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Embattled Midwest EPA Administrator
Resigns
CHICAGO – The EPA’s Midwest region
administrator resigned last week
amid internal fights over dioxin
contamination near Dow Chemical
Co.'s headquarters in Michigan.
Mary Gade, regional administrator of
EPA Region 5, told the Chicago
Tribune she resigned as regional
administrator of EPA Region 5 after
two top EPA officials stripped her
of her powers and told her to quit
or be fired by June 1.
"There is no question this is about
Dow," Gade told the paper for a
story on its Web site. "I stand
behind what I did and what my staff
did. I'm proud of what we did."
Dow spokesman John Musser said
Gade's departure came as a surprise.
He said the chemical giant would
rather work with the federal
government than with Michigan
officials, who have been designated
by the agency to oversee future
dioxin cleanup.
"Flatly, we never asked or implied
that Ms. Gade be removed from her
post," Musser told The Associated
Press in a telephone call late
Thursday. "We have no idea what the
EPA's reason was for this move."
Lana Pollack, president of the
Michigan Environmental Council, said
that Dow and the EPA had "succeeded
in muzzling a woman of unquestioned
credentials and integrity who was
doing her job enforcing our
environmental laws."
Jonathan Shradar, an EPA spokesman
in Washington, told the Tribune,
Gade had been placed on
administrative leave until June 1,
but declined further comment.
Gade is a former corporate attorney
who led the Illinois EPA under
Republican Gov. Jim Edgar. President
Bush appointed her in 2006 to head
the federal agency's Region 5, which
covers the states of Illinois,
Wisconsin, Minnesota, Indiana,
Michigan, and Ohio.
Dow and government regulators have
debated for months about how to
cleanse a swath of waters and
wetlands that now reaches 50 miles
to Lake Huron.
The company has acknowledged
tainting the Tittabawassee and the
adjoining Saginaw River, their flood
plains, portions of the city of
Midland and Lake Huron's Saginaw Bay
with dioxins -- chemical byproducts
believed to cause cancer and damage
reproductive and immune systems. |