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Bennet Bayou Coastal Marsh Restoration by admin, last updated: Jul 10, 2020 02:44 PM
Bennett Bayou’s is a gateway to the Pascagoula River marshes. The Pascagoula River is the largest unimpeded river system in the continental U.S. It supports habitats for about 22 threatened and endangered species, and serves as a critical refueling and rest stop for birds during intercontinental migrations. Beneficiaries of restoration include red drum, brown and white shrimp, Gulf sturgeon, speckled trout and Atlantic croaker.
Community-Based and Larger-Scale Oyster Restoration in ACE Basin NERR, South Carolina by admin, last updated: Jul 10, 2020 02:44 PM
This project will build intertidal shorelines with oyster reefs.
Erosion control in Doe/Mill/Wildcat Branch Watershed, Winston County, Alabama, to benefit Rush Darter by admin, last updated: Jul 10, 2020 02:44 PM
This project will reduce the threat to one of the last surviving populations of rush darter (Etheostoma phytophylum)in the Doe/Mill/Wildcat Branch Watershed in Winston County, Alabama to prevent the need for listing under the Endangered Species Act (ESA).
Gravel Augmentation at Spawning Habitats in the Oconee and Ogeechee Rivers of Georgia by admin, last updated: Jul 10, 2020 02:44 PM
The robust redhorse (Moxostoma robustum), a species that had been lost to science for about 150 years, was discovered on the Oconee River in 1991. Wild populations subsequently found in the Savannah River (Georgia/South Carolina) and Pee Dee River (North Carolina) have been augmented by stocking in other areas of Georgia and South Carolina. The species is very particular about the water quality and depth as well as the gravel quality of its spawning sites. To encourage propagation of this native species, the Robust Redhorse Conservation Committee coordinates activities in several southeastern states. The gravel augmentation is expected to benefit invertebrates, including mussels, as well as anadromous species such as striped bass, American shad, and Atlantic sturgeon.
Habitat Data Collection to aid Buck Creek Watershed Restoration by admin, last updated: Jul 10, 2020 02:44 PM
Restoration of native vegetation, streams, riparian zones and wetlands along Buck Creek and its tributaries is an ongoing project that needs physical habitat data specific to target species of fishes and mussels. The restoration effort is addressing Kentucky’s number one source of impairment — sedimentation and siltation. The overall goal is to tailor existing stream restoration efforts to benefit over 11 species of fish and mussels including sport fish, federally listed endangered species, and sensitive species in Buck Creek.
Improved Recreational Fishing Through Community-based Oyster Reef Habitat Restoration, North Shore Eagle Point Oyster Restoration - Phase I and II by admin, last updated: Jul 10, 2020 02:44 PM
Oyster beds serve unique roles in estuaries, yet they are highly susceptible to over-harvesting, diseases and pollution. In addition to having both recreational and commercial value, oyster beds provide ecological benefits such as filtration and habitat for numerous species of invertebrates, fish, and plants.
Jockey's Ridge State Park Community-based Living Shoreline Restoration Phase I and II by admin, last updated: Jul 10, 2020 02:44 PM
Jockey’s Ridge State Park is the location of the largest sand dune system on the east coast. It is part of the Roanoke River Watershed, which flows from Virginia through North Carolina to the sea. Its estuarine shoreline had never been stabilized prior to making the area into a state park. However, the estuarine shoreline had been damaged by vehicle and foot traffic, and acres of salt marsh had disappeared.
Nuisance aquatic vegetation removal/control in Caddo Lake (TX and LA) by admin, last updated: Jul 10, 2020 02:44 PM
This project will remove and control nuisance aquatic vegetation in Caddo Lake within the states of Texas and Louisiana.
