Ancient DNA from six individuals associated with the Roquepertuse/Velaux context provides a first, cautious glimpse into the biological ancestry of this Iron Age community. Maternal lineages (mtDNA) detected include haplogroups T, K, H, V3a and X — each observed in one sample — while one sample’s mitochondrial result remains unresolved. These haplogroups are broadly consistent with a mixed Mediterranean and continental European maternal heritage: H is widespread in Europe, T and K are often linked to Neolithic farmer ancestries, V subclades appear in western Europe, and X has a patchy but longstanding presence across Eurasia.
Crucially, the sample count is only six and Y‑chromosome (paternal) haplogroup data are not robustly resolved in this set. With fewer than 10 individuals, any population-level inference is preliminary. The maternal diversity seen here suggests mobility and admixture — possibly reflecting incoming influences via coastal trade routes and local continuity — but quantifying proportions of ancestry components (e.g., Steppe‑derived versus Neolithic farmer) requires larger samples and genome‑wide data.
Archaeogenetic interpretation must remain conservative: current data hint at a community connected to broader Mediterranean gene flows, but cannot yet resolve fine-scale kinship, migration events, or social transmission patterns. Future sampling from associated settlements and burials would help test these hypotheses.