Gulf of Mexico Restoration Plan Moves Ahead

Gulf of Mexico Restoration Plan Moves Ahead

NOAA and its fellow Natural Resource Damage Assessment trustees in the Deepwater Horizon oil spill have announced the signing of a formal Record of Decision to implement a Gulf restoration plan.


The 44 projects, totaling an estimated USD 627 million, will restore barrier islands, shorelines, dunes, underwater grasses and oyster beds. Of those, NOAA is directly involved in the implementation of four projects.

As explained by NOAA, this announcement marks the largest suite of Gulf early restoration projects selected thus far in the wake of the 2010 oil spill.

The projects aim to address a range of injuries to natural resources and the subsequent loss of recreational use.

 Kathryn D. Sullivan, Ph.D., under secretary of commerce for oceans and atmosphere and NOAA administrator, said:

“These projects reflect an earnest commitment to the Gulf and will enhance the region’s economic, social, and ecological resilience in the future.”

The largest NOAA project partnership will be with Louisiana to fund and execute restoration of beach, dune, and back-barrier marsh habitat on Chenier Ronquille, a barrier island off the state’s coast. Chenier Ronquille is one of four barrier islands proposed for restoration as part of the Louisiana Outer Coast Restoration Project that will be implemented by NOAA, the U.S. Department of Interior and Louisiana. The total cost to restore the four barrier islands is expected to be USD 318 million.

Gulf of Mexico Restoration Plan Moves Ahead1

Alabama, Florida, Mississippi, and NOAA will partner to undertake three “living shorelines” projects. These projects involve a blend of restoration technologies used to stabilize shorelines and restore fish and wildlife habitat. The three projects are:

  • Alabama: NOAA will work with the state to fully implement the Swift Tract Living Shoreline Project. This project, costing USD 5 million, will construct approximately 1.6 miles of breakwaters covered with oyster shell to reduce shoreline erosion, protect salt marsh habitat, and restore ecosystem diversity and productivity in Mobile Bay. Restoration experts expect that over time, the breakwaters will develop into reefs, providing added reproductive and foraging habitat and shelter from predators. The 615-acre state-owned Swift Tract site is located in Bon Secour Bay and is part of the NOAA-supported Weeks Bay National Estuarine Research Reserve.
  • Florida: NOAA will partner with Florida for the Florida Pensacola Bay Living Shoreline Project to restore shoreline at two sites along the Pensacola waterfront. Project Greenshores Site II is located immediately west of Muscogee Wharf in downtown Pensacola. Restoration at PGS Site II has been planned in conjunction with the Sanders Beach site, three miles to the west. Both proposed sites feature breakwaters that will provide four acres of reef habitat and protect the 18.8 acres of salt marsh habitat that will be created through this project. The Pensacola project is expected to cost about USD 11 million.
  • Mississippi: NOAA will partner with the state to improve nearly six miles of shoreline as part of the proposed Hancock County Marsh Living Shoreline Project. The goal of the project is to reduce shoreline erosion by dampening wave energy and encouraging reestablishment of habitat in the region. The estimated cost is USD 50 million.

As the largest phase of early restoration efforts, Phase III sets a strategic approach for these and additional early restoration activities. The trustees received thousands of public comments that were instrumental in its development, and has issued a guide to the plan and projects.

These projects will be funded through the USD 1 billion provided to the trustees by BP, as part of the 2011 Framework Agreement on early restoration.

Ten early restoration projects already are in various stages of implementation as part of the first two phases of early restoration. Updates on these projects are available in an interactive atlas.

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Press Release, October 06, 2014;Images: USCG, NOAA