Application of Remote Sensing monitoring Technology in Mine Development
Abstract
From the Remote sensing data source, technical route, and method, the remote sensing interpretation method
for Different mining methods, and different types of remote sensing data in remote sensing monitoring for mine
development A Re mainly discussed and summarized. The main conclusions are:for Open-cut mines, in the high and
medium spatial resolution RE Mote sensing images, the direct interpretation method is adopted, and in the low
resolution remote sensing images, the Direct Interpretationmethodis adopted;for underground mines, in the High
resolution IM Age, the direct interpretation method is adopted, and in the medium and low resolution image, the
indirect interpretation Method is adopted! The using multi-phase images for comparison analysis is an important
indirect method. Finally, some suggestions are given for the problems of the application.
References
Wang Juan, Zhangpubin, , jianguo , etc . Is based on the RS and GIS Comprehensive evaluation of the mining
environment by -- with
Example of Baiyin coal mine area, Gansu province J . Mineral exploration , (6) : 873 -882. 2. Wang Yanbo, Lo Wei Shin, , Li Yanyong, etc. . Mine development monitor based on high-resolution remote sensing
images Test Research JI . Tropical Geography , (4) : 377 -382. 3. Zhaoxiang , Liu Suhong, Wang Anjian, etc. . Jiangxi Dexing copper mine based on satellite remote sensing data
open Mining environmental impact Dynamic monitoring analysis J . China Environmental Monitoring , the (2) : all -74. 4. Wang , Niehong , Yang Qinghua, etc. . High-resolution satellite data in mine development status and Ring apply
effects in border monitoring J . Land and resources remote sensing , 1 : -18. 5. Zheng , Zeng Ningping, Cai Jinhong. . Recent advances in remote sensing technology and several
considerations J ]. mine production and geology , 3 () : MB -273. 6. Wu Hong, Yang Yongde, Wang Songqing. Quickbird -2& SPOT 4 Mine eco-environment Remote Sensing
Survey Experimental study JI . Land and resources remote sensing , 4 : -49,80. 7. Ma Shibin, Zhang Yi. . Research on exploitation status of Salt Lake Mineral Resources based on remote sensing
Chaerhan To JI. . Remote Sensing information , (3) : -74. 8. Yang Jinzhong, Qin Yuewen, Niehong , etc . Guidelines for Remote Sensing monitoring of
mines [M]. Beijing : China Dadi Press 2009. 9. Niehong , Yang Jinzhong, Wang , etc . technology problems with remote sensing monitoring of mineral resources
development and countermeasure research J . Land and resources remote sensing , 2007 (4) : one -13. 10. Huang Tielan, Huanghua, , Zhu Junfeng. . Resource Number C data in rare earth Mining Remote Sensing monitor
application and evaluation of measurement J ]. Journal of Guangdong University of Technology , 2015 (2) : only -37,85
Introduction to authors : Zhu Junfeng (1985 ~ ), female , Jiangxi Shangrao , Master , Engineer , now mainly engaged in
geology and mineral Resources , resource , work on the interpretation of remote sensing of the environment .
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