A study of rare fossils has revealed what our ancient human ancestors, the Denisovans, might have looked like.

The Denisovan story began in 2010, when genetic material from a finger bone found in Siberia’s Denisova Cave revealed an ...

It took a while, but researchers believe they now have a molecular marker to reliably spot Denisovan fossils. Compared with ...

Scientists have found fossilized bones, skull parts, they’ve even found traces of their genes in people alive today. But what ...

Researchers report in Nature 1 today that they have an even better idea of what Denisovans looked like after analysing the physical features of remains that belong to a collection of 20 fossils found ...

Ancient proteins from a skull fragment and a jawbone dug up at Xujiayao carry a marker found only in Denisovans, and the ...

A 146,000-year-old skull from Harbin, China, belongs to a Denisovan, according to a recent study of proteins preserved inside the ancient bone. The paleoanthropologists who studied the Harbin skull in ...

Paleontologists in Laos have uncovered an ancient molar that likely belonged to a young Denisovan girl. The discovery is a big deal, as the Laotian cave in which the molar was found is now one of only ...

Since the sequencing of Neanderthal and Denisovan genomes, extensive gene flow between archaic hominins and humans has become increasingly apparent. However, early episodes of gene flow can obfuscate ...

Add Yahoo as a preferred source to see more of our stories on Google. Some people in Papua New Guinea and other places in Oceania have inherited sequences of DNA from the now-extinct Denisovans, and ...

A trove of bones, teeth, and more than 1,300 stone tools unearthed at Bianfu Cave offers a detailed look at how these extinct, elusive ancient humans hunted and survived. Excavations at Bianfu Cave in ...

A long-lost cave in southwestern China has offered archaeologists their first real glimpse of Denisovan culture. Denisovans were a sister species of modern humans and lived across Asia an estimated ...