How bats evolved from gliding to acing powered flight Credit: Getty

New study in PeerJ Life & Environment led by undergraduate Abby Burtner, with researchers from multiple universities, explores the evolutionary origins of bat flight.

The research investigates the transition from gliding to powered flight in bats, the only mammals capable of powered flight, through phylogenetic comparative methods

Researchers analyzed limb bone measurements from extinct bats and 231 living mammals, finding that gliders' limb traits are intermediate between bats and non-gliding arboreal mammals.

Findings support the hypothesis that bats evolved from gliding ancestors, suggesting strong selection on forelimb traits towards flight adaptation.

Results indicate an adaptive landscape of limb traits across locomotor modes, aligning with previous research on bat wing development and aerodynamics.

Study emphasizes the need for more fossils and further biomechanical, genetic, and ecological studies to fully understand the evolution of bat powered flight.

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