#dawndinos — Public Fediverse posts

New #DAWNDINOS paper in Anat.Record! We 3D-modelled the super-weirdo Triassic archosaur Riojasuchus. Pseudosuchian fans rejoice! We scanned the best bones, made a composite digital skeleton, reconstructed muscles & flesh & did some #biomechanics! https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25528

New #DAWNDINOS paper in Anat.Record! We 3D-modelled the super-weirdo Triassic archosaur Riojasuchus. Pseudosuchian fans rejoice! We scanned the best bones, made a composite digital skeleton, reconstructed muscles & flesh & did some #biomechanics! https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25528

New #DAWNDINOS paper in Anat.Record! We 3D-modelled the super-weirdo Triassic archosaur Riojasuchus. Pseudosuchian fans rejoice! We scanned the best bones, made a composite digital skeleton, reconstructed muscles & flesh & did some #biomechanics! https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25528

New #DAWNDINOS paper in Anat.Record! We 3D-modelled the super-weirdo Triassic archosaur Riojasuchus. Pseudosuchian fans rejoice! We scanned the best bones, made a composite digital skeleton, reconstructed muscles & flesh & did some #biomechanics! https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25528

New #DAWNDINOS paper in Anat.Record! We 3D-modelled the super-weirdo Triassic archosaur Riojasuchus. Pseudosuchian fans rejoice! We scanned the best bones, made a composite digital skeleton, reconstructed muscles & flesh & did some #biomechanics! https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25528

Yes!! Our J Exp Biol review paper on the spectrum and diversity of 3D methods for answering questions about locomotor biomechanics is out! With Oliver Demuth, Eva Herbst, Delyle Polet & Ashleigh Wiseman #DAWNDINOS https://journals.biologists.com/jeb/article/226/Suppl_1/jeb245132/287121/Modern-three-dimensional-digital-methods-for

Yes!! Our J Exp Biol review paper on the spectrum and diversity of 3D methods for answering questions about locomotor biomechanics is out! With Oliver Demuth, Eva Herbst, Delyle Polet & Ashleigh Wiseman #DAWNDINOS https://journals.biologists.com/jeb/article/226/Suppl_1/jeb245132/287121/Modern-three-dimensional-digital-methods-for

Yes!! Our J Exp Biol review paper on the spectrum and diversity of 3D methods for answering questions about locomotor biomechanics is out! With Oliver Demuth, Eva Herbst, Delyle Polet & Ashleigh Wiseman #DAWNDINOS https://journals.biologists.com/jeb/article/226/Suppl_1/jeb245132/287121/Modern-three-dimensional-digital-methods-for

Yes!! Our J Exp Biol review paper on the spectrum and diversity of 3D methods for answering questions about locomotor biomechanics is out! With Oliver Demuth, Eva Herbst, Delyle Polet & Ashleigh Wiseman #DAWNDINOS https://journals.biologists.com/jeb/article/226/Suppl_1/jeb245132/287121/Modern-three-dimensional-digital-methods-for

Yes!! Our J Exp Biol review paper on the spectrum and diversity of 3D methods for answering questions about locomotor biomechanics is out! With Oliver Demuth, Eva Herbst, Delyle Polet & Ashleigh Wiseman #DAWNDINOS https://journals.biologists.com/jeb/article/226/Suppl_1/jeb245132/287121/Modern-three-dimensional-digital-methods-for

New paper from the #DAWNDINOS team: biomechanical models and simulations show that the Triassic archosaur-relative Euparkeria probably was unable to move bipedally, as it is sometimes reconstructed doing: https://royalsocietypublishing.org/doi/10.1098/rsos.221195

New paper from the #DAWNDINOS team: biomechanical models and simulations show that the Triassic archosaur-relative Euparkeria probably was unable to move bipedally, as it is sometimes reconstructed doing: https://royalsocietypublishing.org/doi/10.1098/rsos.221195

New paper from the #DAWNDINOS team: biomechanical models and simulations show that the Triassic archosaur-relative Euparkeria probably was unable to move bipedally, as it is sometimes reconstructed doing: https://royalsocietypublishing.org/doi/10.1098/rsos.221195

