Tsunamis are unpredictable and infrequent but potentially large impact natural disasters. To
prepare, mitigate and prevent losses from tsunamis, probabilistic hazard and risk analysis …

For accurate and timely information on the evolving state of our volcanoes we need reliable
short-term forecasts. These forecasts directly impact crisis management from evacuations …

Accurate digital elevation models represent the basic tool for a large spectrum of
applications, including geological, architectonic, archaeological, and urbanistic studies …

Stromboli volcano (Italy), always active with low energy explosive activity, is a very attractive
place for visitors, scientists, and inhabitants of the island. Nevertheless, occasional more …

Volcanic activity typically switches between high-activity states with many eruptions and low-
activity states with few or no eruptions. We present a simple two-regime physics-informed …

The fruition and protection of natural heritage to restore cultural identity and promote the
regeneration of a marginal urban area fully comply with the targets of sustainable …

Phreatic and hydrothermal eruptions are small energetic explosive events that generally
have few to no precursors and represent a considerable hazard in tourist and urban areas …

The structure of a caldera may influence its activity, making its understanding crucial for
hazard assessment. Here, we analysed high-resolution seismic profiles in the Campi Flegrei …

Silicic calderas are volcanic systems whose unrest evolution is more unpredictable than
other volcano types because they often do not culminate in an eruption. Their complex …

The dichotomy between probabilistic and scenario-based volcanic hazard assessments
stems from their opposing strengths and weaknesses. The quantification of uncertainty and …