FOR IMMEDIATE RELEASE: March 9, 2015
~Project to restore wetland
and historic water flows ~
TALLAHASSEE - The Florida Department of
Environmental Protection issued a permit to the South Florida Water
Management District (SFWMD) for the first phase of the Rolling Meadows Restoration
Project. The project will restore about 2,000 acres of natural wetland habitat and
reconnect hydrologic flows to Lake Hatchineha, ultimately restoring water flow
into the Kissimmee River and helping restore Lake Okeechobee.
“Restoring the health of
the Lake Okeechobee watershed is a challenging and important undertaking,” said DEP
Deputy Secretary for Ecosystem Restoration Drew Bartlett. “Restoring the Rolling
Meadows property is an essential step in promoting healthy water flow from the
Kissimmee Lakes into Lake Okeechobee."
The Rolling Meadows
Restoration Project is part of a statewide effort to restore and protect
Florida’s water quality. It is the first new restoration project to be
permitted within the Lake Okeechobee Basin Management Action Plan (BMAP), since the
restoration plan’s adoption in December 2014. The Lake Okeechobee BMAP
identifies a variety of projects to relieve the lake of large influxes of phosphorus-rich
water.
"We have seen great success to date with Kissimmee
River restoration and continue to focus efforts on this crucial area in the
headwaters of the Everglades," said Jeff Kivett, SFWMD division director
of operations, engineering and construction. "We can now get to work on
Rolling Meadows and its designed improvements to water quality and for
additional water storage north of Lake Okeechobee."
The Rolling Meadows
Restoration Project is located on property that encompasses approximately 5,787
acres in eastern Polk County, bordered to the north by Lake Hatchineha, to the
west by Catfish Creek and to the south by Camp Mack Road. It is
part of the federally authorized Kissimmee Headwaters Revitalization Project,
under the larger Kissimmee River Restoration Project that is being undertaken
by the SFWMD in conjunction with the U.S. Army Corps of Engineers. The
construction portion of project is scheduled to occur from May 2015 to July
2016.
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