Labyrinthodontia Collection

Dicynodon, Labyrinthodon & Rhyncosaurus
Sketch design for models to be constructed at Crystal Palace. Watercolour painting by Benjamin Waterhouse Hawkins, 1809-1889

Paracyclotosaurus was a large prehistoric amphibian that lived during the Triassic period around 235 million years ago. It grew to over 2 metres in length. Illustation by Neave Parker

Les labyrinthodontes, mastodontosaures (engraving)
3626378 Les labyrinthodontes, mastodontosaures (engraving) by French School, (19th century); Private Collection; (add.info.: Les labyrinthodontes, mastodontosaures)

Labyrinthodontier fossil, of the amphibian Actenodon Latirostris, from the lower Permian

Dicynodon, Labyrinthodon, Rhynchosaurus
Original artwork by Benjamin Waterhouse Hawkins, donated by his granddaughter Mary Hawkins

Eryops skeleton on display at the Natural History Museum, London. This creature was a carnivorous amphibian which lived in the Permian era about 250 million years ago

Paracyclotosaurus davidi, model
A reconstruction from the only known specimen of Paracyclotosaurus davidi, a Labyrinthodont, an early amphibian whose skeleton was 2.75 metres long

Paracyclotosaurus davidi
The only known example of an amphibian that lived in Australia about 235 million years ago. Dates from the Middle Triassic, Wianamantta Group, Ashfield Shale, Australia, New South Wales, Sydney

Eryops megacephalus
Skeleton of Early amphibian (Eryops megacephalus), 295-285 million year old specimen from the Early Permian, Texas, U.S.A

Benthosuchus sushkini
A fossil skull once belonging to an amphibian which lived during the Triassic period, 230 million years ago. This fossil originates from the Triassic rocks of the Scharzhenga river, Vachnevo Russia

Eryops model
A model of Eryops, an extinct amphibian that was over a metre long. It lived during the Early Permian period around 295 to 285 million years ago. It was a large land animal for its time

Cheirotherium
Arid desert of Triassic Britain with imagined reconstructions of Cheirotherium ( hand-beast ), a labyrinthodont reptile, whose prints are common in Triassic rocks but no remains have been found

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"Labyrinthodontia: Unraveling the Ancient Secrets of Prehistoric Amphibians" Step into the fascinating world of Labyrinthodontia, a diverse group of prehistoric amphibians that once roamed the Earth millions of years ago. From Dicynodon to Labyrinthodon and Rhyncosaurus, these remarkable creatures captivate our imagination with their unique features and evolutionary significance. The term "Labyrinthodontia" refers to the complex tooth structure found in these ancient beings. As we delve deeper into their existence, we encounter Paracyclotosaurus davidi, a species known for its distinct model representation. The fossilized remains of this creature provide valuable insights into its anatomy and behavior. Amongst the labyrinthodonts, Les labyrinthodontes and mastodontosaures stand out as intriguing subjects depicted in engravings. These illustrations give us glimpses into what life may have been like during their time on Earth. One cannot ignore Eryops megacephalus - an impressive specimen boasting a massive head - which showcases the diversity within this group. Its model counterpart allows us to visualize how it might have appeared in its primeval habitat. Benthosuchus sushkini is another notable member that deserves recognition. With its unique characteristics, this species adds further complexity to our understanding of these ancient amphibians' evolution. As we piece together fragments from the past, it becomes evident that Labyrinthodontia played a significant role in shaping Earth's ecosystems during their reign. Their presence highlights an important transition from aquatic to terrestrial habitats for vertebrates. Today, thanks to extensive research and discoveries made by paleontologists worldwide, we can appreciate the intricate details preserved within fossils belonging to this extraordinary group. Through scientific exploration and analysis, we continue unraveling more about Labyrinthodontia's place in history while marveling at their resilience and adaptability throughout geological ages. Labyrinthodontia represents a captivating chapter in Earth's history.