A full review of the 79 CE Plinian eruption of Vesuvius is presented through a
multidisciplinary approach, exploiting the integration of historical, stratigraphic …

Since the 1919 foundation of the International Association of Volcanology and Chemistry of
the Earth's Interior (IAVCEI), the fields of volcano seismology and acoustics have seen …

Snow avalanche‐induced air‐blasts are capable of breaking trees, damaging buildings and
causing fatalities. Predicting their destructive properties is an essential part of snow …

Hyperpycnal flow deposits, one of the most important deep‐water gravity‐flow deposits in
lacustrine basins, have become the research focus in recent years. However, the …

Avalanche modeling is an essential tool to assess snow avalanche hazard. Today, most
popular numerical approaches adopt depth-averaged equations. These methods are …

Pyroclastic flows are mixtures of gas and particles generated by gravitational collapse of
lava domes or fall-back of eruption columns during explosive eruptions. They are major …

Powder snow avalanches (PSAs) radiate infrasound energy, yet the source mechanism
remains unclear, limiting hazard monitoring and mitigation with infrasound‐based …

Pyroclastic density currents (PDCs) are density‐stratified along their vertical axis, with the
near‐bed portion being denser than the upper portion, resulting from particle settling and …

In order to investigate the oil shale enrichment mechanisms and the relationship among
gravity flows, volcanism, and oil shale deposition, detailed petrological, sedimentological …

There is increasing evidence that fine-grained deposits of pyroclastic density currents can
be remobilized on a large scale, resulting in concentrated flows. These flows can be a major …