Longhouse times: dating the Alsónyék LBK settlement

  • Krisztián Oross (Author)
  • Anett Osztás (Author)
  • Tibor Marton (Author)
  • Éva Ágnes Nyerges (Author)
  • Kitti Köhler (Author)
  • Zsolt Gallina (Author)
  • Krisztina Somogyi (Author)
  • Eszter Bánffy (Author)
  • Christopher Bronk Ramsey (Author)
  • Tomasz Goslar (Author)
  • Derek Hamilton (Author)

Abstract

In the central part of the main area of the Alsónyék complex investigated an LBK settlement was discovered. The features belonging to the LBK occupation were uncovered in subsites 10B, 11 and 5603. The location of houses could be determined by the long pits flanking presumed timber-framed constructions; postholes are very poorly preserved. Fifty house plans could be identified, most of them based on the long pits. Most Neolithic archaeologists agree that the western part of the Carpathian basin served as the cradle of the LBK. The Balaton area and the region south of the lake had an important role in the development of the culture and in the spread of the Neolithic to central Europe. Southern Transdanubia, however, has previously been a veritable terra incognita for settlement research of the culture, despite the evidence for LBK sites from the region. Dating of the LBK occupation was funded by the OTKA project, Alsónyék from the beginning of food production to the end of the Neolithic and has been undertaken in a cooperation with the ERC-funded project, The Times of Their Lives. The aim has been to provide formally modelled date estimates of the timing and duration of the LBK occupation at Alsónyék, to gain insight into intra-site development and dynamics, and further the absolute chronology of the LBK on a regional scale. This paper presents 23 radiocarbon dates from 21 samples, interpreted within a formal chronological framework, for the LBK settlement at Alsónyék. The Bayesian model presented estimates that LBK activity probably began in 5335–5280 cal BC (68% probability), probably lasted for 290–410 years (68% probability), and probably ended in 5010–4915 cal BC (68% probability).

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Published
2017-04-11
Language
en