A groundbreaking discovery in Ethiopia reveals that two different hominin species lived together 2.6 million years ago, challenging previous notions of human evolution. This find could mean the existence of a previously unknown species!
This week, witness breathtaking science as record warm seas in the UK reveal new species, while astronomers capture the fastest interstellar comet ever. Plus, discover the mysterious lifecycle of hairy caterpillars and the devastating impact of heatwaves in Europe.
A rare 25 million-year-old fossil discovered on an Australian beach has unveiled Janjucetus dullardi, a bizarre new species of whale that challenges our understanding of whale evolution. This tiny predator, with tennis ball-sized eyes, could reshape paleontological history!
A new species of pterosaur, Eotephradactylus mcintireae, has been discovered in Arizona, dating back 209 million years. This groundbreaking find sheds light on early flying reptiles and their ecosystem during the Triassic period.
A groundbreaking discovery reveals a new species of giant saber-toothed cat, Machairodus lahayishupup, weighing up to 900 pounds. This prehistoric predator roamed North America 5 to 9 million years ago, reshaping our understanding of ancient wildlife.
A groundbreaking study reveals two ancient cordyceps fungi found in amber that date back 99 million years, shedding light on the evolution of parasitic fungi and their insect hosts, reminiscent of horror games and shows.
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!
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 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.
A new strain of microbe, Niallia tiangongensis, has been discovered aboard China's Tiangong space station, highlighting its unique adaptations to space conditions and the importance of microbial studies for astronaut health.
