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                    U.S. DEPARTMENT OF AGRICULTURE
 Watershed Physical Processes Research: Oxford, MS
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                        National Sedimentation Laboratory
                                    Watershed Physical Processes Research Unit
                                    About Watershed Physical Processes Research Unit
                                    Water Quality and Ecology Research Unit
                                    Natural Products Utilization Research Unit
                    Projects
                        AGNPS - Agricultural Non-Point Source Pollution Model
                                    BSTEM - Bank Stability and Toe Erosion Model
                                    CONCEPTS - Conservational Channel Evolution and Pollutant Transport System
                                    RIST - Rainfall Intensity Summarization Tool
                                    RUSLE2 - Revised Universal Soil Loss Equation 2Search small
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ARS Home Southeast Area Oxford, Mississippi National Sedimentation Laboratory Watershed Physical Processes Research Research





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Collaborations The Watershed Physical Processes Research has a long and productive history of collaborative research involving stakeholders.  Current collaborators and projects:  RUSLE2 Execution Parameters Database Updates  Analyses and Tools for Sonar-Derived Data of River Flow and River Bottom Geomorphology Analyses of USDA Flood Control Reservoir Sedimentation  Assessment of Conservation Practice Impacts on Water and Sediment Loads Using Enhanced USDA Field and Watershed Management Planning Technology RUSLE2 c~Climate Database Updates  Characterization of Existing Soil Conservation Practices Using Remote Sensing and Machine Learning  Watershed Legacy Sediment Assessment Assessing Conservation Practice Impacts on Reducing Soil Loss from Ephemeral Gullies within CEAP Watersheds RUSLE2 Development  Provide Soil Erosion-Resistance Data of Lower American River Site 4a to USACE, Sacramento District, for Risk-Based Evaluation of Bank Erosion  Assess Agricultural Conservation Practices to Reduce Nutrient Losses  Database of Lower Mississippi River Alluvial Plain Stream System Morphologic Attributes  Wave Erosion Measurements for an Irrigation Reservoir Embankment Computational Tools & Decision Support System Technologies for Agricultural Watershed Physical Processes, Water Quality and Ground Water Management Measurement and Modeling of Groundwater Recharge in Agroecosystems Utilizing Acoustic and Geophysics Technology to Assess and Monitor Watersheds in the United States Groundwater and Soil Water Dynamics Modeling to Advance Erosion Prediction in Agricultural Fields


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