Volcanoes form
A new crater before major eruption
Some were probably volcanic but the craters large enough to be seen with smaller telescopes were almost all made by impacts.
Yes. Large explosive volcanic eruptions can produce enormouys ash clouds that can turn day as dark as night in areas around the volcano. Ash and gas from such eruptions can filter out enough sunlight to reuduce global temperatures.
It's plain and simple. As the eruption comes to a beginning, the place where the eruption should occur gets highly elevated. If certain surface was a bit flat, it wouldn't be anymore. Also, the vegetation and pretty much everything gets destroyed, but they say the volcanic earth can be useful sometimes.
Volcanoes can change the land destructively in several ways. One of the most common ways is through volcanic eruptions, where lava flows and ash deposits can bury and destroy existing landforms. Volcanic eruptions can also lead to the formation of new land through the accumulation of volcanic materials, such as ash and volcanic rock. Additionally, volcanic activity can trigger landslides, mudflows, and lahars, which further modify the landscape in a destructive manner.
volcanic eruptions occur when the tectonic plates are convergent which is when one plate goes under another plate and the magma gets hot orwhen the plates are divergent that's when the plate pulls apart and magma fills the hole.
A significant impact to the planet from a large enough asteroid could cause volcanic eruptions.
Some were probably volcanic but the craters large enough to be seen with smaller telescopes were almost all made by impacts.
run away if you are fast enough except if you want to get chocked to death by ashes of course
Volcanic eruptions and comets both contributed to bringing water and other gases to Earth's surface creating the atmosphere. Volcanic products created nutrient rich soils for plants to grow and if the comets were large enough, they could create large enough indentations for lakes and oceans to form.
People use shovels and dig under the ground until they get deep enough to feel the heat. If it is at a certain temperature then they know that soon enough that volcano will erupt. depends on the temperature.
Yes. Large explosive volcanic eruptions can produce enormouys ash clouds that can turn day as dark as night in areas around the volcano. Ash and gas from such eruptions can filter out enough sunlight to reuduce global temperatures.
It's plain and simple. As the eruption comes to a beginning, the place where the eruption should occur gets highly elevated. If certain surface was a bit flat, it wouldn't be anymore. Also, the vegetation and pretty much everything gets destroyed, but they say the volcanic earth can be useful sometimes.
Volcanoes can change the land destructively in several ways. One of the most common ways is through volcanic eruptions, where lava flows and ash deposits can bury and destroy existing landforms. Volcanic eruptions can also lead to the formation of new land through the accumulation of volcanic materials, such as ash and volcanic rock. Additionally, volcanic activity can trigger landslides, mudflows, and lahars, which further modify the landscape in a destructive manner.
volcanic eruptions occur when the tectonic plates are convergent which is when one plate goes under another plate and the magma gets hot orwhen the plates are divergent that's when the plate pulls apart and magma fills the hole.
You don't. Prediction of volcanic eruptions, earthquakes, and other geological phenomena cannot be made. Guesses might be made from measurement of land movement with GPS, small tremors with seismographs, and heat flow with IR scanners, but they aren't accurate enough to call them predictions.
When we look at Saturn from Earth we see mostly clouds of ammonia. We cannot see deep enough into them to see any liquid or solid parts so no, we have not seen any eruptions on Saturn. However we have seen some on Saturn's moons because they don't have such huge dense clouds themselves.
Waves from the Earthquake have been ringing the planet like bell, causing stress in all sections of the planet", Martin said. "Imagine a calm magma chamber that just needs one push, even if a few feet. This would be enough to cause instability in the chambers, causing volcanic eruptions in various locations. These three eruptions will not be the only mountains to go and other quakes worldwide will follow as the worldwide faults get disturbed.