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Ocean-continental convergent boundaries can produce earthquakes and volcanic activity. As the ocean plates shift under each other they near their melting temperature and can form magma and solidify to form underwater mountain ranges.
scientists believe that the volcano and earthquakes activity in this area are due to the formation of new part of the Earth's crust along the ridge
Earthquakes in Japan are caused by the movement of tectonic plates. A tsunami is a large ocean wave that is caused by sudden motion on the ocean floor which can be triggered by earthquakes.
The volcanic eruptions are the cause of tectonic movement of the "plates" meaning that when the plates hit each other they cause the magma under the earth to rise and sometimes erupt causing ash and sometimes lava to leave the volcanic shell in an eruption
Pacific Ocean
Volcanic activity, earthquakes, plate interactions
The Ring of Fire.
A tsunami is a series of ocean waves generated by sudden displacements in the sea floor due to earthquakes, volcanic activity, or underwater explosions.
The continental margins of the Pacific Ocean
Large earthquakes are not caused by volcanic activity - it can be the other way around, when nearby earthquakes trigger eruptions by destabilizing the magma structures.
The ring of fire are the countries surrounding the area in the basin of the Pacific Ocean where there is a large number of earthquakes and volcanic activity.
The Mid Atlantic-Rift is the name for the region of volcanic activity in the Atlantic ocean.
Earthquakes can cause tsunamis, along with landslides and volcanic activity in the sea. Practically any disturbance in the ocean can cause a tsunami, and most major tsunamis are caused by earthquakes.
No. The ring of fire is not a volcano. It is the area around the edge of the Pacific Ocean that experiences unusually high volcanic activity.
Ocean-continental convergent boundaries can produce earthquakes and volcanic activity. As the ocean plates shift under each other they near their melting temperature and can form magma and solidify to form underwater mountain ranges.
more volcanic activity
Ocean-continental convergent boundaries can produce earthquakes and volcanic activity. As the ocean plates shift under each other they near their melting temperature and can form magma and solidify to form underwater mountain ranges.