ANALYSIS OF DEFORMATION DATA FROM FIXEDSTATION IN NORTH CHINA
Sun Dongying;Zhang Fengshuang; and Guo Liangqian
First Crust Monitoring and Application Center, CEA, Tianjin 300180
Abstract This paper analyzes deformation data from the fixedstations in North China, and 61 mobile measuring lines in Capital Circle area (short leveling , short baseline), and the cutoff time for all the data is August, 2011. The methods of Fourier Transform removing annual cycle and linear fitting are used for processing the data. The results suggest, at present stage, the changes in North China do not form the principal anomaly, which reflects that the faults do not come into the stage of strong activity. The anomaly quantity of the crossing fault data in Capital Circle area is a little, and not synchronous, also the amplitude of abnormal variation is not large,the variation morphology of several abnormal curves is not significant, so there probably does not exist the mediumshortimpending anomaly to some extent.[
Key words ：
North China aera
deformation
station
crossing-fault
anomaly
Received: 01 January 1900
Corresponding Authors:
Sun Dongying
Cite this article:
Sun Dongying,Zhang Fengshuang,and Guo Liangqian. ANALYSIS OF DEFORMATION DATA FROM FIXEDSTATION IN NORTH CHINA[J]. , 2012, 32(Supp.): 91-95.
Sun Dongying,Zhang Fengshuang,and Guo Liangqian. ANALYSIS OF DEFORMATION DATA FROM FIXEDSTATION IN NORTH CHINA[J]. jgg, 2012, 32(Supp.): 91-95.
URL:
http://www.jgg09.com/EN/ OR http://www.jgg09.com/EN/Y2012/V32/ISupp./91
[1]
BO Wanju,ZHENG Zhijiang,WU Yanqiang,ZHANG Licheng,ZHANG Shuangxi,WANG Tongqing,CHANG Liu. Study on the Relationship between GNSS Vertical Deformation and Precision Leveling Vertical Deformation——Take the Tianshan Tectonic Belt as an Example
[2]
ZHANG Lele,LIU Bo,JIA Shili,CHANG Yinghao,WANG Jiabing,WEI Zengming. Reconstruction of Time Series Three-Dimensional Multi-Level Deformation in Mining Area Based on Single OT DInSAR Pair
[3]
YAO Weizheng，XU Keke，ZHU Xulin，SHAO Zhenhua. Postseismic Deformation and Dynamic Mechanism Associated with the 2015 MW 7.8 Nepal Earthquake from GPS Observation
[4]
DING Ning，XIE Yu，CHEN Changyun，WANG Shengwen，LIU Fangtong. Analysis of Monitoring Effect of Buried Fault Cross-Fault Site Based on Structural Physical Modeling Experiment: A Case Study of Ninghe Site
[5]
LI Wanqiu,WANG Wei,ZHANG Chuanyin,DONG Jie,LIU Huanling. Influence of Regional Crustal Structure Differences on GRACE-FO Inversion of Vertical Deformation of Terrestrial Water Load in China in the Last 10 Months
[6]
YAO Zhiwei,CHEN Yu. Time Series Forecasting of Equivalent Water Height and Surface Displacements from GRACE Using Deep Neural Networks
[7]
ZHANG Hongfeng,LIU Ying. Non-Urban Surface Deformation Monitoring Based on Improved PSInSAR
[8]
TIAN Xiao,ZHENG Hongyan,LI Layue,ZHANG Chao. Analysis of Movement Characteristics and Seismic Hazard of Main Active Faults of Sichuan-Yunnan Region
[9]
WANG Xilong,YANG Mengyao,KONG Xiangrui,YANG Zhenpeng. Comparative Study on Cross-Fault Leveling and Geochemical Characteristics of Soil Gas of Chaoyang-Beipiao Fault in Liaoning Province
[10]
NI Yipeng,NIE Zhaosheng,XIONG Wei,CHEN Wei,YU Pengfei. Coseismic Rupture Model of the 2018 Xaitongmoin MW 5.8 Earthquake Constrained by Sentinel-1 SAR Data
[11]
LI Chengtao，LI Qi，TAN Kai，LU Xiaofei，ZUO Xiao. Coseismic Deformation Field of the 2020 Turkey MW5.7 Earthquake from Sentinel-1A InSAR Data and Rupture Slip Distribution
[12]
ZHANG Bo，YANG Guolin，SUN Xuexian，LIU Tao，AN Xuwei. The Influence of Atmospheric Load on the Crust and Gravity Changes in the Lanxin Railway Area
[13]
DAI Zhihong，LU Peng，ZHANG Zhifang，WANG Xiaolong，XU Guo，DONG Jianming. Surface Subsidence Monitoring and Analysis of Nanning Based on PS-InSAR Technology
[14]
GAO Chenxuan，KE Baogui，ZHANG Chuanyin，LI Wanqiu，ZHANG Jian. Monitoring of Surface Vertical Deformation from Terrestrial Water Loading in Taizhou Region by the CORS Network
[15]
FU Zhihao，WANG Xin，ZHANG Jingfa. Co-Seismic Deformation Measurement of 2019 MW 6.4 and MW 7.1 California Earthquakes Base on Optical Remote Sensing Images
