Q:

How far inland would a mega tsunami travel?

A:

Quick Answer

A mega tsunami has the potential to reach between 12 to 16 miles inland. This can vary depending on the height of the original wave, the speed it is traveling and obstacles in the wave's path.

Continue Reading

Full Answer

A mega tsunami has the potential to reach inland farther than a regular tsunami because of its massive height and speed. A mega tsunami has two wave heights: the original height of the wave as it develops and the height of the wave when it hits land and surges inward. A mega tsunami is often caused by major landslides, a meteorite hitting large bodies of water or other impact events that cause large amounts of damage to the Earth.

Learn more about Storms

Related Questions

  • Q:

    How can a tsunami be prevented?

    A:

    No known way to prevent a tsunami from occurring exists. Individuals can take steps to be prepared for a tsunami, and warning systems can help get people out of harm's way if an impending tsunami is predicted.

    Full Answer >
    Filed Under:
  • Q:

    How far inland can a tsunami go?

    A:

    With wave speeds that can reach as much as 435 miles per hour, a tsunami can travel as far inland as 10 miles, depending on the slope and the shape of the shoreline that it is traveling across. Ships traveling in the deep ocean may pass over a tsunami and not even notice it because a tsunami can cause the waves to be as little as 2 feet high where the water is very deep.

    Full Answer >
    Filed Under:
  • Q:

    What defines a tsunami?

    A:

    A tsunami is a series of large waves that move rapidly across the water. Tsunamis are caused by landslides, volcanic eruptions and earthquakes. These waves can move across the open ocean at speeds of up to 500 miles an hour.

    Full Answer >
    Filed Under:
  • Q:

    How does a tsunami happen?

    A:

    Tsunamis are formed by violent underwater earthquakes, landslides, volcanic eruptions, and, rarely, meteor impacts. These events cause sudden and drastic displacement of water, forming massive waves in the process.

    Full Answer >
    Filed Under:

Explore