NATIONAL
 ESTUARY
 PROGRAM
SHORELINE  RESTORATION
Considered one of the most productive bird nesting islands on the Texas Coast and one of the few natural islands in West Galveston Bay, North Deer Island
has experienced up to 10 feet of erosion per year. The erosion destroyed highly productive habitat for up to 30,000 nesting pairs using this island as well
as nursery areas for commercially and recreationally important finfish and shellfish.
                   The 144-acre island is made up of upland rookery habitat and estuarine marsh. The young produced here are likely the birds that everyone sees wading
in marshes and bayous throughout the Houston-Galveston area. Habitats like these are important economically: fish and wildlife resources contribute over $8 billion annually to
the Texas economy. These resources are also part of the coastal natural heritage and deserve consideration for their intrinsic value.
THE NATIONAL ESTUARY PROGRAM IN ACTION
                                                                               Galveston Bay Estuary  Program
Designated as a Gulf Ecological
Management Site (GEMS) by the
EPA's Gulf  of Mexico Program,
North Deer Island in West Galves-
ton  Bay  is the most important
colonial waterbird rookery island
along the upper Texas coast.

In 2000, the Galveston Bay Estu-
ary Program partnership, whose
mission is to preserve the bay's
economic and  ecologic health,
identified the erosion-protection
project  at  North  Deer  Island
as part of  the region's habitat
conservation goals.  The project
is also a key component of the
          West Bay Conservation Corridor,
          where project partners involved
          have  preserved  5,000   acres
          of coastal habitat and restored
          or enhanced over 900 acres of
          coastal wetlands.

          Partners  worked for eight years
          and in two phases to restore and
          protect North Deer Island's rap-
          idly eroding shoreline and highly
          populated bird nesting  habitat.
          Many challenges exacerbated
          the duration of the project. These
          included: limited  funding; rising
          fuel and material costs; logistical
          challenges, such as avoiding im-
pacts to oyster reefs and archae-
ological sites and the discovery
of  unexpected soft sediments;
and timing constraints, includ-
ing  short duration of  funding
sources and narrow construc-
tion windows to avoid disturbing
nesting and rearing activities.

Despite the numerous  hurdles,
partners employed innovative,
cost-saving  techniques  such
as barging in  24,100  tons of
limestone from a rock quarry in
Missouri—using the Mississippi
River and the Intracoastal Water-
way as a route—to create 6,450
feet of stone breakwater and ar-
mor 1.7 miles of shoreline. The
planning, engineering, and con-
struction costs for the eight-year
endeavor were over $3.2 million
dollars. The protection of this
rookery island is one of several
nationally recognized collabora-
tive efforts to help conserve vital
remaining habitats and restore
lost habitats. By armoring the
shoreline, upland nesting areas,
wetlands, tidal flats, and lagoons
were protected, and three priori-
ty bird species—the endangered
Brown Pelican  and threatened
Reddish Egret and White-faced
Ibis, and 16 other bird species
were conserved thanks to the
partners' efforts. North  Deer Is-
land  has  also been extremely
important to the recovery of the
Brown Pelican in Galveston Bay.
Based on a strong and healthy
population, the  U.S. Fish  and
Wildlife Service  proposed re-
moval of the Brown Pelican from
the endangered species list.

The North  Deer  Island  project
won first place  in the  partner-
ship category for the 2008 Gulf
Guardian Award  and received
the 2008 Coastal America Part-
 EFFECTIVE
                     EFFICIENT
                   ADAPTIVE
                           COLLABORATIVE

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                                 nership Award  for outstanding
                                 efforts to restore and protect the
                                 coastal environment.

                                 The  large and diverse partner-
                                 ship  includes, but is not limited
                                 to, the following: Audubon Texas,
                                 EcoNRG, EPA Gulf of Mexico Pro-
                                 gram, Houston Audubon Society,
                                 Harris  & Eliza  Kempner Fund,
                                 Meadows  Foundation,  Reliant
                                 Energy, Shell Marine - National
                                 Fish   and  Wildlife Foundation,
                                 Texas  Commission of  Environ-
                                 mental  Quality-Galveston  Bay
                                 Estuary Program, Texas General
                                 Land  Office, Texas Parks  and
          Wildlife  Department,  and U.S.
          Fish and Wildlife Service.

          Visit www.gbep.state.tx.us to
          learn more about this and other
          GBEP efforts.

          EPA's  National Estuary Program
          (NEP) is a unique and successful
          coastal watershed-based program
          established in 1987 under the
          Clean   Water  Act Amendments.
          The NEP  involves the public and
          collaborates with partners to pro-
          tect, restore, and maintain the wa-
          ter quality and ecological integrity
          of 28 estuaries of national signifi-
    cance located in 18 coastal states
    and Puerto Rico.

    For more information  about the
    NEP go  to  www.epa.gov/owow/
    estuaries.

              Photo Credit: Jarrett (Woody) 0. Woodrow, Jr.
Photo Credit: Jarrett (Woody) 0. Woodrow, Jr.,
        U.S. Fish & Wildlife Service.
Photo Credit: Jarrett (Woody) 0. Woodrow, Jr., U.S. Fish & Wildlife Service.
The NEP:  Implementing the Clean Water Act in ways that are Effective, Efficient, Adaptive, and Collaborative.
                                                                                       EPA-842F09001

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