The overarching goal of my current research is to design and optimize cropping systems to enhance resilience against climate change and soil degradation.
I also have a keen interest in sustainable weed management practices, particularly in light of the growing challenge of herbicide resistance. As the efficacy of chemical control methods decreases, farmers can no longer rely so heavily on herbicides for weed control. This realization has fueled my passion for exploring integrated weed management strategies that combine cultural, mechanical, and biological approaches. With my graduate work in the Sustainable Cropping Systems Lab focusing on organic no-till cropping systems, I am inspired by the creative approaches and alternatives to herbicides such as integrating cover crops, optimizing planting densities, and leveraging ecological principles to suppress weed populations.
My eagerness to gain a deeper understanding of sustainable agriculture and weed science drives me to effectively communicate these findings through modeling and analytical techniques.
