Data from: Convergence in hearing genes between echolocating birds and mammals ...

• Main Authors: Sadanandan, Keren, Ko, Meng-Ching, Low, Gabriel Weijie, Gahr, Manfred, Edwards, Scott V., Hiller, Michael, Sackton, Timothy B., Rheindt, Frank, Sin, Simon Yung Wa, Baldwin, Maude W.
• Format: Dataset
• Language: English
• Published: Dryad 2023
• Subjects: FOS Biological sciences; Convergence; positive selection; Echolocation; toothed whales
• Online Access: https://dx.doi.org/10.5061/dryad.qz612jmm9; https://datadryad.org/stash/dataset/doi:10.5061/dryad.qz612jmm9

Echolocation, the detection of objects by means of sound waves, has evolved independently in diverse animal lineages. Echolocating lineages include not only mammals such as toothed whales, yangochiropteran and rhinolophoid bats, but also Rousettus fruit bats, as well as two bird lineages, the oilbirds and swiftlets, which use echolocation to navigate in caves where they roost. In whales, yangochiropteran and rhinolophoid bats, positive selection and molecular convergence has been documented in key hearing-related genes, such as prestin (SLC26A5), but few studies have examined these loci in other echolocators. Here, we examine patterns of selection and convergence in echolocation-related genes in echolocating birds and Rousettus bats. Fewer of these loci were under selection in Rousettus or birds compared with classically-recognized echolocators, and elevated convergence (compared to background lineages) was not evident across this gene set. In certain genes, however, we detected convergent substitutions with ...