My current research interests are post-wildfire soil erosion and remote sensing. I help organize and lead crews in collecting ground truth data for remotely sensed hyperspectral imagery. I support P.R. Robichaud in his research, am responsible for data analysis of both the ground and image data, and aid in publication writing.
Modeling and mitigation techniques of hydrology and erosion after timber-harvest, prescribed fires and wildfires. This includes experiments that study hydrology, erodibility, vegeation recovery and water repellency. Using the process-based understandings, we predict erosion from spatially-varied, complex hillslopes. Develop and implement new monitoring methods and evaluate mitigation techniques.
Erosion is a natural process; however, past management activities have caused degradation of water quality in numerous watersheds throughout various landscapes. Therefore, we develop tools and information to help managers make better decisions based on today's and future climates for improved management of our natural resources as well as impacts on life and property. Our tools and results are used by post-fire assessment teams, land management agencies, private interests, tribal and state governments.
We learned the proper moisture content needed for prescribed fires to prevent increased or accelerated erosion and developed a tool to measure that moisture content for instantaneous readings in the field; We are able to predict post-fire erosion rates and effectiveness of selected mitigation treatments.