Projects

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My research projects focus on advancing our understanding of watershed dynamics, water quality, and the impacts of climate change on hydrological systems. One of my key projects involves the development of a socio-hydrological model for the Tar-Pamlico River Basin in North Carolina. This project integrates physical hydrology with human behavior to assess how agricultural practices, policy changes, and sea-level rise influence nutrient loading and water quality in this nutrient-sensitive coastal watershed.

 

By using advanced modeling tools like SWAT+, I evaluate the effectiveness of various best management practices (BMPs) in reducing nitrate runoff and improving ecosystem health.

 

Another significant project during my masters' studies was the creation of a Multivariate Integrated Drought Monitoring Index (MIDMI) for the Warangal region in India. This project utilized satellite imagery and vegetation indices to develop a comprehensive index for monitoring drought conditions, which has the potential to enhance decision-making in drought-prone regions.

 

In my current role as a Postdoctoral Research Associate at Ohio State University, I am expanding my research to the Great Lakes region, where I am evaluating the performance of agricultural conservation practices under various climate change scenarios. This work includes assessing the impact of these practices on flow and quality, with the goal of identifying sustainable solutions to mitigate the effects of climate change on water resources.

 

Through these projects, I strive to develop actionable insights and innovative strategies for managing water resources sustainably, both locally and globally.