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WANG Hui, QIN Xuwen, FAN Yuhai, YANG Jinzhong, JIN Moushun, ZHANG Shaopeng, LIAO Youyun, YANG Chen, CUI Sheng, HE Xiaolong, KUANG Jingshui, GUO Pengcheng. The application of high resolution remote sensing technology to ore-prospecting in Dahongliutan-Fulugou area of West Kunlun Mountains[J]. GEOLOGY IN CHINA, 2018, 45(6): 1289-1301. DOI: 10.12029/gc20180617
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In this paper, with the Dahongliutan-Fulugou area of West Kunlun Mountains as a study case and by using WorldView-2 remote sensing images as major data source, the authors compiled standard image map and adopted method of image enhancement to protrude the information of ore-controlling factors and mineralization. The interpretation of remote sensing for mineral resources was carried out. By using ASTER data the authors conducted alteration anomaly information extraction, with the addition of a proper amount of field investigation verification. The authors finally found four great prospecting potential mineralization belts, which included one granite pegmatite belt (including rare metals) and stratabound iron polymetallic mineralization zone in Dahongliutan, one hydrothermal vein-type iron, lead, silver, copper mineralization zone and four stratabound siderite-hematite mineralization belts containing copper-lead-zinc-silver in Fulugou. Through a comprehensive analysis of remote sensing, 11 remote sensing prospecting targets were delineated, which included 5 A-class, 3 B-class and 3 C-class, and this can be used as the basis for deploying mineral resources survey project and exploration and evaluation of mineral resources. Therefore, the high score remote sensing technology deserves further promotion and application in similar areas of West Kunlun, because it can realize the rapid breakthrough of ore prospecting work in the mineral geological survey.
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