Coastal Wetlands Planning, Protection and Restoration Act

Coastal Wetlands Planning, Protection and Restoration Act



The Coastal Wetlands Planning, Protection and Restoration Act (CWPPRA) was passed by Congress in 1990 to fund wetland enhancement.[1] In co-operation with multiple government agencies, CWPPRA is moving forward to restore the lost wetlands of the Gulf Coast as well as protecting the wetlands from future deterioration. The scope of the mission is not simply for the restoration of Louisiana’s Wetlands, but also the research and implementation of preventative measures for wetlands preservation.

CWPPRA is a partnership between the U.S. Army Corps of Engineers, the NOAA- National Marine Fisheries Service, the U.S. Fish and Wildlife Service, USDA Natural Resources Conservation Services, the Environmental Protection Agency, and the State of Louisiana.


The Coastal Wetlands Planning, Protection and Restoration Act (CWPPRA) is also known as the Breaux Act due to the involvement of Louisiana U.S. Senator John Breaux in the Act’s passage. [2]
The Act has several Mandates:[2]

  • Create a task Force including the secretaries of the Army, Interior, Agriculture and Commerce, the Administrator of EPA and the Governor of Louisiana
  • Submit a Priority Project List each year
  • Submit a status report to Congress every three years
  • Include demonstration projects
  • Produce a state coastal restoration plan that includes:
  • a goal of achieving no net loss of wetlands from development
  • designation of a single state agency responsible for implementation and enforcement
  • means to account for wetland gains and losses
  • assurance that the state will have adequate personnel, funding and authority to implement the plan
  • public education activities
  • encourage use of technology by developers to reduce impacts on wetlands
  • review of ways to assist landowners in wetland protection
  • Study the feasibility of increasing flow and sediment from the Mississippi River to the Atchafalaya River
  • Contributed costs as 75 percent federal/ 25 percent state until the submission of a comprehensive coastal restoration plan, after which the allocation is 85 percent federal, 15 percent state
  • Allow for up to 10 percent of the state share to be in the form of in-kind contributions such as land, easement or right-of-ways

Since 1990, 91 CWPPRA Projects have been complete or are currently under construction.

Basin Project Areas

  • There are 9 Hydrologic Basins in which CWPPRA projects are taking place:[3]
    • Atchafalaya (AT)
    • Barataria (BA)
    • Brenton Sound (BS)
    • Calcasieu/ Sabine (CS)
    • Coastal Louisiana (LA) Encompasses all basins in the region
    • Mermentau (ME)
    • Mississippi River (MS)
    • Pontchartrain (PO)
    • Terrebonne (TE)
    • Teche/ Vermilion (TV)
Projects By Parish
Parish Project Number
Acadia LA-03a
Ascension BA-25b, LA-03b, PO-29
Assumption BA-25b, LA-03a
Calcasieu CS-09, CS-22, CS-24, CS-27, CS-30, LA-03a, LA-03b
Cameron CS-04a, CS-09, CS-11b, CS-17, CS-18, CS-19, CS-20, CS-21, CS-23, CS-25, CS-26, CS-27, CS-28-1, CS-28-2, CS-28-3, CS-28-4, CS-28-5, CS-29, CS-31, CS-32, LA-03a, LA-03b, ME-09, ME-11, ME-16, ME-17, ME-18, ME-19, ME-20, ME-21a, ME-21b, ME-24
East Baton Rouge LA-03b
Iberia LA-03a, LA-03b, TV-13a, TV-14, TV-19, TV-21
Iberville LA-03b
Jefferson BA-03c, BA-19, BA-20, BA-21, BA-23, BA-26, BA-27, BA-27c, BA-27d, BA-28, BA-29, BA-30, BA-33, BA-36, BA-39, BA-41, BA-48, LA-03a, LA-03b, LA-05
Jefferson Davis LA-03b
Lafayette LA-03b
Lafourche BA-02, BA-18, BA-22, BA-25b, BA-33, BA-37, LA-03a, LA-03b, LA-05, TE-10, TE-23, TE-25, TE-30, TE-31, TE-52
Livingston LA-03a, LA-03b
Orleans LA-03a, LA-03b, PO-16, PO-18, PO-22, PO-34
Plaquemines BA-03c, BA-04c, BA-24, BA-33, BA-35, BA-38, BA-39, BA-40, BA-42, BA-47, BS-03a, BS-04a, BS-07, BS-09, BS-10, BS-11, BS-12, BS-13, BS-15, LA-03a, LA-03b, LA-05, MR-03, MR-06, MR-07, MR-08, MR-09, MR-10, MR-11, MR-12, MR-13, MR-14, PO-27
St. Bernard LA-03a, LA-03b, PO-09a, PO-19, PO-24, PO-25, PO-27, PO-30, PO-31, PO-32
St. Charles BA-15, LA-03a, LA-03b, LA-05, PO-17, PO-26, PO-28
St. James BA-25b, BA-34, LA-03a, LA-03b, PO-20, PO-29
St. John the Baptist LA-03a, LA-03b, LA-05, PO-29
St. Martin LA-03a, LA-03b, TE-33
St. Mary AT-02, AT-03, AT-04, LA-03a, LA-03b, LA-05, TE-35, TE-49, TV-04, TV-15, TV-20
St. Tammany LA-03a, LA-03b, PO-06, PO-21, PO-33
Tangipahoa LA-03a, LA-03b
Terrebonne LA-03a, LA-03b, LA-05, TE-17, TE-18, TE-19, TE-20, TE-22, TE-24, TE-26, TE-27, TE-28, TE-29, TE-32a, TE-34, TE-36, TE-37, TE-39, TE-40, TE-41, TE-43, TE-44, TE-45, TE-46, TE-47, TE-48, TE-50, TE-51
Vermilion LA-03a, LA-03b, LA-06, ME-04, ME-08, ME-12, ME-13, ME-14, ME-22, ME-23, TV-03, TV-09, TV-11b, TV-12, TV-13a, TV-16, TV-17, TV-18
West Baton Rouge LA-03a

