We present a detailed physical and geochemical analysis of a small-scale eruption at the
type basaltic volcano, Mount Etna, Italy, that spanned 9 days in May 2016. A complexity …

Deciphering the triggering mechanisms of violent explosive activity is of broad interest for
understanding the dynamics of basaltic open-vent volcanic systems. For nearly 1300 years …

Basaltic magmas can transport and release large amounts of volatiles into the atmosphere,
especially in subduction zones, where slab-derived fluids enrich the mantle wedge …

The 2002–03 flank eruption of Etna was characterized by two months of explosive activity
that produced copious ash fallout, constituting a major source of hazard and damage over …

The explosive behavior and the rheology of lavas in basaltic volcanoes, usually driven by
differentiation, can also be significantly affected by the kinetics of magma degassing in the …

Abstract Following the 2001 and 2002–2003 flank eruptions, activity resumed at Mt. Etna on
7 September 2004 and lasted for about 6 months. This paper presents new petrographic …

A comprehensive understanding of the processes that occur during magmatic storage and
pre-eruptive ascent—and of their associated timescales—is critical to identifying potential …

Abstract Mount Etna volcano (Italy) during the period 2001–2005 has undergone a period of
intense eruptive activity marked by three large eruptions (2001, 2002–2003 and 2004 …

After the 6 month-long effusive event of 2002-2003, a new lava effusion occurred at
Stromboli between 27 February and 2 April 2007. Despite the different durations …

The volcanic activity that built up the Monte dei Porri stratocone (Salina Island) was
reconstructed using new stratigraphic data, which allowed seven eruption units to be …