典型文献
Geomorphic and tectonic controls of landslides induced by the 2022 Luding earthquake
文献摘要：
On 05 September 2022,an Ms 6.8(Mw 6.6)earthquake occurred in Luding County,Sichuan Province,China,with the epicenter at 29.59°N,102.08°E and a focal depth of approximately 16.0 km.Combining field investigations,high-resolution satellite images and multiple datatpes characterizing the seismogenic structure,topography and geology,this study attempts to discuss the influence of geomorphic and tectonic indexes on landslide distribution.The results show that the 2022 Luding earthquake with seismogenic fault at the Moxi fault,was a sinistral strike-slip event that triggered at least 4528 landslides over an area of～2000 km2.These landslides span a total area of 28.1 km2,and the western section of the seismogenic fault,which serves as the active wall area,is characterized by a higher landslide concentration,especially in the Wandong Basin.The seismogenic fault and lithology influence the regional distribution of landslides,and more landslides occurred closer to the seismogenic fault and in the controlling lithologies of granite and dolomite.Local topography influences the landslide occurrence position on the slope;the eastern section is prone to form landslides in the lower gorge section,and the western section is prone to form landslides in the upper-top section of the gorge.For coseismic landslides in the eastern Baryan Har block,the eastern boundary(Longmenshan fault),where the earthquakes are characterized by thrusts with slight dextral strike-slip movement,could be the primary landslide-prone area;the southern boundary,the Moxi fault and the southern segment of the Xianshuihe fault,with more intensive strike-slip movement,may be the secondary landside-prone area;and the northern boundary is the tertiary landside-prone area.Additionally,the current landslide inventory may be underestimated although this underestimation has limited influence on the results.
文献关键词：
中图分类号：
作者姓名：
ZHAO Bo;HU Kai-heng;YANG Zong-ji;LIU Qiao;ZU Qiang;CHEN Hua-yong;ZHANG Bo;ZHANG Wei-feng;ZHU Lei;SU Li-jun
作者机构：
Institute of Mountain Hazards and Environment,Chinese Academy of Sciences,Chengdu 610041,China;China-Pakistan Joint Research Center on Earth Sciences,Islamabad 45320,Pakistan;University of Chinese Academy of Sciences,Beijing 100049,China
文献出处：
引用格式：
[1]ZHAO Bo;HU Kai-heng;YANG Zong-ji;LIU Qiao;ZU Qiang;CHEN Hua-yong;ZHANG Bo;ZHANG Wei-feng;ZHU Lei;SU Li-jun-.Geomorphic and tectonic controls of landslides induced by the 2022 Luding earthquake)[J].山地科学学报（英文版）,2022(12):3323-3345
A类：
Geomorphic,datatpes,Moxi,Wandong,Baryan,Longmenshan,landside
B类：
tectonic,controls,landslides,induced,by,Luding,On,September,Ms,Mw,occurred,County,Sichuan,Province,China,epicenter,focal,depth,approximately,Combining,field,investigations,resolution,satellite,images,multiple,characterizing,seismogenic,structure,topography,geology,this,study,attempts,discuss,geomorphic,indexes,distribution,results,show,that,fault,was,sinistral,strike,slip,event,triggered,least,over,area,km2,These,span,total,western,section,which,serves,active,wall,characterized,higher,concentration,especially,Basin,lithology,regional,more,closer,controlling,lithologies,granite,dolomite,Local,influences,occurrence,position,slope,eastern,prone,form,lower,gorge,upper,For,coseismic,Har,block,boundary,where,earthquakes,thrusts,slight,dextral,movement,could,primary,southern,segment,Xianshuihe,intensive,may,secondary,northern,tertiary,Additionally,current,inventory,underestimated,although,underestimation,has,limited
AB值：
0.456998
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