
Interdisciplinary Programs

Water Science and Policy
A Message from the Founding Director
Water is a valuable resource that is critical for the health, vitality, and long-term sustainability of all natural ecosystems. For humans, water plays an essential role in food and energy production, transportation, and recreation.
Worldwide, however, water resources are at a risk. Unsustainable population growth, land-use changes, pollution, and global climate change all threaten the distribution, quantity, and quality of the water on which all life depends.
Protecting and preserving our water resources requires that we take a “big picture” approach that addresses where water comes from, where it goes, how it travels, how it is used by living things, what’s in it, and how to remediate problems and develop policies to protect water.
The interdisciplinary program in Water Science & Policy educates students to address the complex challenges that we face today; to develop solutions that are socially acceptable, economically viable, and environmentally sustainable; and to be true stewards of our environment.
We invite you to join us in our endeavors to ensure that all of Earth’s inhabitants, now and into the future, have adequate supplies of clean, healthy water.
Dr. Shreeram Inamdar
Professor of Watershed Hydrology and Biogeochemistry
By choosing to study Water Science & Policy at the University of Delaware, you will be embarking on an exciting intellectual journey that will challenge you to synthesize knowledge from a number of different fields. No matter what aspect of water you choose as your research focus, you’ll be encouraged to look at how it intertwines with other natural and human aspects of water quality and quantity.
-
University of Delaware wins impact award at 2025 Farm Robotics Challenge
May 13, 2025 | Written by Katie Peikes | Photo courtesy of Yin BaoA team of University of Delaware students won recognition for designing a technological solution to tackle challenges farmers face. -
Rice, Resilience, Representation, and Research Mentors
April 22, 2025 | The Rice Stuff PodcastAngelia Seyfferth discusses her innovative study of arsenic uptake in rice, the trouble of salt water intrusion, and growing rice where it isn’t typically found. The Plant and Soil Sciences faculty member addresses the challenges and rewards of academia, mentorship, gender representation in STEM, and much more. -
Uncovering Earth’s respiration
April 13, 2025 | Written by Nya WynnElizabeth Smith, a former NSF Graduate Research Fellow and UD Plant and Soil Sciences Ph.D. alumna, investigated soil respiration using machine learning to better understand its role in the global carbon cycle. Analyzing two decades of data from multiple datasets, her research revealed unexpected patterns in national and global soil respiration trends. Now a postdoctoral researcher at Georgia Tech, Smith is expanding her computational expertise to study enhanced rock weathering, a technique for carbon capture in agriculture. Passionate about science communication, she also works to make environmental research more accessible, bridging the gap between scientific discovery and public understanding.