Authors
Mathilde B Sørensen, Matteo Spada, Andrey Babeyko, Stefan Wiemer, Gottfried Grünthal
Publication date
2012/1/10
Journal
Journal of Geophysical Research
Volume
117
Issue
B1
Pages
B01305
Publisher
American Geophysical Union
Description
Estimating the occurrence probability of natural disasters is critical for setting construction standards and, more generally, prioritizing risk mitigation efforts. Tsunami hazard in the Mediterranean region has traditionally been estimated by considering so‐called “most credible” scenarios of tsunami impact for limited geographical regions, but little attention has been paid to the probability of any given scenario. We present here the first probabilistic estimate of earthquake‐generated tsunami hazard for the entire Mediterranean Sea. We estimate the annual probability of exceeding a given tsunami amplitude at any coastal location in the region by applying a Monte Carlo based technique. Earthquake activity rates are estimated from the observed seismicity, and tsunami impact is derived from deterministic tsunami wave propagation scenarios. The highest hazard is in the eastern Mediterranean owing to earthquakes along …
Total citations
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Scholar articles
MB Sørensen, M Spada, A Babeyko, S Wiemer… - Journal of Geophysical Research: Solid Earth, 2012