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◆ Cell2026-08-14

Ancient genomes reveal distinct human dispersals and social stratification in the settlement history of western Remote Oceania.

Michal Feldman, Lara R Arauna, Selina Carlhoff, Kathrin Naegle, Rita Radzeviciute, Dorothée G Drucker, Claudine Stirling, David Barr, Malcolm Reid, Patrick D Nunn, Elia Nakoro, Laurence Kiko, Martin Gibbs, Robert B Rechtman, James Flexner, Wanda Zinger, Edson Willie, Richard Shing, Takaronga Kuautonga, Johannes Moser, Julia Gresky, Stuart Bedford, Geoffrey Clark, David V Burley, Hallie R Buckley, Rebecca L Kinaston, Frédérique Valentin, Adam Powell, Johannes Krause, Cosimo Posth

原始摘要(英文原文)· Original abstract
The settlement of western Remote Oceania involved interactions among deeply divergent populations. Initial settlement ∼3,000 years ago by Lapita-associated, Southeast Asian-related groups was followed by Papuan-related expansions and later sea voyages from Polynesia. We present genome-wide data spanning the past three millennia from the eastern Solomon Islands, Vanuatu, Fiji, and Tonga. We find that the Papuan-related expansion proceeded at a slower pace than the earlier Lapita-associated expansion and reached Fiji through at least two distinct human dispersals, centuries earlier than previously suggested. We provide direct evidence of Polynesian-related gene flow at around 1,000 years ago, giving rise to Polynesian Outlier communities in southern Vanuatu. Finally, we examine an early Fijian community, revealing social practices that preserved wealth/status within a biological kin group with elevated Southeast Asian-related ancestry. Our findings refine the settlement model of western Remote Oceania and highlight the complex interplay of past migrations and community structure.
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Ancient genomes reveal distinct human dispersals and social stratification in the settlement history of western Remote Oceania. — 科研速览 Science Skim