Stroud Water Research Center
Scientists combined data collected by the White Clay Creek Stream Watch Program (Pennsylvania and Delaware) and Stroud Water Research Center to provide an assessment of current conditions across 18 locations…
This project took advantage of the unique facilities of Stroud Water Research Center as a field station with first-rate laboratory facilities in an Exceptional Value Watershed and the experience of…
This laboratory project investigates macroinvertebrate and fish responses to artificial changes in water temperature. Thermal regimes are warmer than normal and approach or exceed physiological and regulatory limits. Daily temperature…
Suspended organic particles are important to river food webs and in the transfer of organic carbon from land to ocean. In an experiment conducted in Stroud Water Research Center’s streamside…
The building provides opportunities for educators to discuss the various features such as photovoltaic panels, rainwater capture, geothermal heat, and landscaping that promotes infiltration.
This collaborative proposal will generate the mathematical models that simulate stream flow in White Clay Creek and the movement of water carrying dissolved organic carbon from soils to the stream.…
Scientists have grown young deciduous trees in an atmosphere enriched with the stable isotope of carbon so as to follow the fate of those organic molecules in small laboratory reactors,…
In collaboration with faculty from Cabrini College, Stroud Water Research Center educators developed and taught courses in watershed ecology and watershed citizenship to nonscience majors. These courses used the watershed…
McNair, J.N., and J.D. Newbold. 2012. Journal of Theoretical Biology 300:62–80.
Stroud educators and scientists developed and implemented Your Livable Landscape: Cultivating an Ecosystem Esthetic, a collaborative education program that builds on the landscape practices of Longwood Gardens and the science…