#pseudosuchia — Public Fediverse posts

Locomotor Advances in Early #Dinosaurs Aided Their Survival and Success https://www.sci.news/paleontology/early-dinosaurs-12672.html

Locomotion and the early #Mesozoic success of #Archosauromorpha: Amy Shipley et al. https://royalsocietypublishing.org/doi/10.1098/rsos.231495

"from the beginning, not only were the dinosaurs and their close relatives bipedal and cursorial — which meant they had limbs adapted for running, they also showed a much wider range of running styles than some of their close competitors, called the #Pseudosuchia."

#Archovember Day 29: Araripesuchus rattoides

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Crocodylomorpha #Pseudosuchia

#Archovember Day 29: Araripesuchus rattoides

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Crocodylomorpha #Pseudosuchia

#Archovember Day 29: Araripesuchus rattoides

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Crocodylomorpha #Pseudosuchia

#Archovember Day 29: Araripesuchus rattoides

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Crocodylomorpha #Pseudosuchia

#Archovember Day 29: Araripesuchus rattoides

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Crocodylomorpha #Pseudosuchia

#Archovember Day 24: Araripesuchus wegeneri

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Pseudosuchia #Crocodylomorpha

#Archovember Day 24: Araripesuchus wegeneri

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Pseudosuchia #Crocodylomorpha

#Archovember Day 24: Araripesuchus wegeneri

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Pseudosuchia #Crocodylomorpha

#Archovember Day 24: Araripesuchus wegeneri

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Pseudosuchia #Crocodylomorpha

#Archovember Day 24: Araripesuchus wegeneri

#paleoart #palaeoart #dinosaur #art #dinovember #Araripesuchus #Notosuchia #Pseudosuchia #Crocodylomorpha

#Archovember Day 20: Prestosuchus chiniquensis

#paleoart #palaeoart #dinosaur #art #dinovember #Prestosuchus #Prestosuchuschiniquensis #Pseudosuchia

#Archovember Day 20: Prestosuchus chiniquensis

#paleoart #palaeoart #dinosaur #art #dinovember #Prestosuchus #Prestosuchuschiniquensis #Pseudosuchia

#Archovember Day 20: Prestosuchus chiniquensis

#paleoart #palaeoart #dinosaur #art #dinovember #Prestosuchus #Prestosuchuschiniquensis #Pseudosuchia

#Archovember Day 20: Prestosuchus chiniquensis

#paleoart #palaeoart #dinosaur #art #dinovember #Prestosuchus #Prestosuchuschiniquensis #Pseudosuchia

#Archovember Day 20: Prestosuchus chiniquensis

#paleoart #palaeoart #dinosaur #art #dinovember #Prestosuchus #Prestosuchuschiniquensis #Pseudosuchia

Archovember Day 15: Stagonolepis robertsoni

#paleoart #palaeoart #dinosaur #art #dinovember #Stagonolepis #Aetosauria #Pseudosuchia

Massive pre-#Jurassic #reptile had weaker bite than modern #crocs
https://phys.org/news/2023-08-massive-pre-jurassic-reptile-weaker-modern.html

Functional morphology of the #Triassic apex predator #Saurosuchus galilei (#Pseudosuchia: Loricata) and convergence with a post-Triassic #theropod dinosaur: Molly Fawcett et al. https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25299

"comparisons with the later #dinosaur #Allosaurus found that despite their similar skull strengths, the earlier crocodile relative Saurosuchus had a much weaker bite than the #dinosaurs that followed it"

Massive pre-#Jurassic #reptile had weaker bite than modern #crocs
https://phys.org/news/2023-08-massive-pre-jurassic-reptile-weaker-modern.html

Functional morphology of the #Triassic apex predator #Saurosuchus galilei (#Pseudosuchia: Loricata) and convergence with a post-Triassic #theropod dinosaur: Molly Fawcett et al. https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25299

"comparisons with the later #dinosaur #Allosaurus found that despite their similar skull strengths, the earlier crocodile relative Saurosuchus had a much weaker bite than the #dinosaurs that followed it"

Massive pre-#Jurassic #reptile had weaker bite than modern #crocs
https://phys.org/news/2023-08-massive-pre-jurassic-reptile-weaker-modern.html

Functional morphology of the #Triassic apex predator #Saurosuchus galilei (#Pseudosuchia: Loricata) and convergence with a post-Triassic #theropod dinosaur: Molly Fawcett et al. https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25299

"comparisons with the later #dinosaur #Allosaurus found that despite their similar skull strengths, the earlier crocodile relative Saurosuchus had a much weaker bite than the #dinosaurs that followed it"

Massive pre-#Jurassic #reptile had weaker bite than modern #crocs
https://phys.org/news/2023-08-massive-pre-jurassic-reptile-weaker-modern.html

Functional morphology of the #Triassic apex predator #Saurosuchus galilei (#Pseudosuchia: Loricata) and convergence with a post-Triassic #theropod dinosaur: Molly Fawcett et al. https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25299

"comparisons with the later #dinosaur #Allosaurus found that despite their similar skull strengths, the earlier crocodile relative Saurosuchus had a much weaker bite than the #dinosaurs that followed it"

Massive pre-#Jurassic #reptile had weaker bite than modern #crocs
https://phys.org/news/2023-08-massive-pre-jurassic-reptile-weaker-modern.html

Functional morphology of the #Triassic apex predator #Saurosuchus galilei (#Pseudosuchia: Loricata) and convergence with a post-Triassic #theropod dinosaur: Molly Fawcett et al. https://anatomypubs.onlinelibrary.wiley.com/doi/10.1002/ar.25299

"comparisons with the later #dinosaur #Allosaurus found that despite their similar skull strengths, the earlier crocodile relative Saurosuchus had a much weaker bite than the #dinosaurs that followed it"