Velocity structures and aftershock distribution in the source region of the 2017 Jiuzhaigou MS7.0 earthquakeWangWeiping, YangJiansi, PengChaoyong, ZhengYu, XuZhiqiang, JiangXudong1-12
Numerical investigation of heating effect on the earthquake faulting based on the Chester-Higgs modelGaoYaqi, ShiBaoping13-32
Focal mechanism solutions and spatio-temporal variations of the present tectonic stress field in Capital Circle regionFanWenjie, CuiXiaofeng, HuXingping, ChenJiawei33-45
Crustal stress field in the focal area of MS7.0 Jiuzhaigou,Sichuan,earthquake by shear wave splittingLiuSha, LiangFeng, ZhengYu, YangJiansi46-56
An evaluation approach for the terrestrial gravity measurement based on the seismic noise magnitudeGongLizhuo, ChenShi, XuWeimin57-68
Comparative analysis on coseismic response of water level in Shandong Province to several major earthquakesLiuKai, ZhangHui, ZhangJun, SongLei, ChenYan’e, XiaYan, TianZhaoyang, HaiChanghong69-79
Analyses of finite element model based on station’s tectonic environment: Taking Qianjiang station for exampleGongLiwen, DengZhihui, ChenLijuan, YanXing, GuoWeiying80-91
Test methods for nonlinear parameters of seismic data recorders and their effect analysesLiCaihua, TengYuntian, LiXiaojun, TangYixiang, WangZhe, HuXingxing, ZhangYang92-99
Engineering ground motion parameters simulation and distribution characteristics analysis of Kumamoto MJ7.3 earthquake in 2016LiZongchao, GaoMengtan, ChenXueliang, WuQing100-110
A method for identifying the baseline drift of strong-motion records based on L1-norm regularizationXiongZhenghui, LiXiaojun, DaiZhijun, ChenSu111-123