The great Tohoku-oki earthquake which occurred on March 11, 2011, caused crustal movements in both Korea and Japan. This study attempts to analyze velocity changes of crustal movement of Korea Peninsula due to the Tohoku-oki earthquake and to compare the calculation with precious crustal movenents of Korea Peninsula. We found that the crustal movement velocity of South Korea increased 3.9 mm/yr northward and 7.5 mm/yr eastward on average as a result of the Tohoku-oki earthquake; when this figure is compared wit
Abstract:Co-seismic displacements of the 2011 Mw9. 0 Japan earthquake recorded by GPS stations in Ch...
After the Gyeongju earthquake in 2016 and the subsequent one in Pohang the following year, there is ...
The levelling data of the network covering the Tohoku district. Japan, were analyzed in order lo stu...
On 11 March 2011, a great earthquake with magnitude 9.0 has occurred in Tohoku, Japan, more than 1,0...
We investigated decaying post-seismic deformation observed on the Korean Peninsula associated with t...
Monitoring the variation of the crustal strain is a key issue to understand the physical process of ...
This paper describes utilization of GPS data in Korea Peninsula and IEODO ocean research station for...
Three years of continuous observations at 45 GPS sites in South Korea show horizontal deformation ve...
An accurate measurement and understanding of horizontal stress rates within the earth’s crust is imp...
An accurate measurement and understanding of horizontal stress rates within the earth's crust is...
An accurate measurement and understanding of horizontal stress rates within the earth¡¦s crust is im...
Korean Peninsula has been postulated to be on the Eurasian plate(EU). On the other hand, recent seis...
Co-seismic displacements of the 2011 Mw9. 0 Japan earthquake recorded by GPS stations in China and s...
This study focuses on resolving moderate amounts of crustal motion at the continental scale based on...
Abstract GPS (Global Positioning System) is currently used widely in the ground section, such as sur...
Abstract:Co-seismic displacements of the 2011 Mw9. 0 Japan earthquake recorded by GPS stations in Ch...
After the Gyeongju earthquake in 2016 and the subsequent one in Pohang the following year, there is ...
The levelling data of the network covering the Tohoku district. Japan, were analyzed in order lo stu...
On 11 March 2011, a great earthquake with magnitude 9.0 has occurred in Tohoku, Japan, more than 1,0...
We investigated decaying post-seismic deformation observed on the Korean Peninsula associated with t...
Monitoring the variation of the crustal strain is a key issue to understand the physical process of ...
This paper describes utilization of GPS data in Korea Peninsula and IEODO ocean research station for...
Three years of continuous observations at 45 GPS sites in South Korea show horizontal deformation ve...
An accurate measurement and understanding of horizontal stress rates within the earth’s crust is imp...
An accurate measurement and understanding of horizontal stress rates within the earth's crust is...
An accurate measurement and understanding of horizontal stress rates within the earth¡¦s crust is im...
Korean Peninsula has been postulated to be on the Eurasian plate(EU). On the other hand, recent seis...
Co-seismic displacements of the 2011 Mw9. 0 Japan earthquake recorded by GPS stations in China and s...
This study focuses on resolving moderate amounts of crustal motion at the continental scale based on...
Abstract GPS (Global Positioning System) is currently used widely in the ground section, such as sur...
Abstract:Co-seismic displacements of the 2011 Mw9. 0 Japan earthquake recorded by GPS stations in Ch...
After the Gyeongju earthquake in 2016 and the subsequent one in Pohang the following year, there is ...
The levelling data of the network covering the Tohoku district. Japan, were analyzed in order lo stu...