Six individuals from Tisza-associated graves provide a rare, intimate glimpse of biological ancestry on the Great Plain, but the small sample count (<10) makes all conclusions preliminary. Y-chromosome results include haplogroups I (two individuals) and G (one individual). Haplogroup G is commonly associated with early European farmers of Anatolian origin, while I occurs frequently among European Mesolithic hunter-gatherers and later Neolithic contexts, suggesting a mixture of paternal lineages in this community.
Mitochondrial diversity shows maternal haplogroups K (two individuals), U, T2f, H26 and T1a. Haplogroup K and T lineages are common in Neolithic farmer populations, while U is often associated with pre-farming hunter-gatherer groups. This combination of mtDNA and Y-DNA patterns aligns with a broader continent-wide signal: Anatolian-derived farmer ancestry blended with local Western hunter-gatherer (WHG) input during the Neolithic transition in Central Europe.
Archaeogenetic models for the region typically infer primary Anatolian farmer ancestry supplemented by varying degrees of WHG admixture. The presence of both G and I on the paternal side, and K/T/U on the maternal side, is consistent with this narrative. However, with only six samples from discrete graves (Gorzsa graves 4 & 18; Pusztataskony-Ledence I; Kökénydomb Vörös tanya; Vésztő-Mágor), patterns of kinship, mobility, and social organization remain conjectural until larger sample series are analyzed.