The regional hazard mapping for the whole Eastern Asia was coordinated by the SSB Regional Centre in Beijing, originating from the expansion of the test area initially established in the border region of China-India-Nepal-Myanmar- Bangla Dash, in coordination with the other Regional Centres (JIPE, Moscow, and AGSO, Canberra) and with the direct assistance of the USGS. All Eastern Asian countries have participated directly in this regional effort, with the addition of Japan, for which an existing national hazard map was incorporated. The regional hazard depicts the expected peak ground acceleration with 10% exceedance probability in 50 years
Central Asia is one of the seismically most active regions in the world. Its complex seismicity due ...
In a seismic hazard assessment, local geologic and ground conditions play important roles in charact...
Seismotectoniclly, Hong Kong is located in the Southeast China Outer Seismic Zone. It is regarded as...
The regional hazard mapping for the whole Eastern Asia was coordinated by the SSB Regional Centre in...
The Global Seismic Hazard Assessment Program (GSHAP), a demonstration project of the UN/Internationa...
Global Seismic Hazard Assessment Program - or simply GSHAP, when launched, almost two decades ago, a...
The United Nations, recognizing natural disasters as a major threat to human life and development, d...
The GSHAP Regional Centre in Moscow, UIPE, has coordinated the seismic hazard mapping for the whole ...
The activities of the Regional Centre 3 of the Global Seismic Hazard Assessment Program (GSHAP) cove...
This paper presents the results of an exercise carried out under GSHAP, over India and adjoining reg...
The seismic hazard map of the larger Europe-Africa-Middle East region has been generated as part of ...
A global seismic hazard assessment was conducted using the probabilistic approach in conjunction wit...
Where available, regional assessments of earthquake hazard were compiled into the final map and else...
Central Asia is one of the seismically most active regions in the world. Its complex seismicity due ...
Vulnerability to natural disasters increases with urbanization and development of associated support...
Central Asia is one of the seismically most active regions in the world. Its complex seismicity due ...
In a seismic hazard assessment, local geologic and ground conditions play important roles in charact...
Seismotectoniclly, Hong Kong is located in the Southeast China Outer Seismic Zone. It is regarded as...
The regional hazard mapping for the whole Eastern Asia was coordinated by the SSB Regional Centre in...
The Global Seismic Hazard Assessment Program (GSHAP), a demonstration project of the UN/Internationa...
Global Seismic Hazard Assessment Program - or simply GSHAP, when launched, almost two decades ago, a...
The United Nations, recognizing natural disasters as a major threat to human life and development, d...
The GSHAP Regional Centre in Moscow, UIPE, has coordinated the seismic hazard mapping for the whole ...
The activities of the Regional Centre 3 of the Global Seismic Hazard Assessment Program (GSHAP) cove...
This paper presents the results of an exercise carried out under GSHAP, over India and adjoining reg...
The seismic hazard map of the larger Europe-Africa-Middle East region has been generated as part of ...
A global seismic hazard assessment was conducted using the probabilistic approach in conjunction wit...
Where available, regional assessments of earthquake hazard were compiled into the final map and else...
Central Asia is one of the seismically most active regions in the world. Its complex seismicity due ...
Vulnerability to natural disasters increases with urbanization and development of associated support...
Central Asia is one of the seismically most active regions in the world. Its complex seismicity due ...
In a seismic hazard assessment, local geologic and ground conditions play important roles in charact...
Seismotectoniclly, Hong Kong is located in the Southeast China Outer Seismic Zone. It is regarded as...