ANALYSIS OF SEISMIC POTENTIAL IN TAIYUAN BASIN
Zhang Jingfei;Xie Furen;Jing Zhenjie;Du Yi; and Huang Xuemeng
Institute of Crustal Dynamics, CEA, Beijing 100085
Abstract The Taiyuan basin is divided into four sections: the TaiyuanWenshui area and the Fenyang area, the Taigu area and the JiexiuPingyao area. The paleoearthquake data obtained in recent years in Taiyuan basin is analysed, with realtime probability model, the quantitative assessment of earthquake potential is carried out for above each section. The probability of earthquake occurrence in the TaiyuanWenshui area, the Taigu area in the next 50 years are 7.1%，15%，in the next 100 years are 13.9%，27.8%, while the Fenyang and the Taigu areas have very low possibility of earthquake larger than magnitude 7.
Key words ：
Taiyuan basin
active fault
seismic potential
seismotectonics
realtime probability model
Received: 01 January 1900
Corresponding Authors:
Zhang Jingfei
Cite this article:
Zhang Jingfei,Xie Furen,Jing Zhenjie et al. ANALYSIS OF SEISMIC POTENTIAL IN TAIYUAN BASIN[J]. , 2011, 31(5): 47-51.
Zhang Jingfei,Xie Furen,Jing Zhenjie et al. ANALYSIS OF SEISMIC POTENTIAL IN TAIYUAN BASIN[J]. jgg, 2011, 31(5): 47-51.
URL:
http://www.jgg09.com/EN/ OR http://www.jgg09.com/EN/Y2011/V31/I5/47
[1]
MAO Yuanzhe,LU Guojun,MENG Lipeng. Coulomb Fracture Stress Simulation and Seismic Hazard Analysis of Major Faults in Handan Area
[2]
SONG Xianghui,TIAN Xiaofeng,WANG Shuaijun,LIU Baofeng,MA Cejun. Development and Application of Deep Seismic Sounding Method in China
[3]
JI Jing,GUO Liangqian,ZHANG Wenpeng. Deformation Strain Field and Tectonic Activity in Tianjin Based on GPS Observation Data
[4]
WANG Dehua,ZHANG Jingfa,YANG Jiajia,JIANG Wenliang,JIAO Qisong. Application of Remote Sensing Data in Active Fault Surveying of Damxung Area
[5]
.
[6]
.
[7]
LIU Fangbin,QU Junhao,TIAN Zhaoyang,LIU Chengyu. Seismic Risk Assessment and Seismicity of Liaocheng-Lankao Fault Zone, Southwestern Shandong Province
[8]
CAO Jianping，ZHENG Zengji，ZHANG Yongqi，HAN Meitao，SONG Puwei. Comprehensive Analysis of Fault Vertical Deformation before and after Gaoling M4.4 Earthquake in Shaanxi Province
[9]
MIAO Qingjie,GAO Yuan,LIU Xiqiang,QU Junhao,ZHENG Jianchang. Tectonic Stress Analysis Based on the Crustal Seismic Anisotropy in Rushan Earthquake Near-Field Region
[10]
LI Zhen,QIN Jianzeng,JIA Yupeng,XIE Ruyi,TAN Yujuan,LUO Xiangfei. Research on Evolution Characteristics of Gravity Field Before and After Taikang MS 4.6 Earthquake
[11]
LAI Xiaoling,SUN Yi. Analysis to Tectonic Background of M8.1 Nepal Earthquake Using Aeromagnetic Data in Qinghai-Tibet Plateau
[12]
LEI Dongning,CAI Yongjian,LI Heng,WU Jianchao,QIAO Yueqiang,YU Song,LIAN Chao. The Seismotectonic Setting and Effect on the Neighbouring Seismicity
Trend of Ms 8.1 Earthquake on April 25, 2015
[13]
Lei Dongning,Chen Junhua,Zhang Lifen,Zhang Chuchen. ANALYSIS OF SEISMOGENIC BACKGROUND OF BADONG
Ms5.1 EARTHQUAKE
[14]
Xuan Songbai,Shen Chongyang,Xing Lelin,Li Hui. GRAVITY CHANGE AND SUBSIDENCE OF TAIYUAN BASIN
[15]
Zhao Lingyun, Zhang Hui, Chen Junhua,Shen Xuelin, Wei Guichun. FOCAL MECHANISM SOLUTIONS AND SEISMOGENIC STRUCTURE
OF M s 4.6 JIANGXIRUICHANG EARTHQUAKE
