Abstract

This paper presents new results of stable isotope analysis made on human and animal bones from Mesolithic–Neolithic sites (9500–5200 cal BC) in the Central Balkans. It reconstructs dietary practices in the Mesolithic and documents the development of new subsistence strategies and regional differences during the process of Neolithisation. We achieved these insights into dietary changes by analysing bone collagen δ13C (n = 75), δ15N (n = 75) and δ34S (n = 96) and comparing stable isotope data of Mesolithic–Neolithic communities from the Danube Gorges with the data of the first farmers who lived outside of the Gorges in the Central Balkans. The Bayesian model was employed to evaluate the relative importance of different animal proteins in human diet. Results bring a new overview and highlight important chronological and regional differences. They suggest that Late Mesolithic humans included more anadromous and potamodromous fish in their diet, which is consistent with archaeozoological evidence. On the other hand, differing from archaeozoological data, the model also points to a greater reliance on terrestrial carnivores (dogs) in the Late Mesolithic diet, a pattern that can be also explained by other dietary and environmental factors. In the Transitional and Neolithic period in the Gorges, some individuals have consumed fewer aquatic resources and favoured more terrestrial products. However, one site in the Gorges represents an exception—Ajmana, where we have the earliest farmers in this region since their subsistence economy was mainly oriented toward terrestrial products. Furthermore, results shows that Neolithic individuals inhumated at sites outside of the Danube Gorges in the Balkans had dietary patterns that vary in both terrestrial and freshwater resources, indicating that early farming communities had a diversified diet linked to a local natural environment. Comparative data finally indicates regional differentiations associated with locally available resources but also related to the traditions of prehistoric communities and to specific economic innovations.

Highlights

  • The Neolithic transition brought significant changes in human lifestyle (Zvelebil 2000; Bocquet-Appel 2011; Krauß 2011; Özdogan 2011) and strongly impacted their subsistence strategies, leading to the development of a new agro-pastoralist economy

  • Animal and human isotopic variability of the samples on which stable isotope analysis was performed within this study is presented together with published data used for further interpretation

  • The data for fish remains from the Danube Gorges indicates a very wide distribution of stable isotope ratios linked to the ecological behaviour of the species considered

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Summary

Introduction

The Neolithic transition brought significant changes in human lifestyle (Zvelebil 2000; Bocquet-Appel 2011; Krauß 2011; Özdogan 2011) and strongly impacted their subsistence strategies, leading to the development of a new agro-pastoralist economy. Settlements (Fig. 1) occupied by hunter–gatherer–fisher communities in the Danube Gorges (10,000– 5500 BC) as well as other Early Neolithic sites in the Central Balkans offer a unique opportunity for studying this process at a regional scale (Online Resource 1). Since stable isotope analyses provide direct evidence for dietary patterns, we performed multiple stable isotope analyses (δ13Ccoll, δ15N, δ34S) on human adult individuals (n = 81) and numerous animal species (n = 32) from Mesolithic and Early Neolithic sites located in several regions of the Central Balkans (the Danube Gorges, Vojvodina, Šumadija and Kosovo). The new stable isotope dataset presented here is discussed together with isotopic data collated from previous studies, which enabled us to conduct the largest palaeodietary reconstruction in this part of Balkans to date and further explore dietary behaviours and subsistence strategies throughout the Mesolithic and Neolithic in this part of Europe

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