Isle of Wight Uncovers Giant Crocodile-Faced Dinosaur
Prehistoric dinosaur hunters have struck gold on the Isle of Wight with the discovery of massive spinosaurid bones. These two-legged, crocodile-faced predators roamed the island during the Early Cretaceous period.
Meet the ‘White Rock Spinosaurid’ – UK’s Biggest Predator?
Dubbed the ‘White Rock spinosaurid’ after the rock layer it was found in, this beast was a titan of its time. Experts say it stretched over 10 metres long and weighed several tonnes.
“This was a huge animal, exceeding ten metres in length and probably several tonnes in weight,” said PhD student Chris Barker, who led the study.
“It could be one of the largest predatory dinosaurs ever discovered in Europe – possibly the largest ever.”
“It’s a shame it’s only known from a small amount of material, but these are enough to prove it was a massive creature,” he added.
Rare Finds to Go on Show at Dinosaur Isle
The bones, including giant pelvic and tail vertebrae, were found near Compton Chine. The fossils come from the Vectis Formation, a notoriously stingy source for dinosaur remains.
Dr Martin Munt, curator at Dinosaur Isle museum in Sandown, said:
“Spinosaurs are among the most exciting and widely debated dinosaurs. We have remains of three different types here, which is unrivalled.”
The museum hopes to display the bones over the school summer holidays.
A Glimpse Into Prehistoric Life and Death
This spinosaurid stalked lagoon waters and sandflats about 125 million years ago during a period of rising sea levels. Marks on the bones reveal that even after death, it became home to scavengers and decomposers.
Co-author Jeremy Lockwood recalled:
“I found a pelvis chunk riddled with tunnels about the size of my finger. We think scavenging beetle larvae made them. It’s wild to imagine this colossal predator ended up feeding a bunch of bugs.”
More Discoveries Await
The team have yet to give the creature a formal scientific name due to limited remains but hope to find more in the future. By studying thin sections of the bones, they aim to unlock secrets about its growth and age.
This discovery, published in PeerJ, supports previous research suggesting spinosaurids originated in western Europe before spreading worldwide.
