Press release from EPA:
MEDIA CONTACT: Phillippa Cannon, 312-353-6218,
cannon.phillippa@epa.gov
FOR IMMEDIATE RELEASE No. 12-OPA074
EPA Announces 2012 Great Lakes Restoration Initiative Grants to Make
Beaches Safer in Michigan and Wisconsin
Chicago (August 28, 2012) – The U.S. Environmental Protection Agency
today announced seven Great Lakes Restoration Initiative grants, totaling over
$2.6 million, to improve water quality at Great Lakes beaches in Michigan and
Wisconsin.
The grants were announced by EPA Regional Administrator and
Great Lakes National Program Manager Susan Hedman at Samuel Myers Park in
Racine, Wisconsin, at one of the beaches targeted for work under the grants.
“These Great Lakes Restoration Initiative grants will improve water quality,
allowing people to enjoy more days at Great Lakes beaches,” said Hedman. “The
projects will make beaches safer, by eliminating harmful bacteria and other
sources of contamination.”
Over the last three years, GLRI has provided more
than $29 million for 78 projects to protect and restore Great Lakes beaches.
This funding has paid for sanitary surveys at 400 beaches, allowing beach
managers to identify contamination sources and to implement projects that reduce
or eliminate pollution. The GLRI has also funded eight projects to better
forecast beach conditions and to develop technologies such as Smartphone apps to
issue real-time alerts about swimming bans and beach closures.
Projects
announced today include:
• $1 million (two grants of $500,000 each) to the University of Wisconsin
Oshkosh to redesign eight Wisconsin beaches to reduce bacteria levels, resulting
in fewer swimming bans and beach closures. The beaches are: Red Arrow Park
Beach, Marinette; Crescent Beach, Algoma; Red Arrow Park Beach, Manitowoc;
Thompson West End Park, Washburn; Grant Park, South Milwaukee; Samuel Myers
Park, Racine; and Simmons Island and Eichelman Parks, Kenosha.
• $179,700 to the City of Marquette, Michigan, to lower health risks and to
improve water quality at two Lake Superior beaches in Marquette by using green
management practices to reduce contamination.
• $500,000 to the City of Marysville, Michigan, to install rain gardens and
other green infrastructure to reduce contaminated stormwater runoff and to deter
geese at Chrysler Beach on the St. Clair River.
• $500,000 to the Huron-Clinton Metropolitan Authority for green
infrastructure to reduce contaminated stormwater runoff at Lake St. Clair
Metropark (Metro Beach.)
• $217,015 to the Michigan Department of Environmental Quality to construct
rain gardens, plant native grass and install a filtration system to improve
water quality and reduce health risks at Sherman Park and Four Mile beaches in
Sault Ste. Marie.
• $263,188 to the Michigan Department of Environmental Quality to build a
green stormwater infiltration system at New Buffalo City Beach to reduce
bacteria and nutrient levels.
The GLRI, initially proposed by President Obama in February 2009, is the
largest investment in the Great Lakes in over two decades. EPA is one of 16
federal agencies working to implement the GLRI Action Plan, which is available
at
http://www.glri.us.
Great Lakes Restoration Initiative Grants to Make Beaches Safer in Michigan
and Wisconsin
City of Marquette, Michigan
Making Lake Superior Beaches Safer through Green Practices
Grant awarded: $179,700
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. The City of
Marquette - Making Beaches Safer Project will reduce risks to human health and
improve water quality at two Lake Superior beaches in the City of Marquette,
Michigan by implementing green management practices to reduce bacteriological,
algal and chemical contamination that have been identified through the use of
Great Lakes beach sanitary surveys.
City of Marysville, Michigan
Chrysler Beach Stormwater Improvements
Grant awarded: $500,000
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. Stormwater and
excess Canada goose populations are causing elevated E. coli concentrations at
Chrysler Beach on the St. Clair River. Stormwater runoff from two beach parking
lots is currently captured in traditional storm drain systems and is discharged
just upstream of the beach. Rain gardens will be installed as “green
infrastructure” at both parking lots to filter the majority of stormwater
runoff. Vegetation will be planted to deter geese from congregating at the
beach. Impervious surfaces at the beach will be reduced, and the stormwater
outfall that discharges to the beach will be redirected. These activities are
expected to improve the water quality and reduce the number of beach
closings.
