June 15, 2011
For Immediate Release
Ribbon Cutting Ceremony for the Savage River Headwater Dam Removal and Stream
Restoration Project
On June 10, 2011 the Savage River Watershed Association (SRWA) hosted a ribbon
cutting ceremony for the recently completed Savage River Headwater Dam Removal
and Stream Restoration Project, constructed on property owned by the City of
Frostburg. The ceremony was attended by local representatives, project partners
and funders.
The project restored natural stream conditions to a 600’ reach of the Savage
River to improve habitat for Brook trout, Salvelinus fontinalis,
Maryland’s only native freshwater trout species. In 2006 the Maryland Department
of Natural Resources (DNR) listed brook trout as a “Species in Greatest Need of
Conservation” leading to the development of a brook trout Fisheries Management
Plan that includes a focus on the upper Savage River resource. This area
comprises over 100 miles of interconnected streams that are 25% of all brook
trout stream miles in Maryland. Brook trout require cool stream temperatures
that do not exceed 70ْ F. Headwater ponds
and impoundments are known to adversely affect stream temperatures and block
fish passage. When a pond is built in-line with a stream, the surface water of
the pond warms. As the water re-enters the stream it increases the stream
temperature below the pond. When stream temperature exceeds 70ْ
F for extended periods, brook trout cannot survive. This condition is known as a
thermal impact.
In the early 1900’s an impoundment was built on the upper Savage River as part
of a municipal water supply for the City of Frostburg and surrounding
communities. This impoundment was abandoned in 1986 with the upgrade of the
Savage groundwater collection system and replacement of Piney Dam and Reservoir.
Though the upper Savage River reservoir was no longer needed, the old dam
remained in place causing increased water temperatures and acting as a barrier
to fish passage. The City of Frostburg provided key support to remove the
deteriorating dam in order to improve water quality and fish habitat in the
Savage River watershed. During the 2008-2010 summer seasons, biologists with
Maryland DNR’s Inland Fisheries Management Division monitored the temperature at
this site. Data recorded showed peak stream temperatures that exceeded 75°
F below the impoundment, yet never exceeded 65°
F above the impoundment. Savage River Watershed Association and partners
identified this as a priority restoration site as the impoundment was not only
causing a thermal impact, it also blocked fish passage to a headwater reach
along the main stem of the Savage River.
Canaan Valley Institute engineered a natural stream design plan to create a free
flowing channel that bypassed the reservoir and converted it to a wetland.
Natural stream design methods were used to create in-stream structures that add
aquatic habitat and provide stream bank stability. Stream restoration allowed
fish access to 2.5 stream miles upstream from the preexisting dam; improved
aquatic habitat by restoring natural stream features; decreased water
temperature; and decreased the amount of sediment contributed by stream banks
downstream of the pre-existing dam. The former pond area was converted to a
wetland, providing wildlife habitat, water quality improvement, and flood
storage. The site will serve as a demonstration for stream restoration
activities and brook trout habitat improvement projects.
Restoration of this site was possible as the result of partnership efforts
coordinated by SRWA staff. SRWA would like to thank all partners, and funders
for their strong support to complete this important project. We would also like
to thank our local representatives for their interest in, and support of SRWA
activities. Project partners that provided funding were: Chesapeake Bay Trust
(CBT), FishAmerica Foundation (FAF), Maryland Department of the Environment (MDE),
Maryland Department of Natural Resources (DNR), and National Fish and Wildlife
Foundation (NFWF). Partners who provided professional support and in-kind
services were: Canaan Valley Institute (CVI), the City of Frostburg, DNR, and
SRWA. Project construction was completed by Pine Mountain Coal Company,
Frostburg, MD. Sign design, construction, and installation, was done by Custom
Concepts, Frostburg, MD. Final planting of the project was done by Conservation
Services, Verona, VA. NFWF was the major funder of the project which will have a
final cost of nearly $300,000.
For more information about this project or to participate in future site tours,
please contact the SRWA Director, at 301-689-7156 or
srwadirector@gmail.com. SRWA is a
group of local landowners and other citizens dedicated to preserving and
enhancing the rural nature and natural resources of the Savage River watershed
in Garrett County. Members assist interested landowners and public land
managers with environmental stewardship efforts and educational outreach.
(From left to right): Senator George C. Edwards; Garrett County Commissioner Gregan T. Crawford, Frostburg City Mayor Arthur T. Bond (who cut the ribbon), SRWA Executive Director Laura Haynes, Commissioner of Water, Parks and Recreation for the City of Frostburg Brian Alderton, Garrett County Commissioner Robert G. Gatto, and Delegate Wendell R. Beitzel.
(From left to right): Maryland Department of Natural Resources (DNR) Deputy Secretary Joseph Gill, Chesapeake Bay Trust Restoration Ecologist, Kirk Mantay, Frostburg City Mayor Arthur T. Bond (who cut the ribbon), SRWA Executive Director Laura Haynes, Frostburg City Administrator John R. Kirby, Maryland Department of the Environment Natural Resources Planner of Non-Tidal Wetland Division Mathew Radcliffe, FishAmerica Foundation Executive Director Johanna Laderman, DNR Inland Fisheries Biologist Alan Heft.
A section of the newly constructed stream channel shows in-stream stabilization structures and riparian buffer plantings. Tree tubes are used to protect newly planted trees from deer browsing, and smaller shrubs are flagged for protection during the ceremony as guests tour the project site with DNR fisheries biologists and CVI Design Engineer.