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Why did the earthquake and tsunami hit Japan 2011?
The earthquake and tsunami that hit Japan in 2011 were caused by a rupture in the Pacific Plate, which created a massive undersea earthquake. This earthquake then triggered a powerful tsunami that struck the eastern coast of Japan, causing widespread devastation and loss of life.
What are the three causes of a tsunami?
Tsunami waves can be caused by a major earthquake or landslide on the sea flow. Another cause is from the land slumping into the ocean or a large volcanic eruption.
What tsunami is not a tidal wave?
The one that is not caused by and earthquake or seaquake. Well you can see that a tsunami will still be in the air, it can be called the wall of water, it goes over land. Wile a tidal wave is a beach wave that still goes over land, that means that a tsunami is worse.
Why didn't a tsunami occur after the Christchurch earthquake?
A tsunami did occur after the Christchurch earthquake, but it was relatively small and localized. The earthquake did not generate a large enough displacement of water to create a significant tsunami. Additionally, the orientation of the fault line and the shallow depth of the earthquake further limited the potential for a widespread tsunami.
Why there was no tsunami after Haiti's earthquake?
Haiti's earthquake was not strong enough to produce a tsunami. The earthquake caused a lot of destruction in Haiti, but that was largely because the buildings in Haiti had not been designed to withstand earthquakes. The earthquake in Haiti had its epicentre on LAND not in the ocean. Thus there was no sea floor movement associated with the earthquake which could have produced a tsunami.
What is a huge sea wave caused by undersea earthquake?
a tsunami is a tidal wave caused by an underwater earthquake :]
Why did the earthquake and tsunami hit Japan 2011?
The earthquake and tsunami that hit Japan in 2011 were caused by a rupture in the Pacific Plate, which created a massive undersea earthquake. This earthquake then triggered a powerful tsunami that struck the eastern coast of Japan, causing widespread devastation and loss of life.
Why did an earthquake happen in Japen?
because it has techtonic plates and the plates started to move but they rubbed against each other and caused the land to move as well and the earthquake was so powerful that it caused an underwater earthquake called a tsunami.
What are the three causes of a tsunami?
Tsunami waves can be caused by a major earthquake or landslide on the sea flow. Another cause is from the land slumping into the ocean or a large volcanic eruption.
Can there be a land Tsunami?
that's called an earthquake.
How does a tsunami connect to a flood?
A tsunami is a giant tidal-wave - usually caused by an undersea earthquake. When it reaches land, it can cause massive flooding of coastal and low0lying areas. However - not ALL floods are caused by tsunamis.
How does a Earthquake causes a Tsunami?
It shakes the land and moves all the water which causes a tsunami.
What tsunami is not a tidal wave?
The one that is not caused by and earthquake or seaquake. Well you can see that a tsunami will still be in the air, it can be called the wall of water, it goes over land. Wile a tidal wave is a beach wave that still goes over land, that means that a tsunami is worse.
Where was tsunamis?
A tsunami is a wave that is usally caused by either an undersea earthquake or by a land slip into the sea. Tsunamis were once called tidal waves.
How did the Japan tsunami start?
It starts after an earthquake. an earthquake is caused by two plates under the earth rub together.
What do the underwater volcanoes do?
If you mean Tsunami, well the whole reason a tsunami happens is because of a earthquake , the tsunami reacts and gives out a earthquake in the sea, so the tsunami pushes the waves on land causing the area to be flouded
Why didn't a tsunami occur after the Christchurch earthquake?
A tsunami did occur after the Christchurch earthquake, but it was relatively small and localized. The earthquake did not generate a large enough displacement of water to create a significant tsunami. Additionally, the orientation of the fault line and the shallow depth of the earthquake further limited the potential for a widespread tsunami.
