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$2 Million Kick-Starts Stroud Center’s Work in Delaware River

600 400 Stroud Water Research Center

MEDIA ALERT
FOR IMMEDIATE RELEASE: April 3, 2014

FOR MORE INFORMATION CONTACT:
Beverly M. Payton, Communications Director
(w) 610-268-2153 x 305 (m) 215-512-7739
bpayton@stroudcenter.org

Stroud Water Research Center received grants of $1.26 million from the William Penn Foundation and $800,000 from the Pa. Department of Environmental Protection.

AVONDALE, Pa. – Stroud Water Research Center recently received a $1.26 million grant from the William Penn Foundation to monitor water quality of regional sub-watersheds in the Delaware River Basin. This follows two $400,000 grant awards from the Department of Environmental Protection (DEP) Growing Greener Fund to help Berks and Chester County farmers implement pollution reduction practices.

The $1.26 million William Penn Foundation grant is part of a $35 million, three-year project divided among 46 environmental organizations that will collaborate to monitor, protect and restore critical freshwater sources for 15 million people from upstate New York to the mouth of the Delaware Bay. The Delaware River watershed covers more than 13,500-square miles spanning New York, Pennsylvania, New Jersey, and Delaware. Among the significant stressors threatening the health of the watershed are: poorly planned development, deforestation, chemical runoff from farms, and storm water runoff from cities.

The wide-ranging initiative features eight ecologically significant “sub-watershed clusters” — about 25 percent of the total Delaware River Basin — across four states. Of these, Stroud Water Research Center will collaborate with 14 organizations in the Brandywine-Christina, Middle Schuylkill and Schuylkill Highlands cluster groups. “This project is unprecedented in its scope and scale,” said Bernard Sweeney, Ph.D., director and senior research scientist at Stroud Water Research Center. The organization will use the funds primarily to monitor water quality in assigned regions.

“Monitoring water quality across multiple clusters in different regions and over time will quantify water quality improvements along an extended length of a stream, not just a small part of it. This creates a new model that will inform watershed restoration and management practices today and 50 years from now, across the country and, ultimately, across the world,” Sweeney said.

To determine water quality in the various sub-watersheds, Stroud Water Research Center will primarily measure the number and types of macroinvertebrates — animals without a backbone, such as insects, crustaceans, mollusks, and worms, said John Jackson, Ph.D., senior research scientist and head of the Stroud Water Research Center entomology department. This widely accepted practice is based on knowing which types of macroinvertebrates are more sensitive to pollution.

The Brandywine-Christina cluster will address water quality issues in a varied landscape that includes agricultural, urban and suburban uses. More than half of the 781 miles of streams in the Brandywine-Christina area are classified as “impaired.” Yet, this crucial “sub-watershed” of the Delaware River provides water for agriculture, recreation, forests, parks and wildlife, as well as drinking water for 500,000 people living in Honey Brook, Downingtown and West Chester, Pennsylvania and Wilmington and Newark, Delaware.

In addition to water quality monitoring, Stroud Water Research Center will also work with the Brandywine Conservancy in the Brandywine-Christina cluster group to restore portions of Sharitz Run, a tributary to Brandywine Creek. Planned improvements to this area include installing 5.5 miles of fencing to exclude livestock from streams and planting 39,000 trees to restore 12 miles of 100 ft.-wide riparian (streamside) forested buffer. Stream-side forested buffers filter pollutants and make substantial improvements to streams.

The cluster group will also plant about 11,300 trees along 6.5 miles of the East Branch of the White Clay Creek. The goal in both Sharitz Run and the White Clay is to restore the streams so that they can once again support self-sustaining wild trout populations.

The cluster group will also improve about 15 miles along the West Branch of the Brandywine Creek in Honey Brook. The restoration goal is to make improvements that eventually reclassify the stream from impaired to unimpaired.

Stroud Water Research Center collaborators in the Brandywine-Christina cluster include: the Brandywine Conservancy, Brandywine Valley Association, Natural Lands Trust, The Nature Conservancy in Delaware, and the Water Resources Agency of the University of Delaware.

The Middle Schuylkill Cluster area consists of the Tulpehocken Creek in Lebanon County, the Maiden and the Manatawny creeks in Berks County, and the Perkiomen Creek in Montgomery County. In this cluster, Stroud Water Research Center will collaborate with the Berks Conservancy, Partnership for the Delaware Estuary, the Natural Lands Trust, and the Montgomery County Land Trust.

The Watershed Restoration Group at Stroud Water Research Center began its outreach last month when it hosted an event with the Chester County Conservation District and the University of Pennsylvania School of Veterinary Medicine’s New Bolton Center aimed at teaching equestrians how to reduce water pollution and improve their parasite management program.

More recently, in Berks and Lebanon counties, the Watershed Restoration Group hosted two workshops for landowners, March 31 in Shartlesville, Pa. and April 2 in Myerstown, Pa. The group will help participating farmers prevent pollutants from impacting freshwater ecosystems.