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Watershed Restoration

A stream cascade in Lofty Creek, Pennsylvania.

Grant Supports Total Watershed Restoration to Reduce Flooding, Improve Habitat

1024 384 Stroud Water Research Center

The Stroud Center will restore Sharitz Run, a tributary to Doe Run in the headwaters of the Brandywine Creek near Coatesville and Unionville, Pennsylvania.

A stream cascade in Lofty Creek, Pennsylvania.

Restoration News, Fall 2014

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In between the flurry of watershed restoration planning and field work that the Stroud Restoration Team carries out, it organized several riparian forest buffer workshops through the region this fall.

Autumn stream by David H. Funk

Outreach For Healthy Streams

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Here, in brief, is our approach to watershed restoration outreach to distant watersheds and new communities.

Six women from the Stroud Center participate in a bioblitz.

Sharing Our Science: Summer 2014

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Stroud Center Scientists Attend International Conferences; Leaf Pack Network Science Hits the Road; 24 Hours, 55 Volunteers, 807 Species; Walking the Walk at Spring Creek Farms Field Day; Cultivating the Next Generation of Scientists.

A stream cascade in Lofty Creek, Pennsylvania.

Teaming Up to Enhance Chester County Agriculture, Water Quality

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Stroud Water Research Center and the Chester County Conservation District will develop conservation and restoration plans for area farms.

Restoration of Streamside Forest for Improving Water Quality

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Planting trees along the stream corridors is a best management practice for keeping pollutants out of streams and improving their health. 2013: In collaboration with the Brandywine Conservancy and Dansko,…

Streamside Forest Restoration to Improve Water Quality — Brandywine Creek

800 532 Stroud Water Research Center

This project involved planting 400 trees along Craigs Mill Run (1.8 acres) and 600 trees along the East Branch of Brandywine Creek (1.8 acres) in Pennsbury and East Brandywine townships, respectively, as a best management practice for keeping pollutants out of local streams and improving their health.

Streamside Forest Restoration to Improve Water Quality — Red Clay Creek

800 532 Stroud Water Research Center

This project involved an experimental planting of 500 trees on 1.5 acres of riparian land as a best management practice for keeping pollutants out of a headwater tributary of Red Clay Creek as well as creating a research site for testing the effects of herbicide use on the survival and growth of seedlings.

Streamside Forest Restoration to Improve Water Quality — Crum Creek

800 532 Stroud Water Research Center

This project involved an experimental planting of 925 trees on 4.1 acres of riparian land for keeping pollutants out of two headwater tributaries of Crum Creek and learning new insights into how to properly install the bird netting, associated with protective shelters, placed on all seedlings to increase their survival and growth.