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A National Science Foundation grant to The Water Institute of the Gulf and the �첥���� will support more than 50 U.S. and European graduate students for their attendance at a two-week intensive modeling and water management training in the Netherlands.

The National Science Foundation awarded $399,718 to a partnership between �첥���� and the Water Institute to lead 13 U.S. graduate students each year over three years in an intensive modeling, fieldwork and flume laboratory water management training. Up to 14 European graduate students will also be selected for the program each year to encourage and deepen international conversations around water management. Other partners in the program include Deltares, Delft �첥���� of Technology and Utrecht �첥����.

“Water management needs, whether facing the challenge of too much water from flooding or needing to meet the demands of agriculture, industry, power generation, consumption and seafood production, continue to grow,” said Matthew Tarr, Eurofins professor of analytical chemistry and vice president for research and economic development at the �첥����. “Consequently, a critical and unmet need exists for building a workforce that is capable of effectively addressing these imminent threats.”

Five days of the course are planned in an interactive workshop setting at Deltares, an independent institute for applied research around water, where students will learn to use the Delft3D numerical modeling software to simulate the flow of water and sediment in coastal and estuarine settings. Two days are planned for the students to develop and conduct complimentary experiments in hydraulic laboratory flumes at Utrecht �첥����. Another two days are planned for field trips to relevant coastal sites in the Netherlands. A final day is set aside for students to compile the results of their modeling work into poster presentations that will be displayed and discussed on the final afternoon.

“Participants in this project will gain important training, make connections with in-service professionals and receive an important set of experimental and modeling skills that will allow them to serve the U.S. and world communities as water management experts,” said Christopher Esposito, research scientist at the Water Institute. “This is a great project to strengthen the Institute’s ties with �첥���� as well as our collective partnerships with Deltares and Dutch universities.”

The program will integrate classroom training, field site visits and hands-on instruction in numerical modeling techniques using Delft3D and flume lab experiments to develop maximum competency of the participants. U.S. participants will be recruited from a broad range of interdisciplinary graduate programs that are aligned with water management.

“This partnership between the �첥���� and the Water Institute serves as a great example of the vision for establishing the UNO Research and Technology Park: to create an environment for collaborations between UNO and our tenants like The Water Institute,” said Rebecca Conwell, president and CEO of the UNO Research & Technology Foundation. “We are pleased to support this project and believe it is the perfect example of what we’d like all tenants to model.”