Environmental Science, Policy and Management, UC Berkeley, 2010) developed dispersal and dynamic models for the spread of
white nose syndrome in bats.
Dates: September 2010 — February 2013 Project Title: Dispersal and dynamic occupancy models for the spread of
white nose syndrome in bats As a NIMBioS postdoctoral fellow, Tom Ingersoll (Ph.D..
Not exact matches
In areas where the
white -
nose syndrome fungus has been around for awhile, little brown bats seem to have found a way to limit the disease damage.
Earlier this year, researchers
in the Czech Republic reported the first European case of clinical disease caused by the fungus responsible for
white -
nose syndrome.
Whether or not the deadly
white -
nose syndrome fungal disease hits some bats harder than others could depend on behavior and size, researchers report
in the Jan. 29 Science Advances.
Biologist Jeffrey Foster at the ScienceWriters2011 conference
in Flagstaff on October 16 discussed the implications to humans of the bat die - off resulting from the fungal disease called
white -
nose syndrome.
Bats
in Europe, where the fungus that causes
white -
nose syndrome likely originated, also have high survival rates.
Bats
in the U.S. are being plagued by a fungal condition called
white -
nose syndrome.
And the rub for those scouting signs of the bat pandemic's spread: «You can not distinguish those [benign fungi] from
white -
nose syndrome just by looking at the bat
in the cave.»
«[T] hat another federally endangered bat species, the gray bat, has been confirmed with
white -
nose syndrome is devastating for anyone who cares about bats and the benefits they provide to people,» U.S. Fish and Wildlife Service Director Dan Ashe said
in a prepared statement.
BIG BAT, LITTLE BAT New models that consider bat size
in relation to
white -
nose syndrome indicate that smaller bats like the North American little brown bat, Myotis lucifugus (shown), may be more susceptible to the disease and will struggle to survive future winters.
Rocke's lab is working on a topical vaccine against
white -
nose syndrome, which threatens bats (SN Online: 3/31/16), and one to combat rabies
in common vampire bats (Desmodus rotundus).
Five years after a caver
in New York State first stumbled across a group of bats with
white noses (including several dead ones), the disease known as
white -
nose syndrome has killed more than a million of the animals.
Cartan - Hansen described the importance of the research
in determining whether the outbreak of
white nose syndrome had reached southwestern Idaho (there was no evidence of it
in the power plant building), and she noted that humans can spread the disease by transporting the fungus on their shoes and clothing from caves harboring infected bats.
This orange - yellow glow corresponds directly with microscopic skin lesions that are the current «gold standard» for diagnosing
white -
nose syndrome in bats.
White -
nose syndrome was first seen
in New York during the winter of 2006.
White -
nose syndrome, a fungus spreading like wildfire through hibernating North American bats, has just been reported
in 12 European countries.
In their research paper, «Comparison of the
White -
Nose Syndrome agent Pseudogymnoascus destructans to cave - dwelling relatives suggests reduced saprotrophic enzyme activity,» published Jan. 22, 2014, by the PLOS ONE, Barton and UA postdoctoral fellow Hannah Reynolds compare two closely related fungi species and reveal common threads, including the discovery that the related fungi share the same nutritional needs.
Researchers look beyond
white -
nose syndrome as the prime suspect
in the mysterious deaths of bats
in the U.S. Northeast
That fungus shares many similarities with another fungus spreading across the United States — Pseudogymnoascus destructans, which causes
white -
nose syndrome in bats.
Like P. destructans, O. ophiodiicola is a soil fungus, and it has many of the same enzymes that have helped
white -
nose syndrome persist, researchers reported
in the October Fungal Ecology.
This fungus causes what's called
white -
nose syndrome in bats.
In less than a decade, the deadly bat disease called
white -
nose syndrome has taken hold across the eastern half of the United States and up into Canada.
Winter is the time period
in which
white nose syndrome is happening to bats.»
Work was also delayed on other invasive species projects, including research on the spread of dangerous Africanized honeybees
in the Southwest, invasive grass species involved
in intensifying wildfires, and
white -
nose bat
syndrome impacting bats
in national parks.»
White patches of fungus can be seen on this northern long - eared bat affected by white - nose syndrome in Illi
White patches of fungus can be seen on this northern long - eared bat affected by
white - nose syndrome in Illi
white -
nose syndrome in Illinois.
Since its discovery
in 2006
in an upstate New York cave,
white -
nose syndrome has infected 11 species and killed more than six million bats
in 23 states, wildlife officials said.
The summer's record - breaking rainfall
in the Northeast, as well as depleting populations of bats that prey on mosquitoes due to
white -
nose syndrome, have increased fears as the U.S. enters its 10th West Nile season.
Bacteria found naturally on some bats may prove useful
in controlling the deadly fungal disease known as
white -
nose syndrome, which has devastated bat populations throughout eastern North America and continues to spread across the continent.
