Watershed Analysis Archives

The following are historical watershed analysis-related projects. For a project description, click on the link from the title.

logo_ttualert A Comparative Study of the Historical and Present Ecological State of the Emory River Watershed/Collect and Analyze Water Quality Samples from the Emory River Watershed
D.B. George, S.B. Cook, and Y.R. Clark
Funding by: 
Tennessee Department of Environment and Conservation
Tennessee Wildlife Resources Agency

U.S. Fish and Wildlife Service
Tennessee Valley Authority

logo_ttualert Defining Optimality Criteria for the Effective Use of Satellite Precipitation Datasets in Land Surface Hydrology
F. Hossain
Funding by: University of Connecticut via NASA

logo_ttualert Development of a GIS Template for the Kanawha and Monongahela Rivers 
Y.R. Clark
Funding by: West Virginia Division of Natural Resources

logo_ttualert Development of an Annotated Bibliography Characterizing the Duck River Basin (HUC TN 06040002 and HUC TN 06040003): Culture, History and Science
D.B. George, Y.R. Clark, M.E. Birdwell and A.K. Knox
Funding by: Tennessee Duck River Development Agency

 logo_ttualert Integration of Global Precipitation Measurement Data Product with the Hydrologic Engineering Center-Hydrologic Modeling System
F. Hossain
Funding by:  University of Mississippi via the National Aeronautics and Space Administration

logo_ttualert Local Planning Assistance Office--Geographic Information System Improvement Proposal
Y.R. Clark
Funding by: Tennessee Department of Economic and Community Development

 logo_ttualert Modeling the Hydrologically Relevant Features of Uncertainty of NASA's High Resolution Precipitation Products for Advancing Global Applications Over Ungauged Regions
F. Hossain and L. Tang
Funding by:  NASA

logo_ttualert Pigeon Roost Creek Watershed Restoration Project: Long-Range Comprehensive Plan
G.K. Stearman, V.S. Neary, D.B. George and Y.R. Clark
Funding by: Tennessee Department of Agriculture--Nonpoint Source Program

logo_ttualert Validating Prototype Global Precipitation Measurement Data Product in the SERVIR System
F. Hossain
Funding by:  University of Mississippi via NASA

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