Tsunamis in the Mediterranean Sea can be considered among the major sources of hazard, both for the extension of the area that can be involved by the water impact and for the closeness of potential sources to the coast, which reduces dramatically the alert and evacuation time. Moreover, landslides, as other non-seismic tsunami sources, are often characterized by a lack of precursors (such as seismic shaking), a reason for which the ensuing waves are sometimes called “surprise tsunamis”.
Evaluation of tsunamigenic hazard through numerical modeling from seismic and non-seismic sources in the Crotone offshore (Calabria, Southern Italy) / Zaniboni, F.; Angeli, C.; Argnani, A.; I., Antoncecchi; D., Di Bucci; Fagiani, F.; Gallotti, G.; Lipparini, L.; Molinari, I.; Rovere, M.; Sgattoni, G.; Vico, G.; Zanetti, M.; Armigliato, A.. - (2023). (Intervento presentato al convegno The 41st National Conference of the GNGTS tenutosi a Bologna, Italia nel 7-9 febbraio 2023).
Evaluation of tsunamigenic hazard through numerical modeling from seismic and non-seismic sources in the Crotone offshore (Calabria, Southern Italy)
G. Vico;
2023
Abstract
Tsunamis in the Mediterranean Sea can be considered among the major sources of hazard, both for the extension of the area that can be involved by the water impact and for the closeness of potential sources to the coast, which reduces dramatically the alert and evacuation time. Moreover, landslides, as other non-seismic tsunami sources, are often characterized by a lack of precursors (such as seismic shaking), a reason for which the ensuing waves are sometimes called “surprise tsunamis”.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2976087