所处理的数据涉及遥感、地质、地球物理、地球化学和地理等学科的多源地学信息。
The data processed are involved with multi-geoscience information such as remote sensing, geology, geophysics, geochemistry and geography.
研究结果表明，将传统的解释方法与数理统计方法及地理信息系统技术相结合，是综合多源地学信息进行矿产资源预测的有效途径。
Study results show that it is the effective way for metallogenic prognosis that traditional explanation method is combined with mathematical statistics and GIS.
利用GIS技术综合多源地学空间信息，应用于区域地质调查的重要方面——野外空间数据采集。
The advantage of GIS technology in combining multi sources geoscience information is used in the important aspect of regional geological survey field spatial data collection.
利用GIS技术综合多源地学空间信息，应用于区域地质调查的重要方面——野外空间数据采集。
The advantage of GIS technology in combining multi sources geoscience information is used in the important aspect of regional geological survey field spatial data collection.
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