Cape Verdeans and São Toméans: The First Atlantic Creoles
See how ancient DNA, haplogroups, and population genetics reveal the first Atlantic creole societies, from Cape Verde to São Tomé and the Angolars.
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See how ancient DNA, haplogroups, and population genetics reveal the first Atlantic creole societies, from Cape Verde to São Tomé and the Angolars.
Explore how Métis ancestry reflects fur-trade history, sex-biased admixture, and population genetics, while identity remains a matter of community, not DNA.
New ancient DNA reveals the Picts were local Britons with strong Bell Beaker ancestry, reshaping how we understand Scottish ancestry and migration.
Discover why Slavic-speaking populations do not form one DNA cluster, and what population genetics, migration, and ancient DNA reveal about ancestry.
Discover how Parsi DNA reveals a preserved Persian ancestry, South Asian admixture, and what ancient DNA says about migration, endogamy, and identity.
New ancient DNA findings challenge old ideas about the Bactria-Margiana Complex, revealing a settled oasis civilization, trade links, and a surprising genetic role.
Ancient DNA reveals a real Alan legacy in Ossetians, but also shows deep shared ancestry across the Caucasus. Here is what the genetics says.
Explore how Wakhi, Yaghnobi, and Pamiri DNA preserved ancient Eastern Iranian ancestry, with insight into migration, haplogroups, and population genetics.
New ancient DNA evidence suggests Finland’s disease heritage came from two bottlenecks, with Siberian-related ancestry present much earlier than textbooks often imply.
New ancient DNA comparisons suggest Assyrians, Chaldeans and Mandaeans retain strong Mesopotamian continuity, with limited Arabian admixture and no simple replacement story.
Explore why Baltic DNA is a European outlier, from ancient hunter-gatherers to Corded Ware steppe ancestry, and what it means for ancestry analysis.
Learn how Aeta, Semang, and Andamanese DNA reveal the first human wave into Southeast Asia, with ancient DNA, migration, and population genetics insights.