Bat Biology and Ecology Studies

Bats make up roughly a fifth of all mammal species and occupy nearly every terrestrial ecosystem on Earth, yet their nocturnal habits and remarkable physiological adaptations—including echolocation, torpor, and unusually long lifespans relative to their body size—have made them both fascinating and historically understudied. Researchers working on bat ecology and biology examine how these animals navigate and forage, how their metabolic machinery shifts during hibernation, and how their evolutionary history has shaped the extraordinary diversity seen across more than 1,400 recognized species. The ongoing collapse of North American bat populations from white-nose syndrome, a fungal disease that disrupts hibernation physiology, has sharpened urgency around conservation questions, while the discovery that bats harbor coronaviruses and other zoonotic pathogens has drawn broader scientific and public attention. Active research directions include understanding how climate change is altering hibernation timing and roost availability, and resolving persistent gaps in the molecular phylogeny of the order that are needed to reconstruct the origins of echolocation itself.

Works

188,499

Total citations

885,365

Keywords

BatsHibernationEcholocationWhite-Nose SyndromeMetabolic RateMolecular Phylogeny