Mokrin Maros: Banat Bronze Echoes

Rising from the lowlands of the Tisza and Maros river valleys, the Mokrin Maros communities crystallized in the early Bronze Age landscape of North Banat (c. 2100–1800 BCE). The Mokrin Necropolis, near modern Kikinda, provides the clearest archaeological window: a clustered cemetery with varied grave inventories, bronze objects, and regional ceramic styles that link local traditions to broader Maros cultural expressions.

Archaeological data indicates continuity with earlier Neolithic and Chalcolithic practices alongside new burial forms and metalworking traditions typical of the Early Bronze Age Balkans. This cultural layering suggests a period of social reorganization rather than abrupt population replacement. Material culture—ornamented pottery, bronze tools and occasional prestige items—points to interaction networks that stretched along river corridors and into neighboring plains.

Genetic sampling from Mokrin (n = 31) offers an allied line of evidence. The mix of paternal and maternal haplogroups recovered is consistent with a community shaped by both enduring local lineages and incoming influences. While the sample size is moderate and regional comparisons are still developing, combined archaeological and genomic data portray Mokrin as a locus where long-standing local traditions and wider Early Bronze Age currents converged.

• Emerged c. 2100 BCE in North Banat (Mokrin, Kikinda)
• Cemetery evidence shows social differentiation and regional ties
• Cultural continuity blended with new Early Bronze Age elements

Thirty-one genomes from the Mokrin Necropolis provide a moderate-size dataset for the Early Bronze Age Maros context. Paternal lineages are dominated by haplogroup I (5 individuals) and R (4 individuals), with a single instance of J. Maternal lineages show a stronger diversity: U (9), H (6), H80 (3), J1c (3), and T2b (2). These patterns offer a layered genetic picture.

The presence of Y-haplogroup I—frequent in European hunter-gatherer and later local male lines—alongside R lineages, which are frequently associated with steppe-related movements across Europe, suggests a paternal landscape shaped by both entrenched local traditions and incoming male-biased gene flow. The solitary J Y-lineage may reflect long-distance connections or trade-related contacts; however, its low frequency cautions against over-interpretation.

Mitochondrial diversity indicates persistent maternal contributions from both pre-Neolithic hunter-gatherer-associated clades (U) and lineages commonly found among Neolithic farming populations (H, J1c, T2b). This mixture is consistent with archaeological indications of cultural continuity blended with new influences. Broadly, Mokrin’s genomic signal aligns with Early Bronze Age Balkans patterns in which local Neolithic ancestry is augmented by steppe-linked elements; phrasing should be cautious because detailed admixture proportions require broader comparative datasets.

Given that the sample count is moderate (n = 31), conclusions are suggestive rather than definitive—additional sampling across the region will refine how typical these patterns were for the Maros cultural world.

• Y-DNA mix (I and R) points to both local paternal continuity and steppe-linked arrivals
• mtDNA diversity (U, H, J1c, T2b) shows maternal continuity of hunter-gatherer and Neolithic lineages