Following the massive loss of life caused by the Sumatra-Andaman earthquake in Indonesia and its tsunami, the possibility of a triggered earthquake on the contiguous Sunda trench subduction zone is a real concern. We have calculated the distributions of co-seismic stress on this zone, as well as on the neighbouring, vertical strike-slip Sumatra fault, and find an increase in stress on both structures that significantly boosts the already considerable earthquake hazard posed by them. In particular, the increased potential for a large subduction-zone event in this region, with the concomitant risk of another tsunami, makes the need for a tsunami warning system in the Indian Ocean all the more urgent.John McCloskey, Suleyman S.Nalbant, Sandy S...
Summarization: We evaluate far-field tsunami hazard in the Indian Ocean Basin based on hydrodynamic ...
Several independent indicators imply a high probability of a great (MN8) earthquake rupture of the s...
The Indian Ocean tsunami originated from a 9.15 - 9.3 magnitude earthquake in Sumatra that released ...
On 28 March 2005 the Sunda megathrust in Indonesia ruptured again, producing another great earthquak...
On 28 March 2005 the Sunda megathrust in Indonesia ruptured again, producing another great earthquak...
Large subduction earthquakes have repeatedly occurred along the Sumatra subduction zone, where the A...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
The 26 December 2004 earthquake off Sumatra induced a disastrous tsunami that struck in South Asian ...
Based on an assessment of the repeat periods of great earthquakes from past seismicity, convergence ...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
The historic record of large megathrust earthquakes suggests that the potential for great destructiv...
Summarization: We evaluate far-field tsunami hazard in the Indian Ocean Basin based on hydrodynamic ...
Several independent indicators imply a high probability of a great (MN8) earthquake rupture of the s...
The Indian Ocean tsunami originated from a 9.15 - 9.3 magnitude earthquake in Sumatra that released ...
On 28 March 2005 the Sunda megathrust in Indonesia ruptured again, producing another great earthquak...
On 28 March 2005 the Sunda megathrust in Indonesia ruptured again, producing another great earthquak...
Large subduction earthquakes have repeatedly occurred along the Sumatra subduction zone, where the A...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
Indonesia is vulnerable to earthquake and tsunami disaster because it is located in the fracture zon...
The 26 December 2004 earthquake off Sumatra induced a disastrous tsunami that struck in South Asian ...
Based on an assessment of the repeat periods of great earthquakes from past seismicity, convergence ...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
Near the northern border of Sumatra, the right-lateral strike-slip Sumatran fault zone splits into t...
The historic record of large megathrust earthquakes suggests that the potential for great destructiv...
Summarization: We evaluate far-field tsunami hazard in the Indian Ocean Basin based on hydrodynamic ...
Several independent indicators imply a high probability of a great (MN8) earthquake rupture of the s...
The Indian Ocean tsunami originated from a 9.15 - 9.3 magnitude earthquake in Sumatra that released ...