A global database of large explosive volcanic eruptions has been compiled for the Holocene
and analyzed using extreme value theory to estimate magnitude‐frequency relationships …

A compilation and analysis of the size and frequency of the largest known explosive
eruptions on Earth are presented. The 'largest'explosive events are defined to be those …

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 …

Large magnitude explosive eruptions in Japan were compiled for the Large Magnitude
Explosive Volcanic Eruptions (LaMEVE) database. Here we use this dataset to investigate …

One of the most difficult problems we face in assessing volcanic hazards is that of evaluating
the potential activity of volcanoes with little or no record of Holocene eruptions. Is there some …

More than 800 million people live in proximity to active volcanoes and could be directly
impacted by potential eruptions. Mitigation of future volcanic hazards requires adequate …

Knowledge of the frequencies of highly explosive, moderately explosive, and nonexplosive
eruptions would be useful in a variety of volcano studies. Historical records are generally …

The modeling of the statistical distribution of eruptive frequency and volume provides basic
information to assess volcanic hazard and to constrain the physics of the eruptive process …

Abstract The Large Magnitude Explosive Volcanic Eruptions (LaMEVE) database contains
data on 1,883 Quaternary eruption records of magnitude (M) 4 and above and is publically …

Most volcanic explosions leave a crater in the surface around the center of the explosions.
Such craters differ from products of single events like meteorite impacts or those produced …