Based on the principles of the remote sensing technology and the characteristics of electromagnetic radiation of various rocks and minerals in the hydrothermal alteration zone, an evalution of the air-borne and space-borne imagery for gold exploration has been elucidated in this paper f Which is in comformity with the geologic features as well as the ergularity of mineraliza-tion of different types of gold deposits The methodology for remote sensing and its implementation principles are.suggested for three major types of gold deposits i. e. the Archaean green-schist vein-type gold deposits, the fine-grai-ned disseminated gold deposits, and the volcanic-rock gold deposits.
孙星和. 金矿资源遥感方法探讨[J]. 国土资源遥感, 1989, 1(2): 52-57.
Sun Xinghe . A DISCUSSION ON REMOTE SENSING APPROACHES TO GOLD EXPLORATION. REMOTE SENSING FOR LAND & RESOURCES, 1989, 1(2): 52-57.
[2] J. C. Kepper, 1987. Disrriiniuation of lithologic units, alteartion patterne and major struetttral blocks in the Tonopah, Nevada area using thematic mapper data. 《5th, Thernatic conf. Rem. sen. Expl. Geol. 》
[3] J. Harris., 1987,A Comparison of linearnants interpreted from remotely sensed data and Airborne magnetics and their relatioiishiP to gold deposits. gold deposits 《5th thematic conf. Rem. Sen Expl. Geol.》J. A. Huckerby, R. magee, 1987, Thematic mapper appliecd to alteration zone matrping for. gold exploration in south-Enst spain
[5] D. A. mouat, J. S. myers, 1987 An integrated apprciach' to the use of Landsat TM data for gold exploration in west central Nevada
[6] Integration of Airbdrne T'hematic mapper & thermal infrared multjspectral scannerdata for lithologic & Hydrotheryal, altetation mapping, proc. 3rd chcmalic conf. Rcm. scn. Explorat.Geol., 1985