Assistant Research Professor

The petitioner proposes to design novel agricultural biologicals, specifically natural organic compounds with biostimulant and biopesticide activities, to support weed control and improve crop productivity. This work focuses on developing bio-based alternatives to traditional synthetic fertilizers and pesticides to mitigate environmental degradation and invasive species resistance. The endeavor aims to build a resilient agricultural system that ensures long-term food security and ecological protection.

The petitioner proposes to enhance pest surveillance frameworks by integrating advanced statistical sampling designs, geospatial analysis, and precision agriculture techniques. This work involves developing region-wide monitoring protocols and optimizing trap network configurations to improve the detection of high-risk invasive species.

The petitioner proposes to investigate how environmental factors affect crop growth, pest populations, and plant-insect interactions. The work focuses on improving agricultural productivity and reducing reliance on chemical pesticides through sustainable pest management strategies.

The petitioner proposes to examine the mechanisms driving insect physiology and identify molecular targets to aid in the development of pest management strategies. This work focuses on identifying control strategies that rely on gene manipulation rather than environmentally hazardous pesticides to eliminate pests like bed bugs.