Authors
Callie H Crawford, Amani Webber-Schultz, Pamela B Hart, Zachary S Randall, Cristian Cerrato-Morales, Audrey B Kellogg, Haley E Amplo, Apinun Suvarnaraksha, Lawrence M Page, Prosanta Chakrabarty, Brooke E Flammang
Publication date
2022/3/15
Journal
Journal of Experimental Biology
Volume
225
Issue
6
Pages
jeb242906
Publisher
The Company of Biologists Ltd
Description
Balitorid loaches are a family of fishes that exhibit morphological adaptations to living in fast flowing water, including an enlarged sacral rib that creates a ‘hip’-like skeletal connection between the pelvis and the axial skeleton. The presence of this sacral rib, the robustness of which varies across the family, is hypothesized to facilitate terrestrial locomotion seen in the family. Terrestrial locomotion in balitorids is unlike that of any known fish: the locomotion resembles that of terrestrial tetrapods. Emergence and convergence of terrestrial locomotion from water to land has been studied in fossils; however, studying balitorid walking provides a present-day natural laboratory to examine the convergent evolution of walking movements. We tested the hypothesis that balitorid species with more robust connections between the pelvic and axial skeleton (M3 morphotype) are more effective at walking than species with …
Total citations
20222023202431
Scholar articles
CH Crawford, A Webber-Schultz, PB Hart, ZS Randall… - Journal of Experimental Biology, 2022