Paleontologists have discovered a giant possum-like mammal from 60 million years ago in Texas. Named Swaindelphys solastella, this prehistoric species reveals new insights into ancient life and evolution.
A stunning discovery in 99 million-year-old amber reveals two ancient insects overtaken by deadly fungi, showcasing a bizarre natural phenomenon that's been around since the age of dinosaurs!
A remarkable discovery at the Natural History Museum of Utah reveals a 76-million-year-old lizard fossil, offering insights into ancient ecosystems and the evolution of Gila monsters. This rare find, named Bolg amondol, sheds light on the diverse prehistoric wildlife of Utah.
A groundbreaking fossil named Youti yuanshi, dating back to the Cambrian period, reveals unprecedented details about early arthropods and reshapes our understanding of insect evolution.
A groundbreaking discovery reveals Khankhuuluu mongoliensis, a medium-sized tyrannosaur that changes our understanding of dinosaur evolution. This 'missing link' sheds light on the transition from small agile predators to the massive T. rex.
A groundbreaking discovery reveals Khankhuuluu mongoliensis, the closest-known ancestor to T. rex, showcasing the evolutionary journey from small predators to apex hunters. Learn about this medium-sized dinosaur that roamed 86 million years ago!
A recent study has uncovered fossilized plant matter in the gut of a juvenile sauropod, confirming long-held beliefs about these massive dinosaurs being herbivores. This rare find offers significant insight into their diets and digestive processes.
Scientists unveil a groundbreaking discovery of a new dinosaur species named Khankhuuluu mongoliensis, the closest ancestor to tyrannosaurs, reshaping our understanding of dinosaur evolution.
A remarkable find in Queensland reveals the last meal of Judy, a complete sauropod specimen, challenging long-held beliefs about dinosaur diets and shedding light on their feeding habits.
A newly discovered species of early tyrannosaur, Khankhuuluu mongoliensis, sheds light on the evolutionary origins of T. rex, filling a critical gap in the dinosaur family tree.
