Dimetrodon Collection

Reconstruction of extinct synapsid dinosaur Dimetrodon
Reconstruction of an extinct synapsid dinosaur Dimetrodon, Cisuralian (Early Permian), North America, 3m. Illustration by Hugo Wolff-Maage from Wilhelm Bolsches Das Leben der Urwelt

Reconstruction of extinct giant dinosaur Brachisaurus, North America and East Africa, Cretaceous. Illustration from Wilhelm Bolsches Das Leben der Urwelt, Prehistoric Life, Georg Dollheimer, Leipzig

Dimetrodon, extinct predatory synapsid genus of the Permian.. Colour printed (chromolithograph) illustration by F. John from Tiere der Urwelt Animals of the Prehistoric World, 1910, Hamburg

Dimetrodon dollovianus, predatory synapsid from the Permian.. Colour printed (chromolithograph) illustration by F. John from Tiere der Urwelt Animals of the Prehistoric World, 1910, Hamburg

A Dimetrodon amongst Alethopteris ferns
Dimetrodon was the apex predator of its time. They came as large as 11 feet long, 4 feet tall, and weighing as much as 300 pounds

Dimetrodon reptile from the Permian period
Dimetrodon was a carnivorous mammal-like reptile which lived during the Permian period of North America and Europe

Dimetrodon reptile on white background. Dimetrodon was a mammal-like sailback reptile that lived in the Permian Period of North America and Europe

Dimetrodon was an extinct genus of synapsid from th Early Permian period
Dimetrodon was an extinct genus of synapsid that lived during the Early Permian, around 295a'272 million years ago

A sail-backed Dimetrodon from Earths Permian period of time

3D rendering of a Dimetrodon dinosaur, side view

A group of sail-backed Dimetrodons during Earths Permian period
A group of sail-backed carnivorous Dimetrodons during Earths Permian period

An Edaphosaurus forages in a brackish mangrove like swamp
A ten-foot-long, 600 pound synapsid of the genus Edaphosaurus forages in a brackish mangrove-like swamp of gymnosperms of the genus Cordaites 300 million years ago in what is today Western Europe

Dimetrodon reptile, front view. Dimetrodon was a mammal-like sailback reptile that lived in the Permian Period of North America and Europe

A Dimetrodon roams the Mid-Permian Period, circa 250 million years ago

Dimetrodon fight over territory in a scene that must have been repeated many times 280 million years ago. Their spectacular sails are backlit revealing the translucent skin supported by long neural

Dimetrodon limbatus, a prehistoric animal
Dimetrodon limbatus

Sail-backed Dimetrodons, alive during Earths Permian period of time

Dimetrodon, an apex predator during the Early Permian period of time

The sailed-back Dimetrodon sunbathes in a primordial swamp
The sailed-back Dimetrodon, which was actually a mammal-like reptile and not a dinosaur, sunbathes in a primordial swamp

A pair of carnivorous Dimetrodon explore an Early Permian landscape. The tree on the left is a Cordaites, an ancient ancestor of todays conifers, and on the far right is a Glossopteris

Dimetrodon, a synapsid that was an apex pradator

Dimetrodon grandis traverses Earth during the Early Permian period
An eleven foot long Dimetrodon grandis traverses an Earth that became cooler and dryer during the Early Permian period. 280 million years ago, long before the reign of dinosaurs

Picture No. 10889697
Dimetrodon - Synapsid - more closely related to mammals than true reptiles such as lizards - Middle Permian Date:

Picture No. 10850124
DINOSAUR - Dimetrodon group showing typical fin-back framework for sail. Pteranodon flying. Date:

Dimetrodon, side view

Dimetrodon, illustration

Restoration of lifesize Dimetrodon an extinct predatory synapsid pelycosaur reptile from the Permian period
MAB-827 Restoration of lifesize Dimetrodon an extinct predatory synapsid pelycosaur reptile from the Permian period Fossils have been found in Europe and North America

Dimetrodon pair, artwork. Dimetrodon (meaning two-measure tooth ) lived in the early Permian period, around 270 million years ago

Dimetrodon, artwork. Dimetrodon (meaning two-measure tooth ) lived in the early Permian period, around 270 million years ago

Dimetrodons, artwork
Dimetrodons, computer artwork. Dimetrodon were the dominant land predators that lived around 270 million years ago, during the Early Permian Period, and long before the dinosaurs

Dimetrodon fighting, artwork
Dimetrodon fighting. Computer artwork of two Dimetrodon fight over territory. Dimetrodon were the dominant land predators that lived around 270 million years ago, during the Early Permian Period

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"Meet the Dimetrodon: A Fascinating Reconstruction of an Extinct Synapsid Dinosaur" Step back in time to the Early Permian period and encounter the awe-inspiring world of dinosaurs. Among them, the mighty Dimetrodon stands out as a predatory synapsid genus that ruled its domain with unparalleled ferocity. With its distinctive sail-backed appearance, this ancient reptile captivates our imagination. Picture a 3D rendering showcasing a magnificent Dimetrodon against a white background, allowing us to appreciate every intricate detail of its anatomy. Its sail, composed of elongated spines supported by bony extensions, served multiple purposes – from regulating body temperature to attracting mates or intimidating rivals. In Earth's Permian period, these sail-backed creatures roamed diverse landscapes teeming with life. Imagine a group of Dimetrodons gracefully navigating their surroundings alongside towering Brachisaurus dinosaurs – both giants leaving an indelible mark on prehistoric times. Amongst Alethopteris ferns lies another captivating scene: A solitary Dimetrodon stealthily prowls through lush vegetation in search of prey. Its sharp teeth and powerful jaws were perfectly adapted for hunting smaller animals during this era. Dimetrodon dollovianus was one such predatory synapsid species that thrived during this epoch. This reconstruction allows us to witness their existence firsthand and marvel at their evolutionary adaptations. As we explore further into Earth's past, we stumble upon an Edaphosaurus foraging in a brackish mangrove-like swamp. These herbivorous creatures coexisted with the formidable Dimetrodons but followed different dietary paths within this ancient ecosystem. The significance of these reconstructions cannot be overstated; they provide invaluable insights into our planet's history and evolution. Through meticulous research and artistic interpretation, scientists have pieced together fragments from fossils to bring these remarkable beings back to life once more.