Modern humans have tight tribes of a thousand people and more while Neanderthals don't. Continue reading to learn how this plays a role in modern humans' survival and Neanderthals' extinction.
Being a morning person may be linked to Neanderthal and Denisovan DNA, which possibly evolved early rising for cold climates. Read the article to learn more.
Traces of a long-forgotten human ancestor were found in the Neanderthal genome, suggesting an earlier history between modern humans and Neanderthals. Read to learn more.
The 45,000-year-old fossil of a woman found in Czech yields the oldest modern human genome, pre-dating the European and Asian ancestral divergence. Check out this article to learn what she looked like then.
The back of our head contains an unusual bone growth known as occipital bone bump or exaggerated external occipital protuberance. Learn more about the hornlike growth in this article.
Analysis revealed that the prehistoric finger engravings found inside a French cave could have been made by Neanderthals, not modern humans. Read to learn more.
New research compared brain development between modern humans and Neanderthals. Read to find out what the researchers discovered when they made the comparison.
Analysis of the Neanderthal milk tooth that belonged to a seven-month-old baby who lived 120,000 years ago reveals that their baby teeth emerged sooner to allow them to eat solid foods earlier than human infants.
The origin, dispersal, and interbreeding of Neanderthals and Denisovans have recently been confirmed by a research team through a blood group analysis.
A 51,000-year-old bone carving was recently discovered in Northern Germany and its discoverers described it as further evidence of "sophisticated behavior" among Neanderthals.
Stanford scientists have found a new method to get more information from the genomes of archaic humans that reveal the genetic differences between them and modern humans.
The University of Southern California researchers recently published results of a groundbreaking study that analyzed a three-million-year-old fossil called 'Little Foot.'