在过去的基础上:完善我们目前对拉皮塔吊脚楼结构的理解

IF 1.1 3区 历史学 Q2 ANTHROPOLOGY Australian Archaeology Pub Date : 2022-09-02 DOI:10.1080/03122417.2022.2148184
N. Hogg, Yi-lin E. Chen, G. Summerhayes, G. Boswijk, S. Manning, A. Hogg, C. Gosden
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引用次数: 0

摘要

摘要本文回顾了我们目前对巴布亚新几内亚俾斯麦群岛拉皮塔吊脚楼结构的了解,并提供了对阿拉韦群岛阿德韦遗址中发现的拉皮塔时代吊脚楼的木柱进行分析的新数据。通过分类学分析,木柱被鉴定为Intsia bijuga(摩鹿加铁木或太平洋柚木),这是一种耐盐水的物种,已被证明是一种高度耐用的建筑材料。在各种拉皮塔遗址选择性使用结实的木材,包括Intsia bijuga、Cordia subcordata、Diospyros sp.、Terminalia catappa和Calophyllum inophyllum作为建筑材料,表明拉皮塔种群对当地可用的木材资源有着清晰的了解。这篇论文还详细介绍了世界上第一次尝试用放射性碳摆动匹配来确定拉皮塔时代的木制工艺品的年代。
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Building on the past: Refining our current understanding of Lapita stilt structures
Abstract This paper reviews our current knowledge of Lapita stilt structures in the Bismarck Archipelago, Papua New Guinea, and contributes new data from the analysis of a wooden post belonging to a Lapita-era stilt structure identified in the site of Adwe in the Arawe Islands. Via taxonomic analysis, the wooden post is identified as Intsia bijuga (Moluccan ironwood or Pacific teak), a saltwater-resistant species that would have proven to be a highly durable construction material. The selective usage of sturdy timber including Intsia bijuga, cf. Cordia subcordata, Diospyros sp., cf. Terminalia catappa and Calophyllum inophyllum as building materials at various Lapita sites, suggests that the Lapita populations had a clear understanding of locally available timber resources. This paper also details a world-first attempt at radiocarbon wiggle-match dating a Lapita-age wooden artefact.
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CiteScore
1.90
自引率
9.10%
发文量
20
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