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Protecting wildlife across the world could significantly enhance natural carbon capture and storage by supercharging ecosystem carbon sinks, a new study led by Yale School of the Environment Oastler Professor of Population ...
In a new study, researchers have found that little brown bats suffering from white-nose syndrome (WNS) greatly increased their foraging activity at artificial bug buffets. The buffets, located near hibernation sites, will ...
One iconic feature of the batsuit that makes Batman easily recognizable may soon give the Dark Knight's go-to sonar technology a real-world upgrade—bat-like ears. Only, these ears would not just look like a bat's, but would ...
A team of virologists and veterinary scientists from the Medical Research Council–University of Glasgow Center for Virus Research and the University of Glasgow's School of Biodiversity, One Health and Veterinary Medicine, ...
A team of biologists at the University of Glasgow, working with colleagues from several institutes in Perú, has found that culling bat colonies after a rabies outbreak in livestock is not an effective way to halt the spread ...
Researchers from the Icahn School of Medicine at Mount Sinai have generated the first induced pluripotent stem cells (iPSCs) from bats, gaining valuable insights into the close relationship between bats and viruses. This ...
Bat fatalities caused by wind turbines could be significantly reduced by as much as 86% thanks to a new site-specific mitigation scheme described by researchers in a study in the journal Mammalia.
An international team of 21 researchers and ecological consultants, including the Museum für Naturkunde Berlin, have published a study on the protection of bats at wind turbines in the journal Mammal Review.
More than four dozen Jamaican fruit bats destined for a lab in Bozeman, Montana, are set to become part of an experiment with an ambitious goal: predicting the next global pandemic.
From dragonflies to hummingbirds, hovering flight is among the most complex and captivating forms of animal movement—a physiological feat of size, musculature and wing development.
