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Osteology and relationships of a new shuvosaurid (Pseudosuchia, Poposauroidea) from the Upper Triassic Chinle Formation of Petrified Forest National Park, Arizona, U.S.A. Shuvosauridae is a clade of pseudosuchian archosaurs currently represented by three named species characterized by a body plan strikingly convergent with that of ornithomimid theropod dinosaurs. Th...

Smith & Sidor present a new shuvosaurid, Sonselasuchus cedrus, from the Late #Triassic Chinle Fm. in Arizona 🇺🇸 & a mass assemblage of at least 36 individuals. Seems these crocodile-line ‘dinosaur mimics’ were quite abundant! ⬇️

#Paleontology #Fossils #Science

www.tandfonline.com/doi/full/10....

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Original post on mastodon.social

9-Mar-2026
“Peculiar” ancient ancestor of the #crocodile started life on four legs in adolescence before it began walking on two
Newly discovered Late #Triassic #reptile was among creatures that had physical features mimicking the late-evolving #dinosaurs it lived beside […]

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Digital Illustration of a tanystropheus floating over a purple to blue gradient rectangle on an off white background. Tanystropheus is a long-necked triassic reptile, with short, splayed legs and a disproportionately long neck. The drawing is stylized, putting bends in the longer extremities. Its head faces left, its body gathered beneath it to form a reverse C shape. In the bottom right corner is a watermark reading: “LEAVES AND INKS”

Digital Illustration of a tanystropheus floating over a purple to blue gradient rectangle on an off white background. Tanystropheus is a long-necked triassic reptile, with short, splayed legs and a disproportionately long neck. The drawing is stylized, putting bends in the longer extremities. Its head faces left, its body gathered beneath it to form a reverse C shape. In the bottom right corner is a watermark reading: “LEAVES AND INKS”

Mesozoic March 1 | Tanystropheus

I should've made the neck longer but I'm a amateur, this challenge is a learning experience for me :)

#artwork #Mesozoic #MesozoicMarch #Triassic #Tanystropheus #reptiles #Prehistoric #Paleontology #Paleoart #Illustration #PrehistoricReptile

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🚨Paper Alert!🚨 Wojciech Pawlak, Mateusz Tałanda & colleagues show 'High-latitude dipnoan aestivation #burrows suggest seasonal aridity for early #dinosaur ecosystems in the Late #Triassic of East Greenland' in #Palaeo3 🐟https://doi.org/10.1016/j.palaeo.2026.113624

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And no, you don't get any context because fuck you. :3

The context is between me and @versusbelmont.bsky.social only. :]

#art #artsky #dinosaur #Triassic #meme #shitpost #gif #dimetrodon #history #geology

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Rigged Sharovipteryx
It's really tricky.

#blender #b3d #paleoart #Sharovipteryx #Triassic

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Mountain photographer stumbles on one of the largest ever collections of Triassic dinosaur prints.

A newfound site in the Italian Alps holds one of the largest collections of Triassic dinosaur footprints ever seen

www.scientificamerican.com/article/phot... #globalmuseum #dinosaurs #Triassic

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Photographs (A–C) and CT-scans (D–G) of morphotype E.
(A) The complete specimen with x-y being cross section in picture F. (B–C) Orthoceratoid cephalopod shell fragment seen in two different angles. Red arrows pointing to the same spot in both pictures. (B) Shell fragment seen from the top. (C) Shell fragment seen in cross section. (D–E) Orthoceratoid shell fragment with a length of 15.8 mm and visible chambers. (D) Outside of the shell fragment. (E) Underside of the shell fragment. (F) Orthoslice of onychites marked x-y in picture A. (G) Bone fragment. (A–F) PMO 250.281. (G) PMO 250.904. https://doi.org/10.7717/peerj.20746/fig-7

Photographs (A–C) and CT-scans (D–G) of morphotype E. (A) The complete specimen with x-y being cross section in picture F. (B–C) Orthoceratoid cephalopod shell fragment seen in two different angles. Red arrows pointing to the same spot in both pictures. (B) Shell fragment seen from the top. (C) Shell fragment seen in cross section. (D–E) Orthoceratoid shell fragment with a length of 15.8 mm and visible chambers. (D) Outside of the shell fragment. (E) Underside of the shell fragment. (F) Orthoslice of onychites marked x-y in picture A. (G) Bone fragment. (A–F) PMO 250.281. (G) PMO 250.904. https://doi.org/10.7717/peerj.20746/fig-7

