We report a new horizontal Global Positioning System velocity field in the Chinese mainland from the data analysis of about 2000 GPS sites observed in 2009, 2011 and 2013 through three campaigns of the CMONOC project. Assuming the crustal block to characterize their kinematic behaviors, we estimate parameters of 22 crustal blocks to fit the GPS-derived velocity by using GIPSY software. We restrict us to compare two competing models in which the rigid blocks and the deforming blocks are involved. Our modeling suggests that the most crustal blocks characterized by coherent movement and internal strain may be better in describing the kinematics of crustal deformation in the Chinese mainland
This study focuses on resolving moderate amounts of crustal motion at the continental scale based on...
led to new kinematic models that predict the spatial and temporal evolution of deformations in the r...
After setting up the global plate motion models based on the International Terrestrial Reference Fra...
Abstract:We report a new horizontal Global Positioning System velocity field in the Chinese mainland...
Abstract:We report a new horizontal Global Positioning System velocity field in the Chinese mainland...
Abstract:In this study, we analyze the regional GPS data of Crustal Movement Observation Network of ...
In this study, we analyze the regional GPS data of Crustal Movement Observation Network of China (CM...
Abstract:In this study, we analyze the regional GPS data of Crustal Movement Observation Network of ...
To measure and monitor the crustal motion in China, a GPS network has been established with an avera...
We use velocity fields at 79 GPS stations across the China Mainland to analyze the relative movement...
Based on GPS data during May 1995-March 1998 of 12 IGS stations located in the Chinese mainland and ...
The Global Positioning System (GPS) derived bedrock displacements respond to multiple geophysical ef...
In this paper, we propose a method for the analysis of tectonic movement and crustal deformation by ...
Applying recent 10-year GPS measurement data from several nationside GPS networks, serveral regional...
Using the velocity fields of 28 GPS sites in China and its contiguous area and International Terrest...
This study focuses on resolving moderate amounts of crustal motion at the continental scale based on...
led to new kinematic models that predict the spatial and temporal evolution of deformations in the r...
After setting up the global plate motion models based on the International Terrestrial Reference Fra...
Abstract:We report a new horizontal Global Positioning System velocity field in the Chinese mainland...
Abstract:We report a new horizontal Global Positioning System velocity field in the Chinese mainland...
Abstract:In this study, we analyze the regional GPS data of Crustal Movement Observation Network of ...
In this study, we analyze the regional GPS data of Crustal Movement Observation Network of China (CM...
Abstract:In this study, we analyze the regional GPS data of Crustal Movement Observation Network of ...
To measure and monitor the crustal motion in China, a GPS network has been established with an avera...
We use velocity fields at 79 GPS stations across the China Mainland to analyze the relative movement...
Based on GPS data during May 1995-March 1998 of 12 IGS stations located in the Chinese mainland and ...
The Global Positioning System (GPS) derived bedrock displacements respond to multiple geophysical ef...
In this paper, we propose a method for the analysis of tectonic movement and crustal deformation by ...
Applying recent 10-year GPS measurement data from several nationside GPS networks, serveral regional...
Using the velocity fields of 28 GPS sites in China and its contiguous area and International Terrest...
This study focuses on resolving moderate amounts of crustal motion at the continental scale based on...
led to new kinematic models that predict the spatial and temporal evolution of deformations in the r...
After setting up the global plate motion models based on the International Terrestrial Reference Fra...