The Watershed Restoration Plan for Lake Mattamuskeet was developed through a partnership between the Hyde County Government, N.C. Wildlife Resources Commission, and U.S. Fish and Wildlife Service. The North Carolina Coastal Federation was retained to develop the plan for approval by the N.C. Department of Environmental Quality’s 319 Program. The initial priority actions of this watershed restoration plan stem around establishing active water-level management capabilities on Lake Mattamuskeet and improve water management within the watershed.
The North Carolina Coastal Federation teamed up with the Town of Pine Knoll Shores, University of North Carolina Wilmington’s Environmental Science Department and East Carolina Council (ECC) to create a watershed restoration plan for the small coastal community in Carteret County. The Plan sets a framework and strategy for targeting stormwater reduction techniques to reduce runoff and improve water quality. The primary goal of this plan is to improve water quality in Pine Knoll Shores and reduce permanent shellfish closures in Bogue Sound.
In 2006, partners began to talk about the decline in the quality of local shellfishing waters, mainly due to stormwater pollution. The Coastal Federation teamed up with Brunswick County, state agencies, and the Environmental Protection Agency (EPA) to prepare a study and restoration plan for the river. The plan targets simple solutions to infiltrate rain and reduce polluted runoff.
The Mattamuskeet Drainage Association is working with the N.C. Coastal Federation, researchers from N.C. State University and other stakeholders to carry out a watershed restoration plan that was developed with a grant from the N.C. Division of Water Quality. These partners recognize the need to reduce the volume of drainage water that is pumped into shellfish waters. The networks of canals and ditches throughout the drainage association and the nearby gamelands transport naturally occurring bacteria to the Pamlico Sound. This voluntary plan identifies specific projects that reduce the amount of water pumped into coastal waters, and at the same time provides for improved water-management for agriculture, forestry, and wildlife.