| Review |
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Progress in construction of remote sensing and geological test field for comprehensive application and resources evaluation in Hami, Xinjiang |
| LIANG Shuneng1,2, GAN Fuping1,2, WEI Hongyan1, XIAO Chenchao1, ZHANG Zhenhua1,2, WEI Dandan1 |
1. China Aero Geophysical Survey and Remote Sensing Center for Land and Resources, Beijing 100083, China;
2. Key Laboratory of Airborne Geophysics and Remote Sensing Geology, Ministry of Land and Resources, Beijing 100083, China |
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Abstract The remote sensing geological test field is the most important basic platform for comprehensive application and evaluation of remote sensing and geological resources. The construction of the remote sensing geological test field is aimed at meeting the needs of the geological application for land and resources and satisfying the development requirement of remote sensing geological technology as well as the coordinated development of the remote sensing technology with other techniques. The remote sensing geological test field can improve the quantification level of remote sensing geological survey and avoid the blindness of remote sensing data application and promotion. Under the leadership and support of China Geological Survey, the construction and research work of the remote sensing geological test field was carried out. Now, the remote sensing geological test field has been basically established, which has the preliminary capability of providing application services. In this paper, the authors mainly describe the structure, function and performance of the remote sensing geological test field as well as the service mode and service capability that the remote sensing geological test field could provide, so as to make the people understand the development of the remote sensing geological test field and then carry out the research work on the remote sensing technical methodology and basic theory based on the remote sensing geological test field in the hope that the construction and development of the remote sensing geological test field can be accelerated.
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| Keywords
built-up area
new Beichuan
neutrosphic set
mean shift
high spatial resolution
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Issue Date: 02 March 2015
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2015,
Vol. 27