Huron-Clinton Metropolitan Authority, Michigan
Reducing the Impact of Stormwater at Lake St. Clair Metropark (Metro
Beach)
Grant awarded: $500,000
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. Stormwater at
Lake St. Clair Metropark (Metro Beach) is currently captured in a traditional
storm drain system and discharged to Lake St. Clair. Pollutants from automobiles
and waterfowl that congregate in the parking lot negatively affect stormwater
quality and contribute to beach closings (49 in last 3 years). Passive
biological treatment systems will be used to reduce stormwater runoff and
improve water quality. An additional 1.2 acres of pavement will be removed
(11.5 acres were removed under Phase I of the project funded in 2011) and
converted to panels of grass and native vegetation to capture runoff and direct
it to the marsh. Further, the applicant will construct deep swales within the
parking lot below the stormwater system, cut the existing storm pipes, and
intercept the water in the swales, thereby eliminating all of the stormwater
directly entering Black Creek/Lake St. Clair.
Michigan Department of Environmental Quality
Chippewa County Beach Restoration
Grant awarded: $217,015
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. Implementation of
Best Management Practices (BMPs) will restore water quality and reduce health
risks at two beaches in Sault Ste. Marie, Michigan, that have large numbers of
visitors. BMPs to be installed include a rain garden, infiltration trenches,
small dunes, plantings of native beach grass, a filtration system, and
riprap.
New Buffalo Green Stormwater Project
Grant awarded: $263,188
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. The New Buffalo
City Beach is impacted by beach closures, caused largely by excessive amounts of
E. coli. This project involves construction of a green storm water infiltration
system at the beach, and will reduce E. coli and nutrients. Runoff will be
conveyed from E. coli sources to a 0.5-acre green stormwater infiltration area
along the Galien River. Drainage from the E. coli source areas is proposed to
be captured through a combination of catch basins, piping and open channels.
The drainage will flow through filtration areas into a treatment area containing
a variety of hydrophilic vegetation (i.e., a “rain garden”) which will capture
nonpoint source stormwater runoff from the surrounding area and deter
waterfowl.
University of Wisconsin Oshkosh
Implementation of Beach Redesigns at Northern Wisconsin Beaches
Grant awarded: $500,000
This project supports the Great Lakes Restoration Initiative and the Great
Lakes Water Quality Agreement, pursuant to Public Law 112-74. In this project,
four beaches in northern Wisconsin will be redesigned to reduce any potential
threats to human health caused by bacteria in the beach environment. The
redesign plans will incorporate a variety of measures, including: developing a
system of swales and small dunes between parking areas and the beach to
intercept and filter contaminated stormwater runoff; raising the profile of the
beach to allow the sand areas to dry out more quickly, removing jetties to
reduce the presence of stagnant water near the beach, and installing vegetated
areas around the parking lot area to allow runoff to infiltrate and to provide
cover for waterfowl predators (thereby lessening the unsanitary impacts of gulls
and other waterfowl).
Implementation of Beach Redesigns at Southern Wisconsin Beaches
Grant awarded: $500,000
This project supports the Great Lakes
Restoration Initiative and the Great Lakes Water Quality Agreement, pursuant to
Public Law 112-74. In this project, four beaches in southern Wisconsin will be
redesigned to reduce potential threats to human health caused by bacteria in the
beach environment. The beach redesigns will incorporate a variety of measures,
including: installing rain gardens or wetland cells to retain and filter
contaminated stormwater from nearby paved surface areas; encouraging dune
formation to reduce the impacts of stormwater runoff and to make the beach
environment less attractive to gulls; modifying beach grooming practices to
reduce the presence of bacteria; and implementing activities such as increasing
the number of trash receptacles on the beach and discouraging the feeding of
gulls and other waterfowl to lessen their unsanitary impacts.