This paper describes how the earthquake parameters of historical earthquakes have been determined in Europe from macroseismic data by means of the so-called “Boxer” method, in the frame of the European Commission 2009–2012 Project SHARE (Seismic Hazard Harmonization in Europe). The problems related to the assessment of magnitude are described with more detail; the methodological issues are developed with special reference to the “stable continental region”. The paper first describes how the coefficients of the Boxer method are determined in five tectonic regions of the European area from the relevant calibration data sets, and discusses the problems dealt with while performing this task. Then it describes how the results have been checked a...
International audienceWe investigate the differences in seismicity rate estimates from two historica...
Two tools have been developed within the European Archive of Historical EArthquake Data (AHEAD) in o...
ECOS and the related macroseismic database 219 The Swiss historical earthquake catalogue and the mac...
This paper describes how the earthquake parameters of historical earthquakes have been determined in...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ai...
As part of the NERIES (Network of Research Infrastructures for European Seismology) project, a catal...
In the frame of the NA-4 module of the European project NERIES, a specific task is devoted to the de...
International audienceMagnitude estimates of earthquakes occurred before the instrumental period are...
International audienceThe estimation of magnitudes of earthquakes that occurred before the instrumen...
An earthquake catalog containing a uniform size estimate is important for long-term seismic hazard a...
We develop empirical relationships between the surface wave magnitude MS and macroseismic data, i.e....
An earthquake catalog containing a uniform size estimate is important for long-term seismic hazard a...
International audienceWe investigate the differences in seismicity rate estimates from two historica...
Two tools have been developed within the European Archive of Historical EArthquake Data (AHEAD) in o...
ECOS and the related macroseismic database 219 The Swiss historical earthquake catalogue and the mac...
This paper describes how the earthquake parameters of historical earthquakes have been determined in...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ai...
As part of the NERIES (Network of Research Infrastructures for European Seismology) project, a catal...
In the frame of the NA-4 module of the European project NERIES, a specific task is devoted to the de...
International audienceMagnitude estimates of earthquakes occurred before the instrumental period are...
International audienceThe estimation of magnitudes of earthquakes that occurred before the instrumen...
An earthquake catalog containing a uniform size estimate is important for long-term seismic hazard a...
We develop empirical relationships between the surface wave magnitude MS and macroseismic data, i.e....
An earthquake catalog containing a uniform size estimate is important for long-term seismic hazard a...
International audienceWe investigate the differences in seismicity rate estimates from two historica...
Two tools have been developed within the European Archive of Historical EArthquake Data (AHEAD) in o...
ECOS and the related macroseismic database 219 The Swiss historical earthquake catalogue and the mac...