Relying on the Hyperion sensors of NASA's Earth Observing-1 satellite, senior RMSI engineers tested the new methods by using data collected from Jharkhand and Bihar states of India. The multi-step process included atmospheric correction, georeferencing, application of a pixel purity index and other steps leading ultimately to classification algorithms. Both rock and soil types were analyzed.
The resulting mineral abundance map was then compared with GPS-aided field surveys of the target areas. This correlation confirmed the success of the new satellite-based techniques, which were particularly effective in identifying Muscovite, Quartz and Beryl. The RMSI techniques are expected to significantly benefit companies exploring for minerals in remote areas, and also in areas where there is no large exposure of any particular mineral end member.
About RMSI - Maximizing business value
At the leading edge of geospatial and information technology, RMSI develops innovative solutions that integrate geographic information with niche business applications. RMSI's success hinges on its unparalleled domain expertise, specifically in natural disaster and climate change risk modeling, and its unique application of geospatial technologies. The company has a deserved reputation for developing high quality end-to-end customized solutions, on time and to budget. This has translated in to 75% repeat business from its global client base in sectors such as, disaster management, insurance, agriculture & natural resources, land and property, government & multilateral funding agencies, telecom, and utilities amongst others.RMSI is a CMMI level 5 assessed and ISO 9001:2000 certified company. Today, RMSI's resource base comprises over 900 software, data and technology specialists. The company is part of one of the UK's largest listed companies, the Daily Mail and General Trust plc. For more information, please visit www.rmsi.com
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