Not exact matches
The biologists had been conducting winter surveys throughout the Canadian province
for two years, monitoring the health of
hibernating bats.
Last year, data emerged indicating the same fungus inhabits caves and other sites where
bats hibernate in Europe — and probably has been part of their ecosystems
for hundreds of years, if not millennia.
Named
for the white fuzz that appears on the nose, wings and tail, the disease frequently causes
hibernating bats to wake from the inert state, according to the Wisconsin officials.
Yet researchers have also found carcasses of cave -
hibernating bats, including the little brown
bat and the northern long - eared myotis — two species that have been devastated by the fungal disease white nose syndrome and that are now being considered
for protection under the Endangered Species Act.
For example, the little brown bat (Myotis lucifugus), which is smaller than a thumb, hibernates in caves around 40 to 45 degrees Fahrenheit with 90 percent humidity, an ideal setting for the fungus, according to laboratory tes
For example, the little brown
bat (Myotis lucifugus), which is smaller than a thumb,
hibernates in caves around 40 to 45 degrees Fahrenheit with 90 percent humidity, an ideal setting
for the fungus, according to laboratory tes
for the fungus, according to laboratory tests.
For more on
bats and white nose syndrome, see Merlin D. Tuttle's book America's Neighborhood Bats, David Quammen's article «Bat Crash» in the December 2010 issue of National Geographic, the Fort Collins Science Center website on «White - Nose Syndrome Threatens the Survival of Hibernating Bats in North America,» the National Wildlife Health Center's website on «White - Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «Geomy
bats and white nose syndrome, see Merlin D. Tuttle's book America's Neighborhood
Bats, David Quammen's article «Bat Crash» in the December 2010 issue of National Geographic, the Fort Collins Science Center website on «White - Nose Syndrome Threatens the Survival of Hibernating Bats in North America,» the National Wildlife Health Center's website on «White - Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «Geomy
Bats, David Quammen's article «Bat Crash» in the December 2010 issue of National Geographic, the Fort Collins Science Center website on «White - Nose Syndrome Threatens the Survival of
Hibernating Bats in North America,» the National Wildlife Health Center's website on «White - Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «Geomy
Bats in North America,» the National Wildlife Health Center's website on «White - Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «Geomyces.
From these tests, we will identify candidate strains
for testing on
hibernating bats in controlled laboratory infection trials.
This information is useful
for understanding factors that contribute to infection and mortality from the disease in
hibernating bats.
The purpose of her research is to support data - driven surveillance strategies and management options
for mitigating impacts of WNS on
hibernating bat populations.
Animals like
bats and some rodent species, which do
hibernate, enter into a «deep sleep mode» which could last sometimes
for months.