A bat sampled by biologists at Fort Huachuca near Sierra Vista in 2024 tested positive for the fungus that causes white-nose syndrome disease in bats.

EPFL researchers have designed flexible, batlike wings that boost lift and improve flight performance. This innovation could lead to more efficient drones or energy-harvesting technologies.

The research, published in Nature Ecology and Evolution, reveals that in bats, wings and legs evolve in a coupled manner, unlike birds where these limbs evolve independently. This discovery suggests a ...

Right-wing extremists, white nationalists, and neo-Nazis are celebrating an alarming gesture made by the world’s richest man. At a post-inauguration rally Monday, Elon Musk thanked Donald Trump ...

The research, published in Nature Ecology and Evolution, reveals that in bats, wings and legs evolve in a coupled manner, unlike birds where these limbs evolve independently. This discovery ...

Eagles 7, Chiefs 0 Kansas Citys offense has started slowly, while Philadelphia is good value for their one-score lead. The ...

Researchers at EPFL have shown that flexible membrane wings, inspired by bats, generate more lift than rigid ones, offering insights for more efficient drones and renewable energy technologies.

Unlike birds and insects, bats have flexible wings made of a thin membrane, allowing them to fly more efficiently. Inspired ...

What can bat wings teach us about drones? A discovery could change how we design aerial vehicles and energy systems—learn more. EPFL Researchers Develop a High-Efficiency Wing for Drones and More — ...

An Arizona bat has tested positive for Pseudogymnoascus destructans (Pd), the fungus that causes the deadly white-nose ...