My research focuses on environmental microbiology and sustainable bioremediation. I investigate microbially induced calcite precipitation (MICP) for soil stabilization, heavy metal immobilization, and concrete crack healing. I examine the distribution of antibiotic resistance genes and potentially pathogenic bacteria in freshwater lakes and rivers, linking microbial communities to water quality parameters. I also explore agricultural manure management to reduce ammonia and greenhouse gas emissions during composting. My work integrates molecular techniques, field studies, and laboratory experiments to develop eco-friendly solutions for pollution control, biocementation using indigenous ureolytic bacteria, and microbial processes that support environmental restoration and sustainable resource management.