Lower rotational inertia and larger leg muscles indicate more rapid turns in tyrannosaurids than in other large theropods

RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
2761 days ago
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
2761 days ago
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
2762 days ago
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
2762 days ago
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
2762 days ago
RT @PCI_Paleo: #FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al…
#FossilFriday #paleontology #preprint Tyrannosaurid dinosaurs were more agile than other large theropods, by Snively et al. (2018) in @PeerJPreprints https://t.co/YhzkiytBfb #openscience https://t.co/l4iAmq9whn
RT @PLOSPaleo: Lower rotational inertia and larger leg muscles indicate more rapid turns in tyrannosaurids than in other large theropods ht…
RT @TomHoltzPaleo: Theropod rotational inertia and agility https://t.co/3XYgrWBA86 via @PeerJPreprints HOLY CRAP! It is finally "out" (as a…
RT @ferwen: Theropod rotational inertia and agility https://t.co/W8MSqE30fb vía @PeerJPreprints
2764 days ago
Theropod rotational inertia and agility https://t.co/W8MSqE30fb vía @PeerJPreprints
RT @TomHoltzPaleo: Theropod rotational inertia and agility https://t.co/3XYgrWBA86 via @PeerJPreprints HOLY CRAP! It is finally "out" (as a…
2764 days ago
RT @TomHoltzPaleo: Theropod rotational inertia and agility https://t.co/3XYgrWBA86 via @PeerJPreprints HOLY CRAP! It is finally "out" (as a…
So if tyrannosaurs could turn faster than other large theropods, does these mean they were the best dancing dinosaurs..? https://t.co/239FbK2cAK
2764 days ago
New preprint! Lower rotational inertia and larger leg muscles indicate more rapid turns in tyrannosaurids than in other large theropods https://t.co/odDoDzTnyH via @PeerJPreprints
Lower rotational inertia and larger leg muscles indicate more rapid turns in tyrannosaurids than in other large theropods https://t.co/JyEZvZW4v1
2764 days ago
PJpreprint: Lower rotational inertia and larger leg muscles indicate more rapid turns in tyrannosaurids than in other large theropods https://t.co/H6EwgefJoN
RT @TomHoltzPaleo: Theropod rotational inertia and agility https://t.co/3XYgrWBA86 via @PeerJPreprints HOLY CRAP! It is finally "out" (as a…
RT @TomHoltzPaleo: Theropod rotational inertia and agility https://t.co/3XYgrWBA86 via @PeerJPreprints HOLY CRAP! It is finally "out" (as a…