CT-scans (A, D, G–I) and thin sections (B–C, E–F) of morphotype A.
(A1–A2) External and internal view of sub-morphotype A, PMO 250.270. (B) Tetrapod bone in thin section, PMO 250.004. (C) Fish vertebrae, PMO 250.009. (D1–D2) External and internal view of sub-morphotype A2, PMO 150.275. (E) Fish scale, PMO 249.999. (F) Degraded bone fragments, PMO 250.000. (G1–G2) External and internal view of sub-morphotype A3, PMO 250.273. (H) Burrows with a width of approximately 0.5 mm over a total area of three mm, PMO 250.530. (I) Conodont element measuring 1.22 mm in length, PMO 250.273. https://doi.org/10.7717/peerj.20746/fig-3

CT-scans (A, D, G–I) and thin sections (B–C, E–F) of morphotype A. (A1–A2) External and internal view of sub-morphotype A, PMO 250.270. (B) Tetrapod bone in thin section, PMO 250.004. (C) Fish vertebrae, PMO 250.009. (D1–D2) External and internal view of sub-morphotype A2, PMO 150.275. (E) Fish scale, PMO 249.999. (F) Degraded bone fragments, PMO 250.000. (G1–G2) External and internal view of sub-morphotype A3, PMO 250.273. (H) Burrows with a width of approximately 0.5 mm over a total area of three mm, PMO 250.530. (I) Conodont element measuring 1.22 mm in length, PMO 250.273. https://doi.org/10.7717/peerj.20746/fig-3

Photographs of the different morphotypes found in the Grippia bonebed, Svalbard.
(A–B) morphotype A1 cigar. (C–E) morphotype A2 amphipolar. (F–G) morphotype A3 cylindrical with grooves. (H–J) morphotype B1 spiral rounded. (K–L) morphotype B2 teardrop. (M–N) morphotype C sub-rounded. (O-P) morphotype D reniform. (Q–S) morphotype E wide cylindrical.(A) PMO 250.847. (B) PMO 250.846. (C) PMO 250.275. (D) PMO 250.854. (E) PMO 250.858. (F) PMO 250.860. (G) PMO 250.530. (H) PMO 250.533. (I’-I”) PMO 250.864. (J) PMO 250.841. (K) PMO 250.869. (L) PMO 250.868. (M) PMO 250.271. (N) PMO 250.884. (O) PMO 250.886. (P) PMO 250.528. (Q) PMO 250.899. (R) PMO 250.897. (S) PMO 250.281. https://doi.org/10.7717/peerj.20746/fig-2

Photographs of the different morphotypes found in the Grippia bonebed, Svalbard. (A–B) morphotype A1 cigar. (C–E) morphotype A2 amphipolar. (F–G) morphotype A3 cylindrical with grooves. (H–J) morphotype B1 spiral rounded. (K–L) morphotype B2 teardrop. (M–N) morphotype C sub-rounded. (O-P) morphotype D reniform. (Q–S) morphotype E wide cylindrical.(A) PMO 250.847. (B) PMO 250.846. (C) PMO 250.275. (D) PMO 250.854. (E) PMO 250.858. (F) PMO 250.860. (G) PMO 250.530. (H) PMO 250.533. (I’-I”) PMO 250.864. (J) PMO 250.841. (K) PMO 250.869. (L) PMO 250.868. (M) PMO 250.271. (N) PMO 250.884. (O) PMO 250.886. (P) PMO 250.528. (Q) PMO 250.899. (R) PMO 250.897. (S) PMO 250.281. https://doi.org/10.7717/peerj.20746/fig-2

Digesting an ancient ecosystem: #coprolites from the Grippia #bonebed, Lower #Triassic, Svalbard

peerj.com/articles/207...

@peerj.bsky.social #paleobiology #paleontology #fossils

doi.org/10.7717/peer...

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Painterly digital illustration of a mammal-like gomphodontian approaching the entrance of its burrow sharing an uneasy stare with a Procompsognathus or other closely related coelophysid theropod dinosaur resting on a fallen log just outside of the burrow with various Triassic plants in the morning light.

Painterly digital illustration of a mammal-like gomphodontian approaching the entrance of its burrow sharing an uneasy stare with a Procompsognathus or other closely related coelophysid theropod dinosaur resting on a fallen log just outside of the burrow with various Triassic plants in the morning light.

