Stroud Water Research Center
Stroud Water Research Center is developing a solar-powered, low-cost water-level monitoring system for the U.S. Geological Survey to enhance flood warnings and infrastructure management. Using EnviroDIY technology, the system will…
To enhance Model My Watershed and Monitor My Watershed, two applications within the Stroud Center’s WikiWatershed initiative. Enhancements will provide global coveragefor exploring land use and stream networks in Model…
Education, research, and watershed restoration staff provided technical assistance to statewide conservation groups in effective watershed assessment, monitoring, and restoration. To find out more, visit the C-SAW website. (Project details may…
Researchers examine how fluctuations in river algae levels during river floods can help identify the impact of nitrogen and phosphorus on the Delaware River and other rivers in the United…
The National Park Service has monitored stream water quality and quantity for more than 15 years in shallow streams located in 10 parks of the National Capital Region Network. This…
This project monitors biological conditions, water quality, habitat integrity, and fish at 37 sites in 10 national parks in the National Capital Region Network around Washington, D.C. The National Park…
Educators collaborated with local schools and school districts to design and construct outdoor learning spaces on school grounds while creating lessons tailored to each outdoor learning space. With the help…
This project explores how the molecular characteristics of microbes attached to sediment particles can help identify the sources of sediment in estuaries. The broader impacts include the creation and pilot…
Stroud Center scientists used microbial DNA to trace sediment pollution in Maryland estuaries, helping managers target Chesapeake Bay restoration efforts more effectively.
Amidst the awakening spring blossoms, buzzing pollinators, and lengthening days, the Stroud Center bid bon voyage to one of its own.