Stroud Water Research Center
Along with networking and learning state-of-the-art water quality monitoring techniques, we presented our research to hundreds of water quality specialists.
A novel method to evaluate how algal concentration changes during river floods may be key to more accurately predicting how to keep algae under control.
Stroud Water Research Center is honored to have received the Watershed Heroes Nonprofit Steward award from Tookany/Tacony-Frankford Watershed Partnership.
For National Water Quality Month and World Water Monitoring Day, we’re putting EnviroDIY to the test!
The National Park Service National Capital Region Inventory and Monitoring Network (NCRN) has monitored stream water quality and quantity for more than 15 years in shallow streams located in 10…
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 findings of…
High-frequency temperature, oxygen, and chlorophyll sensors, canoe float trips, and nutrient monitoring are the tools being used to study how much and how fast algae grow while they travel down…
Sediment flowing from rivers to estuaries is a double-edged sword: too much sediment can harm oyster beds but not enough sediment can starve tidal marshes. Measuring whether a river is…
Stroud Water Research Center educators, scientists, and restoration staff provided technical assistance to county conservation districts, municipal environmental advisory committees, watershed associations, and citizen action groups as part of a…
Real-time chlorophyll sensors can be used to determine the origins of algae in rivers and streams.