Oyster Reef Shoreline Restoration and Stabilization, MacDill AFB, FL by admin, last updated: Jul 10, 2020 02:44 PM
Over the past decade, the eastern shoreline of MacDill AFB has eroded, resulting in loss of native plant species such as black mangroves, palms, and 100-year-old live oaks. A five-phase project to stabilize the shoreline is creating a series of oyster reefs along undeveloped shoreline. The resultant oyster and mussel colonies will filter water and provide valuable habitat for fish and other aquatic resources. The reduced wave energy and accumulated sediment will encourage growth of native marsh grasses and mangroves, which will further stabilize the shoreline and improve the habitat.
Port Orange Living Shoreline and Oyster Reef Restoration System by admin, last updated: Jul 10, 2020 02:44 PM
This project, run primarily by the Marine Discovery Center, will increase intertidal shoreline and oyster reefs and vegetation will be planted.
Reintroduction of Native Brook Trout into Indian Flats Prong, Great Smoky Mountains National Park by admin, last updated: Jul 10, 2020 02:44 PM
Brook trout, the only salmonid native to the southeast, have lost about 75% of their historic range due to past logging activities and introduction of non-native trout. In 1993, the National Park Service identified 10 streams that can support native southern Appalachian brook trout (Salvelinus fontinalis). The long term goal is to restore historic range of habitat for this native species.
Restore eroding streambanks in tribs of Buffalo National River (AR) affecting native mussels by admin, last updated: Jul 10, 2020 02:44 PM
This project will restore eroding stream banks in tributaries of the Buffalo National River (AR) affecting native mussels.
Restore native aquatic plants in the Santee Cooper system, SC to improve anadromous fish habitat by admin, last updated: Jul 10, 2020 02:44 PM
This project will restore native aquatic plants in the Santee Cooper System (South Carolina) in order to improve anadromous fish habitat.
Restoring Intertidal Oyster Reefs in Mosquito Lagoon by admin, last updated: Jul 10, 2020 02:44 PM
This project, lead by the Brevard Zoo, will increase acreage of intertidal oyster reef and assist in wake reduction.
Riparian habitat restoration for listed freshwater mussels in the Ochlockonee River Basin GA/FL by admin, last updated: Jul 10, 2020 02:44 PM
This project will restore riparian habitat for listed freshwater mussels in the Ochlockonee River Basin, within Georgia and Florida.
Stony Creek (VA) Riparian Restoration and Stream Habitat Improvement by admin, last updated: Jul 10, 2020 02:44 PM
This projected will restore stream and riparian habitat within Stony Creek, located in the state of Virginia.
Restoration of Connectivity to Coal Pile, a Backwater of the Arkansas River by admin, last updated: Jul 10, 2020 02:44 PM
In order to restore connectivity to Coal Pile, the canals from the Arkansas River into Coal Pile will be dredged with a Mudcat hydraulic dredge, which was recently obtained from federal surplus equipment for use on this project.
Wolf Pen Gap OHV Trail Complex Stream Crossing Improvement by admin, last updated: Jul 10, 2020 02:44 PM
This project will improve stream crossings and trails at the Wolf Pen Gap OHV Trail Complex in Arkansas. It will also improve connectivity and open stream habitat for fish.
Crabtree Swamp Habitat Restoration by admin, last updated: Jul 10, 2020 02:44 PM
The restoration of Crabtree Swamp is an innovative, "first of its kind" project, in which a previously channelized drainage basin is being returned to a blackwater hardwood swamp in which the floodplain is being recreated via earthmoving and replanting into functional habitat for fish, invertebrates and other wildlife. To match resources, the restoration project has been subdivided into 10 reaches.
Improved Red Drum Habitat through Community-based Oyster Reef Habitat Restoration by admin, last updated: Jul 10, 2020 02:44 PM
Little has been attempted to improve the habitat to ensure survival of stocked red drum fingerlings in SC waters This project will create additional oyster reefs in stocking areas. The impact will be many fold as other organisms will utilize the habitat and oyster population and water quality improvements will be recognized. Patches of hard substrate and 3-D reefs will be created in stocking areas, thus establishing quality habitat for red drum at this early life stage.