The microarchitecture of fossil pterosaur bones could hold the key to lighter, stronger materials for the next generation of ...
You might think that if a species died out tens of millions of years ago, its design would be too primitive to have any ...
Studying the ancient flying reptiles that lived alongside dinosaurs could help engineers make aeroplanes that are more ...
The University of Manchester team has found that the internal biological structure of pterosaur bones could inspire the ...
One pterosaur species gave itself quite the makeover as it grew older and larger. Scientists have spent more than a century wondering if a large and anatomically quirky flying reptile fossil ...
The fossil sheds light on interactions within the Cretaceous food web and may represent the first record of this type of ...
A team of scientists from The University of Manchester have revealed that bone fossils from close relatives of dinosaurs ...
The microarchitecture of fossil pterosaur bones could hold the key to lighter, stronger materials for the next generation of ...
The young pterosaur likely had a wingspan of about 6.5 feet, and if it had survived to adulthood, its wingspan could have reached up to 33 feet.
A puncture in the fossilized neck of a winged reptile that flew with the dinosaurs suggests the creature became a feast for a ...
“Pterosaur bones are very delicate – so finding fossils where another animal has clearly taken a bite is exceptionally uncommon. This specimen being a juvenile makes it even more rare,” the paper’s ...