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Volume 12 Issue 2
Jun 2001
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Jianping Chen, Pengda Zhao, Huoping Ding. Theory of Geological Anomaly in Remote Sensing. Journal of Earth Science, 2001, 12(2): 108-112.
Citation: Jianping Chen, Pengda Zhao, Huoping Ding. Theory of Geological Anomaly in Remote Sensing. Journal of Earth Science, 2001, 12(2): 108-112.

Theory of Geological Anomaly in Remote Sensing

Funds:

the National Natural Science Foundation of China 40072030

National Special Laboratory of Geological Disaster Prevention and Engineering Environment Protect 

  • Received Date: 01 Mar 2001
  • Accepted Date: 05 Apr 2001
  • Geological anomaly is geological body or complex body with obviously different compositions, structures or orders of genesis as compared with those in the surrounding areas. Geological anomaly, restrained by the geological factors closely associated with ore-forming process, is an important clue to ore deposits. The geological anomaly serves as a geological sign to locate ore deposits. Therefore, it is very important to study how to define the characteristics of geological anomaly and further to locate the changes in these characteristics. In this paper, the authors propose the geological anomaly based on the remote-sensing images and data, and expound systematically such image features as scale, size, boundary, morphology and genesis of geological anomalies. Then the authors introduce the categorization of the geological anomalies according to their geneses. The image characteristics of some types of geological anomalies, such as the underground geological anomaly, are also explained in detail. Based on the remote-sensing interpretation of these geological anomalies, the authors conclude that the forecasting and exploration of ore deposits should be focused on the following three aspects: (1) the analysis of geological setting and geological anomaly; (2) the analysis of circular geological anomaly, and (3) the comprehensive forecasting of ore deposits and the research into multi-source information.

     

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  • Chen J, Li Q, Xu J, 2000a. Physical Experimental Simulation of Indirect Surface Display Caused by Buried Geological Anomaly. SPIE, USA
    Chen J, Tang J, Gu X, 2000b. Remote Sensing Research on North Part of the Yulong Copper Deposits Zone in Xizang(Tibet). Earth Science Frontiers, 7(Suppl): 421-422
    Zhao P, Chen J, 1996. Geological Anomaly and RS Geology Research. Nature Exploration, 15(2): 29-34
    Zhao P, Chen J, 1998. Applied GIS Technique to Delineate of Geo-anomalies. Fifth International Symposium on Exploration, Australia. Brisbane, Australia: Queensland University Press. 56-60
    Zhao P, Chen J, 1999. The Model of Digital Prospecting System-Establishing a Subsystem of the Digital Earth. In: Xu G, Chen Y, eds. International Symposium on Digital Earth. Beijing: Science Press. 821-825
    Zhao P, Chi S, 1991. A Preliminary View on Geological Anomaly. Earth Science—Journal of China University of Geosciences, 16(3): 241-248
    Zhao P, Wang J, Rao M, et al, 1995. Geologic Anomaly of China. Earth Science—Journal of China University of Geosciences, 20(2): 55-65
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