Calderas are among the most active and dangerous volcanoes. Caldera unrest is defined by
enhanced seismicity, gravity changes, surface deformation, and degassing. Although much …

Volcanism has affected the environment of our planet over a broad range of spatial (local to
global) and temporal (< 1 yr to 100s Myr) scales and will continue to do so. As well as …

Restless silicic calderas present major geological hazards, and yet many also host
significant untapped geothermal resources. In East Africa, this poses a major challenge …

Abstract In 2011–2012, Santorini was characterized by seismic‐geodetic‐geochemical
unrest, which was unprecedented since the most‐recent eruption occurred in 1950 and led …

The Solfatara volcano is the main degassing area of the Campi Flegrei caldera,
characterized by 60 years of unrest. Assessing such renewal activity is a challenging task …

Periods of unrest at caldera‐forming volcanic systems characterized by increased rates of
seismicity and deformation are well documented. Some can be linked to eventual eruptive …

The Azores archipelago is located in the North Atlantic Ocean and is formed by nine
volcanic islands. Present-day volcanic activity in the archipelago comprises not only seismic …

Studies of submarine hydrothermal systems in Mediterranean Sea are limited to the
southern Italian volcanism, while are totally missing in the Aegean. Here, we report on the …

As our ability to detect volcanic unrest improves, we are increasingly confronted with the
question of whether the unrest has a magmatic origin (magma on the move) or a non …

Abstract Between January 2011 and April 2012, Santorini volcano (Greece) experienced a
period of unrest characterised by the onset of detectable seismicity and caldera-wide uplift …