Ancient DNA From 300 Genomes Recasts Post-Roman Hungary as Complex Migration, Not Simple Conquest
Updated
Updated · SciTechDaily · Aug 22
Ancient DNA From 300 Genomes Recasts Post-Roman Hungary as Complex Migration, Not Simple Conquest
3 articles · Updated · SciTechDaily · Aug 22
Summary
More than 300 genomes from northwestern Hungary show major ancestry shifts after Roman rule, with northern European lineages rising in the Little Hungarian Plain.
Science-published researchers linked that change to sustained Lombard-era movement into former Roman territory, using DNA and archaeology to argue against a single mass migration.
Roman-period communities in the region had mainly southern European ancestry plus diversity tied to Asia and Africa, reflecting the empire’s wider networks before they fractured.
The study says post-Roman society formed through interaction between incoming and local groups, producing hierarchical communities and new political elites rather than simple population replacement.
HistoGenes researchers say the findings challenge Roman-written narratives of “Barbarian” takeover and show that material culture did not always match genetic ancestry.