The multisource geoscientific-data are comprehensively analysed by means of the computer image analysis technique and the resources evaluating method of concept pattern. We can obtain the varied geological anomalies and comp- rehensive information, establish the ore guides of prespecting and concept pattern for a variety of metal mineral deposits, find the clues of prespecting, select prespecting targets. and reevaluete the old ore-fields and minerogenetic areas being searched. We combine the two types of new technique of multi-variate statistic and digital image processing. the multi-factors statistic fealure and results of comprehensive model from the geophsical. geochemical. remote sensing and geological data, etc., are presented by the special thematic images and graphys. In every minerogenetic-areas. it is reappeared that the tectonic framework, shape and attitude of magmatic rock, lithological strata, mineralizing anomalies. and their inter-relationship and spatial distribution charactor. The reliable scientific basis is provided for analysing the minerogenetic geological environment of special areas, studying the feature of tectonic magmatic activity, revealing the relationship between the deep tectonics and the minerogenetic, establishing the guides of comprehensive interpreting and extracting the new comprehensive secondary information.
植起汉, 张远飞, 朱谷昌. 多源地学数据综合处理技术在金属矿产预测中的应用[J]. 国土资源遥感, 1990, 2(2): 8-13.
Zhi Qihan, Zhang yuanfei, Zhu Guchang . APPLICATION OF INTEGRATION PROCESSING TECHNIQUE FOR MULTISOURCE GEOSCIENTIFIC-DATA IN PREDICTING FOR METAL MINERAL DEPOSITS. REMOTE SENSING FOR LAND & RESOURCES, 1990, 2(2): 8-13.