Project Types

  • Water and Sediment Diversion – Diversions allow fresh water from the Mississippi or Atchafalaya rivers to be re-introduced through wetland areas. The flows provide the wetlands with a new source of sediment and nutrients and combat saltwater intrusion.
  • Outfall Management – Employed in conjunction with diversion projects, outfall management regulates water levels and flows, increasing the dispersion and retention time of fresh water, nutrients and sediment.
  • Hydrologic Restoration – This type of project reverts human-altered and troublesome drainage patterns toward more natural drainage patterns.
  • Shoreline Protection – Shoreline protection projects are designed to reduce or halt shoreline erosion.
  • Barrier Island Restoration – Designed to protect and restore barrier islands, this project type employs a variety of techniques, such as depositing dredged material to increase an island’s size, placing rock breakwaters to reduce wave erosion, and placing sand-trapping fences and vegetative plantings to build and stabilize beaches and dunes.
  • Dredged Material Marsh Creation – Projects of this nature utilize dredged material, placing it in deteriorated wetlands or open water so that marsh plants will grow and form new marsh.
  • Sediment and Nutrient Trapping – Sediment and nutrient trapping is achieved by constructing or placing structures designed to slow water flow and promote the buildup of sediment.
  • Vegetative Planting – Used both separately and in conjunction with other project types, various kinds of marsh vegetation are planted to hold sediment together and stabilize soil.
  • Many restoration projects employ two or more restoration techniques.

Benefits of CWPPRA Projects

Benefits that CWPPRA projects contribute:[4]

  • Protection or reclamation of wetland acreage
  • Protection or creation of estuarine and marine habitats
  • Natural buffers that mitigate wind, wave and storm surge damage to communities, infrastructure and hurricane protection structures
  • Protection of oil and gas pipelines and distribution networks
  • Storm floodwater storage
  • Filtration and purification of water
  • Nurseries for fisheries
  • Wildlife habitat
  • Data to create a baseline of wetland conditions and to evaluate the efficacy of various approaches to wetland restoration

CWPPRA Task Force Members

The task force consists of the State of Louisiana and five Federal Agencies: [5]

  • U.S. Department of Interior
  • U.S. Department of Agriculture
  • U.S. Department of Commerce
  • U.S. Environmental Protection Agency

Contact information for CWPPRA Task Force members can be found at

The Hurricane Effect

In 2005, two of the United States' most devastating hurricanes hit the Gulf Coast (Hurricane Katrina, August 2005; Hurricane Rita, September 2005). Their impact gained national attention due to the vast property damage and loss of life. These two storms also impacted CWPPRA efforts for coastal restoration, for the better. As scientists and policy makers seek ways to protect coastal communities and industries from future hurricanes, they look to the marshes and barrier islands that form the coast’s first line of hurricane defense.[6] This is magnifying the importance of CWPPRA and related projects and the necessity for the successful restoration of the coastal wetlands.

