A brand new predatory species dinosaur with shark teeth was discovered in Thailand – based on research published on Wednesday (September 9) and reported by CNN.
A brand new predatory species dinosaur Research published on Wednesday shows that an animal with shark-like teeth was discovered in Thailand.
Scientists from Nakhon Ratchasima Rajabhat University (NRRU) in Thailand and Fukui Prefectural University (FPU in Japan) consider the dinosaur, which they’ve named Siamraptor suwati, was a top predator about 115 million years ago. It is believed to have been at the least 8 meters long.
Their testa part of the Japan-Thailand Dinosaur Project, was published within the open-access journal PLOS ONE.
Quoted by Soki Hattori, paleontologist at FPU Reuters as he said: “Siamraptor is the biggest predator within the environment and subsequently often is the apex predator at this point.”
The fossils, which come from at the least 4 individual dinosaurs, include parts of the species’ skull, spine, limbs, hips and teeth, Press Release he said concerning the study.
Siamraptor, or “Thailand robber,” sheds light on the early evolutionary history of a bunch of dinosaurs called carcharodontosaurs.
The most famous member of this group is Carcharodontosaurus – which suggests “shark-toothed lizard” – a dinosaur that’s certainly one of the biggest carnivores of all time on Earth, living about 90 million years ago in northern Africa and reaching about 13.5 meters in length. The teeth of dinosaurs from this group had features resembling shark teeth, which allowed them to efficiently tear meat.
Since the earliest known fossils of this group of dinosaurs come from Africa and Europe, it was a surprise to seek out the primary representative in Southeast Asia. nobody has found any fossils of giant predators from the identical period in Asia.
According to Smithsonian Magazine, Siamraptor is the primary and oldest definitive dinosaur of its family living in Southeast Asia, making these impressive cousins Allosaurus it spread to several ancient continents within the early Cretaceous.
In the comments to CNNHattori hailed the “necessary” discovery as shedding “recent light on the early evolutionary history of this group.”
