Tephra transport models try to predict atmospheric dispersion and sedimentation of tephra
depending on meteorology, particle properties, and eruption characteristics, defined by …

Iron is a key limiting micro-nutrient for marine primary productivity. It can be supplied to the
ocean by atmospheric dust deposition. Volcanic ash deposition into the ocean represents …

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 …

Abstract On May 1st 2008 Mount Chaitén (southern Chile) interrupted a long period of
quiescence, generating a sequence of explosive eruptions and causing the evacuation of …

The major explosive eruption of Chaitén volcano, Chile, in May 2008 provided a rare
opportunity to track the long‐range dispersal and deposition of fine volcanic ash. The …

Mediante mapeo geológico y muestreo, análisis fotogramétrico de fotografías aéreas
oblicuas y modelos de elevación digital, se documenta la secuencia eruptiva 2008-2009 del …

We modelled the transport and deposition of ash from the June 2011 eruption from Cordón
Caulle volcanic complex, Chile. The modelling strategy, currently under development at the …

On 2 May 2008, a large eruption began unexpectedly at the inconspicuous Chaitén volcano
in Chile's southern volcanic zone. Ash columns abruptly jetted from the volcano into the …

Large volcanic eruptions emit huge amounts of sulfur and fine ash into the stratosphere.
These products cause an impact on radiative processes, temperature and wind patterns. In …

Chaitén Volcano erupted unexpectedly in May 2008 in one of the largest eruptions globally
since the 1990s. It was the largest rhyolite eruption since the great eruption of Katmai …