Explosive volcanic eruptions can generate plumes that carry ash high into the atmosphere posing hazards to aviation while airborne and to lives and infrastructure as the ash settles back to ground level. It is crucial to quantify the rate at which ash is produced if its subsequent dispersion is to be modelled accurately. Direct measurement of this mass eruption rate is impossible; however, observations of plume dynamics provide a means of determining this quantity.

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Modelling the Rise of Volcanic Plumes to Estimate Mass Eruption Rates

  • Andrew J. Hogg,
  • Mark J. Woodhouse

摘要

Explosive volcanic eruptions can generate plumes that carry ash high into the atmosphere posing hazards to aviation while airborne and to lives and infrastructure as the ash settles back to ground level. It is crucial to quantify the rate at which ash is produced if its subsequent dispersion is to be modelled accurately. Direct measurement of this mass eruption rate is impossible; however, observations of plume dynamics provide a means of determining this quantity.