Research Interest:   Soil and Water Pollution; Remediation of the Contaminated Soil and Water; Food Safety; Organic Agriculture and Sustainable Waste Management

Research Interest:   Environmental Geochemistry Metallic Pollution Assessment Food Safety Plant Nutrition

Research Interest:   Plant nutrition Heavy metal pollution Phytoremediation Food safety Plant growth-promoting rhizobacteria (PGPR) Bioformulation and Biofortification  

Research Interest:   Rhizosphere microbiology, plant-microbe interaction and plant nutrion, probiotics, ecological chemistry, stress remediation and plant growth promoting rhizobacteria 

Research Interest:   Environmental Science, remediation of heavy metals and other toxicnt from contaminated soil and water,  water quality assessment and treatment of waste water;  plant, soil and microbes interaction for growth promotion, bioremediation of heavy metal, hydrocarbon, PVC materials; Plant tolerance against biotic and abiotic stress using microbes.

Research Interest:  Plant Nutrition, Environmental Chemistry, Food Chain Contamination, Plant nutrient and disease interaction

Research Interest:   Synthesis and Characterization of Nanomaterials for Climate-Resilient Agriculture. My research focuses on the synthesis and comprehensive characterization of nanomaterials designed to support climate-resilient and sustainable agricultural systems. In the context of increasing climate variability and pressure on global food production, nanotechnology offers innovative pathways to enhance crop productivity, improve resource-use efficiency, and reduce the environmental footprint of agriculture. I am particularly engaged in the development of functional nanomaterials—including nanofertilizers, nanopesticides, and nanosensors—that enable targeted nutrient delivery, efficient pest and disease management, and data-driven precision farming. A key emphasis of my work is the use of green and biologically derived synthesis approaches to ensure environmental safety and scalability, coupled with advanced physicochemical and structural characterization to evaluate performance, stability, and risk. Through this integrated approach, my research aims to generate safe, efficient, and field-applicable nanotechnological solutions that strengthen agricultural resilience to climate stress while supporting smallholder productivity and sustainable intensification.

Research Interest:   Sustainable Agriculture Soil Fertility   Climate Change and Agriculture   Organic Agriculture   Nutrient Management   Soil Chemistry   Soil Biology   Nutrient Cycling   Nitrogen and carbon cycling   Greenhouse gas emission measurement and management   Integrated Nutrient Management   Nutrient Use Efficiency                

Research Interest:   Farmers Knowledge attitude and practices regarding pesticide usage, Pesticide residues analysis, Peasticide related health risks, Environmental toxicology, Earthworm biology, Microplastics in terristrial ecosystem and food chain, Salinity tolerance of crops, Physicochemical properties of soils.

Research Interest:   Nanotechnology, Nanoparticles, Polymer Chemistry, Physical Chemistry of Materials, Nanomaterials Characterization, Optoelectronics, Chemical Sensors, Biosensors, Electrochemical Sensors, Optical Sensors,  Chemistry of Natural Products, Food Chemistry, Solar Cells, Organic Transistor 

Research Interest:   Biopesticides, Plant Growth Promoting Rhizobacteria, Genetic mapping of bakanae resistance in rice, GWAS (Genome-Wide Association Study), QTL (Quantitative Trait Loci), Bioinformatics, Molecular Biology, Environmental Microbiology, Plant microbes interaction, Fate of heavy metals in environment

Research Interest:  Biosorption, Heavy metal, Environmental chemistry, Plant nutrition

Research Interest:   Plant Nutrition, Environmental Chemistry, Heavy Metals

Research Interest:   Plant Nutrition, Environmental Pollution, Water Chemistry