Not exact matches
Reductions in biodiversity from illegal
wildlife trade can have other substantial negative human health impacts, including the loss of potential sources of pharmaceuticals, experimental models for
studying disease, crop pollination and micronutrients for humans lacking alternative sources of protein.
No one know how many birds succumb each year to the
wildlife trade since much of the trafficking is illegal, but within Southeast Asia alone, it is likely «in the order of tens of millions,» says Kelly Edmunds, a researcher at the University of East Anglia in England who investigates the emerging infectious
diseases amongst bird sellers in Asia and was not involved in the
study.
The bill also provides $ 500,000 to
study new and emerging
wildlife diseases and adds $ 1 million to USGS's $ 26 - million volcano hazards programs, specifically to repair and upgrade systems that focus on monitoring «high - threat» volcanoes.
Sonia Hernandez, an associate professor of
wildlife diseases, imported geckos from Indonesia to
study how they respond to antibiotics.
In the new
study, a team lead by Isabelle - Anne Bisson, a conservation biologist with the Smithsonian Conservation Biology Institute in Washington D.C., set out to assess whether information on
wildlife health could be used to predict the emergence of
disease in humans.
The researchers hope their
study leads to better measures for modeling and predicting infectious
disease transmission, but there are still open questions about the human -
wildlife interface of
disease.
Colorado State University biologists say this sporadic ebb and flow of prairie dog plague is an ideal model for the
study of rare infectious zoonotic
disease —
disease that can jump from
wildlife to humans — like MERS (Middle East Respiratory Syndrome) and Ebola.
The findings may influence the way
wildlife managers look after small populations, says Hogg, whose team reported its findings online 28 February in Proceedings of the Royal Society: B. Managers often like to keep animals away from other populations to minimize the spread of
disease, he says, but the
study shows «it makes sense to manage with both
disease and genetics in mind.»
We
study the diversity of life histories and evolutionary adaptations and their limits (including
diseases) of free - ranging and captive
wildlife species, and their interactions with people and their environment in Germany, Europe and worldwide.
We
study the diversity of life histories and evolutionary adaptations and their limits, including
diseases, of free - ranging and captive
wildlife species, and their interactions with people and their environment in Germany, Europe and worldwide.
Last April, at a conference resort next to the Golden Gate Bridge, 52 scientists from around the world spent three days doing case
studies on: 1)
wildlife diseases with vectors such as mosquitoes, 2)
wildlife diseases without vectors, such as chytrid fungus in amphibians, 3) destructive island invasives such as rodents and ants.
We tried to keep an open mind but some of the ideas we had — including an aberrant immune reaction — were beyond what we thought is amenable to
study in
wildlife diseases, given that so much less is known about
wildlife biology than human or laboratory animal biology.
It is not only illegal but more and more
studies are pointing to how they are killing so much of our
wildlife population and our birds and they are transmitting more and more
diseases.»
She
studied Animal Biology at UC Davis with an emphasis on infectious
diseases and
wildlife.
The
study adds more fuel to a tense fight between conservationists, who view free - roaming cats as super-predators that spread
disease and devastate
wildlife, and cat advocates who argue that popular programs to neuter feral cats are the most humane way to handle them.
The
studies reflect a growing interest in how microscopic companions influence health and
disease in both humans and animals, including
wildlife species.
We research the ecology, evolution, and epidemiology of vector - borne,
wildlife, and zoonotic
diseases using field - based
studies and molecular tools.
A University of Nebraska
study released last year found that feral cats were responsible for the extinction of 33 species of birds worldwide, that even well fed cats in so - called «managed» cat colonies will kill, that feral cats prey more on native
wildlife than on other invasive creatures, and that most feral cats (between 62 and 80 percent) tested positive for toxoplasmosis (a
disease with serious implications for pregnant women and people with weakened immune systems).
Studio items such as the manipulation of photographs including those of John Deakin, Peter Stark and Peter Beard; reproductions of Muybridge's pioneering
studies of the human figure and animals in motion; images torn from books, magazines and newspapers of skin
diseases, war atrocities, boxers,
wildlife, art, lovers and friends all of which are of intense interest and relevance in the field of contemporary art practice.
A new E.U. animal health law, expected next year, could help, says geneticist Matthew Fisher of Imperial College London, who
studies wildlife diseases.
The chikungunya forecasts were made as part of the larger Cornell Climate and
Disease Program, which considers risk to humans and wildlife, according to Drew Harvell, who studies coral disease at C
Disease Program, which considers risk to humans and
wildlife, according to Drew Harvell, who
studies coral
disease at C
disease at Cornell.
A University of Nebraska
study released last year found that feral cats were responsible for the extinction of 33 species of birds worldwide, that even well fed cats in so - called «managed» cat colonies will kill, that feral cats prey more on native
wildlife than on other invasive creatures, and that most feral cats (between 62 and 80 percent) tested positive for toxoplasmosis (a
disease with serious implications for pregnant women and people with weakened immune systems).