Cory A Williams
Cory A. Williams is a Supervisory Hydrologist with the USGS Colorado Water Science Center in Western Colorado. He leads a team of multidisciplinary scientists that study water-related issues throughout the Colorado Plateau.
Previously he served as the Sediment Specialist for the Colorado Water Science Center and as the Lead Hydrologist in Grand Junction, Colorado. He received a B.S. in Geology from Colorado Mesa University and an M.S. in Geosciences from Colorado State University, Fort Collins. Cory has lead numerous investigations evaluating trends in water quality and quantity throughout the Upper Colorado River Basin and is a Burn Area Emergency Response (BAER) Fluvial Geomorphologist. He has been with the USGS since 2001.
Science and Products
Filter Total Items: 14
RCMAP - Lake Fork at Gateview, Colorado
The U.S. Geological Survey was engaged in a program to monitor and assess the long-term geomorphic behavior of selected river and stream reaches that previously had undergone some physical modification. These modifications included natural channel adjustments to floods as well as intentional channel reconfigurations to alter the function or appearance of a river reach.
Using GIS and Multivariate Regressions to Model Salt and Selenium Loads in Regions of the Upper Colorado River Basin
Elevated loads of salt and selenium can impair the quality of water for both anthropogenic and natural uses. Understanding the environmental processes controlling how salt and selenium are introduced to streams is critical to managing and mitigating the effects of elevated loads. Dominant relations between salt and selenium loads and environmental characteristics can be established by using...
Science and Products
Filter Total Items: 14
RCMAP - Lake Fork at Gateview, Colorado
The U.S. Geological Survey was engaged in a program to monitor and assess the long-term geomorphic behavior of selected river and stream reaches that previously had undergone some physical modification. These modifications included natural channel adjustments to floods as well as intentional channel reconfigurations to alter the function or appearance of a river reach.
Using GIS and Multivariate Regressions to Model Salt and Selenium Loads in Regions of the Upper Colorado River Basin
Elevated loads of salt and selenium can impair the quality of water for both anthropogenic and natural uses. Understanding the environmental processes controlling how salt and selenium are introduced to streams is critical to managing and mitigating the effects of elevated loads. Dominant relations between salt and selenium loads and environmental characteristics can be established by using...