Soon after the onset of an eruption, model forecasts of ash dispersal are used to mitigate the
hazards to aircraft, infrastructure, and communities downwind. However, it is a significant …

Eruptive column models are powerful tools for investigating the transport of volcanic gas and
ash, reconstructing past explosive eruptions, and simulating future hazards. However, the …

Tephra is a unique volcanic product with an unparalleled role in understanding past
eruptions, long-term behavior of volcanoes, and the effects of volcanism on climate and the …

For volcanoes, as for other natural hazards, the frequency of large events diminishes with
their magnitude, as captured by the magnitude–frequency relationship. Assessing this …

Estimating the area of tephra fallout and volume of large magnitude eruptions is
fundamental to interpretations of the hazards posed by eruptions of this scale. This study …

The calculation of the magnitude of an eruption needs the accurate estimate of its deposit
volume. This is particularly critical for ignimbrites as no methods for their volume calculations …

After the large‐scale event of Neapolitan Yellow Tuff (~ 15 ka BP), intense and mostly
explosive volcanism has occurred within and along the boundaries of the Campi Flegrei …

A new method for assessing volumes of tephra deposits based on only two thickness data is
presented. It is based on the assumptions of elliptical shape for isopachs, a statistical …

Volcanic ash clouds are common, often unpredictable, phenomena generated during
explosive eruptions. Mainly composed of very fine ash particles, they can be transported in …

Tephra from large explosive eruptions can cause damage to buildings over wide
geographical areas, creating a variety of issues for post-eruption recovery. This means that …