Yuting Gu
Papers
1
Total Citations
41
H-Index
1
About
Yuting Gu is a leading researcher in paleobiomechanics, whose work bridges computational simulation and vertebrate paleontology to reconstruct the locomotion of extinct marine reptiles. Her most influential study, “Computer Simulations Imply Forelimb-Dominated Underwater Flight in Plesiosaurs” (2015, 41 citations), fundamentally reshaped our understanding of how these iconic Mesozoic reptiles moved. By applying advanced computational fluid dynamics and musculoskeletal modeling, Gu demonstrated that plesiosaurs likely used a forelimb-dominated underwater flight stroke—propelling themselves primarily with their front flippers, while the hind flippers served a stabilizing or steering role. This challenged long-held assumptions of symmetrical, four-flipper propulsion and provided a rigorous, testable framework for interpreting fossilized limb morphology. Her work has been widely cited by paleontologists and biomechanists alike, and it remains a cornerstone for ongoing debates about plesiosaur ecology and evolution. Gu’s research exemplifies how modern computational tools can breathe new life into ancient questions, making her a key figure in the growing field of virtual paleontology.
Research Focus
Key Achievements
Top Papers
- 1