Interested on harnessing the power of microbes to enhance agricultural sustainability and skilled in microbial ecology and soil microbiology. My research focuses on utilizing genomic and metagenomic analysis to monitor microbial diversity and to boost soil health and productivity. My research also includes fundamental studies on beneficial microbial species and on genetic engineering to develop and deploy optimized beneficial microbial strains that promote soil health and productivity. By focusing on beneficial microbes, I seek to drive sustainable solutions for agriculture through natural soil enrichment and reduced reliance on synthetic input, leveraging plants and beneficial microbes in plant-microbe symbiosis.
Agriculture
Biochemistry
Biology of interactions
Biology of Organisms
Bioprocesses and Applied Microbiology
Biotechnology
Biotechnology (excluding environmental, medical, agricultural and food)
Cellular Biology
Conservation Biology
Crop Production
Ecology
Genomics
Microbiology
Molecular Biology
Mycology
Other Biological Sciences
Phylogenetics
Plant Biotechnology
Plant Protection
Plant Sciences
Population Biology
Selection using molecular markers
I am available to join innovative projects that target environmental sustainability through cutting-edge soil restoration and biotechnological solutions. With a keen focus on enhancing soil functions via microbial diversity, utilizing advanced biotech tools to minimize contamination from herbicides and pesticides, and reducing dependence on inorganic fertilizer, fostering plant resilient and sustainable agricultural practices. My expertise also extends to climate change adaptation and promoting legume-rhizobia symbiosis for natural soil enrichment.