Phillip L. Manning

Papers

Total Citations

264

H-Index

About

Phillip L. Manning is a prominent vertebrate palaeontologist whose research has fundamentally reshaped our understanding of dinosaur biomechanics, locomotion, and predatory behaviour. Best known for pioneering the application of evolutionary robotics and computational modelling to palaeobiology, Manning has developed innovative methods for reconstructing how extinct animals moved and behaved — bridging the gap between fossil evidence and functional biology. His landmark 2007 study estimating dinosaur maximum running speeds using evolutionary robotics (135 citations) demonstrated that cutting-edge computational techniques could yield rigorous, testable insights into long-debated questions about dinosaur performance. This work was complemented by a rigorous 2010 sensitivity analysis (67 citations) that brought greater methodological transparency to musculoskeletal modelling of bipedal dinosaurs, acknowledging and systematically testing the assumptions inherent in reconstructing soft tissues from fossils. Perhaps his most provocative contribution is his 2005 reassessment of dromaeosaurid "killer claws" (62 citations), challenging the popular disembowelling hypothesis and proposing instead that these structures may have functioned as climbing aids — a conclusion that sparked considerable debate and reinvigorated discussion of theropod ecology. Manning's work exemplifies how rigorous, technology-driven approaches can transform palaeontological interpretation.