Voices of Early Bronze Armenia

The Early Bronze Age in the Armenian highlands (c. 3350–2354 BCE) unfolds across upland settlements and cemeteries such as Kalavan, Talin (including the Talin cemetery) and the Karnut Archaeological Complex. Archaeological data indicates growing social complexity: clustered settlements, specialized craft production, and increasingly elaborate burial rites. Metallurgy and long-distance exchange are visible in material assemblages, signaling the region's role as a conduit between Anatolia, the Caucasus, and the Iranian plateau.

Genetic evidence from five sampled individuals offers a preliminary glimpse into the people who inhabited this landscape. Limited evidence suggests a mixture of deeply local maternal lineages (notably haplogroup U) alongside haplogroups found elsewhere in West Asia and Europe. A single recorded Y-DNA lineage classified broadly as R appears in the dataset, but subclade resolution and representativeness remain uncertain. Archaeological contexts combined with these nascent genetic signals paint a picture of locally rooted communities with connections across neighboring regions. Because the sample count is small, interpretations about migration, population replacement, or continuity must remain cautious and provisional.

The genetic dataset for Armenia_EBA comprises five individuals from Kalavan, Talin and Karnut. Sample size is small (<10), so findings are preliminary and best treated as suggestive. Maternal lineages are diverse: two individuals carry haplogroup U (a lineage common in prehistoric Europe and the Caucasus), while others present X2f, H and U7b. Haplogroup H is widespread across Eurasia in later prehistory, X2f is rarer but attested in West Eurasian contexts, and U7b often appears in Near Eastern and South Caucasus ancient genomes — together these maternal signals point to a mix of local highland and broader West Asian affinities.

On the paternal side, one male sample falls within broad haplogroup R. Without finer subclade resolution (R1a vs R1b distinctions), interpretation is limited; R-lineages are widespread across Bronze Age Eurasia and can reflect diverse ancestral contributions. Genomic ancestry components likely include elements related to indigenous Caucasus hunter-gatherer-derived ancestry and incoming Neolithic or Steppe-related influences, but confirming proportions requires larger, genome-wide datasets. In sum: mtDNA diversity suggests multiple maternal origins or long-standing local diversity; the single observed Y-lineage is informative but insufficient to infer paternal patterns across the community.