Fish and Wildlife Service Awards $800,000 in Grants to Explore Cause, Control of White-Nose Syndrome in Bats
Oct 26, 2009Media contact:
Valerie Fellows, USFWS (703) 358-2285
Pamela Baker-Masson, National Zoo (202) 633-3084
At an event held in conjunction with the Smithsonian Institution’s
National Zoo in Washington, D.C., the U.S. Fish and Wildlife Service
today announced six grant awards totaling $800,000 going toward
research efforts to explore the cause and control of white-nose
syndrome, a wildlife health crisis of unprecedented proportions that
has now killed more than a million bats in the Northeast and remains
unchecked.
“These grants will provide critical funding to
help the Service and our partners find the cause, find a cure and stop
the spread of this deadly disease,” said Interior’s Deputy Assistant
Secretary for Fish and Wildlife and Parks Jane Lyder. “Bats are an
incredibly important component of our nation’s ecosystem, and the loss
of even one species could be disastrous for wildlife, agriculture and
people.”
One of the bat species currently affected by
white-nose syndrome is the endangered Indiana bat. White-nose syndrome
has been documented in six counties in Virginia and West Virginia and
is now within the range of two additional endangered bat species, the Virginia big-eared bat and gray bat. The Endangered Species Act protects six bat species in the contiguous United States.
Federal
and state biologists, academia, researchers and non-governmental
partners have been overwhelmed by the unanticipated effects of this
wildlife health crisis, but are committed to finding answers before
species are lost forever.
The Fish and Wildlife Service
provided the grants through the Preventing Extinction program. The
Service selected recipients from among 41 grant proposals totaling $4.8
million for research into WNS. “We are very pleased and hopeful about
the work funded by these 6 research grants. Our only regret is that we
were unable to fund many more of the project proposals that could lead
us to answers about what is killing our bats and how to control this
devastating problem,” said the Service’s Jeremy Coleman, Ph.D.,
national white-nose syndrome coordinator.
One of the grants was awarded to the Smithsonian’s National Zoological Park to establish a captive population of the Virginia big-eared bat at the Conservation and Research Center near Front Royal, Virginia. There are only 15,000 Virginia big-eared
bats remaining in a few caves in West Virginia, Virginia, Kentucky and
North Carolina. White-nose syndrome has already infected some of the
caves in this area, and if it continues, this bat subspecies could
likely become extinct. The National Zoo has developed a
multidisciplinary team of scientists, veterinarians, nutritionists and
curators who are working with the U.S. Fish and Wildlife Service and
West Virginia Division of Natural Resource to establish this insurance
population of Virginia big-eared bats, thereby buying time to determine
the cause of, and cure for, this disease. Bats in this population may
eventually be needed to re-establish the subspecies in the wild.
Virginia big-eared bats have never been kept or bred before in
captivity, so lessons learned from this project will be of broad
interest to agencies and organizations if white-nose syndrome in wild
bat populations makes it necessary to consider captive breeding of
other bat species.
The other recipients of the white-nose syndrome funding include the following:
- Analyzing Indiana bats to determine their susceptibility.
Sybill K. Amelon, Ph.D., USDA Forest Service, Northern Research
Station; Guy Knudsen, Ph.D., University of Idaho; Sara Oyler-McCance,
Ph.D., U.S. Geological Survey, Rocky Mountain Center for Conservation
Genetics and Systematics; and Lori Eggert, Ph.D., University of
Missouri. This project focuses on assessing the impact of white-nose
syndrome on the genetic viability of Indiana bats.
- Identifying compounds to stop the fungus associated with white-nose syndrome.
Hazel A. Barton, Ph.D., Northern Kentucky University, and Kevin Keel,
DVM, Ph.D., University of Georgia. This research is on the propagation
and decontamination of white-nose syndrome in the environment.
- Examining immunity and body composition in white-nose syndrome affected bats versus bats unaffected.
Thomas H. Kunz, Ph.D., and Michael D. Sorenson, Ph.D.; Center for
Ecology and Conservation Biology, Boston University, Massachusetts.
This project will focus on Immune function, body composition and
genetic correlates of bat white-nose syndrome.
- Developing a rapid white-nose syndrome diagnostic test.
Alison Robbins, MS, DVM, and Donna E. Akiyoshi, Ph.D.; Tufts Cummings
School of Veterinary Medicine, Massachusetts. This funding will support
the generation of Geomyces destructans specific monoclonal antibodies.
- Identifying
the genetics of white-nose syndrome affected little brown bats to
predict at-risk populations before white-nose syndrome hits.
Deborah D. Iwanowicz, Ph.D., and Tim King, Ph.D.; U.S. Geological
Survey, Leetown Science Center, West Virginia. This project will expand
our understanding of white-nose syndrome in the Northeastern
Vespertilionidae with emphasis on the little brown bat.
Additional information about white-nose syndrome may be found at http://www.fws.gov/northeast/white_nose.html.
The
U.S. Fish and Wildlife Service works with others to conserve, protect,
and enhance fish, wildlife, plants, and their habitats for the
continuing benefit of the American people. We are both a leader and a
trusted partner in fish and wildlife conservation, known for our
scientific excellence, stewardship of lands and natural resources,
dedicated professionals, and commitment to public service. For more
information about our work and the people who make it happen, visit http://www.fws.gov.
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