Volcanic eruption. It must be more painful because you literraly melt.
The island exploded in 1883, killing approximately 40,000 people. It was not an earthquake, but rather a volcanic event.
No. A caldera is a volcanic structure. It is formed by the collapse of a volcao rather than a magma body.
A eruption of magma that comes from ice rather than rocks is called a glaciovolcanic eruption. It occurs when magma interacts with ice or snow, causing explosive eruptions due to the rapid vaporization of water. These eruptions can lead to the formation of volcanic landforms like tuyas and subglacial volcanoes.
An eruption from the side of a volcano is known as a flank eruption. This type of eruption occurs when magma breaks through the side of the volcano rather than erupting from the summit. Flank eruptions can create fissures and lava flows that spread out over the surrounding landscape, often resulting in the formation of new volcanic features.
No, there was no tsunami during the destruction of Pompeii. The city was buried under volcanic ash and pyroclastic flows following the eruption of Mount Vesuvius in AD 79. This catastrophic event was primarily due to volcanic activity rather than seismic activity that would typically generate a tsunami. The destruction was caused by the direct impact of the eruption rather than any associated tidal waves.
They indicate that an eruption is effusive rather than explosive.
They indicate that an eruption is effusive rather than explosive.
a volcanic eruption that takes place on the sides rather than the summit
The island exploded in 1883, killing approximately 40,000 people. It was not an earthquake, but rather a volcanic event.
Lava flows of pahoehoe and aa indicate that the eruption was effusive ("quiet") rather than explosive, or only very mildly explosive.
No. A caldera is a volcanic structure. It is formed by the collapse of a volcao rather than a magma body.
A eruption of magma that comes from ice rather than rocks is called a glaciovolcanic eruption. It occurs when magma interacts with ice or snow, causing explosive eruptions due to the rapid vaporization of water. These eruptions can lead to the formation of volcanic landforms like tuyas and subglacial volcanoes.
In most cases, no. However, there is evidence that, on a few occasions, earthquakes appear to have triggered eruptions, most likely by disturbing the magma chamber beneath the volcano. Earthquakes often precede a volcanic eruption, be these are not the cause of the eruption, but are rather a result of the movement of magma that leads to an eruption.
The question is ambiguous. Does it seek the probability thatsome random person in the world dies in an avalanche, orsomeone who is caught in an avalanche dying rather than surviving, orthe cause of a someone dying is an avalanche rather than something else?
Yes, scientists can predict volcanic eruptions, but only to a certain extent of accuracy. One method is to use earthquakes. Earthquakes usually increase and become more violent before a volcanic eruption
La Garita Caldera is not a volcano in itself, but rather a collapsed volcanic crater that formed during a massive eruption around 27 million years ago. It is located in Colorado, USA and is associated with volcanic activity in the region.
No volcanic eruption in human history has darkened the entire world. But about 535 AD a volcano at Krakatoa erupted so violently it may have darkened the sky around the world to an extent that it caused famines and threw Europe into the Dark Ages (they are not called the Dark Ages because the sky was dark, rather it was considered to be a period of intellectual darkness).