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 …

Periodicity is a fundamental phenomenon occurring throughout the history of our planet
Earth. Investigations into the mechanics of terrestrial cyclicity should consider short-term …

A volcano is a complex system, and the characterization of its state at any given time is not
an easy task. Monitoring data can be used to estimate the probability of an unrest and/or an …

The ability to mitigate and predict volcanic risk is a long-standing question in the
Geosciences' community, while the extent of volcanic activity may be regulated by a …

Abstract The Whakaari/White Island volcano, located~ 50 km off the east coast of the North
Island in New Zealand, has experienced sequences of quiescence, unrest, magmatic and …

Volcanoes are complex systems that evolve in space and time as a result of their eruptive
activity. Volcanic eruptions represent the ultimate expression of a complex interplay between …

The decryption of the temporal sequence of volcanic eruptions is a key step in better
anticipating future events. Volcanic activity results from a complex interaction between …

Volcano dynamics results from an interplay between internal and external processes
spanning different time scales. Unravelling how such processes interact may provide key …

Studying a large number of volcanic eruptions is a way to decipher general characteristics
related to volcano dynamics but also on external forcing influencing it, such as solid Earth …

In this paper, we examine the origins and the history of the hypothesis for an influence of
tidal forces on volcanic activity. We believe that exploring this subject through a historical …