Scientists at the University of California, Santa Cruz, isolated bacteria that strongly inhibited the growth of the
white -
nose syndrome fungus
in laboratory tests.
Kilpatrick is a wildlife disease expert whose lab has been working with state and federal wildlife agencies and other partners to track the spread of
white -
nose syndrome, which was first discovered
in New York state
in 2006.
The total death count runs to more than a million animals, leading the U.S. Fish and Wildlife Service to describe
white -
nose syndrome as «the worst wildlife health crisis
in memory.»
The 80 to 100 per cent declines seen
in Quebec are, he says, due
in large part to
white -
nose syndrome, but «the destruction of their habitats is another major problem.»
The team found many similarities between this fungus and the fungus that causes
white -
nose syndrome in bats.
The increasing emergence of deadly fungal pathogens — including
white -
nose syndrome in bats, chytridiomycosis (chytrid)
in amphibians and SFD
in snakes — is of grave concern to wildlife disease experts worldwide.
Scientists with the USDA Forest Service and the University of New Hampshire have found what may be an Achilles» heel
in the fungus that causes
white -
nose syndrome: UV - light.
The fungus behind
white -
nose syndrome, a disease that has ravaged bat populations
in North America, may have an Achilles» heel: UV light.
Daniel Lindner, a research plant pathologist with the Northern Research Station
in Madison and the corresponding author on the study, is leading follow - up research to determine if UV - light can be used as a treatment for bats suffering from
white -
nose syndrome.
White -
nose syndrome has killed millions of bats
in North America over the past decade.
In a study published on Jan. 2 in the journal Nature Communications titled «Extreme sensitivity to ultra-violet light in the fungal pathogen causing white - nose syndrome of bats,» the research team suggests that P. destructans is likely a true fungal pathogen of bats that evolved alongside bat species in Europe and Asia for millions of years, allowing Eurasian bats to develop defenses against i
In a study published on Jan. 2
in the journal Nature Communications titled «Extreme sensitivity to ultra-violet light in the fungal pathogen causing white - nose syndrome of bats,» the research team suggests that P. destructans is likely a true fungal pathogen of bats that evolved alongside bat species in Europe and Asia for millions of years, allowing Eurasian bats to develop defenses against i
in the journal Nature Communications titled «Extreme sensitivity to ultra-violet light
in the fungal pathogen causing white - nose syndrome of bats,» the research team suggests that P. destructans is likely a true fungal pathogen of bats that evolved alongside bat species in Europe and Asia for millions of years, allowing Eurasian bats to develop defenses against i
in the fungal pathogen causing
white -
nose syndrome of bats,» the research team suggests that P. destructans is likely a true fungal pathogen of bats that evolved alongside bat species
in Europe and Asia for millions of years, allowing Eurasian bats to develop defenses against i
in Europe and Asia for millions of years, allowing Eurasian bats to develop defenses against it.
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 «Geom
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
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 «G
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 «Geom
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
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 «G
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 «Geom
White -
Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «Geomy
Nose Syndrome (WNS),» or Wikipedia's articles on «White nose syndrome» or on the fungus genus «G
Syndrome (WNS),» or Wikipedia's articles on «
White nose syndrome» or on the fungus genus «Geom
White nose syndrome» or on the fungus genus «Geomy
nose syndrome» or on the fungus genus «G
syndrome» or on the fungus genus «Geomyces.
Extreme sensitivity to ultraviolet light
in the fungal pathogen causing
white -
nose syndrome of bats.
More than likely, it's another troubling sign: Large groups of bats
in the nation's most popular national park appear to be stricken with
white -
nose syndrome, a deadly fungus that's wiping out a variety of bat species up and down the East Coast, a possible extinction event, some biologists say.
Fungal loads
in the environment, intensity of infection
in bats, and severity of
white -
nose syndrome will be monitored over the duration of the field trial using established tools and methods.
Research is ongoing
in Dr. Rocke's laboratory and other collaborators to develop a a similar oral recombinant vaccine for bat rabies and, potentially,
white -
nose syndrome.
These relationships have established a pathway for
white -
nose syndrome treatment options and will allow us to move quickly on implementation
in a structured manner.
The tools we develop for
white -
nose syndrome may be translated to treating fungal infections
in other species.
«NIMBioS» support for the workshop that initiated this project was crucial
in helping formulate models that could be useful
in looking at
white -
nose syndrome,» Hallam said.
Ground work on the model was initiated
in a 2009 modeling workshop on
white -
nose syndrome held at the National Institute for Mathematical and Biological Synthesis (NIMBioS)
in Knoxville, Tennessee.
White -
nose syndrome first appeared
in a cave
in upstate New York
in 2006, and has since spread to 14 states and as far north as Canada.