A volcanic eruption underwater is called a submarine volcanic eruption. By contrast, a volcanic eruption on land is called a subaerial eruption.
It is called an earthquake.
The difference is that it may cause a tsunami, that if it hits a shoreline may cause a flooding in near by cities or towns.
Submarine volcano, (underwater/deepsea eruption).
It is simply called an earthquake.
Seamounts
seamounts
at volcanoes
beause the tectonic plates colide a rise up to form volcanoes they only occur on the boundries of the plates
Islands like for example Hawaii!
Volcanoes occur when the earth cools off, and releases internal heat and pressure. Magma is a lower density than the surrounding rocks, and this causes it to rise to the surface. As it rises, gas bubbles form in the magma, exerting pressure, causing the magma to erupt out of the surface of the earth.
Volcanoes that are underwater, known as submarine volcanoes. The deepest one is the Submarine 1922 in the Celebes Sea near the Sanghie Islands of Indonesia, and it is 16,000 feet (5,000 meters) below sea level.
The ocean floor feature that consist of chains of individual volcanoes is called mid ocean ridges. This ridge can rise from 1 to 3 kilometers above the ocean basin.
at volcanoes
Composite volcanoes are also called stratovolcanoes. They may rise as much as 8,000 feet above their bases and are generally much taller and wider than regular volcanoes.
Floor 13 is missing from many high rise buildings.
sea knoll
an aggregate
its called a stalagtite when it hangs from the ceiling and a stalagmite when it rises from the floor
beause the tectonic plates colide a rise up to form volcanoes they only occur on the boundries of the plates
Yes. Volcanoes can "die" fissures in tectonic plates allow magma to rise, causing volcanoes, and these can move, or cease to emit magma.
Islands like for example Hawaii!
Volcanoes occur when the earth cools off, and releases internal heat and pressure. Magma is a lower density than the surrounding rocks, and this causes it to rise to the surface. As it rises, gas bubbles form in the magma, exerting pressure, causing the magma to erupt out of the surface of the earth.
Heat has a tendency to rise