Friday, July 7, 2017
Coelurosauravus
Thursday, July 6, 2017
Dimorphodon
Dimorphodon was a genus of medium-sized pterosaur from the early
Jurassic Period. It was named by palaeontologist Richard Owen in 1859. Dimorphodon
means "two-form tooth", derived from Greek ‘di’ meaning 'two', morphe
meaning 'shape' and ‘odon’ meaning 'tooth', referring to the fact that
it had two distinct types of teeth in its jaws - which is comparatively rare among
reptiles. The body structure of Dimorphodon displays many primitive
characteristics, such as a very small brain-pan and proportionally short wings.
The first phalanx in its flight finger is only slightly longer than its lower
arm. Its neck was short but strong and flexible and may have had a
membranous pouch on the underside. The vertebrae had pneumatic foramina,
openings through which the air sacks could reach the hollow interior. The Dimorphodon
had an adult body length of 1 metre long, with a 1.45 metre wingspan.
Its tail was long and consisted of thirty vertebrae. The first five or six were
short and flexible, but the remainder gradually increased in length and were
stiffened by elongated vertebral processes. Wednesday, July 5, 2017
The smart troodon

Tuesday, April 4, 2017
Diprotodon (rhinoceros-sized wombat)
Archaeologists have uncovered teeth from the extinct Diprotodon, a giant wombat-like marsupial, at Lancefield swamp north of Melbourne.
The Dipratodon was was the biggest marsupial that ever lived and was about the size of a rhino.
The teeth found are quite long (40mm) and wide. The fossils are dated between 50,000 to 80,000 years old from an animal that probably 'got bogged'.
Fossils were first located at the swamp in the 19th century, and there were previous digs at the site in the early 1990s, 2004/5. These animals are unusual with there meat shearing teeth. Todays wombats eat roots and the stems of leaves.
Wednesday, March 29, 2017
T=Rex stars in Minions
Trivia
The dinosaur can be seen again in a commercial video for GoPro based of the The Secret Life of Pets; in the video, Sweetpea flies in front of the television which is playing a scene with an alley full of hung clothes, and he hides himself into his cage when he sees the T-Rex dinosaur.
Monday, February 20, 2017
Saturday, February 11, 2017
New Dinosaur from Uzbekistan timurlengia euotica.
A new species of tyrannosaur has been discovered in the Kyzyl Kum desert of Uzbekistan. The fossils found are believed to be dated to 90 to 92 million years old, in the Cretaceous period. This early tyrannosaur, which has been named Timurlengia euotica was a close cousin of the Tyrannosaurus rex and its discovery may hold the key to explaining how its infamous big cousin went on to become such fearsome predators and reach such massive sizes (12 metres in length and weighing a colossal 6.8 tonnes). It would have weighed between 170 to 270 kilograms, would have been about the size of a horse, but covered in a mixture of skin and feathers.
From just a handful of fossilised bones and a well preserved brain case, palaeontologist’s have been able to build a picture of the Timurlengia euotica.
Researchers believe that the animal marks an evolutionary turning point for the tyrannosaurs, where the keen senses and brainpower of the top hunters were developed and refined. Analysis of its brain casing showed it had already developed inner ear structures which would have enabled it to hear lower frequencies, an advantage for top predators when it came to hearing prey and rivals. It shows that the advanced brain and senses of the colossal later Cretaceous apex predator T. rex were were already present in the Late Jurassic, more than 90 million years ago.
It was a nimble pursuit hunter and would have chased down its prey before making short work of them with its slender razor sharp teeth, highly suitable for slicing through meat. It probably preyed on the various large plant-eaters, especially early duck-billed dinosaurs, which shared its world.
From just a handful of fossilised bones and a well preserved brain case, palaeontologist’s have been able to build a picture of the Timurlengia euotica.
However, the sinuses of Timurlengia were seen to be much simpler than their later cousin - whose heightened sense of smell would have helped it to find prey - hinting that the tyrannosaurs had not yet finished evolving all of the master hunter's attributes. As the animals are on a separate branch of the tyrannosaur family tree, it would also indicate that the these attributes developed in a common ancestor even further back, before splitting off.
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