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根据卫星遥感影像色彩、色调异常、构造地貌、水系和纹理特征,提炼了活动构造遥感地质解译的垂直错动标志和水平错动标志,进行了沂沭断裂带北段的活动构造遥感地质解译,编制沂沭断裂带北段的遥感地质断裂构造解译图,实现了活动构造遥感地质解译的野外地质考察与检验,初步确定沂沭断裂带北段断裂的空间分布和断裂的活动性。沂沭断裂带北段活动构造遥感地质解译与检验的实践证明,具有周期性、视野宽广和信息丰富的遥感数据和便捷快速的图像处理技术,在断裂构造探查和活动性鉴定中有着广泛的应用前景。
According to satellite remote sensing image color, anomalous tone, tectonic geomorphology, water system and texture features, vertical dislocation markers and horizontal dislocation markers of tectonic interpretations of active tectonics were refined and remote sensing geological solutions of the tectonics of the Yishu fault zone were constructed. Interpretation and interpretation of tectonic interpretations of the remote sensing geologic fault structure in the north section of the Yishu fault zone to realize the field geology inspection and verification of tectonic interpretation of the tectonism of the tectonics and to initially determine the spatial distribution and fault mobility of the faults in the northern section of the Yishu fault zone . The practice of remote sensing geologic interpretation and verification of the active tectonics in the Yishu fault zone has proved that remote sensing data with a long period, wide field of vision and abundant information and convenient and fast image processing techniques have found extensive applications in the exploration of fault structures and activity identification Application prospects.