Weber Basin Climate Sensitivity Analysis


Start Date

Primary Investigators
T. Bardsley
D. Rosenberg (Utah State University)
M. Bekker (Brigham Young University)
A. Wood (NCAR)
M. Hobbins (NOAA ESRL PSD)
D. Cole (Utah Div. of Water Resources)
T. Adams (Utah Div. of Water Resources)
C. Hasenyager (Utah Div. of Water Resources)
S. McGettiagan (Utah Div. of Water Resources)
C. Peterson (NOAA NWS CBRFC)

Geographic Region

Weber Basin Water Conservancy District
Utah Division of Water Resources

This project came from a request by Weber Basin Water Conservancy district to explore climate change impacts to the Weber River water supply in collaboration with the Utah Division of Water Resources (UTDWR). UTDWR has developed a water supply model for the Weber River, which has been re-coded from the original Fortran to integrate into the Water Evaluation And Planning (WEAP) model by Utah State University (USU). The goal of the project is to develop relevant and defensible climate change scenarios and climate perturbed hydrologies, using the CBRFC model and evaluate impacts to the current operations of the Weber River system. Recently published tree-ring reconstructed streamflows may also be evaluated to explore extreme drought conditions beyond those in the observed record. The model will facilitate the exploration of a variety of new management, infrastructure, or demand changes to retain a resilient system. Initial work has focused on evaluating climate change sensitivities across multiple flow points on the Weber river and addressing evapotranspiration and model calibration.

Presentation and report to Weber Basin Water Conservancy District forthcoming

Leveraged Funding: In-kind staff efforts from NOAA Colorado Basin River Forecast Center, Utah State University, Brigham Young University, National Center for Atmospheric Research, and NOAA Earth Systems Research Laboratory Physical Sciences Division

Sign up to be on our email list!

Get news and updates from Western Water Assessment.

© 2024 Western Water Assessment