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 146,000-year-old skull, dubbed 'Dragon Man', has been identified as belonging to the Denisovans. This groundbreaking discovery sheds light on human evolution and the mysteries of our ancient relatives.
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.
Tiny fossil fragments in northern Alaska reveal that ancient birds nested in the Arctic 73 million years ago—30 million years earlier than thought! This groundbreaking discovery transforms our understanding of avian evolution.
Researchers in Starkville, Mississippi, discovered a giant vertebra from a mosasaur, revealing insights into ancient marine predators. This remarkable find offers a peek into life before the dinosaur extinction.
Geologists in Mississippi have made an astounding discovery: a large fossil vertebra believed to belong to a mosasaur, a prehistoric marine predator. The find, estimated to be between 30 and 40 feet long, reveals insights into ancient marine ecosystems.
Paleontologists have unearthed a remarkable three-eyed creature known as the 'sea moth,' offering unprecedented insights into Cambrian marine life. This unique predator, with its pencil sharpener-like mouth and intricate body structure, challenges previous assumptions about early arthropods.
A groundbreaking discovery in Australia reveals that reptile-like animals existed 40 million years earlier than previously believed, challenging long-held beliefs about tetrapod evolution and rewriting their history.