Triassic artwork for James Stryker's paleoart project featuring a cynognathian cynodont and a coelophysid dinosaur.

#Triassic #Paleoart #Paleoillustration #Illustration #Dinosaur #Gomphodontia

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Silesaurs may have been early ornithischian bird-hipped dinosaurs, a group that would include Triceratops (pictured) when dinosaurs reigned. Image credit: Shutterstock/Alberto Andrei Rosu.

Silesaurs may have been early ornithischian bird-hipped dinosaurs, a group that would include Triceratops (pictured) when dinosaurs reigned. Image credit: Shutterstock/Alberto Andrei Rosu.

#Paleontologists are on a mission to pinpoint the dawn of the #dinosaurs. What early evolutionary steps set the stage for the animals’ impressive reign? A PNAS News Feature: https://ow.ly/nocW50YbEU7

#Lewisuchus #Triassic #Silesaurus #ornithischians #extinction

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Massive Undersea Volcanism May Explain Frequent Extinctions in Triassic Period | Sci.News A team of geologists from China and Australia has found evidence that episodic eruptions from vast marine large igneous provinces (LIPs) drove repeated lower-order extinction events in the Triassic pe...

#Volcanic #eruptions and #extinction during the #Triassic www.sci.news/paleontology... My reporting on #Darwin voyage and #volcanoes in #Chile here nkozphoto.com/index.php/jo... #science #evolution #Climate #climatechange #osorno

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Dyoplax will be coming in the next update

#Minecraft #prehistoric #paleoart #palaeotology #Triassic

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Let's welcome Pappochelys

#Minecraft #prehistoric #paleoart #palaeotology #Triassic

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Dinosaur A (On the left side): Lewisuchus
Most paleontologists agree that Lewisuchus is part of a wider group of animals called silesaurs. 
Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.


Dinosaur B (On the right side). Saturnalia
Saturnalia is among the first confirmed dinosaurs. 
Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.

Dinosaur A (On the left side): Lewisuchus Most paleontologists agree that Lewisuchus is part of a wider group of animals called silesaurs. Image credit: Nobumichi Tamura/Stocktrek Images / Science Source. Dinosaur B (On the right side). Saturnalia Saturnalia is among the first confirmed dinosaurs. Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.

#Paleontologists are working to pinpoint the dawn of the #dinosaurs. What were the early evolutionary steps that set the stage for the animals’ impressive reign? A PNAS News Feature: https://ow.ly/PXit50Y66be

#Lewisuchus #Triassic #Silesaurus #ornithischians #extinction

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Rigged Vancleavea
I think this is the hardest creature I've ever made.
It's really hard to fix the weight of the jaws and the teeth when the jaws closed.

#blender #b3d #paleoart #Vancleavea #Triassic

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Drawing of a long bipedal crocodile-like animal. I used Scott Hartman's skeletal as reference.

Drawing of a long bipedal crocodile-like animal. I used Scott Hartman's skeletal as reference.

New Art!

Postosuchus!

#paleoart #sciart #triassic #art

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Dinosaur A (On the left side): Lewisuchus
Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.

Dinosaur B (On the right side). Saturnalia
Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.

Dinosaur A (On the left side): Lewisuchus Image credit: Nobumichi Tamura/Stocktrek Images / Science Source. Dinosaur B (On the right side). Saturnalia Image credit: Nobumichi Tamura/Stocktrek Images / Science Source.

#Paleontologists are working to pinpoint the dawn of the #dinosaurs. What were the early evolutionary steps that set the stage for the animals’ impressive reign? A PNAS News Feature: https://ow.ly/q3wC50Y1LmI

#Lewisuchus #Triassic #Silesaurus #ornithischians #extinction

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make a grave together #triassiccuddle #paleoart #triassic

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Finished the texture.
Sharovipteryx, the 20cm Triassic glider. It could glide with its legs to avoid predators and hunt insects.

This may be my favorite species from Triassic.

#blender #b3d #paleoart #Sharovipteryx #Triassic

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#Dicynodonts were an ancient & successful group of #synapsids that lived from the middle of the #Permian to the end of the #Triassic. They were among the largest terrestrial animals of their time, only really surpassed when large dinosaurs began to evolve in the Late Triassic.

