Eruption source parameters (ESPs) are crucial for characterising volcanic eruptions and are
essential inputs to numerical models used for hazard assessment. Key ESPs of explosive …

Understanding gas-magma dynamics in volcanic conduits and linking them with the
associated geophysical signals at the surface is of fundamental importance in monitoring …

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 …

Forecasting future activity and performing hazard assessments during the reactivation of
volcanoes remain great challenges for the volcanological community. On August 14, 2015 …

Abstract The Mount Meager Volcanic Complex (Mount Meager) is a glacier-clad
stratovolcanic system in southwestern British Columbia which last erupted over 2400 years …

Volcanic debris flows (lahars) are highly destructive volcanic phenomena and present
significant challenges in numerical simulation. This manuscript tackles the three …

Through integration of multiple data streams to monitor volcanic unrest scientists are able to
make more robust eruption forecast and to obtain a more holistic interpretation of volcanic …

Lahars are among the most hazardous mass flow processes on earth and have caused up
to 23 000 casualties in single events in the recent past. The Cotopaxi volcano, 60 km …

Numerical modeling of tephra dispersal and deposition is essential for evaluation of volcanic
hazards. Many models consider reasonable physical approximations in order to reduce …

We characterize and interpret a new type of infrasound signal originating from the summit of
Volcán Cotopaxi (Ecuador) that was primarily observed between September 2015 and …