A new late Neanderthal from Crimea reveals long-distance connections across Eurasia
Pigott EMPapers in this archive, Cheshmedzhieva KPapers in this archive, Zeller EPapers in this archive, van der Sluis LGPapers in this archive, Pal Chowdhury MPapers in this archive, Gianni MPapers in this archive, Végh EPapers in this archive, Uthmeier TPapers in this archive, Chabai VPapers in this archive, Patou-Mathis MPapers in this archive, Šimková PGPapers in this archive, Voglmayr JNPapers in this archive, Weber GWPapers in this archive, Pinhasi RPapers in this archive, Timmermann APapers in this archive, Kuhlwilm MPapers in this archive, Douka KPapers in this archive, Higham TPapers in this archive
Abstract
The Crimean Peninsula contains key Middle to Upper Paleolithic transitional archaeological sites, including the site of Starosele, where we identified a new Neanderthal; Star 1. This study highlights the integration of Zooarchaeology by Mass Spectrometry (ZooMS), radiocarbon dating, and ancient DNA analysis to uncover rare hominin remains and enhance our understanding of late Neanderthal populations in this region. Genetically, Star 1 is closely related to Neanderthals from the Altai via its mitochondrial DNA, suggesting long-range migrations of Neanderthal groups across Eurasia. These migrations during favorable climatic conditions likely involved the spread of the Micoquian lithic tradition, indicating both cultural continuity and regional mobility during the Late Pleistocene.
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