APPLICATION OF REMOTE SENSING TECHNOLOGY IN CAUSE ANALYSIS OF MINING-INDUCED LANDSLIDE
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摘要:
以湖南省怀化市泸阳镇中型岩质滑坡为例，基于多期次多元高分辨率数据，利用遥感技术研究滑坡的地质灾害各项背景因素，发现怀化滑坡主要是由山体破碎和矿山持续不规范开采共同造成的地质灾害.研究结果表明遥感技术可以在不接触此危险源的情况下直接进行定性和定量的滑坡成因分析.
Abstract:Taking the Luyang medium-scaled rock landslide in Huaihua City of Hunan Province as an example, on the basis of multistage high-resolution remote sensing (RS) data, the RS technology is applied to study the background factors of landslide geohazard. It is found that the Huaihua landslide is mainly caused by broken mountain and continual instandard mining. The results show that the RS technology can be used in the qualitative and quantitative analysis of landslide causes directly without exposure to hazard source.
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表 1 卫星技术参数表
Table 1. Technique parameters of satellite
数据类型 相机类型 成像波段 光谱范围/μm 分辨率/m IKONOS 全色相机 0.45~0.90 1 IKONOS 多光谱相机 1 0.45~0.53 4 IKONOS 多光谱相机 2 0.52~0.61 4 IKONOS 多光谱相机 3 0.64~0.72 4 IKONOS 多光谱相机 4 0.77~0.88 4 GF-2 全色相机 0.45~0.90 1 GF-2 多光谱相机 1 0.45~0.52 4 GF-2 多光谱相机 2 0.52~0.59 4 GF-2 多光谱相机 3 0.63~0.69 4 GF-2 多光谱相机 4 0.77~0.89 4 Pleiades-1 全色相机 0.48~0.83 0.5 Pleiades-1 多光谱相机 1 0.43~0.55 2 Pleiades-1 多光谱相机 2 0.49~0.61 2 Pleiades-1 多光谱相机 3 0.60~0.72 2 Pleiades-1 多光谱相机 4 0.75~0.95 2 
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