Sentence examples for most explosive eruptions from inspiring English sources

This makes the most explosive eruptions known a thousand times or more larger than that which ripped off the top 400 metres of Mount St Helens almost a quarter of a century ago.

This may considerably underestimate the hazard, especially where magma-water interaction may cause the most explosive eruptions from such fields (Németh and Cronin 2009).

The volcano formed during the Pleistocene epoch, about one million years ago, and since the most recent ice age, it has produced some of largest and most explosive eruptions in the state.

In late October and early November of 2010, Merapi volcano produced its most explosive eruption in over a century.

The 1707 Hoei eruption (the most explosive historic eruption at Mt. Fuji), which followed the Hoei earthquake by 49 days, may be a special case that is consistent with the model of Nostro et al. (1998), i.e., triggering due to magma ascent in the deep region of the dike plane (Chesley et al. 2012).

The most explosive rhyolite eruptions produce a felsic ash that is high in silica (>69%) while other types of ash with an intermediate composition (e.g., andesite or dacite) have a silica content between 55-69%.

The volcano's most recent explosive eruptions were in 2006, sending ash clouds that disrupted air traffic in Anchorage.

Since the 1707 Hoei eruption was the most explosive historic eruption of Mt. Fuji, it might have changed the internal structure and stress state around the volcanic edifice.

The 1707 Hoei eruption, which was the most explosive historic eruption of Mt. Fuji, occurred 49 days after the Hoei earthquake (Mw 8.7) along the Nankai Trough.

Non-juvenile eruptions, often referred to as phreatic or hydrothermal eruptions, represent one of the most common explosive eruption types on Earth.

The most recent, mainly explosive eruptions of Ciomadul, the youngest volcano in the Carpatho-Pannonian Region, have been constrained by detailed field volcanological studies, major element pumice glass geochemistry, luminescence and radiocarbon dating, and a critical evaluation of available geochronological data.