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Genomic Analysis of 13,000-Year-Old 'Clovis-Linked' Remains in the Montana Rockies Identifies a Distinctive Late Pleistocene Genetic Divergence

📅 April 13, 2026 📰 Nature Genetics News
Genomic Analysis of 13,000-Year-Old 'Clovis-Linked' Remains in the Montana Rockies Identifies a Distinctive Late Pleistocene Genetic Divergence

A landmark genomic study published in Nature Genetics has analyzed 13,000-year-old human remains from the Montana Rockies, revealing a previously unknown genetic sub-pulse within the Clovis culture. The research, led by a global consortium of paleogenomicists, identifies a distinct lineage that diverged shortly after the initial entry of humans into North America, suggesting a more complex social and migratory landscape than previously modeled.

The study utilized high-coverage sequencing to pinpoint specific alleles associated with high-latitude cold resistance and respiratory efficiency. These findings provide critical evidence for how early Paleo-Indians adapted to the rapidly fluctuating environments of the late Pleistocene, rewriting the timeline of genetic diversification in the Americas.

Original source: Nature Genetics News