Lava flows can pose great danger to people. They may cover the land and can even set buildings or trees on fire. Lava flows, however, are actually the least dangerous part of a volcanic eruption. Most lava flows do not move particularly fast. And because they are fluid, they tend to flow along low-lying areas, this means that predicting the path of the lava is fairly easy. Although property will be destroyed, people in areas likely to be affected by the lava can be evacuated. Ash from violent eruptions, in contrast, often poses great environmental and personal dangers. The ash may cover everything it falls on. It blocks sunlight, smother crops, and coats people's lungs. During an ash fall, the ash that has been ejected into the atmosphere settles back to the earth over a wide area.
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The greatest danger of volcanic eruptions is volcanic ash, which can continue to take its toll through contaminated air long after the eruption has ceased. The ash can also effect transportation since flights as well as automotive engines can fail to function with an influx of volcanic ash.
Lava flows can pose great danger to people. They may cover the land and can even set buildings or trees on fire. Lava flows, however, are actually the least dangerous part of a volcanic eruption. Most lava flows do not move particularly fast. And because they are fluid, they tend to flow along low-lying areas, this means that predicting the path of the lava is fairly easy. Although property will be destroyed, people in areas likely to be affected by the lava can be evacuated. Ash from violent eruptions, in contrast, often poses great environmental and personal dangers. The ash may cover everything it falls on. It blocks sunlight, smother crops, and coats people's lungs. During an ash fall, the ash that has been ejected into the atmosphere settles back to the earth over a wide area.
Pyroclastic flows are the deadliest part of an explosive eruption. Pyroclastic flows are clouds of hot ash, rock, and gas that move very quickly down the sides of a volcano. They are unsurvivable and cannot be outrun.
The deadliest thing seen in some eruptions are pyroclastic flows.
I guess it's the heat an it's so hot it can cause terrible danger
That would be raining ash
danger area extend several miles
Volcanic eruptions are common in some of the Earth's volcanic hot-spots.
Correct. Igneous rocks fly out of volcanic eruptions
No, climate and weather do not cause volcanic eruptions. However weather affects the products produced by a volcanic eruption.
volcanic eruptions
Volcanic ash can get in to airplane engines and cause them to fail.
danger area extend several miles
volcanic eruptions are hotter
Volcanic eruptions are common in some of the Earth's volcanic hot-spots.
yes! volcanic eruptions happen on mars NASA
Correct. Igneous rocks fly out of volcanic eruptions
The kinds of eruptions are the quiet eruptions and the explosive eruptions.
the volcanic eruptions in Europe they cant travel anymore
There are no Solar events that are connected to volcanic eruptions.
There have been innumerable eruptions and volcanic outbursts. And we have no way of counting the individual eruptions in much of pre history.
No, climate and weather do not cause volcanic eruptions. However weather affects the products produced by a volcanic eruption.
There are effusive eruptions and explosive eruptions.