首页> 外文期刊>Archaeometry >COPPER-BASE METALLURGY IN METAL-AGE BAL I : EVIDENCE FROM GILIMANUK, MANIKLIYU, PACUNG, PANGKUNG PARUK AND SEMBIRAN
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COPPER-BASE METALLURGY IN METAL-AGE BAL I : EVIDENCE FROM GILIMANUK, MANIKLIYU, PACUNG, PANGKUNG PARUK AND SEMBIRAN

机译:金属时代BAL I:来自Gilimanuk,Manikiyu,PACUNG,PRASER和特征的证据

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摘要

The Indonesian Archipelago extends over 5000 km of latitude, from 95°E to 141°E, and hosts some of the world’s largest active metal mines. While some fascinating ethnographic and historical sources exist, virtually nothing is known of the country’s prehistoric metallurgical traditions. Given Indonesia’s scale, this situation cannot be remedied in short order, but with this paper we seek to elucidate some metal production and consumption behaviours on Bali, located around 115°E, during the last centuries of the first millennium BC and the early to middle first millennium AD. The studied early Metal Age assemblage of 27 copper-base artefacts from the sites of Pacung, Sembiran, Bangkah, Pangkung Paruk, Gilimanuk and Manikliyu includes bangle, bowl, drum, hook, mirror and ornamental typologies, and fragments thereof. Fourteen of the 27 samples were suffering from corrosion, but a strong tendency towards leaded copper alloys (21 of 27) can be distinguished, with some bronzes, a high-tin bronze and a leaded hightin bronze. The high proportion of leaded artefacts mean that lead isotope data cannot be used to identify possible sources of copper, but there is good consistency with Mainland South-East Asian Iron Age leaded alloy signatures for the bulk of the assemblage, possibly indicating the existence of long-range (~2000–3000 km one way) exchange systems at the outset of the Island South-East Asian Metal Age, and perhaps as far as China and India in the case of the mirror and bowl, respectively. Of particular note, the Manikliyu ‘Pejeng’ drum, a stylistically idiosyncratic type known from Bali and Java, and for which there is local production evidence, transpired to be consistent in terms of elemental composition and lead signature with Mainland ‘Dong Son’ drums. This could suggest that Pejeng drums were produced not just from metal imported from the Mainland but with melted down Mainland drums; an intriguing case of local reinterpretation of foreign elite mate
机译:印度尼西亚群岛队伍超过5000公里的纬度,从95°E到141°E,并举办了一些世界上最大的活性金属矿山。虽然存在一些令人着迷的民族语和历史来源,但几乎没有任何众所周知的史前冶金传统。鉴于印度尼西亚的规模,这种情况不能简短地纠正,但是通过本文,我们寻求阐明巴厘岛的一些金属生产和消费行为,位于115°E左右的BC的最后几个世纪和中间的早期第一千年广告。研究了来自Pupung,Sembiran,Bangkah,Pangkung Paruk,Gilimanuk和Manikliyu遗址的27个铜基伪造的早期金属年龄组合,包括手镯,碗,鼓,钩,镜子和装饰类型,以及其碎片。 27个样品中的十四个样品患有腐蚀,但可以区分铅铜合金(21个中的21个)的强烈趋势,有一些青铜器,高锡青铜和引线的Hightin青铜。高比例的牵引假设意味着铅同位素数据不能用于识别可能的铜来源,但是与大陆东南亚铁时代的良好一致性持有的合金签名,可能表明存在长期存在 - 在岛东南亚金属代岛的一端交流系统,也许是在镜子和碗的情况下,也许是中国和印度。特别是注意,Manikliyu'Pejeng'鼓,来自巴厘岛和Java的风格性识别类型,以及其中有当地的生产证据,在元素成分和内地'董儿鼓的主要成分和铅签名方面的一致。这可能表明,碧酒鼓不仅仅是从内地进口的金属,而是融化了大陆鼓;对外国精英配合的局部重新解读的有趣案例

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  • 来源
    《Archaeometry》 |2018年第6期|共19页
  • 作者单位

    Centre National de la Recherche Scientifique UMR 7055 Préhistoire et Technologie and CEA/CNRS UMR 3685 NIMBE Nanterre 92023 France;

    School of Culture History &

    Language Australian National University Canberra Australia;

    National Centre for Archaeological Research Jakarta 12510 Indonesia;

    School of Archaeology and Anthropology Australian National University Canberra Australia;

    School of Culture History &

    Language Australian National University Canberra Australia;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 文物考古;
  • 关键词

    SOUTH-EAST ASIA; INDONESIA; BALI; ARCHAEOMETALLURGY; LEAD ISOTOPE;

    机译:东南亚;印度尼西亚;巴厘岛;archaeometally;铅同位素;

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