primary:
- lava flows
- ash flows
- gas
- blasts
secondary:
- debris flows
- mud flows
hope this helps
Yes, the eruption of the Soufriere Hills volcano in Montserrat in 1995 was preceded by signs of increased volcanic activity, including earthquakes, gas emissions, and ground deformation. Scientists had been monitoring the volcano and had issued warnings about the potential for an eruption.
The primary effects of the Eyjafjallajokull volcano eruption in 2010 included the disruption of air travel due to ash clouds, leading to widespread flight cancellations across Europe. Additionally, there were ash fallouts in nearby areas, affecting agriculture, livestock, and infrastructure. The eruption also prompted evacuations and temporary closures of schools and businesses in the vicinity.
We can divide the effects of an earthquake into those known as the primary effects and those known as the secondary effects. Primary effects of an earthquake are those resulting directly from the earthquake itself. These include; buildings collapsing; roads cracking; bridges giving way; shattering of glass and injuries / deaths resulting from these. Secondary effects are those that result from the primary effects. For example ground shaking may result in the cracking of gas and water pipes (primary effects) this can result in severe fires due to explosion from escaping gas and difficulties in putting out fires due to lack of water from burst mains (secondary effects). Other secondary effects include, homelessness, business going bankrupt and closing etc.
The eruption of the Soufrière Hills volcano on Montserrat caused the destruction of the capital city of Plymouth and the southern half of the island. About two-thirds of the population was evacuated due to the damage caused by pyroclastic flows, ashfall, and volcanic gases. The economy of Montserrat suffered greatly as tourism and agriculture were severely impacted.
Well, OBVIOUSLY the eruption melted a frozen glacier and released MASSIVE amounts of water into the flaming lava pit, causing a GINORMOUS steam cloud to escape and blowing the top of the mountain. Clearly.
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very big
Montserrat is an island in the Caribbean. It is one of the Leeward islands and at the time of the famous eruption it had 12,000 inhabitants
people were shocked...'omg'
The plates involved in the Montserrat eruption are the North American Plate and the Caribbean Plate. Montserrat is located along the boundary where these two plates meet. The eruption was caused by the subduction of the North American Plate beneath the Caribbean Plate, leading to volcanic activity on the island.
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July 18 2003 was it last eruption July 18 2003 was it last eruption July 18 2003 was it last eruption
Yes, the eruption of the Soufriere Hills volcano in Montserrat in 1995 was preceded by signs of increased volcanic activity, including earthquakes, gas emissions, and ground deformation. Scientists had been monitoring the volcano and had issued warnings about the potential for an eruption.
No. The term compostie volcano describes a kind of volcano, not a kind of volcanic eruption. The Soufrière Hills on Montserrat is indeed a composite volcano, however, whether it is erupting or not.
The total cost of damage because of the eruption of Mount Montserrat is believed to be close to 300 million dollars. The eruption also put a halt to the entire city of Providence and its economy.
it was dormant for 400 years before it erupted.
The people died in Montserrat due to a volcanic eruption that occurred on the island in 1995. The eruption led to pyroclastic flows and ash fall, which caused destruction and casualties. Many residents were unable to evacuate in time, leading to a tragic loss of life.