In the aftermath of the 2004 Indian Ocean tsunami, a large increase in the activity of tsunami
hazard and risk map** is observed. Most of these are site-specific studies with detailed …

The paper provides a comprehensive review of all aspects of Adriatic Sea level research
covered by the literature. It discusses changes occurring over millennial timescales and …

Estimating the occurrence probability of natural disasters is critical for setting construction
standards and, more generally, prioritizing risk mitigation efforts. Tsunami hazard in the …

Large tsunamis occur infrequently but have the capacity to cause enormous numbers of
casualties, damage to the built environment and critical infrastructure, and economic losses …

We propose a procedure for uncertainty quantification in Probabilistic Tsunami Hazard
Analysis (PTHA), with a special emphasis on the uncertainty related to statistical modelling …

The prompt identification of faults responsible for moderate‐to‐large earthquakes is
fundamental for understanding the likelihood of further, potentially damaging events. This is …

Probabilistic tsunami hazard analysis (PTHA) relies on computationally demanding
numerical simulations of tsunami generation, propagation, and non-linear inundation on …

We present an overview of the seismogenic source model of the Adriatic domain included in
the latest version of the DISS database (http://diss. rm. ingv. it/diss/) and in the European …

Boulder detachment from the seafloor and subsequent transport and accumulation along
rocky coasts is a complex geomorphological process that requires a deep understanding of …

We present estimates of slip rates for active faults in the External Dinarides. This thrust‐and‐
fold belt formed in the Adria‐Eurasia collision zone by the progressive formation of NE …