UT Sentell Creek Restoration

Mill Creek Restoration

Phenix City, Alabama The Mill Creek restoration projects have successfully improved water quality and aquatic habitats in Eastern Alabama and provided a demonstration site for a healthy urban stream in the Chattahoochee River Basin. The natural channel design projects include channel relocation and reconfiguration to create stable morphology and floodplain connection, streambank bioengineering, riparian buffer […]

Parkerson Mill Creek Restoration

Auburn, Alabama The Parkerson Mill Creek restoration projects have successfully improved water quality and aquatic habitats in Eastern Alabama and provided a demonstration site for a healthy urban stream in the Tallapoosa River Basin. The natural channel design projects include channel relocation and reconfiguration to create stable morphology and floodplain connection, streambank bioengineering, riparian buffer […]

Purlear Creek Restoration

Purlear, North Carolina The Purlear Creek restoration project successfully improved water quality and aquatic habitats in the Yadkin River Basin and provided a demonstration site for a healthy riparian forest ecosystem as part of the State Forest property. The natural channel design project includes channel relocation and reconfiguration to create stable morphology and floodplain connection, […]

East Prong Roaring River Restoration

Traphill, North Carolina The East Prong Roaring River restoration project has successfully improved water quality and trout habitats in the Yadkin River Basin and provided recreational fishing access to a healthy riparian ecosystem. The natural channel design project includes channel realignment to create stable morphology and floodplain connection, wood toe revetments, streambank bioengineering, riparian buffer […]

Reasonover Creek Restoration

Transylvania County, North Carolina The Reasonover Creek restoration project successfully improved water quality and aquatic habitats in the French Broad River Basin and provided a demonstration site for a healthy riparian forest ecosystem as part of the DuPont State Forest property. The natural channel design project includes channel relocation and reconfiguration to create stable morphology […]

Wolf Run Stream Restoration

Poplarville, Mississippi The Wolf Run Mitigation Bank project is successfully improving water quality and aquatic habitats in the Wolf River Basin in Coastal Mississippi. The natural channel design project includes channel relocation and reconfiguration to create stable morphology and floodplain connection, wood toe revetments, streambank bioengineering, riparian buffer establishment, invasive plant control, and in-stream boulder […]

Shades Creek Restoration

Homewood, Alabama The Shades Creek restoration project successfully improved streambank stability and water quality in the Cahaba River Basin in Alabama and provided a demonstration site for a healthy urban stream in the Birmingham metro area. The natural channel design project includes channel relocation and reconfiguration to create stable morphology and floodplain connection, streambank bioengineering, […]

Mills River Restoration

Henderson County, North Carolina The Mills River restoration project successfully improved water quality and aquatic habitats in the French Broad River Basin and provided a demonstration site for a healthy riparian forest ecosystem in a USFS recreational area. The natural channel design project includes channel relocation and reconfiguration to create stable morphology and floodplain connection, […]

Moores Creek Restoration

Lanett and Valley, Alabama The Moores Creek restoration project successfully improved water quality and aquatic habitats in the Moores Creek watershed in Eastern Alabama and provided a demonstration site for a healthy urban stream in the Chattahoochee River Basin. The natural channel design project includes channel relocation and reconfiguration to create stable morphology and floodplain […]

Ivy River Restoration

Madison County, North Carolina The Ivy River Bank Enhancement project successfully improved water quality and aquatic habitats in the Ivy River by reducing streambank erosion and adding a native riparian buffer to an unstable river bank on private property.  The natural channel design project includes streambank bioengineering using vegetated geolifts and an in-stream boulder j-hook […]