The European Neolithic: LBK Horizons

The European Neolithic story in this dataset begins with the deliberate movement of farmer lifeways into temperate Europe. Archaeological evidence links the Linear Pottery horizon (LBK) — longhouses, distinctive incised pottery, and rectilinear field systems — with early farming communities that appear in the Carpathian basin and along the Danube during the sixth millennium BCE. Key sites represented here include Asparn‑Schletz and Kleinhadersdorf (Austria) and early LBK settlements in southern Germany and Bohemia (e.g., Blšany, Březno u Loun).

Genetic signals in the region are consistent with ancestry ultimately traceable to Neolithic populations that expanded from southeastern Europe and Anatolia into Central Europe. The earliest dated sample in this dataset (7244 BCE) likely represents the deep temporal reach of farmer‑associated ancestry in the broader region, but chronological resolution varies between sites. Archaeological data indicates phases of rapid colonization, local adaptation, and later interaction with indigenous hunter‑gatherers. Limited evidence suggests episodes of conflict and violence at some LBK localities (for example Asparn‑Schletz), signaling social stress during the Neolithic expansion and subsequent centuries.

A cinematic landscape of fields and longhouses: LBK villages clustered along river valleys where well‑drained loess soils supported wheat, barley, pulses and domesticated animals. Houses were timber framed and long, sometimes arranged in rows; the material record—pottery, polished stone axes, and flint tools—speaks of craft specialization and landscape engineering.

Mortuary practices varied across the region and through time. Some communities used simple in‑situ burials adjacent to houses, while other contexts — notably Herxheim (Rhineland‑Palatinate) and several late Neolithic pits — preserve complex depositional patterns and disarticulated remains that archaeologists debate as ritual or violent events. Derenburg‑MeerenstiegII and Halberstadt (Saxony‑Anhalt) provide evidence of evolving burial rites into the Middle and Late Neolithic, including collective burial monuments and changes in grave goods.

Social organization likely combined kin‑based households with wider networks for exchange and marriage. Craft items, pottery styles, and the distribution of exotic raw materials reflect connections across hundreds of kilometers, while localized ceramic types (e.g., regional LBK varieties, later Sopot and Lengyel influences) document cultural differentiation.

This dataset (n = 494 individuals; 7244–2039 BCE) offers a large window into Neolithic population dynamics in Central Europe. Uniparental markers cluster around haplogroups typical of early farmers: mtDNA haplogroups K (n=58), H (n=53), N (n=46), J (n=43), and U (n=40) are prominent, reflecting maternal lineages common among Neolithic populations derived from Anatolian and southeastern European sources. On the paternal side, Y‑DNA haplogroup G (n=71) is the most frequent among reported counts, with substantial representation of I (n=54) and notable occurrences of C (n=41), H2 (n=19) and H (n=15).

Genome‑wide analyses (where available) indicate that early LBK groups carry a majority of Anatolian farmer ancestry combined with a variable proportion of Western Hunter‑Gatherer (WHG) ancestry; admixture increased over time, regionally heterogeneous. Steppe‑related ancestry is generally absent or minimal in early Neolithic phases but becomes detectable in later Neolithic and Chalcolithic contexts in parts of Central Europe. Kinship studies within cemeteries are revealing: some burial groups show close familial relationships, while other assemblages reflect broader community lineages. Limited sample numbers for certain haplogroups and uneven geographic sampling mean that some patterns remain provisional and regional.

The LBK and related Neolithic cultures planted genetic and cultural roots that contributed significantly to the ancestry of later Central Europeans. Maternal lineages such as mtDNA K and H, abundant in these Neolithic samples, persist widely in modern European populations. However, later large‑scale movements — notably Bronze Age steppe expansions — reshaped the genetic landscape, introducing new ancestry components and languages in many regions.

Archaeology and ancient DNA together show that continuity and change both matter: pockets of Neolithic genetic continuity persisted in specific areas, while others experienced substantial turnover. Today’s genetic map of Europe is a palimpsest: early farmer signatures remain visible, often blended with hunter‑gatherer and later migrant contributions. Ongoing sampling, especially from underrepresented regions and time slices, will refine how these deep threads tie to modern populations.