New paper from the #DAWNDINOS team: biomechanical models and simulations show that the Triassic archosaur-relative Euparkeria probably was unable to move bipedally, as it is sometimes reconstructed doing: https://royalsocietypublishing.org/doi/10.1098/rsos.221195

New paper from the #DAWNDINOS team: biomechanical models and simulations show that the Triassic archosaur-relative Euparkeria probably was unable to move bipedally, as it is sometimes reconstructed doing: https://royalsocietypublishing.org/doi/10.1098/rsos.221195

Hello, I don't yet have much energy to post original content here, but I'll make an #Introduction to help me build toward that.

My research asks how animals move (mainly on land, mainly #Tetrapod #Vertebrate ones, with appendages) AND how locomotion has evolved across major transitions of #Evolution . So I am an evolutionary biomechanist.

I've studied, for example:
#Biomechanics #Simulation #Muscle #Paleo #Dinosaurs #DAWNDINOS #Crocodiles #Elephants #Archosaur #Giraffe #Rhino #Pangolin

Hello, I don't yet have much energy to post original content here, but I'll make an #Introduction to help me build toward that.

My research asks how animals move (mainly on land, mainly #Tetrapod #Vertebrate ones, with appendages) AND how locomotion has evolved across major transitions of #Evolution . So I am an evolutionary biomechanist.

I've studied, for example:
#Biomechanics #Simulation #Muscle #Paleo #Dinosaurs #DAWNDINOS #Crocodiles #Elephants #Archosaur #Giraffe #Rhino #Pangolin

Hello, I don't yet have much energy to post original content here, but I'll make an #Introduction to help me build toward that.

My research asks how animals move (mainly on land, mainly #Tetrapod #Vertebrate ones, with appendages) AND how locomotion has evolved across major transitions of #Evolution . So I am an evolutionary biomechanist.

I've studied, for example:
#Biomechanics #Simulation #Muscle #Paleo #Dinosaurs #DAWNDINOS #Crocodiles #Elephants #Archosaur #Giraffe #Rhino #Pangolin

Hello, I don't yet have much energy to post original content here, but I'll make an #Introduction to help me build toward that.

My research asks how animals move (mainly on land, mainly #Tetrapod #Vertebrate ones, with appendages) AND how locomotion has evolved across major transitions of #Evolution . So I am an evolutionary biomechanist.

I've studied, for example:
#Biomechanics #Simulation #Muscle #Paleo #Dinosaurs #DAWNDINOS #Crocodiles #Elephants #Archosaur #Giraffe #Rhino #Pangolin

Hello, I don't yet have much energy to post original content here, but I'll make an #Introduction to help me build toward that.

My research asks how animals move (mainly on land, mainly #Tetrapod #Vertebrate ones, with appendages) AND how locomotion has evolved across major transitions of #Evolution . So I am an evolutionary biomechanist.

I've studied, for example:
#Biomechanics #Simulation #Muscle #Paleo #Dinosaurs #DAWNDINOS #Crocodiles #Elephants #Archosaur #Giraffe #Rhino #Pangolin

Now that grant is done, and no murderous deadlines loom, I'm returning to some research. Still #DAWNDINOS, but also reviving "old" research. Writing a paper on the evolution of mammalian "predigits" (pseudo-digits from sesamoids etc.), back-burnered ~5 years ago.

Now that grant is done, and no murderous deadlines loom, I'm returning to some research. Still #DAWNDINOS, but also reviving "old" research. Writing a paper on the evolution of mammalian "predigits" (pseudo-digits from sesamoids etc.), back-burnered ~5 years ago.

Now that grant is done, and no murderous deadlines loom, I'm returning to some research. Still #DAWNDINOS, but also reviving "old" research. Writing a paper on the evolution of mammalian "predigits" (pseudo-digits from sesamoids etc.), back-burnered ~5 years ago.

Now that grant is done, and no murderous deadlines loom, I'm returning to some research. Still #DAWNDINOS, but also reviving "old" research. Writing a paper on the evolution of mammalian "predigits" (pseudo-digits from sesamoids etc.), back-burnered ~5 years ago.