Even though the earth quake was thousands of miles away the quake was a very powerful one. It magnitude was measured to be 8.6 on the ritcher scale. An earth quake with such a high magnitude may cause powerful seismic waves due to which the tsunami was able to cover such a large distance.
And also as the moon's going to come the nearest to the earth on 19th of this month due to which there may be high tidal waves caused in the seas.
Chances for other destructive tsunamis also!!
Thousands of coastline miles were affected in Japan due to the 2011 Tōhoku earthquake and tsunami. The tsunami caused widespread devastation along the northeastern coast of Japan, resulting in significant damage to coastal communities and infrastructure.
The 2011 Japan tsunami traveled inland up to 6 miles (10 kilometers) in some areas, causing widespread destruction and devastation along the coast.
The tsunami can flood as fast as a commercial jet plane.
The typical velocity of a tsunami in deep ocean waters is around 500-600 miles per hour (800-1000 kilometers per hour). However, this speed decreases significantly as the tsunami approaches shallow waters near the coast.
Yes, a tsunami loses power over open water due to friction with the ocean floor and dispersion of its energy in all directions. The energy of a tsunami is concentrated near the coast where it can cause more damage.
A tsunami can travel great distances and strike thousands of miles from where it originated. For example, Hawaii has been hit hard by tsunamis that were tirggered by earthquakes in Alaska and Chile.
Thousands of coastline miles were affected in Japan due to the 2011 Tōhoku earthquake and tsunami. The tsunami caused widespread devastation along the northeastern coast of Japan, resulting in significant damage to coastal communities and infrastructure.
It's 600 miles from the coast!!
No. A tornado is at most 2.5 miles wide and only a handful have been observed at over 2 miles. A tsunami, by contrast, can impact a shoreline thousands of miles long.
The 2011 Japan tsunami traveled inland up to 6 miles (10 kilometers) in some areas, causing widespread destruction and devastation along the coast.
The tsunami can flood as fast as a commercial jet plane.
The typical velocity of a tsunami in deep ocean waters is around 500-600 miles per hour (800-1000 kilometers per hour). However, this speed decreases significantly as the tsunami approaches shallow waters near the coast.
Yes, a tsunami loses power over open water due to friction with the ocean floor and dispersion of its energy in all directions. The energy of a tsunami is concentrated near the coast where it can cause more damage.
No. It is located in West Africa on the coast. It is thousands of miles from the Middle East.
The December 26, 2004 tsunami occurred at a plate boundary, a few miles off the coast of Sumatra, Indonesia. A natural sensation called 'subduction' occurred. That is when a plate slides over or under another plate. There was an earthquake and also a displaced water mass trying to regain it's equilibrium position. Shockwaves were sent in all directions.
The Boxing Day tsunami traveled inland up to 2.5 miles in some areas, with the majority of its impact occurring within 1 mile of the coast.
In terms of area of effect, yes. A tsunami may impact hundreds or thousands of miles of coastline as a tsunami spreads across the ocean like ripples on a pond. By contrast a tornado is limited to a damage path that is rarely more than a mile wide or more than 20 miles long.