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Paleoanthropologist Ella Al-Shamahi reveals our incredible story across 300,000 years of human evolution in the upcoming new five-part series ...
Ancient human ancestors ate small children 850,000 years ago, a gruesome discovery suggests. Archaeologists working at the ...
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Indian Defence Review on MSNArchaeologists Uncover 140,000-Year-Old Sunken World Under the Sea, Filled With Giant Beasts and Extinct Human Species
Beneath the waves off Indonesia, archaeologists have uncovered a shocking discovery that rewrites history. Fossils of ancient ...
Homo erectus: Lived between approximately 1.89 million - 110,000 years ago, initially in Africa, then later across large parts of Asia and possibly to the fringes of Europe.
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Lancashire Post on MSNHuman review: The BBC’s touchy-feely new series reminds us how our ancestors put the human in humanity
At times during the BBC's new landmark documentary series Human (BBC2, Mon, 9pm), the evolution of our species sounds like a ...
Researchers have proposed calling it a “non-erectus” hominin, acknowledging that it doesn’t belong to the traditional evolutionary tree that includes Homo erectus. Enjoyed this article?
A 140,000-year-old skull discovered in Israel suggests a possible Neanderthal-Homo sapien hybrid child. Unearthed in Skhul Cave, the 5-year-old's remains display Homo sapien cranial features ...
Homo erectus | Why Did the Most Successful Early Human Go Extinct? The Ancients host Tristan Hughes sits down with Professor John Mcnabb at the University of Southampton to discuss the extinct ...
Facial reconstructions of the prehistoric humans Homo floresiensis (left), Homo erectus (middle) and a Neanderthal (right) that are part of an upcoming five-part documentary series called "Human." ...
They found that the skull bases of the Chiari skulls closely matched those of Homo neanderthalensis while the bases of the control group more closely resembled those of modern humans.
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Live Science on MSNNeanderthal genes may explain disorder where brain bulges out of the skull
Neanderthal genes may explain why some people have Chiari malformation type I, a condition in which the brain bulges out of the back of the skull.
Interestingly, the tilted backwards positioning of the foramen magnum (where the spine enters the skull) was most similar to Kabwe I, a Homo rhodensiensis specimen.
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