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Revealing the 'hidden' Pannonian and Central Balkan Mesolithic: new radiocarbon evidence from Serbia

Authors :
Tamara Blagojević
Vesna Dimitrijević
Kristina Penezić
Jugoslav Pendić
Ivana Živaljević
Nenad Jončić
Dragan Anđelić
Miloš Spasić
Anđelka Putica
Milica Bajčeta
Jelena Jovanović
Jelena Bulatović
Sofija Stefanović
Viktorija Uzelac
Source :
Quaternary International
Publication Year :
2021
Publisher :
Pergamon-Elsevier Science Ltd, Oxford, 2021.

Abstract

With the exception of the well known Mesolithic sites in the Danube Gorges (or the Iron Gates), the wider areas of the Central Balkans and southern fringes of the Great Pannonian Plain still represent a terra incognita when it comes to the presence of Mesolithic communities. The absence of Mesolithic sites in the region was associated with environmental changes in the Early Holocene, presumed low human population densities, limited possibilities of detection, or the lack of adequate research. However, valuable insights into the obscure regional Mesolithic can be gained not only by new archaeological excavations, but also by revisiting and reanalysing of existing archaeological collections. Particularly informative in this respect are the Early Neolithic sites, indicative of the extensive spread of farming communities from c. 6200 cal BC. Within the ERC Project BIRTH, a large sample of human and animal remains from these sites was dated, falling in the (expected) range between c. 6200‒5300 cal BC. However, one human and several animal bone samples from the sites of Magareći mlin, Gospođinci-Nove zemlje and Grabovac-Đurića vinogradi were dated to the 8th millennium cal BC, providing the first radiocarbon evidence of Early Holocene sequences in the territory of Serbia other than the Danube Gorges. In this paper, we present the new radiocarbon dates, discuss the contextual provenance of dated bones, and explore the implications of these results for a better understanding of the problem of the “missing” and “invisible” Mesolithic in the region.

Details

Database :
OpenAIRE
Journal :
Quaternary International
Accession number :
edsair.doi.dedup.....28f46607812ff40d5f11bcdacdfd075e