Palaeoanthropologist Ludovic Slimak has uncovered a Neanderthal skeleton, named Thorin, at the Grotte Mandrin site in France [1, 2].
The discovery challenges existing timelines regarding the extinction of Neanderthals. It suggests that certain groups survived much longer than previously believed and may have interacted with early modern humans as they migrated.
Analysis of the remains provides DNA evidence that an isolated Neanderthal population survived for tens of thousands of years [1]. This find indicates that the disappearance of the species was not a sudden event but a prolonged process involving fragmented groups.
Located at Grotte Mandrin, the site has become a focal point for understanding the complex relationship between different human species. The evidence from Thorin suggests that these isolated populations maintained their existence despite the spread of Homo sapiens across the region [1, 2].
Researchers are using the skeleton to map the genetic drift of the population. This data helps determine how these Neanderthals adapted to their environment while remaining separate from other groups for millennia [1].
The find shifts the narrative of Neanderthal history from one of simple replacement to one of coexistence and isolation [2]. By studying the DNA of Thorin, scientists can better understand the genetic legacy left behind by these ancient humans.
“An isolated Neanderthal population survived for tens of thousands of years.”
This discovery suggests that the extinction of Neanderthals was more geographically and temporally uneven than previously thought. By proving that isolated populations survived for tens of thousands of years, the find indicates that the interaction between Neanderthals and early modern humans was likely a prolonged process of overlap rather than a swift displacement.
