More than 6,800 feet of living shoreline will be coming to the Chesapeake Bay, thanks to $800,000 in federal, state and private funding announced this week.
Living shorelines provide coastal landowners with an erosion-control alternative, as grasses and trees replace hardened bulkhead and riprap to stabilize the shoreline and provide vital habitat to fish, crabs and other wildlife.
Sixteen homeowner associations, non-profit organizations and towns will receive funding through the Chesapeake Bay Trust's Living Shorelines program, a multi-state effort that promotes the installation and understanding of living shorelines throughout the watershed.
The Chester River Association, for instance, will restore 270 feet of shoreline in Centreville, Md., protecting a wetland and creating an outdoor classroom for children and adults. The Northern Virginia Regional Commission will design a 542-foot shoreline in a Woodbridge, Va., public park along the Potomac River. And Alice Murray and Susan Stricker will restore 410 feet of shoreline on their eroding Popham Creek property, thanks to an almost $40,000 grant administered to the West/Rhode Riverkeeper.
The non-profit organization, which advocates for the West and Rhode rivers as part of the Riverkeeper Alliance, will provide the mother-daughter pair with guidance throughout the project, which will be furthered by a significant cash match from a Maryland Department of Natural Resources loan.
"I have been wanting to do this for 50 years," Murray said. "It's a thrill!"
While Murray and Stricker often see shorebirds, waterfowl and even fox near their beach, both hope the new shoreline will bring more wildlife to the area and help restore the creek that seems to be missing the underwater grasses, plentiful fish and clear water of the past.
Now in its seventh year, the Living Shorelines program has awarded more than $4 million to 68 Maryland and Virginia projects, creating 28,000 feet of living shoreline and 18 acres of wetland habitat. This year marks the largest amount ever awarded to support this restoration technique.