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This specimen was found on a 1964 expedition that took BYU's James A. Jensen & a Harvard team of paleontologists to the #Ischigualasto Formation of Argentina. This formation has yielded an amazing array of animal & plant fossils from the #Carnian stage of the Late #Triassic (237-227 Ma).

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The lateral view of a skull of the dicynodont, Ishigualastia jenseni, on display at the Brigham Young University Museum of Paleontology in Provo, Utah. This skull was discovered in 1964 from the Ishigualasto Formation, Argentina.

The lateral view of a skull of the dicynodont, Ishigualastia jenseni, on display at the Brigham Young University Museum of Paleontology in Provo, Utah. This skull was discovered in 1964 from the Ishigualasto Formation, Argentina.

Presenting a skull of the #dicynodont, Ischigualastia, at the BYU Museum of Paleontology in Provo, Utah 🇺🇸 for this #FossilFriday. This ancient, beaked herbivore was the size of a cow & lived in Argentina 🇦🇷 during the Late #Triassic (~230 Ma).

#Paleontology #Science

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A vibrant artwork depicting a dinosaur amidst tall grass, showcasing its detailed features and natural surroundings.

A vibrant artwork depicting a dinosaur amidst tall grass, showcasing its detailed features and natural surroundings.

Paleontologists are closing in on the dawn of the dinosaurs—revealing the early evolutionary steps that set the stage for their rise. Read the PNAS News Feature:
https://ow.ly/BxZp50XXke0

#dinosaurs #Paleontology #Triassic #Lewisuchus #Silesaurus #ornithischians #extinction

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An artwork showing two dinosaurs next to each other, illustrating the diversity of early theropods and ornithischians.

Image credit: Science Source/MARK P. WITTON.

An artwork showing two dinosaurs next to each other, illustrating the diversity of early theropods and ornithischians. Image credit: Science Source/MARK P. WITTON.

Can #paleontologists pinpoint the dawn of the #dinosaurs? Researchers are uncovering the early evolutionary steps that set the stage for their impressive reign. A PNAS News Feature: https://ow.ly/Ntt050XTtUk

#Lewisuchus #Triassic #Silesaurus #ornithischians #extinction

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Lisowicia in the swamp

#Lisowicia #triassic

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[Bande-annonce] « Aux origines des mammifères, le monde avant les dinosaures »
[Bande-annonce] « Aux origines des mammifères, le monde avant les dinosaures » YouTube video by France Télévisions

www.youtube.com/watch?v=ZV6H...
Paleo-enthusiasts, this is for you!

A French documentary with CGI about therapsids from South Africa, before the reign of dinosaurs, coming January 15th.

Featuring paleontologist and YouTuber Julien Benoit
#triassic #permian #therapsid

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Sharovipteryx will be coming in the next update

#Minecraft #prehistoric #paleoart #palaeotology #Triassic

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Fossil reptile bones embedded within a chunk of reddish brown mudstone of the Late Triassic ~210 million year old Chinle Formation, on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Fossil reptile bones embedded within a chunk of reddish brown mudstone of the Late Triassic ~210 million year old Chinle Formation, on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Business end (looking into the jaws) of a phytosaur skeleton (crocodile-like reptile only distantly related to modern crocodiles) on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Business end (looking into the jaws) of a phytosaur skeleton (crocodile-like reptile only distantly related to modern crocodiles) on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Leg bones of the fossil reptile 𝘋𝘳𝘰𝘮𝘰𝘮𝘦𝘳𝘰𝘯 on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Leg bones of the fossil reptile 𝘋𝘳𝘰𝘮𝘰𝘮𝘦𝘳𝘰𝘯 on display at the Ruth Hall Museum of Paleontology, Ghost Ranch, New Mexico.

Assorted Triassic reptile fossils from the Ruth Hall Museum of Paleontology at Ghost Ranch, New Mexico - check AltText for details. #GhostRanch #Triassic #FossilFriday #DromomeronDude

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Lagarto con cabeza alargada y curvada hacia abajo, con forma similar a la cabeza y pico de un ibis.

Lagarto con cabeza alargada y curvada hacia abajo, con forma similar a la cabeza y pico de un ibis.

El Teraterpeton hrynewichorum fue un reptil trilofosaurio del Triásico tardío (237-228 MdA) distinguido de su familia por las diferencias en su cráneo alargado, con dientes únicamente en la porción posterior de la mandíbula y una gran cavidad nasal.📷Hyrotrioskjan #triasico #triassic

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