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SEISMIC HAZARD IN THE PANNONIAN REGION
Author(s) -
László Tóth,
Erzsébet Győri,
Péter Mónus,
T. Zsíros
Publication year - 2006
Publication title -
kluwer academic publishers ebooks
Language(s) - English
Resource type - Book series
DOI - 10.1007/1-4020-4235-3_25
Subject(s) - seismic hazard , hazard , return period , seismology , range (aeronautics) , peak ground acceleration , geology , liquefaction , interpretation (philosophy) , statistics , geography , mathematics , computer science , ground motion , engineering , geotechnical engineering , archaeology , chemistry , organic chemistry , aerospace engineering , programming language , flood myth
Seismic hazard for single sites and hazard maps for the whole Pannonian region (44.0-50.0N; 13.0-28.0E) have been calculated. The hazard assessment was carried out using a probabilistic approach by incorporating a wide range of parameter values and viable interpretations that were consistent with the data. Alternative interpretations were described by branches of a logic tree. Each branch was weighted according to the ability of that interpretation to explain the available data. The resulting seismic hazard map describes expected shaking with a 475-year return period in terms of peak ground acceleration. Furthermore, some important contributors to seismic risk are highlighted, and a liquefaction hazard map is presented for the territory of Hungary.

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