Genome-wide data from six individuals in Bohemia provide a tentative genetic window into Globular Amphorae populations, but low sample count mandates caution. Of the six sampled, three carry Y-DNA assigned to haplogroup R (unspecified subclades), while mitochondrial lineages are diverse: K (2), U (1), J (1), V (1), and H1 (1). Archaeological and genetic syntheses indicate that mtDNA haplogroups K, H and J are common in European Neolithic farmer-descended groups, whereas U variants can reflect lingering Mesolithic hunter-gatherer maternal ancestry. The presence of Y-lineage R in half the male samples could hint at male-mediated gene flow or local continuity of R-bearing paternal lineages; however, without high-resolution subclade assignments (e.g., R1a vs R1b) and larger sample sizes, any inference about steppe-related input or specific migration events remains provisional.
Genome-wide ancestry components (where available for Globular Amphorae elsewhere) often show mixed Neolithic farmer and residual hunter-gatherer ancestry with limited steppe admixture relative to later Bronze Age groups. Applied to these Bohemian samples, that wider pattern suggests communities rooted in Neolithic farming lineages while participating in broader networks of exchange and occasional gene flow. Given only six genomes, archaeological data and wider comparative genetic datasets must be integrated to avoid overinterpretation; conclusions are preliminary and should be revisited as more samples emerge.