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首页> 外文期刊>Geological Survey of Denmark and Greenland Bulletin >Integrating 3D photogeology with aeromagnetic data as a tool for base-metal exploration in East Greenland
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Integrating 3D photogeology with aeromagnetic data as a tool for base-metal exploration in East Greenland

机译:将3D照片地质学与航空磁学数据相结合,作为东格陵兰岛基础金属勘探的工具

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An 800 km long basin system developed along the EastGreenland margin since the Late Palaeozoic in which theJameson Land Basin forms the southern part of the system.Along the margins of the Jameson Land Basin there are occurrences of barite, copper, lead, zinc and silver, which areparticularly abundant in the northern part of the basin’seastern margin in the Wegener Halv? area (Fig. 1). Structures and stratigraphic architecture play important roles inthe mineralisation distribution, so detailed mapping is essential. We used 3D photogeology combined with geophysicaldata to map the di?erent stratigraphic units, faults and dykesin three dimensions.
机译:自古生代晚期以来,沿东部格陵兰边缘发展了一个800公里长的盆地系统,在该系统中,詹姆森陆地盆地形成了该体系的南部。在詹姆森陆地盆地的边缘,出现了重晶石,铜,铅,锌和银,在韦格纳河谷盆地东部边缘的北部,哪些特别丰富?区域(图1)。结构和地层构造在成矿分布中起着重要作用,因此详细的制图必不可少。我们将3D摄影地质学与地球物理数据结合起来,绘制了不同的地层单位,断层和堤坝三维图。

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