Here’s what you’ll learn when you read this story: A fossilized femur attributed to the hominin species Graecopithecus freybergi is offering fresh clues about how human ancestors began their ...
Graecopithecus lived 7.2 million years ago in the dust-laden savannah of the Athens basin. Credit: Veliza Simeonovski The fossil, unearthed at the Azmaka site, near the Bulgarian town of Chirpan in ...
Our ancient human ancestors may not have split from chimpanzees in the grasslands of East Africa, but in Europe instead. Researchers analyzing fossils of an ancient species of ape discovered in Greece ...
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7.2M-year-old femur may push back bipedal origins
A fossilized femur from Bulgaria’s Azmaka site, attributed to Graecopithecus freybergi, suggests human ancestors may have begun walking upright 7.2 million years ago—earlier than previously thought.
TÜBINGEN, GERMANY—According to a statement released by the University of Tübingen, an international team of researchers who evaluated a fossil femur unearthed at the site of Azmaka in southern ...
A jawbone discovered by German troops in Athens during the Second World War could be evidence that apes and humans diverged 200,000 years earlier than the current theory says. Chimpanzees and bonobos ...
A fossilized femur attributed to the hominin species Graecopithecus freybergi is offering fresh clues about how human ancestors began their transition to bipedalism. The bone’s morphology suggests ...
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