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Rupture imaging of the 25 April 2015 M_W7.9 Nepal earthquake from back-projection of teleseismic P waves
《Earthquake Science》2018年第4期199-207,共9页Yong Qiu Qiaoxia Liu 
supported by the National Natural Science Foundation of China (No.41604049)
The M7.9 Nepal earthquake of 25 April2015 had over 8, 500 fatalities and was the most destructive earthquake in Nepal since the Bihar-Nepal earthquake in 1934.In this study, we imaged the rupture process of this Nepal...
关键词：rupture imaging Nepal MW7.9 earthquake BACK-PROJECTION regional arrays 
Diurnal characteristics of geoelectric fields and their changes associated with the Alxa Zuoqi M_S5.8 earthquake on 15 April 2015(Inner Mongolia)被引量：13
《Earthquake Science》2018年第1期35-43,共9页Qing Ye Ye Fan Xuebin Du Tengfa Cui Kechang Zhou Ramesh P.Singh 
supported by the National Natural Science Foundation of China (No. 41374080)
In China, efforts are being made to monitor geoelectric fields through a large network of stations deployed and managed by the China Earthquake Administration. The diurnal variations in the geoelectric field waveforms...
关键词：Geoelectrical field Diurnal variation PERIOD Alxa Zuoqi earthquake 
Investigation of Coulomb stress changes in south Tibet(central Himalayas) due to the 25th April 2015 M_W 7.8 Nepal earthquake using a Coulomb stress transfer model
《Earthquake Science》2016年第5期271-279,共9页Xu Cheng Guojie Meng 
supported by the International Cooperation and Exchange Program(Grant 41461164004);General Program(Grant 41174004)of National Natural Science Foundation of China;the National International Science and Technology Cooperation Project(Grant 2015DFR21100);the Basic Research Fund Division Mission(Grant 2015IES0305);the Basic Research Project(Grant 2014IES010102)of Institute of Earthquake Science,China Earthquake Administration
After Mw 7.8 Nepal earthquake occurred, the rearrangement of stresses in the crust commonly leads to subsequent damaging earthquakes. We present the calculations of the coseismic stress changes that resulted from the ...
关键词：Coulomb stress changes Elastic model Stress transfer Earthquake risk Nepal earthquake 
Possible thermal brightness temperature anomalies associated with the Lushan(China) M_s7.0 earthquake on 20 April 2013被引量：2
《Earthquake Science》2015年第1期37-47,共11页Tao Xie Weiyu Ma 
supported by 12th Five-year Science and Technology Support Project of China (No. 2012BAK19B02-03);Youth Earthquake Situation Trace of China Earthquake Administration (No. 2014020402)
Lushan Ms7.0 earthquake occurred in Lushan county, Ya＇an city, Sichuan province of China, on 20 April 2013, and caused 196 deaths, 23 people of missing and more than 12 thousand of people injured. In order to analyze...
关键词：Lushan earthquake Brightness temperatureThermal anomaly Wavelet transform Sichuan province 
The April 24, 2013 Changning M_s4.8 earthquake: a felt earthquake that occurred in Paleozoic sediment被引量：1
《Earthquake Science》2014年第1期107-115,共9页Xiangfang Zeng Libo Han Yaolin Shi 
supported by China National Special Fund for Earthquake Scientific Research in Public Interest (201308013);China Postdoctoral Science Foundation (No. 2012M520431);the National Natural Science Foundation of China Grant No. 41204044
The dense broadband seismic network provides more high-quality waveform that is helpful to improve constraint focal depth of shallow earthquake. Many shal- low earthquakes occurring in sediment were regarded as induce...
关键词：Wavefonn Induced earthquake Depth phase inversion 
The 20 April 2013 Lushan, Sichuan, mainshock, and its aftershock sequence: tectonic implications被引量：25
《Earthquake Science》2014年第1期15-25,共11页Jianshe Lei Guangwei Zhang Furen Xie 
supported by the National Natural Scientific Foundation of China (41274059 and 40974021);Beijing Natural Scientific Foundation (8122039 and 8092028) to J. Lei;Special Project for Basic Scientific Research (ZDJ2013-12) to G. Zhang
Using the double-difference relocation algo- rithm, we relocated the 20 April 2013 Lushan, Sichuan, earthquake （Ms 7.0）, and its 4,567 aftershocks recorded during the period between 20 April and May 3, 2013. Our res...
关键词：Lushan mainshock Aftershock sequence Double-difference algorithm - Shovel-shaped structure Variable dip angle 
Co-seismic deformation derived from GPS observations during April 20th,2013 Lushan Earthquake,Sichuan,China被引量：1
《Earthquake Science》2013年第3期153-160,共8页Yujun Du Zemin Wang Shujiang Yang Jiachun An Qiang Liu Guowei Che 
supported by the National Natural Science Foundation of China(Granted Nos.41174029 and 41204028);the Polar Strategic Research Foundation of China(Granted No.20110205);the Open Research Fund of Key Laboratory for Polar Science of State Oceanic Administration(Granted No.KP201201);the Science and Technology Project of National Administration of Surveying,Mapping,and Geoinformation(Granted name Polar Geomatics Technology Test)
We process the standard 30 s, static GPS data and the 1 s, high-rate GPS （HRGPS） data provided by the Crustal Movement Observation Network of China with GAMIT/GLOBK software package, and obtain the co- seismic displ...
关键词：Lushan earthquake GPS seismology Co-seismic displacement Time series 
Evaluation of the seismic moment of the April 20,2013 Lushan earthquake被引量：1
《Earthquake Science》2013年第3期169-177,共9页Xiaogang Hu Ying Jiang 
supported by National Natural Science Foundation of China(Nos.41174022 and 41021003)
The April 20, 2013 Lushan earthquake which occurred in Sichuan, China had only moderate thrust. However, the computed seismic moments （M0） for the Lushan earthquake calculated by several institutions differ signific...
关键词：Free oscillations Moment tensorsolution Seismic moment 
fmax and fault zone property of Lushan earthquake of 20 April 2013,Sichuan,China
《Earthquake Science》2013年第3期179-183,共5页Jian Wen Xiaofei Chen 
supported by the National Nature Science Foundation of China(Grant numbers:41090293,41274053)
In this study, we determined fnax from near- field accelerograms of the Lushan earthquake of April 20, 2013 through spectra analysis. The result shows that the values of fmax derived from five different seismography s...
关键词：Lushan earthquake fmax Strongground motion Fault-zone width Cohesive zone 
Preliminary results of strong ground motion simulation for the Lushan earthquake of 20 April 2013,China被引量：2
《Earthquake Science》2013年第3期191-197,共7页Gengshang Zhu Zhenguo Zhang Jian Wen Wei Zhang Xiaofei Chen 
supported by the National Natural Science Foundation under Grant 41090290
The earthquake occurred in Lushan County on 20 April, 2013 caused heavy casualty and economic loss. In order to understand how the seismic energy propagates during this earthquake and how it causes the seismic haz- ar...
关键词：Lushan earthquake Strong groundmotion Topographic effects Seismic intensity 
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