My Work
I am passionate about understanding how changing landscapes, climate variability, and human activities affect water resources and environmental systems. My work combines remote sensing, machine learning, and hydrologic/hydraulic modeling to develop practical, data-driven solutions for sustainable water resources and land management. I strive to connect scientific research with real-world challenges in rural/urban setting, agriculture, conservation, and climate adaptation.
Field-Scale Irrigation Mapping
Developing high-resolution irrigation maps across the U.S. to improve water resource management.
Data Dashboard
Water Quality Opportunities in the Corn Belt
Field-scale prioritization of conservation practices to enhance water quality outcomes.
Data Dashboard
Hydrologic Response to Land Use and Climate Change
Examining how land use and climate variability impact hydrological processes using advanced modeling techniques.
Topsoil Loss and Stream Water Quality
Investigating how farm management, grazing, and extreme precipitation influence topsoil loss and water quality in the Mississippi River Basin.