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.
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.
Why are our teeth so sensitive? A new study reveals they evolved as sensory organs, not just for chewing, shedding light on their ancient origins and surprising functions.
Discover the surprising link between our teeth sensitivity and ancient jawless fish. Yara Haridy's groundbreaking research reveals how evolutionary history shapes our biology today!
Scientists have uncovered that our sensitive teeth evolved from the 'body armor' of ancient fish, revealing a fascinating link between extinct species and modern human anatomy.
Discover how new research from the University of Chicago reveals that teeth evolved from ancient fish armor, providing insights into the early sensory systems of vertebrates and invertebrates.
A groundbreaking study reveals that human teeth may trace their origins to sensory tissue in ancient fish, reshaping our understanding of vertebrate evolution. Discover how these findings connect modern species to their prehistoric ancestors.
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.