More recently, in 2008, Hurricanes Gustav and Ike have left their mark on Louisiana's Coastal Wetlands. Experts are comparing Hurricane Ike's impacts to those of Hurricane Rita in 2005. Assessment of the impact is on-going and may not be fully realized for sometime.

Related Restoration Projects

Additional Resources

See also

Wetlands of Louisiana
National Wetlands Research Center
U.S. Geological Survey
Coastal Conservation Association


  1. ^
  2. ^ a b (February 2005). “The Breaux Act CWPPRA”, WaterMarks, 27.
  3. ^
  4. ^ (December 2008). “Do CWPPRA Projects Make a Difference?”, WaterMarks, 39.
  5. ^
  6. ^ (March 2006). "Storms Reveal High Cost of Marsh Loss Hurricanes Prove the Urgency of Rebuilding Wetlands", WaterMarks, 30.

Wikimedia Foundation. 2010.

Игры ⚽ Нужен реферат?

Look at other dictionaries:

  • Wetlands of Louisiana — The wetlands of Louisiana are water saturated coastal and swamp regions of southern Louisiana.The Environmental Protection Agency defines wetlands as an area that is regularly saturated by surface water or groundwater and is characterized by a… …   Wikipedia

  • Water Resources Development Act of 1996 — The Water Resources Development Act of 1996 (WRDA 1996) is part of USPL|104|303, was enacted by Congress of the United States on October 12, 1996. [ [ bin/bdquery/D?d104:11:./temp/ bdaCj8:@@@D summ2=m… …   Wikipedia

  • United States Army Corps of Engineers — Infobox Military Unit unit name=U.S. Army Corps of Engineers caption=USACE Logo dates=June 15, 1775 Present country=United States allegiance= branch=United States Army type= role= size= 34,600 civilian and 650 military members command structure=… …   Wikipedia

  • Coastal development hazards — A coastal development hazard can be defined as the likelihood of an event or incident occurring multiplied by the seriousness of the event or incident if it occurred. The seriousness is controlled by how vulnerable the adversely affected party… …   Wikipedia

  • Water Resources Development Act of 2000 — The Water Resources Development Act of 2000 (WRDA 2000), USPL|106|541, was enacted by Congress of the United States on December 11, 2000. [ [ bin/toGPObss/ bin/getdoc.cgi?dbname=106 cong …   Wikipedia

  • Water Resources Development Act of 1992 — The Water Resources Development Act of 1992 (WRDA 1992), USPL|102|580, was enacted by Congress of the United States on October 31, 1992. [ [ bin/bdquery/D?d102:1:./temp/ bdMCKV:@@@D summ2=m |/bss/d102query.html||Public… …   Wikipedia

  • Water Resources Development Act of 1999 — The Water Resources Development Act of 1999 (WRDA 1999), USPL|106|53, was enacted by Congress of the United States on August 17, 1999. [ [ bin/getdoc.cgi?dbname=106 cong public laws docid=f:publ053.106| Public… …   Wikipedia

  • Draining and development of the Everglades — Satellite image of the northern Everglades with developed areas in 2001, including the Everglades Agricultural Area (in red), Water Conservation Areas 1, 2, and 3, a …   Wikipedia

  • David Vitter — United States Senator from Louisiana Incumbent Assumed office January 3, 2005 Serving with …   Wikipedia

  • environment — environmental, adj. environmentally, adv. /en vuy reuhn meuhnt, vuy euhrn /, n. 1. the aggregate of surrounding things, conditions, or influences; surroundings; milieu. 2. Ecol. the air, water, minerals, organisms, and all other external factors… …   Universalium

Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”