We provide the dataset associated with the research data article “Shallow factors controlling the explosivity of basaltic magmas: The 17–25 May 2016 eruption of Etna Volcano (Italy)” Edwards et al. This dataset contains major element data for groundmass glass, plagioclase, olivine and clinopyroxene phenocrysts, and melt inclusions within these phenocrysts, found within tephra and lava from this eruption. We also provide the grain size dataset from the fallout deposits
Petrological investigations of active volcanoes are often supported by mass balance, thermodynamic c...
We present a geochemical study on olivine- and clinopyroxene-hosted melt inclusions (MIs) from 2001-...
Between 30 August and 15 December 2006,Mt Etna, Italy, underwent both effusive and explosive activit...
We provide the dataset associated with the research data article “Shallow factors controlling the ex...
We present a detailed physical and geochemical analysis of a small-scale eruption at the type basalt...
This study documents the compositional variations of phenocrysts from a basaltic trachyandesitic sil...
International audienceWe present major elements compositions and volatiles contents of olivine-hoste...
International audienceThe determination of Eruptive Source Parameters (ESPs) is a major challenge es...
The volcanic hazard potential of Mount Etna volcano is currently nourished by long-lasting, powerful...
In December 2015, four violent explosive episodes from Mt. Etna’s oldest summit crater, the Voragine...
International audience[1] Two unusual, highly explosive flank eruptions succeeded on Mount Etna in J...
In the last years, Mt. Etna was characterized by intense (explosive-effusive) eruptive activity. The...
Petrological investigations of active volcanoes are often supported by mass balance, thermodynamic c...
Fourier Transform Infrared (FT-IR) spectroscopic analyses of melt inclusions from four explosive eru...
Petrological investigations of active volcanoes are often supported by mass balance, thermodynamic c...
We present a geochemical study on olivine- and clinopyroxene-hosted melt inclusions (MIs) from 2001-...
Between 30 August and 15 December 2006,Mt Etna, Italy, underwent both effusive and explosive activit...
We provide the dataset associated with the research data article “Shallow factors controlling the ex...
We present a detailed physical and geochemical analysis of a small-scale eruption at the type basalt...
This study documents the compositional variations of phenocrysts from a basaltic trachyandesitic sil...
International audienceWe present major elements compositions and volatiles contents of olivine-hoste...
International audienceThe determination of Eruptive Source Parameters (ESPs) is a major challenge es...
The volcanic hazard potential of Mount Etna volcano is currently nourished by long-lasting, powerful...
In December 2015, four violent explosive episodes from Mt. Etna’s oldest summit crater, the Voragine...
International audience[1] Two unusual, highly explosive flank eruptions succeeded on Mount Etna in J...
In the last years, Mt. Etna was characterized by intense (explosive-effusive) eruptive activity. The...
Petrological investigations of active volcanoes are often supported by mass balance, thermodynamic c...
Fourier Transform Infrared (FT-IR) spectroscopic analyses of melt inclusions from four explosive eru...
Petrological investigations of active volcanoes are often supported by mass balance, thermodynamic c...
We present a geochemical study on olivine- and clinopyroxene-hosted melt inclusions (MIs) from 2001-...
Between 30 August and 15 December 2006,Mt Etna, Italy, underwent both effusive and explosive activit...