EPA Awards $4 Million in Grants to Research the Impact of Drought on Water Quality

WASHINGTON, DC – The U.S. Environmental Protection Agency (EPA) has announced $4 million to four institutions to conduct research to combat the effects of drought and extreme events on water quality in watersheds and at drinking water utilities.

“As a nation we are witnessing the harmful effects of droughts and extreme events, such as wildfires and flooding, that often follow drought conditions," says Thomas A. Burke, EPA science advisor and deputy assistant administrator of EPA's Office of Research and Development. "This research will provide innovative strategies to help local communities, states, tribes, and the federal government better understand the impacts of these problems, and better protect our nation's water and the health of our friends and families who rely on those water resources."

These grants will provide innovative strategies for protecting water quality and public health during periods of drought. Increasing demands on the nation’s water resources, climate change, population growth and aging water infrastructure systems pose substantial threats to these resources.

The following institutions received funding through the EPA’s Science to Achieve Results (STAR) program:

  • Clemson University, Clemson, SC, for investigating the effects of different forest fire reduction management techniques, such as prescribed burns or mechanical thinning, in experimental forested watersheds associated with rainstorm events following droughts and the impact on treated drinking water supplies.
  • Water Research Foundation, University of Colorado at Boulder, for developing an integrated modeling and decision framework to evaluate adaptation strategies for sustainable drinking water utility management impacted by drought and climate change.
  • Public Policy Institute of California, San Francisco, CA. for synthesizing the current drought situation and its effects on water supply and quality, and conducting an assessment that examines the drought response by federal, state, and local institutions to develop innovations needed for sustainable drought management.
  • University of Utah, Salt Lake City, for developing and integrating tools, models, and educational materials that can be used by stakeholders to improve planning efforts related to water supply, forecasting demand for water, and nutrient reduction.  

More information about the STAR grants and recipients: www.epa.gov/research-grants/water-research-grants.

Featured

  • Greenheck Receives Sourcewell Cooperative Contract

    Air movement, control, conditioning, and distribution equipment solutions provider Greenheck recently announced that it has been awarded a Sourcewell cooperative purchasing contract, according to a news release. The HVAC Systems contract will allow Greenheck the opportunity to expand opportunities in government procurement and other public agencies in North America.

  • Minnesota District Completes Major Renovations, Expansions to High School

    White Bear Lake Area Schools in White Bear Lake, Minn., recently announced that it has completed the renovation and expansion of White Bear Lake Area High School, according to a news release. The school’s final addition, a new 845-seat Performing Arts Center, was finished in November.

  • All Surfaces Hires New Commercial Business Development Specification Manager

    Flooring solutions provider All Surfaces recently announced that it has hired industry veteran Mechelle Bliss as its new Commercial Business Development Specification Manager, according to a news release. In her new role, she’ll be responsible for expanding the organization’s hold in various commercial markets, as well as strengthening relationships with existing clients.

  • UTEP Celebrates Construction Milestone for New Academic Building

    The University of Texas at El Paso in El Paso, Texas, recently held a “topping out” ceremony for its new learning complex, Texas Western Hall, according to university news. The construction milestone marks the placement of the last beam of a structure in progress.