Not necessarily. A summit eruption may be explosive or effusive. It is considered a summit eruption when material erupts at or near the volcano's peak as opposed to on its flanks.
No, the eruption of Nevado del Ruiz in 1985 was mainly an explosive eruption that generated pyroclastic flows and lahars by melting snow and ice on the volcano's summit. There was no significant lava eruption during this event.
In an explosive eruption, the summit may be blasted away. In large eruptions, so much magma may be erupted that a volcano can collapse into the space left behind, leaving a caldera.
An eruption from the side of a volcano, often referred to as a flank eruption, occurs when magma escapes through a fissure or vent on the side of the volcano rather than from the summit. This type of eruption can produce lava flows, ash, and pyroclastic material, potentially affecting areas adjacent to the volcano. Flank eruptions can be less explosive than summit eruptions but can still pose significant hazards to nearby communities and ecosystems. Such eruptions are commonly associated with shield volcanoes and stratovolcanoes.
The answer is Explosive . It is explosive because during a explosive eruption there are clouds of ash, gas , and rock , and with a pyroclastic flow there is dust and ash . there for the answer must be explosive .
The biggest eruption of Mount Shishaldin occurred around 200 CE and resulted in the formation of a large caldera at the summit of the volcano. This eruption was one of the most explosive events in its history and had significant impacts on the surrounding area.
its like josephs farts explosive!
It had an eruption like explosive diarrhea.
It is very explosive.
an explosive eruption
The composition of the magma affects how explosive a volcanic eruption will be.
explosive
explosive
No, the eruption of Nevado del Ruiz in 1985 was mainly an explosive eruption that generated pyroclastic flows and lahars by melting snow and ice on the volcano's summit. There was no significant lava eruption during this event.
quiet eruption flows easeir cause it has a low viscosity and lava flows easier but explosive eruption has a high viscosity and lava flows slower
In an explosive eruption, the summit may be blasted away. In large eruptions, so much magma may be erupted that a volcano can collapse into the space left behind, leaving a caldera.
sometimes is quite and sometimes is explosive
an explosive eruption.