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Distributions of the atmospheric disturbance and meteotsunami wave extremes over the four sub-domains. Violin plots of the distributions of the 98th percentile calculated for the entire duration of the events at each point of the four sub-domains (Apennines, Deep Adriatic, Northern Islands and Dalmatian Islands) for both the air-pressure rate of change (Atm.) and the filtered sea-level height (ocean). The distributions are presented separately depending on the experiments (Baseline, No Apennines, RCP 8.5 and, for the ocean only, 50m maximum depth) and the weather types (Calm Weather, Stormy Weather).

Distributions of the atmospheric disturbance and meteotsunami wave extremes over the four sub-domains. Violin plots of the distributions of the 98th percentile calculated for the entire duration of the events at each point of the four sub-domains (Apennines, Deep Adriatic, Northern Islands and Dalmatian Islands) for both the air-pressure rate of change (Atm.) and the filtered sea-level height (ocean). The distributions are presented separately depending on the experiments (Baseline, No Apennines, RCP 8.5 and, for the ocean only, 50m maximum depth) and the weather types (Calm Weather, Stormy Weather).

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Due to a lack of appropriate modelling tools, the atmospheric source mechanisms triggering the potentially destructive meteotsunami waves – occurring at periods from a few minutes to a few hours – have remained partially unstudied till recently. In this numerical work we thus investigate and quantify the impacts of orography and extreme climate cha...

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Article
Full-text available
Due to a lack of suitable coupled atmosphere‐ocean modeling tools, the atmospheric source mechanisms that trigger the potentially destructive meteotsunami waves – which occur with periods ranging from a few minutes to a few hours – have remained partially unexplored until recently. In this process‐oriented numerical work we therefore investigate an...