Explosive volcanic eruptions inject hot mixtures of solid particles (tephra) and gasses into
the atmosphere. Entraining ambient air, these mixtures can form plumes rising tens of …

Long-lasting eruptions are of complex characterization and are typically associated with
challenging risk assessment and crisis management due to the usual occurrence of multiple …

As wastewater is commonly disposed of in the form of sediment-laden jet from a submarine
outfall, the sediment movement when the jet evolves in the ambient water and its final …

Settling‐driven gravitational instabilities (SDGIs) can form at the base of buoyant particle‐
laden suspensions, modulating particle sedimentation in various settings such as …

We present a series of experiments to illustrate the dynamics of positively or negatively
buoyant particle-laden plumes in a cross-flow, with relevance for the discharge of sediment …

Field observations and laboratory experiments have shown that ash sedimentation can be
significantly affected by collective settling mechanisms that promote premature ash …

Explosive volcanic eruptions can produce eruption plumes and pyroclastic density currents
that can severely damage life and property. While many factors influence eruption plume …

The profile of tephra concentration along a volcanic plume (ie, the tephra segregation
profile) is an important source parameter for the simulation of tephra transport and …

Les phénomènes de cristallisation et de fusion se produisent dans divers contextes
géophysiques à diverses échelles spatiales et temporelles. Ils prennent notamment place …

This paper, presents useful relative technologies in decision making for public health
protection in terms of electromagnetism surveyllance datasets at volcanic geographies in …