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首页> 外文期刊>Quaternary International >Combining remote sensing, geophysics, and lithic provenance and reduction to understand long-term continuity in Paleo-Inuit chert quarrying and seasonal inland travels on southern Baffin Island, NU
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Combining remote sensing, geophysics, and lithic provenance and reduction to understand long-term continuity in Paleo-Inuit chert quarrying and seasonal inland travels on southern Baffin Island, NU

机译:结合遥感,地球物理学和岩石出处和减少,以了解Paleo-Inuit Chert采石场和季节性内陆的长期连续性,在南玻璃岛南部岛屿群岛

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摘要

In 2013, we identified a large chert quarry located in the intermediate zone between southern Baffin Island's coast and interior. In 2015, we used a combination of remote sensing and geophysical technology to assess how intensively Pre-Dorset and Dorset populations (collectively known as Paleo-Inuit) used the site. This paper presents the results of those investigations, and explains how they articulate with geochemical and lithic reduction data from two large inland Paleo-Inuit habitation sites on southern Baffin Island. Our findings suggest that, despite a dramatic shift in the Arctic climate c. 5000-2500 BP, human populations in this region maintained seasonal patterns of intensive resource exploitation in the interior regions of Baffin Island. This was likely a result of ongoing need for vital resources only available in the interior, including chert toolstone.
机译:2013年,我们确定了一个位于南玻璃岛海岸和内部中间区的大型燧石猎物。 2015年,我们使用了遥感和地球物理技术的组合来评估使用该网站的近多西特和多西特人群的程度密集和多塞尔群体(统称为Paleo-Inuit)。本文介绍了这些调查的结果,并解释了他们如何用来自南葡萄卷岛上的两个大型内陆古因特居居所的地球化学和岩石减少数据表达。我们的研究结果表明,尽管北极气候C中剧烈转变。 5000-2500 BP,该地区的人口在葡萄干岛内部地区维持了季节性资源开发的季节性模式。这可能是持续需要在内部提供的重要资源,包括Chert Toolstone。

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