In a U.S. House subcommittee hearing, the ...
USGS releases study on water movement, changes within Denver Basin system
A newly released U.S. Geological Survey (USGS) study of decreasing groundwater resources in the Denver Basin aquifer provides information on water movement within the system and how it responds to changes in climatic and human activities.
The 3-D computer model of groundwater flow in the Denver Basin aquifer system was constructed to quantify and offer a “big picture” view of the hydrologic system. It will serve as a useful tool for analyzing past and present groundwater conditions, predicting future aquifer response to continued development, and guiding hydrologic monitoring and assessment in the Front Range urban corridor of Colorado.
"The Denver Basin aquifers are a critical, but declining, drinking water resource for tens of thousands of residents along the Front Range in Colorado," said Anne Castle, assistant secretary for water and science at the U.S. Department of the Interior. "This model and the associated data sets are essential tools for local governments and water suppliers to achieve sustainable water supplies in the future."
Developed by USGS scientists, the groundwater flow model will provide a better understanding about the effects of continued pumping and climate variability on groundwater availability and storage depletion in the Denver Basin. A professional paper detailing the Denver Basin groundwater flow model and study results, "Groundwater Availability of the Denver basin aquifer system, Colorado," is available online at http://pubs.usgs.gov/pp/1770/.
"Many communities rely on groundwater resources for municipal, industrial and agricultural water supplies, and yet unlike the situation with streams and reservoirs, citizens cannot readily assess for themselves whether they are unsustainably depleting this valuable resource," said USGS Director Marcia McNutt. "Studies such as this by the USGS provide important information on the current status of the groundwater aquifer and its future potential so that communities can plan for their long-term water needs."