Seismic hazard computations for regions with low earthquake activity — A case study for the Belgium,The Netherlands and NW Germany area |
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| Authors: | Theo de Crook Vladimír Schenk M. S. Barbano F. Colombo J. J. Egozcue M. García-Fernández P. Kottnauer G. Leydecker F. Mantlík Z. Schenková G. Zonno |
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| Affiliation: | (1) Division of Seismology, KNMI, PO Box 201, 3730 AE De Bilt, The Netherlands;(2) Geophysical Institute, Czechoslovakia Academy of Sciences, 14131 Prague 4, Spo!["rcaron"]("/content/w7q55275771x8532/xlarge345.gif") ilov, Czechoslovakia;(3) Inst. of Earth's Sciences, University of Udine, Italy;(4) Inst. for Geophysics of the Lithosphere, CNR, Milan, Italy;(5) ETSICCP, Politechnical Univ. of Catalunya, Barcelona, Spain;(6) Inst. of Geophysics, Fed. Inst. Techn., ETH, Zurich, Switzerland;(7) Geophys. Inst., Czechosl. Acad. Sci., Prague, Czechoslovakia;(8) Bundesanst. f. Geowissensch. und Rohstoffe, Hanover, F.R.G. |
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| Abstract: | The algorithms to evaluate seismic hazard, used and/or developed by five teams participating in the TERESA project, applied to the low seismicity area  Belgium, The Netherlands and NW Germany are compared. The main differences in the results can be explained by the majority criterion of Egozcue et al. (1989), the differences in the upper bound and zonification and, in some cases, by a higher attenuation. |
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| Keywords: | TERESA project seismic hazard comparison of algorithms low earthquake activity |
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