University of Iowa key partner in
$360M national wa THE
University of Iowa will be a key partner in a new $360 million center to improve the United States’ ability to predict water-related hazards and better manage its water. Iowa will receive $21 million during the next five years as a partner in the Cooperative Institute for Research to Operations in Hydrology (CIROH), funded by the National Oceanic and Atmospheric Administration (NOAA). The national center will be led by the Alabama Water Institute at the University of Alabama. Officials announced the new national center on April 6. Iowa’s role in CIROH will be extensive. Researchers with the Iowa Flood Center (IFC) will contribute their expertise in supporting four broad themes at the center: water resources prediction capabilities; community water resources modeling; hydroinformatics (using data and computing technology to better manage water resources); and the application of social, economic, and behavioral science to water resources prediction. More specifically, Iowa researchers, primarily through IIHR—Hydroscience and Engineering (IIHR) and the IFC, will lend years of expertise and research in hydrology and floods to support CIROH in:
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“We are pleased to partner with colleagues at the Alabama Water Institute at the University of Alabama on this important initiative,” says Larry Weber, professor of civil and environmental engineering and the Edwin B. Green Chair in Hydraulics at IIHR, who will lead CIROH activities at Iowa. “It represents an important opportunity for NOAA to bring together academic expertise from across the country to address some of our nation’s most pressing water-related issues.” The CIROH research and educational initiatives led by IIHR will build on the groundbreaking work of the IFC and the Iowa Watershed Approach (IWA). The IWA helped organize watershed management authorities in eight key watersheds across Iowa. These groups worked with IIHR researchers to select and construct built structures in their watersheds to reduce downstream flooding and improve water quality. “IIHR’s extensive background in all aspects of water resources, including monitoring, modeling, visualization, and prediction, will make Iowa a key player in virtually all aspects of CIROH,” says Witold Krajewski, professor of civil and environmental engineering and director of the IFC.
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Developing and operating real-time streamflow forecast models.
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Developing and managing large sets of flood inundation maps.
“This is a unique opportunity for us to share the innovative models and tools developed by the Iowa Flood Center with the rest of the nation,” Krajewski adds. “It’s another way for Iowa to demonstrate leadership in the hydrologic community.”
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Sharing expertise in flood monitoring, based on the IFC’s award-winning network of more than 260 stream-monitoring sensors placed in Iowa.
CIROH consists of 28 academic institutions, nonprofit organizations, and government and industry partners across the United States and Canada.
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Designing and operating a network of rainfall and soil moisture observations, as well as contributing expertise in radar-remote sensing of rainfall.
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Leveraging the Iowa Flood Information System, a Google Maps—based web platform that communicates real-time information about river levels, flood alerts and forecasts, and water conditions for the entire state of Iowa.
“I am excited to have the University of Iowa as a key CIROH partner,” says Steven Burian, CIROH’s executive director and the Alabama Water Institute’s director of science. “IIHR’s extensive experience leading hydrologic initiatives and the IFC’s unique tools and outreach activities will go a long way toward helping to ensure CIROH’s success.”
IOWA ENGINEER 2022
