This study demonstrates that sabre-tooth canine shape is exceptionally diverse. A functional analysis of theoretical and actual tooth shapes shows that these canines represent a compromise between sharpness, curvature, and length vs. robustness and material investment.

The second paper (based on the 3rd-year project of former student Caitlin Shelbourne) explores the shape diversity of the eponymous canine teeth across different sabre-tooth groups.
anatomypubs.onlinelibrary.wiley.com/doi/10.1002/...

Our results show that Barbourofelis was a force to be reckoned with and that its skull could withstand higher stresses than that of Smilodon hinting at a more generalist behaviour to subdue prey.

The first paper (with co-authors @bortxaf.bsky.social and Shane West) investigates the feeding biomechanics of the “false sabre-tooth cat” Barbourofelis and how it compares to the iconic Smilodon:
anatomypubs.onlinelibrary.wiley.com/doi/10.1002/...

The bite force is strong with this one!

Reposting our recent study by @taphonomist.bsky.social and myself investigating the biomechanics and bite of the Rancor. jgeekstudies.org/2025/03/08/i... in @jgeekstudies.bsky.social‬

Happy May the 4th!!!!

#StarWarsDay #StarWars #MayThe4thBeWithYou

An interesting change from reconstructing dinosaurs and other terrestrial animals... My digital restoration and reconstruction of the cyathaspid heterostracan Anglaspis heintzi from our new paper (see below). #FossilFish #DigitalReconstruction #Palaeontology