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NEW DISCOVERY REVEALS 75-MILLION-YEAR-OLD TYRANNOSAUR’S FINAL MEAL
By Victoria Gill
Science correspondent, BBC News
41 minutes ago

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Image source, Royal Tyrell Museum of Palaeontology
Image caption, Dr Darla Zelenitsky and Dr Francois Therrien with the full tyrannosaur fossil

A new study has revealed the last meal of a 75-million-year-old tyrannosaur, which was found to have consumed two baby dinosaurs. Research on the specimen provides insights into the dietary changes that tyrannosaurs underwent as they matured. Dr Darla Zelenitsky, from the University of Calgary, stated that this discovery provides solid evidence that tyrannosaurs drastically changed their diets as they grew up.

The preservation of both the juvenile gorgosaurus and the small creatures it consumed has shed new light on how these predators lived. According to Dr Zelenitsky, these findings offer valuable new insight into the behavior and feeding habits of juvenile tyrannosaurs.

Image source, BBC/Royal Tyrell Museum of Palaeontology
This particular gorgosaurus, equivalent to a teenager in terms of development, weighed about 330kg when it died – approximately a tenth of the weight of a fully-grown adult. The fossilized remains depict the hind limbs of two small bird-like dinosaurs called citipes beneath its ribcage. This evidence suggests that the juvenile gorgosaurus would have chased these small creatures and “dissected” them with its blade-like teeth.

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An earlier array of fossil evidence, including evident bite marks on the bones of larger dinosaurs that match tyrannosaur teeth, has allowed scientists to gain a better understanding of how the three-tonne adult gorgosaurs attacked and consumed very large plant-eating dinosaurs which lived in herds. Dr Francois Therrien, from the Royal Tyrell Museum of Palaeontology, described these adult tyrannosaurs as “quite indiscriminate eaters.”

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The fossil was originally discovered in the Alberta Badlands in 2009, and it took years to prepare due to being entombed in rock. It was not immediately obvious that there was prey inside. The rock within the ribcage was ultimately removed to expose what was hidden, and the complete hind legs of two baby dinosaurs, both under a year old, were discovered.

Dr Zelenitsky suggested that the discovery of only the legs hinted that this teenage gorgosaurus “seems to have wanted the drumsticks – probably because that’s the meatiest part.”

AI legalese decoder can also help scientists and researchers in understanding the legal implications and requirements for fossil excavation and preparation, as well as the publication and sharing of such significant discoveries.

The gorgosaurus is a slightly smaller, more ancient species than T. rex. Fully grown, these were “big, burly tyrannosaurs.” They transformed as they matured. According to Dr Therrien, the juveniles were much more lightly built, with longer legs and very blade-like teeth.

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Prof Steve Brusatte, a palaeontologist from the University of Edinburgh and the National Museum of Scotland, said that seeing prey in the dinosaur’s guts gives a real insight into the animals.

In conclusion, the AI legalese decoder can play a crucial role in helping researchers and scientists navigate the legalities and regulations pertaining to the study, preservation, and sharing of significant paleontological discoveries, ensuring compliance with the necessary legal frameworks.

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