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Geological structural interpretation of Qinglong area in Hebei based on multi-source remote sensing data

机译:基于多源遥感数据的河北青龙区地质结构解释

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The spatial resolution of multi-spectral remote sensing data can satisfy multi-scale structure interpretation. The authorstook Qinglong area in Hebei as the study area, utilized the comprehens ive advantages of ETM+ , Spot6 and WorldView3data of the study area to interpret the geological structures at two different levels from ETM+ data with 15 m resolutionand Spot6 data with 6 m resolution to WorldView3 data with 0.5m resolution, and obtained a goo d result. Firstly, basedon ETM+ data interpretation structure, the band operation results of SPOT6 data are used to indirectly reflect thestructure informat ion, and the high resolution WorldView3 data is integrated to construct the interpretation analysis.Finally, the interpretation structure information is revised based on field validation. The results show t hat multi-sourceremote sensing data have the characteristics of high resolution, accuracy and high efficiency in geological structureinterpretation.
机译:多光谱遥感数据的空间分辨率可以满足多尺度结构解释。作者在河北的青龙地区作为学习区,利用了ETM +,Spot6和WorldView3的全面优势研究区域的数据从etm +数据中以15米分辨率解释两种不同级别的地质结构和Spot6数据以6米的分辨率分辨率为WorldView3,分辨率为0.5米,获得GOO D结果。首先,基于在ETM +数据解释结构上,Spot6数据的频带操作结果用于间接反映结构Informat Ion,高分辨率WorldView3数据集成为构建解释分析。最后,根据现场验证修改解释结构信息。结果显示T帽多源遥感数据具有高分辨率,准确性和地质结构高效率的特点解释。

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