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  2. Remains of a Neanderthal who may have roamed the Earth 42,000 years ago offer insight into ... in 2015,” Slimak told the New Statesman in 2022, “but each year we find one tooth, or one ...

  3. Oldest human DNA reveals lost branch of the human family tree

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    The individuals living at Ranis had 2.9% Neanderthal ancestry, not dissimilar to most people today, the Nature study found. The new timeline allows scientists to understand better when humans left ...

  4. Scientists Sequenced the DNA of the ‘Last Neanderthal’—and It ...

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    Remains of a Neanderthal who may have roamed the Earth 42,000 years ago offer insight into an isolated people

  5. Simanya Neanderthals - Wikipedia

    en.wikipedia.org/wiki/Simanya_Neanderthals

    The Simanya Neanderthals is a large collection of Homo neanderthalensis fossils discovered in Simanya cave, Spain. The collection represents three individuals, possibly more, of various ages. These people belong to the latest stage in Neanderthal development, and may shed light on the persistence of archaic groups before they became extinct.

  6. Shanidar Cave - Wikipedia

    en.wikipedia.org/wiki/Shanidar_Cave

    Skeletal remains of Shanidar II, c. 60,000 to 45,000 BCE. Iraq Museum. Shanidar 2 was a Neanderthal male around the age of 30 who suffered from slight arthritis, found lying on his right side. It is estimated that Shanidar 2 was 5 feet 2 inches (157 cm) in stature, which places him just below the average height of a male Neanderthal.

  7. Humans may not have survived without Neanderthals - AOL

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    The research also gives a new perspective on why Neanderthals died out so soon after modern humans arrived from Africa. No one knows why this happened, but the new evidence steers us away from ...

  8. Le Regourdou - Wikipedia

    en.wikipedia.org/wiki/Le_Regourdou

    Regourdou 1 is often used for Neanderthal comparison studies, as it is the most robust Neanderthal skeleton ever found. Chronostratigraphic comparison to other sites and biostratigraphy suggest an age of Oxygen Isotope Stage 5 or early Oxygen Isotope Stage 4 (c. 70,000 years BP) for the Mousterian sediment, that contains the burial.

  9. Why do some groups of people today have more Neanderthal DNA ...

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    Most humans alive today can trace a very small percentage of their DNA to Neanderthals. However, Neanderthal DNA is slightly more abundant in the genomes of certain populations.