A UT Arlington water resources engineer is developing a first-of-its-kind prototype that would allow the City of Fort Worth to more effectively dispatch emergency personnel to save lives and property when flash flooding occurs.
D.J. Seo, an associate professor in the Department of Civil Engineering, has received a $310,000 grant from the City of Fort Worth, the National Science Foundation and the National Weather Service to use very high-resolution rainfall data from a new weather radar system for high-resolution monitoring and prediction of flash flooding. The research, a collaboration with the University of Massachusetts-Amherst and Colorado State University, is part of NSF's Accelerating Innovation Research program.
Seo said Fort Worth emergency responders could see an effective lead time of up to 30 minutes in many flash-flooding situations.
"The prototype will provide timely and location-specific information of what's happening currently and in the immediate future when flash flooding occurs," Seo said. "The City officials can use that information to help dispatch emergency personnel at the right time and to the right place."
The weather radar system is part of a partnership among The University of Texas at Arlington, the Collaborative Adaptive Sensing of the Atmosphere, a National Science Foundation Engineering Research Center; the North Central Texas Council of Governments, the National Weather Service and many other cities and universities across North Texas.
Amy Cannon, an engineer with the Fort Worth Transportation and Public Works Department, said Seo's research also would look at Zoo Creek and Edgecliff Branch in Fort Worth for real-time inundation mapping.
"These are areas that need accurate, timely flood predictions. Dr. Seo's prototype will give us an advantage in these flooding hot spots," Cannon said. "Utilizing better information through the prototype will give us an advantage in helping protect people and property duri
|Contact: Herb Booth|
University of Texas at Arlington