Transition from Swifterbant to Funnelbeaker: A Bayesian Chronological Model

Author:

Menne Julia1,Brunner Mirco2

Affiliation:

1. University Hamburg, Institut für Vor-und Frühgeschichtliche Archäologie , Edmund-Siemers-Allee 1 , 20146 Hamburg , Germany

2. Kiel University, Institute for Ecosystem Research , Olshausenstrasse 75 , 24118 Kiel , Germany

Abstract

Abstract The transition from the late Swifterbant culture to the first appearance of the Funnelbeaker Westgroup raises numerous questions, from cultural discontinuities to gradual transitions. This process describes the transformation from a late mesolithic of hunter‐gatherer societies to a fully neolithic society in Northwestern Europe. The Early Neolithic in this area marks a technological and sociocultural transition zone, which we can identify. Although the first megalithic buildings of the Funnelbeaker Culture were erected around 3600 BC, Swifterbant sites and findings can still be traced. Many studies assume a hiatus between these phases, which is based on a research‐historical but also a conservation‐related problem. With this contribution, we attempt to generate a chronological Bayesian model on the basis of absolute chronological data. The aim is to compare the numerous available radiocarbon data from different periods in one overview. It is a model to visualize discontinuities or overlaps of the currently available data. It becomes apparent that there is a slide overlap between the archaeologically defined chronological phases. This model serves as a basis for further discussion and chronological models.

Publisher

Walter de Gruyter GmbH

Subject

Education,Archeology,Conservation

Reference47 articles.

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2. Baales, M., Pollmann, H.-O., & Stapel, B. (2013). Westfalen in der Alt- und Mittelsteinzeit. Münster: LWL-Archäologie für Westfalen/Altertumskommission für Westfalen.

3. Bakker, J. A. (1979). The TRB west group. Studies in the chronology and geography of the makers of hunebeds and tiefstich pottery (Cingula 5). Amsterdam: Amsterdam University.

4. Bevan, A., Crema, M., Kyle Bocinsky, R., Hinz, M., Riris, P., & Silva F. (2020). rcarbon: Calibration and analysis of radiocarbon dates (version 1.4.0).

5. Bronk Ramsey, C. (1997). Probability and dating. Radiocarbon, 40, 461–474. 10.1017/S0033822200018348.

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