Genome-wide and uniparental data from 95 individuals assigned to the Hungary_Avar horizon provide a moderate-resolution view into population composition. Y-chromosome results show a heterogeneous mix: R (14), I (10), J (10), E (4), and G (3). Haplogroup R and I are commonly found across Europe and are consistent with substantial local or regional male ancestry, while J, E and G often have distributions spanning the Near East, Anatolia and parts of the steppe — reflecting long-distance connections and population mobility.
Mitochondrial DNA is dominated by Western Eurasian lineages: H (23), U (14), J (7), T (6), and K (3). This maternal profile indicates a largely West Eurasian mitochondrial pool, consistent with local European and southwest Eurasian maternal ancestry. The combined pattern — diverse paternal lineages alongside West Eurasian maternal lineages — may reflect complex demographic processes: migration of small groups or elite males, incorporation of local women, and multi-directional gene flow across the Pannonian Basin.
Because several haplogroups have low counts (e.g., E and G), conclusions about rare lineages are preliminary. However, the sample size of 95 affords reasonable confidence that the Hungary_Avar population was genetically heterogeneous, shaped by steppe-derived inputs, local Central European ancestry, and contacts with Balkan and Near Eastern populations. Further genome-wide analyses will better resolve proportions, sources of ancestry, and possible sex-biased admixture.