This deliverable represents the result of the activities performed by a working group at INGV. The main object of the Task 3.5 is defined in the Description of Work. This task will produce a homogeneous assessment (possibly multiple models) of the distribution of the expected Maximum Magnitude for earthquakes expected in various tectonic provinces of Europe, to serve as input for the computation and validation of seismic hazard. This goal will be achieved by combining input from earthquake catalogues, regional strain rates, knowledge of active faults and seismogenic zones, as well as the definition of the seismic source zones. As stated above, the maximum magnitude (Mmax) has to be derived by the combination of several products of the Work ...
International audienceA new homogenous earthquake catalogue covering Bulgaria and the surrounding Ba...
International audienceProbabilistic seismic hazard assessment (PSHA) requires the establishment of e...
The application of a newly developed physics-based earthquake simulator to the active faults inferre...
This deliverable represents the result of the activities performed by a working group at INGV. The ...
SHARE (Seismic Hazard Harmonization in Europe, http://www.share-eu.org/) is a collaborative project ...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ...
We present an initiative aimed at fulfilling the requirement of the Ordnance 3274 (20 March 2003, An...
One major critical issue in seismic hazard analysis deals with the computation of the maximum earthq...
This report describes the basis on which magnitude-frequency statistics have been calculated for se...
International audienceSUMMARY Seismic hazard assessment (SHA) requires earthquake events characteriz...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ai...
International audienceSUMMARY Seismic hazard assessment (SHA) requires earthquake events characteriz...
Determining maximum magnitude in Europe (SHARE project) from earthquake and active fault dataUnpubli...
International audienceA new homogenous earthquake catalogue covering Bulgaria and the surrounding Ba...
International audienceProbabilistic seismic hazard assessment (PSHA) requires the establishment of e...
The application of a newly developed physics-based earthquake simulator to the active faults inferre...
This deliverable represents the result of the activities performed by a working group at INGV. The ...
SHARE (Seismic Hazard Harmonization in Europe, http://www.share-eu.org/) is a collaborative project ...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ...
We present an initiative aimed at fulfilling the requirement of the Ordnance 3274 (20 March 2003, An...
One major critical issue in seismic hazard analysis deals with the computation of the maximum earthq...
This report describes the basis on which magnitude-frequency statistics have been calculated for se...
International audienceSUMMARY Seismic hazard assessment (SHA) requires earthquake events characteriz...
In the frame of the European Commission project “Seismic Hazard Harmonization in Europe” (SHARE), ai...
International audienceSUMMARY Seismic hazard assessment (SHA) requires earthquake events characteriz...
Determining maximum magnitude in Europe (SHARE project) from earthquake and active fault dataUnpubli...
International audienceA new homogenous earthquake catalogue covering Bulgaria and the surrounding Ba...
International audienceProbabilistic seismic hazard assessment (PSHA) requires the establishment of e...
The application of a newly developed physics-based earthquake simulator to the active faults inferre...