Three-dimensional P-wave velocity structure around the sources of Ludian and Qiaojia earthquakesWang Changzai, Wu Jianping, Liu Yaning, Yang Ting, Fan Liping, Liu Jing1-12
Double-difference tomography of crustal P- and S-wave velocity structures beneath North ChinaMa Mengdan, Zhao Aihua13-33
Inversion of crustal thickness in Chinese mainland based on deep denoising autoencoder neural networkCheng Xianqiong, Jiang Kezhi34-47
Seismogenic fault and aftershock characteristics for the 2014 MS7.3 Yutian earthquake, XinjiangLuo Yi, Hu Yingshun, Tian Yunfeng, Zhang Jingfa48-56
Influence of actual topography on the source dynamic rupture process and strong ground motion of the 2010 Yushu MS7.1 earthquakeWang Mingfeng, Li Yiqiong, Yu Yanxiang57-72
Seismic anisotropy within the Nankai area, Japan, using DONET seafloor observation networkLiu Yuan, Xue Mei73-83
Accuracy estimation of global tide models using continuous gravity observation data in northern ChinaWei Jin, Hao Hongtao, Zhang Xiaotong, Hu Minzhang, Shen Chongyang84-99
Reconstruction method for diurnal variations of the geomagnetic field by XGBoost machine learningCheng Wenkai, Du Jinsong, Chen Chao, Yisimayili Aisa100-112
Using UAV photogrammetry technology to extract the quanti-tative parameters of earthquake surface rupture zone:A case study of the southern Zhongwei M7? earthquake in 1709Liu Chao, Lei Qiyun, Yu Sihan, Yang Shun, Wang Yin113-123
Correlation between thermal anomalies and earthquakes based on nighttime multi-temporal remote sensing dataMeng Yafei, Meng Qingyan, Zhang Ying, Zhou Shijian, Liu Wenbao124-135