«Large - scale conservation strategies such as Panthera's Jaguar Corridor Initiative, which are instrumental to protect broadly distributed species such as jaguars, maintain their connectivity, and by doing so to ensure their long - term survival, need to incorporate genetic monitoring of wild populations to fully understand how
these species respond to environmental changes and increasing levels of human impacts,» Wultsch said.
Not exact matches
This approach could also tell conservationists how other animals and
species might
respond to future
environmental changes and stressors.
Because of the way evolution works, it is impossible
to predict how a given
species will
respond to environmental change.
«Evolution will fundamentally alter how
species and ecosystems
respond to environmental change,» Hendry says.
Emma Dunne, from the University of Birmingham's School of Geography, Earth and
Environmental Sciences, said: «This is the most comprehensive survey ever undertaken on early tetrapod evolution, and uses many newly developed techniques for estimating diversity patterns of
species from fossil records, allowing us greater insights into how early tetrapods
responded to the
changes in their environment.»
The study of distribution patters of
species — called biogeography — is giving us insights into the way ecosystems
respond to environmental change such as global warming.
One tantalizing possibility is that as these restless bits of DNA drift throughout the genomes of human brain cells, they help create the vibrant cognitive diversity that helps humans as a
species respond to changing environmental conditions, and produces extraordinary «outliers,» including innovators and geniuses such as Picasso, says UC San Diego neuroscientist Alysson Muotri.
General seminar: Riikka Kinnunen - PhD Proposal: «The Ecology of Urban Wildlife: How do
Species Respond to Rapid
Environmental Change?»