STROUD WATER RESEARCH CENTER INC Overview
Target demographics: Businesses, government policy makers, landowners, and community volunteers and individuals all use the Center’s research findings to make informed decisions that affect water quality and availability.
Our watershed education programs serve students of secondary and high school age, teachers, watershed associations and conservation groups.
Geographic areas served: Global
To the Center’s credit are a host of internationally recognized concepts and paradigms describing freshwater ecosystems that are being leveraged today and upon which new, collaborative research continues. Among the Center’s more recent accomplishments are the following:
Scientists Bernard W. Sweeney, David H. Funk, and Laurel Standley received a patent on the technique developed to culture mayflies for use in biossay toxicity tests – allowing scientists to easily test species response to various pollutants.
The Stroud Water Research Center completed a 6-year study of the 2,000 square mile watershed that supplies New York City with its drinking water and studied the watershed of Peru at the headwaters of the Amazon, to create baselines of the conditions against which to measure future changes, and establish a set of protocols that will enable ongoing monitoring of stream health and water quality.
The Center’s employees and volunteers planted the 100,000th tree as part of an ongoing effort to restore Streamside Forests in Southeastern Pennsylvania - a key factor in water quality.
Bernard W. Sweeney, the Center’s director, was appointed head of the Freshwater Surveillance Group for the International Barcode of Life (IBOL) project. Because certain groups of freshwater organisms (among them: caddisflies, mayflies and stoneflies) are used worldwide by scientists to assess water quality, enabling barcode identification promises to improve the accuracy of monitoring efforts, reduce associated costs and decrease the time involved to collect and process specimens.
The Center, in collaboration with University of Delaware colleagues, will lead efforts to establish the Christina River Basin Critical Zone Observatory to research the effect of human induced erosion on the carbon cycle and climate change.
The Center continues to reach thousands of individuals annually - including students, teachers, community groups and watershed associations - with its watershed education programs, which are designed to cultivate the public understanding necessary to protect, preserve and restore watersheds everywhere.