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#triassic

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Fossil of ancient crustacean gathering reveals new insights into their lives
nhm.ac.uk/discover/news/2025/m

Gregarious behaviour in #Carboniferous cyclidan #crustaceans royalsocietypublishing.org/doi

"With legs emerging from underneath rounded shells, #cyclidans looked not unlike an underwater beetle. Earliest species were a few mm in size and form #fossils that look like a tiny bunch of grapes. Over millions of years they evolved larger species, and by the #Triassic they were about as wide as a human hand"

Los listrosaurios (Lystrosaurus) fueron unos abundantes dicinodontos que vivieron desde el Pérmico tardío pero que realmente triunfaron en el Triásico temprano, cuando este robusto herbívoro se encontró sin apenas depredadores ni competidores. Vivir en madrigueras posiblemente le permitió sobrevivir al aumento del dióxido de carbono en la atmósfera.📷John Sibbick #permico #permian #triasico #triassic

Ancient #amphibians bounced back from Earth's greatest mass #extinction by exploiting #freshwater prey phys.org/news/2025-03-ancient-

The ecology and geography of #temnospondyl recovery after the #Permian#Triassic #MassExtinction royalsocietypublishing.org/doi

"the #temnospondyls success lay in their generalist feeding ecology, enabling them to feed on a wide variety of prey... the freshwater habitats they preferred provided them with a relatively stable variety of food resources"

El Tanystropheus fue un reptil arcosauromorfo semiacuático del Triásico cuyo cuello era responsable de la mayor parte de los 6 metros como máximo que podía medir. Este estaba formado por 13 vértebras cervicales alargadas, con costillas cervicales. Por ello, requería de un aparato respiratorio capaz de tomar aire sin que gran parte se quedara en la traquea. 📷Renesto S. & Saller F., 2018 #triasico #triassic

#Lizards and #snakes are 35 million years older than we thought
Cryptovaranoides microlanius was a tiny #lizard that skittered around what is now southern #England during the late #Triassic, around 205Mya. University of Bristol has analyzed that #fossil and determined that Cryptovaranoides is not an archosaur but a lepidosaur, part of a larger order of #reptiles that includes squamates, the reptile group of modern snakes and lizards. It is now also oldest known squamate.
arstechnica.com/science/2024/1

artist's conception of a greenish reptile with a long body and tail, next to a brown rock containing its fossil.
Ars Technica · Lizards and snakes are 35 million years older than we thoughtBy Elizabeth Rayne

A few words about the recent study of bromalites from Late Triassic to Early Jurassic of Poland, delving into how and why dinosaurs became so succesful.

Pár slov k nedávné studii bromalitů z pozdního triasu a rané jury Polska, která se ponořila do otázek, jak a proč se dinosauři stali tak úspěšnými.

#evolution #dinosaurs #paleontology #bromalite #triassic #jurassic

blogorgonopsid.blogspot.com/20

blogorgonopsid.blogspot.comFosilní trus z Polska poskytuje vodítka k otázce úspěchu dinosaurůKlad Dinosauria patří nepochybně k nejúspěšnějším skupinám obratlovců vůbec. Jeho nejstarší zástupci, herrerisauridi Staurikosaurus a Gnav...

Analysis confirms identity of specimen that changed the origins of modern #lizards by millions of years
phys.org/news/2024-11-analysis

Late #Triassic Cryptovaranoides microlanius is a squamate, not an archosauromorph royalsocietypublishing.org/doi

"the #fossil is related to modern #anguimorphs such as anguids and monitors. The discovery shifts the origin of the whole lizard-snake group, called #Squamata, back by 35 million years."