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Revealed: Face of 75,000-year-old female Neanderthal from cave

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Why This Matters

The discovery of a 75,000-year-old female Neanderthal at Shanidar Cave offers new insights into their cognitive and cultural complexity, challenging outdated perceptions of Neanderthals as primitive. This research highlights the importance of advanced archaeological techniques in uncovering human evolutionary history, which can influence how we understand our own origins. Such findings also underscore the significance of preserving ancient sites for future scientific exploration.

Key Takeaways

While remnants of at least ten separate Neanderthals have now come from the cave, Shanidar Z is the fifth to be found in a cluster of bodies buried at a similar time in the same location: right behind a huge vertical rock, over two metres tall at the time, which sits in the centre of the cave.

The rock had come down from the ceiling long before the bodies were interred. Researchers say it may have served as a landmark for Neanderthals to identify a particular site for repeated burials.

“Neanderthals have had a bad press ever since the first ones were found over 150 years ago,” said Professor Graeme Barker from Cambridge’s McDonald Institute for Archaeological Research, who leads the excavations at the cave.

“Our discoveries show that the Shanidar Neanderthals may have been thinking about death and its aftermath in ways not so very different from their closest evolutionary cousins – ourselves.”

The other four bodies in the cluster were discovered by archaeologist Ralph Solecki in 1960. One was surrounded by clumps of ancient pollen. Solecki and pollen specialist Arlette Leroi-Gourhan argued the finds were evidence of funerary rituals where the deceased was laid to rest on a bed of flowers.

This archaeological work was among the first to suggest Neanderthals were far more sophisticated than the primitive creatures many had assumed, based on their stocky frames and ape-like brows.

Members of Ralph Solecki’s team, Dr T. Dale Stewart (right) and Jacques Bordaz (left) at Shanidar Cave in 1960, working on removing the remains of Shanidar 4 (the ‘flower burial’). Credit: Ralph Solecki Members of Ralph Solecki’s team, Dr T. Dale Stewart (right) and Jacques Bordaz (left) at Shanidar Cave in 1960, working on removing the remains of Shanidar 4 (the ‘flower burial’). Credit: Ralph Solecki

Decades later, the Cambridge-led team retraced Solecki’s dig, aiming to use the latest techniques to retrieve more evidence for his contentious claims, as well as the environment and activities of the Neanderthals and later modern humans who lived there, when they uncovered Shanidar Z.

“Shanidar Cave was used first by Neanderthals and then by our own species, so it provides an ideal laboratory to tackle one of the biggest questions of human evolution,” said Barker.

“Why did Neanderthals disappear from the stage around the same time as Homo sapiens spread over regions where Neanderthals had lived successfully for almost half a million years?”

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