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St. Catherine Creek Aquatic Habitat Assessment in support of GCPO LCC
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This project will assess habitat in St. Catherine Creek, Mississippi, in support of GCPO LCC.
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Whitewater to Bluewater W2B
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St. Catherine Creek Biological Monitoring in support of Landscape Model Development
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The Pvt. John Allen National Fish Hatchery, the Baton Rouge Fish and Wildlife
Conservation Office and the Gulf Coast Plains/Ozark Landscape Conservation
Cooperative (GCPO LCC) are partnering to develop a proactive approach in identifying problem areas and delivering aquatic habitat restoration actions, on the ground, before the problems reach an irresolvable level. This joint effort is already in the full process of data collection and evaluation to develop a spatially explicit model of aquatic habitats found on the St. Catherine Creek National Wildlife Refuge in MS. The full spectrum of biological needs for both of the alligator gar, paddlefish, and other floodplain dependent species are found in this floodplain. The existing project is already developing remote sensing capacity to characterize all aquatic habitats found in this interior floodplain in terms of the biological needs of aquatic species. In addition, data on bathymetry, water quality parameters, flood frequency and duration periods and vegetative types are being collected in order to accurately portray and verify habitat characteristics in the spatial model. Hydro acoustic and side scan imaging will be utilized in order to deliver the highest quality data available to resource managers at the present. Quantitative biological information is necessary to complete the suite of data for the model. Abundance and distribution of selected fish needs to be collected in conjunction with environmental data in order to adequately characterize the importance of various physicochemical conditions to aquatic life. This project will collect those data on St Catherine Creek NMR. This project is currently on-going.
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Whitewater to Bluewater W2B
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Stony Creek (VA) Riparian Restoration and Stream Habitat Improvement
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This projected will restore stream and riparian habitat within Stony Creek, located in the state of Virginia.
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Whitewater to Bluewater W2B
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Stream Bank & Riparian Restoration along the Wild and Scenic Cossatot River on the Ouachita NF
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Six riparian sites have severe erosion from loss of riparian vegetation and heavy recreational use. Riparian habitat function will be restored by stabilizing stream banks and planting vegetation. Stream habitat cover will increase with addition of materials to repair stream banks. Campsites will be designated and hardened. To measure effectiveness, water samples taken every 3 months over the past 4 years will continue for at least the next 4 years by the Cossatot River Watch Stream Team to compare pre- and post-restoration.
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Whitewater to Bluewater W2B
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Tampa Bay Seagrass Transplanting Project
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This project is a seagrass transplanting project within Tampa Bay, Florida.
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Whitewater to Bluewater W2B
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Ulele Springs Restoration Project
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This project, run by the Ecosphere Restoration Institute, Inc, will create a natural spring and restore native wetland vegetation within the state of Florida.
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Whitewater to Bluewater W2B
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Using positive interactions between bivalves and seagrass to reduce habitat fragmentation and restore essential fish habitat
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Lead by the University of North Carolina at Chapel Hill, this project will restore eelgrass cover that had declined by propeller scaring through introducing mussels. A natural fertilization and predator protection interaction study will also take place.
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Whitewater to Bluewater W2B
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Valley River Watershed Habitat Restoration Project
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Whitewater to Bluewater W2B
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Valley River Watershed Habitat Restoration Project
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Valley River is an outstanding aquatic resource in the mountain region of North Carolina; however,303(d) listing and habitat degradation haw become more consistently the norm across the watershed. To address these problems, HRWC established,enhanced and estored adequate riparian buffers along the banks of the stream, restored aquatic habitat by reducing sedimentation and adding large woody debris in appropriate areas, and educated watershed residents about the river and these needs. (Photo: Murphy Track Site During)
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SARP
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Watershed-Based Approach to Channel Stabilization and Sediment Control in Pleasant Run Creek
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Excessive sediment from channelized tributaries of the Hatchie River (TN) are degrading downstream aquatic habitat. Pleasant Run Creek is a channelized tributary to the Hatchie River, exhibiting significant soil erosion and channel incision problems. This project seeks to implement channel stabilization measures on private lands that will improve riparian habitat on Pleasant Run Creek and reduce sediment loading to the Hatchie River.
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Whitewater to Bluewater W2B
