Książnice Lublin‑Volhynian Eneolithic

On the weathered loess plains around Książnice, excavations have recovered pottery sherds, pits and human remains attributed to the Lublin‑Volhynian cultural horizon. Dated between 4152 and 3711 BCE, these deposits belong to the Eneolithic moment when local Mesolithic traditions, incoming Neolithic farming practices and early metallurgical curiosities met and overlapped. Archaeological data indicates a mosaic of settlement types: small farmsteads and seasonal activity loci rather than large, permanent towns. Stylistic traits in ceramics—simple cord impressions and regional motifs—tie the Książnice assemblage to broader Lublin‑Volhynian networks that stretched across southeastern Poland into present‑day Ukraine.

Environmental reconstructions suggest a patchwork landscape of open fields and wooded patches, favorable to mixed husbandry and cereal cultivation. Limited evidence suggests trade in raw materials and ideas, perhaps including early copper objects elsewhere in the region. The three genomes from Książnice open a rare genetic window onto this formative period, but with only three samples the emerging picture must remain tentative: the region likely witnessed both local continuity from Mesolithic groups and influxes associated with farming expansions.

Three ancient genomes retrieved from Książnice (samples dated 4152–3711 BCE) provide a cautious but evocative genetic snapshot of the Lublin‑Volhynian Eneolithic. The small dataset includes one observed Y‑DNA haplogroup I and three maternal lineages: J, H5 and an HV lineage. Haplogroup I has deep history in Mesolithic and later European contexts and its presence here is consistent with local male‑line continuity or assimilation of local male lineages into Eneolithic communities. Maternal haplogroups J, H5 and HV are rootings in the broader West Eurasian mitochondrial spectrum frequently observed among Neolithic and post‑Neolithic populations in Europe.

Archaeogenetic interpretation must be conservative: with only three samples (<10), patterns of ancestry should be treated as preliminary. Nonetheless, the combination of maternal haplogroups common in Neolithic farmer contexts and a Y‑lineage often linked to indigenous hunter‑gatherers suggests a mixed heritage — a plausible admixture of incoming farming ancestry with persistent local forager ancestry. This mirrors archaeological expectations for the region: cultural traits that reflect both continuity and integration. Future sampling across more burials and neighboring sites is required to resolve whether these genomes reflect typical community ancestry or individual variability.