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放射性碳测年希腊原始几何时期和几何时期:锡恩佐的证据。

Radiocarbon dating the Greek Protogeometric and Geometric periods: The evidence of Sindos.

机构信息

Austrian Academy of Sciences, Austrian Archaeological Institute, Vienna, Austria.

Institute of Prehistory, University Cologne, Köln, Germany.

出版信息

PLoS One. 2020 May 27;15(5):e0232906. doi: 10.1371/journal.pone.0232906. eCollection 2020.

Abstract

Mediterranean Early Iron Age chronology was mainly constructed by means of Greek Protogeometric and Geometric ceramic wares, which are widely used for chronological correlations with the Aegean. However, Greek Early Iron Age chronology that is exclusively based on historical evidence in the eastern Mediterranean as well as in the contexts of Greek colonisation in Sicily has not yet been tested by extended series of radiocarbon dates from well-dated stratified contexts in the Aegean. Due to the high chronological resolution that is only achievable by (metric-scale) stratigraphic 14C-age-depth modelling, the analysis of 21 14C-AMS dates on stratified animal bones from Sindos (northern Greece) shows results that immediately challenge the conventional Greek chronology. Based on pottery-style comparisons with other sites, the new dates for Sindos not only indicate a generally higher Aegean Early Iron Age chronology, but also imply the need for a revised understanding of the Greek periodisation system that will foreseeably have a major impact on our understanding of Greek and Mediterranean history.

摘要

地中海早期铁器时代的年代主要通过希腊原始几何和几何陶瓷器来构建,这些陶瓷器广泛用于与爱琴海进行年代关联。然而,仅基于东地中海以及希腊在西西里岛殖民背景下的历史证据的希腊早期铁器时代年代,尚未通过爱琴海具有良好年代分层的扩展系列放射性碳日期进行测试。由于(度量规模)地层 14C 年龄-深度建模所达到的高年代分辨率,对来自 Sindos(希腊北部)的分层动物骨骼进行的 21 个 14C-AMS 日期的分析结果立即对传统的希腊年代学提出了挑战。基于与其他遗址的陶器风格比较,Sindos 的新日期不仅表明爱琴海早期铁器时代的年代普遍较高,而且还意味着需要对希腊时期系统进行修订理解,这预计将对我们对希腊和地中海历史的理解产生重大影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/1742/7252618/de78d9e61eb8/pone.0232906.g001.jpg

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