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首页> 外文期刊>Geosciences >The Application of Freely-Available Satellite Imagery for Informing and Complementing Archaeological Fieldwork in the “Black Desert” of North-Eastern Jordan
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The Application of Freely-Available Satellite Imagery for Informing and Complementing Archaeological Fieldwork in the “Black Desert” of North-Eastern Jordan

机译:免费提供的卫星影像在约旦东北部“黑沙漠”中为考古野外工作提供信息和补充

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Recent developments in the availability of very high-resolution satellite imagery through platforms like GoogleEarth (Google, Santa Clara County, CA, USA) and Bing Maps (Microsoft, Redmond, WA, USA) have greatly opened up the possibilities of their use by researchers. This paper focusses on the exclusive use of free remote sensing data by the Western Harra Survey (WHS), an archaeological project investigating the arid “Black Desert” of north-eastern Jordan, a largely impenetrable landscape densely strewn with basalt blocks. The systematic analysis of such data by conducting a holistic satellite survey prior to the commencement of fieldwork allowed for the precise planning of ground surveys, with advanced knowledge of which sites were vehicle-accessible and how to efficiently visit a stratified sample of different site types. By subsequently correlating the obtained ground data with this analysis, it was possible to create a typological seriation of the site forms known as “wheels”, determine that at least two-thirds of sites are within 500 m of valleys or mudflats (highlighting these features’ roles as access routes and resource clusters) and identify numerous anthropogenic paths cleared through the basalt for site access and long-distance travel. These results offer new insights into this underrepresented region and allow for supra-regional comparisons with better investigated areas by a method that is rapid and cost-effective.
机译:通过GoogleEarth(美国加利福尼亚州圣塔克拉拉县)和Bing Maps(美国华盛顿州雷德蒙德)等平台提供的高分辨率卫星图像的最新发展,极大地打开了研究人员使用它们的可能性。本文的重点是西哈拉测量局(WHS)独家使用免费的遥感数据,该项目是一项考古项目,研究约旦东北部的干旱“黑沙漠”,这是一块密布有玄武岩块的,难以穿透的景观。通过在野外工作开始之前进行全面的卫星勘测来对这些数据进行系统的分析,从而可以对地面勘测进行精确的计划,并具有对哪些站点可通行车辆以及如何有效访问不同站点类型的分层样本的先进知识。通过随后将获得的地面数据与此分析相关联,可以创建称为“车轮”的站点形式的类型学序列,确定至少三分之二的站点位于山谷或泥滩500 m以内(突出显示这些特征充当访问路线和资源集群的角色),并确定通过玄武岩清除的许多人为路径,以进行站点访问和长途旅行。这些结果为该代表性不足的地区提供了新的见解,并允许使用快速且经济高效的方法与调查得更好的地区进行超地区比较。

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