We haven't yet developed the technology to predict when or if it will erupt.
well first it erupted then it fell back asleep
Mount Pelee is known for its explosive eruptions due to the high viscosity of its lava, which traps gas until pressure builds up and causes explosive eruptions. This type of eruption can result in a devastating pyroclastic flow that travels down the volcano at high speeds, as was seen during the 1902 eruption of Mount Pelee.
The eruption of Mount Pelée in 1902 resulted in around 30,000 casualties, with the majority of them being fatalities. The exact number of injured individuals is not well-documented, but it is estimated to be in the thousands.
There are many volcanic mountain chains in the USA, so it stands to reason that there are many possible mountains that could erupt. Mt. Rainier shows signs of activity and Mt. St. Helens has erupted in the recent past and may again in Washington state. Mt. Shasta in California is another possibility. Mt. Kilauea and Mt. Mauna Loa in Hawaii erupt almost regularly.
Volcanoes that erupt both explosively and effusively are typically located along tectonic plate boundaries, known as subduction zones. Examples include stratovolcanoes in the Ring of Fire in the Pacific Ocean, like Mount St. Helens in the United States and Mount Merapi in Indonesia. These volcanoes can have both explosive eruptions, ejecting ash and lava, as well as effusive eruptions with flowing lava.
well first it erupted then it fell back asleep
Yes. He is. Be afraid Well, the thing is, Mount Laki is dormant, so it's not likely for it to erupt again, but there is a possibility, so it's not extinct, but it's not active, you're welcome.
Mount Pelee is known for its explosive eruptions due to the high viscosity of its lava, which traps gas until pressure builds up and causes explosive eruptions. This type of eruption can result in a devastating pyroclastic flow that travels down the volcano at high speeds, as was seen during the 1902 eruption of Mount Pelee.
It is pretty much certain that it will erupt again eventually. However given the intervals of super eruptions of well over 600,000 years, the chances of one ocurring any time soon are extremely small.
well in the future we think maybe we don't know for sure it has not been rumbling at all!!!!
The eruption of Mount Pelée in 1902 resulted in around 30,000 casualties, with the majority of them being fatalities. The exact number of injured individuals is not well-documented, but it is estimated to be in the thousands.
When Mount Pelee erupted on May 8, 1902 just before 8am, huge clouds of hot gasses hung up in the air and had the temperature of at least 1000 c!!! within minutes... the city St. Pierre was in ruins. :( Two inhabitants were dead
There are far too many to count here. Most volcanoes on convergent boundaries are stratovolcanoes. Well-known volcanoes on convergent boundaries include Mount St Helens, Mount Rainier, Mount Fuji, Mount Unzen, Mount Merapi, Krakatoa, Mount Tamboa, Mount Pinatubo, Mount Etna, Mount Vesuvius, Mount Pelee, Soufriere Hills, and Nevado Del Ruiz.
There are many volcanic mountain chains in the USA, so it stands to reason that there are many possible mountains that could erupt. Mt. Rainier shows signs of activity and Mt. St. Helens has erupted in the recent past and may again in Washington state. Mt. Shasta in California is another possibility. Mt. Kilauea and Mt. Mauna Loa in Hawaii erupt almost regularly.
Havivra Da Ifrile was a little girl who was one of the three survivors of the Mount Pelee eruption in 1902. She was found unconscious in her brothers boat off the coast. She made a full recovery and lived well on into old age.
Volcanoes that erupt both explosively and effusively are typically located along tectonic plate boundaries, known as subduction zones. Examples include stratovolcanoes in the Ring of Fire in the Pacific Ocean, like Mount St. Helens in the United States and Mount Merapi in Indonesia. These volcanoes can have both explosive eruptions, ejecting ash and lava, as well as effusive eruptions with flowing lava.
well there are tectonic plates at the end of the sea and then one of those tectonic plates go up and a tsunami will erupt?