In the deserts of Ethiopia, scientists uncovered fossils showing that early members of our genus Homo lived side by side with a newly identified species of Australopithecus nearly three million years ...
Hundreds of hominin fossils reveal that human body size remained stable for ages before a sharp increase in early members of ...
A giant crocodile once ruled Lucy’s world, lurking in ancient Ethiopian waters with jaws powerful enough to turn early human ...
Analysis - There is a special gallery inside the Natural History Museum Abu Dhabi where visitors slow down, lower their voices and often fall silent. In front of them, carefully lit and disarmingly ...
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How an ancestral shift to eating more meat changed the course of human history — for the better
UK researchers found that our ancestors experienced a rapid growth spurt between 2 and 2.5 million years ago, potentially due ...
A cutting-edge analysis of the teeth from Homo naledi skeletons in a South African cave system found no males within the ...
The 2-Million-Year Jump: The primary transition to modern human body proportions was a sudden evolutionary leap 2 to 2.5 million years ago, driven by Homo erectus/ergaster and Homo rudolfensis, rather ...
Learn how fossils show human ancestors did not grow bigger in a straight line, but split into larger and smaller evolutionary paths.
New fossil discoveries are reshaping scientists’ understanding of a pivotal chapter in human evolution, revealing that several human ancestor lineages lived side by side nearly 3 million years ago.
New fossil discoveries are reshaping scientists’ understanding of a pivotal chapter in human evolution, revealing that several human ancestor lineages lived side by side nearly 3 million years ago.
Newly discovered fossils in Ethiopia show that Homo coexisted with Australopithecus 2.6 million years ago, rewriting the timeline of human evolution. Far from a straight line, early human history was ...
Little Foot's skull was distorted and damaged, so researchers spent years digitally reassembling the bones to understand what the individual's face might have looked like 3.67 million years ago.
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