Any effective volcanic risk mitigation strategy requires a scientific assessment of the future
evolution of a volcanic system and its eruptive behavior. Some consider the onus should be …

Robust time-varying volcanic hazard assessments are difficult to develop, because they
depend upon having a complete and extensive eruptive activity record. Missing events in …

Volcanic activity typically switches between high-activity states with many eruptions and low-
activity states with few or no eruptions. We present a simple two-regime physics-informed …

The idea of a volcanic field 'boundary'is prevalent in the literature, but ill-defined at best. We
use the elliptically constrained vents in the Auckland Volcanic Field to examine how spatial …

Many spatio-temporal models have been proposed for forecasting the location and timing of
the next eruption in a monogenetic volcanic field. These have almost invariably been fitted …

It has been 30 years since the terms time-predictable (repose length increases with previous
eruption size) and size-predictable (eruption size increases with repose length) entered the …

Probabilistic volcanic hazard assessment (PVHA) has become the paradigm to quantify
volcanic hazard over the last decades. Substantial aleatory and epistemic uncertainties in …

Recent works on seismic hazard have introduced the concept of time-dependent seismic
hazard and different models have been proposed to predict the inter-arrival time between …

Despite the touted potential of e-commerce to improve agriculture profits, the literature on
effectiveness of e-commerce is very limited. This paper assesses the economic impact of an …

Identifying the most complete (best recorded) portion of an eruption record is essential
before estimating eruption recurrence and probability. This is typically achieved by plotting …