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基于遥感解译的西昆仑盆山耦合带构造地质特征
引用本文:程绍萍,杨剑.基于遥感解译的西昆仑盆山耦合带构造地质特征[J].西南科技大学学报,2011,26(4).
作者姓名:程绍萍  杨剑
作者单位:西南科技大学环境与资源学院,四川绵阳,621010
基金项目:新疆维吾尔自治区国土资源厅资源补偿费1:5万区调招标项目
摘    要:通过ETM图像解译,结合区域地质调查资料,对西昆仑造山带及其前陆盆地的大地构造归属问题进行分析研究。西昆仑归属于青藏大陆边缘造山带,构造运动学机制为由南向北剪切逆冲,形成强劲的剪切推覆带,塔里木南缘表现为由北向南俯冲,认为盖孜-库斯拉甫断裂是青藏大陆与塔里木大陆的控制性断裂。

关 键 词:构造地质  盆山耦合  遥感解译  西昆仑

Tectonic Features of Basin-range Coupling with the West Kuniun Based on Remote Sensing Interpretation
CHENG Shao-ping,YANG Jian.Tectonic Features of Basin-range Coupling with the West Kuniun Based on Remote Sensing Interpretation[J].Journal of Southwest University of Science and Technology,2011,26(4).
Authors:CHENG Shao-ping  YANG Jian
Institution:CHENG Shao-ping,YANG Jian(School of Environmental Engineering and Resources,Southwest University of Science and Technology,Mianyang 621010,Sichuan,China)
Abstract:According to ETM image interpretation, and combining with recent regional geological survey, this paper analyzed and researched the geotectonic ownership of the western Kunlun orogen belts and its foreland basin. In this paper, it can be concluded that the west Kunlun belongs to the orogen of Qinghai- Tibet continental margin, the structural kinematics mechanism is shear thrust from south to north which formed a strong shear thnast belt. And the Southern edge of Tarim dives from north to south. Then, the new opinion of the gez-Ku Sila fault is a controlled fault of the Qinghai-Tibet and the Tarim continental mainland is proposed.
Keywords:Tectonic geology  Basin-range coupling  Remote sensing interpretation  The West Kunlun
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