The Lower Danube region represents a long-standing zone of interaction between indigenous communities, mobile pastoral populations, and Mediterranean colonial networks. During the Late Iron Age, such contexts have frequently been interpreted through culture-historical frameworks that emphasise socio-economic differentiation among coexisting populations. This study examines whether communities traditionally described in culturally or economically differentiated terms can instead be understood as functionally diverse social entities responding to shared environmental conditions. Three Late Iron Age (4th–3rd centuries BC) settlements from Central Dobruja (Romania), Medgidia Hellenistic 1, 2, and 3, were investigated using an integrated bioarchaeological approach combining archaeozoological and phytolith analyses. The sites are situated along a major communication corridor linking the Danube with the western Black Sea coast, colonised by the Greeks at that time. Faunal assemblages are dominated by domestic mammals, particularly cattle, caprine, and horses, indicating a pastoral economy structured around livestock management, secondary product exploitation, and varying degrees of mobility. Phytolith assemblages reveal a strong cereal signal alongside evidence for grassland exploitation, woody resource use, and wetland vegetation, reflecting mixed agro-pastoral practices embedded within a heterogeneous landscape. Taken together, the results suggest that Getae and Scythian-associated populations did not represent temporally or hierarchically differentiated socio-economic stages, but rather coexisting communities characterised by complementary subsistence practices, shaped by mobility, seasonality, and regional connectivity. This study highlights the value of bioarchaeological evidence for refining interpretations of cultural interaction and adaptive strategies in Late Iron Age Europe.
The subsistence economy of Early Iron Age communities in the Lower Danube remains insufficiently documented despite the large number of settlements attributed to the Babadag culture. This study examines subsistence practices at the eponymous Babadag settlement by combining archaeozoological, carpological, phytolith, and radiocarbon evidence from legacy excavation materials. The chronological framework includes 14 radiocarbon determinations, which broadly support an occupation between the end of the 11th/beginning of the 10th century BC and mid-8th century BC. The analysed assemblages comprise 11,475 faunal remains, two samples of charred plant macroremains, and nine sediment samples for phytolith analysis. Domestic mammals dominate the faunal assemblage, especially cattle and sheep/goat, with fishing providing an important supplementary food resource while hunting remained limited. Age-at-death data, together with the limited sex-ratio evidence, are consistent with mixed livestock exploitation, which may have included meat production, dairying, traction, wool production, and reproduction. Carpological remains document hulled barley, emmer, spelt wheat, and common millet, while phytoliths indicate repeated inputs of grass material into archaeological deposits. Overall, the evidence indicates a diversified subsistence economy based primarily on animal husbandry and cereal cultivation and processing, supplemented by fishing and the limited use of wild resources.