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Monitoring and Assessing the Environmental Impact of Mining in Europe Using Advanced Earth Observation Techniques - MINEO

机译:利用先进地球观测技术监测和评估欧洲采矿环境影响 - MINEO

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MINEO is a shared-cost action for Research and Technological Development contracted on January 2000 with EU DG Information Society Technologies in the frame of the Fifth Framework programme for Research and Technological Development. MINEO aims at assessing and monitoring the environmental impact of mining activities, using the most advanced Earth observation techniques, and in particular hyperspectral remote-sensing sensors. During an airborne survey six mining areas, five within Europe and one in Greenland have been scanned by HyMap, a hyperspectral scanner build by the Australian company Integrated Spectronics. The firsts MINEO results have shown the very high potential of hyperspectral imagery in mining-related contamination and impact mapping in various vegetated European environments, either ⅰ) directly through mineral- and rock-mapping of the mining waste and residues and related contaminated areas; or ⅱ) indirectly, through the mapping of mining induced vegetation stress or contamination. The objective of the Austrian test site "Steirischer Erzberg" was the development of combined Remote Sensing and GIS tools for mining site rehabilitation and reforestation in an Alpine environment. The first results of the Alpine test site are presented in this paper.
机译:MINEO是2000年1月与欧盟DG信息社会技术合同的研究和技术发展的共享成本行动,该技术在第五框架研究和技术开发计划框架中。 MINEO旨在使用最先进的地球观测技术,特别是高光谱遥感传感器评估和监测采矿活动的环境影响。在一个航测6采区,五在欧洲范围内,一个在格陵兰岛已经被Hymap压力变送器,超光谱扫描仪建立由澳大利亚公司综合美国Spectronics扫描。第一个MINEO结果表明,在采矿相关污染和冲击型欧洲环境中的矿物和抗污染和残留物和残留物和相关污染区域的矿物和岩石映射,Ⅰ的高光谱图像的高潜能污染和冲击映射。或Ⅱ)间接地,通过采矿诱导植被应力或污染的映射。奥地利试验网站“Steirischer Erzberg”的目的是开发联合遥感和GIS工具,用于采矿现场康复和在高山环境中的重新造林。本文提出了高山试验部位的第一个结果。

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