assessing soil organic carbon using in-situ soil carbon sensor technology. This technology empowers farmers to make informed decisions about sustainable land management and carbon-negative practices by providing robust data on soil carbon dynamics. Previously, I studied the impact of cropping systems on soil health and water quality, and assessed the biophysical vulnerability of farming communities to environmental changes in the Northwestern Himalayan region of India. Working closely with smallholder farmers, I dedicated my efforts to building their capacity for a low-carbon future through the implementation of climate-resilient agricultural practices. My research involved comprehensive site surveys, questionnaires, field experiments, and meticulous analysis of soil and water samples, following established scientific protocols.