Migration and Dietary Patterns in the Gomolava Site, Serbia: Insights from Stable Isotope Analysis during the Late Bronze Age and Early Iron Age (1300-1100 BC).

This research paper explores migration and dietary patterns during the Late Bronze Age and Early Iron Age at the Gomolava site in northern Serbia. The strontium and oxygen isotopes were used to study mobility, while carbon isotopes offered insights into dietary habits. The study focuses on 24 individuals from Gomolava, mainly females and juveniles. Additionally, eight modern plant samples were analysed. The site itself is a mass grave primarily consisting of female and juvenile remains. Two individuals in particular, SK53 and SK18, displayed distinct strontium values, indicating different places of origin. Comparative analysis of the Carpathian Basin further suggests that SK53 may not be indigenous to the region. However, further research is necessary to accurately determine the precise origins of these individuals. On the other hand, oxygen isotopes provide limited information in differentiating between local and non-local individuals. The dietary patterns of the Gomolava...Show moreThis research paper explores migration and dietary patterns during the Late Bronze Age and Early Iron Age at the Gomolava site in northern Serbia. The strontium and oxygen isotopes were used to study mobility, while carbon isotopes offered insights into dietary habits. The study focuses on 24 individuals from Gomolava, mainly females and juveniles. Additionally, eight modern plant samples were analysed. The site itself is a mass grave primarily consisting of female and juvenile remains. Two individuals in particular, SK53 and SK18, displayed distinct strontium values, indicating different places of origin. Comparative analysis of the Carpathian Basin further suggests that SK53 may not be indigenous to the region. However, further research is necessary to accurately determine the precise origins of these individuals. On the other hand, oxygen isotopes provide limited information in differentiating between local and non-local individuals. The dietary patterns of the Gomolava individuals were also examined through stable carbon isotope analysis. It was discovered that their diet consisted of a combination of C3 and C4 plants, with millet probably playing a significant role during this period. Two outliers, SK53 and SK42, displayed distinct dietary paths, with SK53 relying more heavily on C4 plants compared to SK42, which primarily consumed C3 plants. SK18 had a mixed diet, incorporating both types of plants. The heightened levels of mobility witnessed during the Late Bronze Age and Early Iron Age in the Pannonian Basin can be plausibly linked to various factors, including climate fluctuations and societal upheavals. Additionally, the increased mobility observed among females may be attributed to the cultural practice of patrilocality, whereby women relocate to their husband's familial dwelling upon marriage. To attain a more comprehensive comprehension of the patterns of mobility, social dynamics, and dietary practices prevalent in ancient populations, further research incorporating a wide array of archaeological methodologies is necessary.Show less

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Migration and Dietary Patterns in the Gomolava Site, Serbia: Insights from Stable Isotope Analysis during the Late Bronze Age and Early Iron Age (1300-1100 BC).