On July 9, 1958, an earthquake with a magnitude of 8.3 on the Richter scale rocked a small inlet in Alaska called Lituya Bay. It then caused part of a mountain at the back of the bay to collapse, creating a landslide that caused a megatsunami that flew headlong through the bay. The wave was measured to be 524 meters (about 1,742 ft) high, making it the highest wave in recorded history. In comparison, this wave was higher then any skyscraper on Earth. It swept up three boats; killed two people aboard two of the boats, but amazingly the father and son aboard the other boat both survived. They were carried above the forest, and washed back into the bay. The wave stripped hundreds of trees from up the mountains.
18m higher than normal waves.
it was really high more than 92m high
1720 feet in Alaska
100 metres high
the tsunami hit alaska lity bay in july 9,1958 and the tsunami was about 1,720 feet tall
No. There is no record of any oil company ever causing a tsunami.
Because width doesn't matter in a tsunami. The width is typically the length of the shore. It would be extremely difficult to classify a tsunami based upon height and width when the width is simply incomparable.
no, a tsunami slows down when approaching the shore. But it gains height and actually stored its power until it reaches land.
Inevitably some plankton and a range of littoral marine species will be washed onto land and carried inland by the force of the tsunami wave. These are frequently found inland in deposits left by tsunamis and in the geological record can be used to characterize these events in the past.
In Lituya bay, Alaska, there is a record of a tsunami of about 524m height. And in Mexico, the Chixculub Crater, 65 million years ago, would have created immense tsunami throughout the Americas.
The height of a tsunami increases as it gets closer to the shoreline. It sort of "rolls" up the sea floor, pushing itself higher as it does so.
the tsunami hit alaska lity bay in july 9,1958 and the tsunami was about 1,720 feet tall
No. There is no record of any oil company ever causing a tsunami.
Because width doesn't matter in a tsunami. The width is typically the length of the shore. It would be extremely difficult to classify a tsunami based upon height and width when the width is simply incomparable.
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The Boxing Day Tsunami occurred on December 26, 2004. This was one of the most detrimental tsunami's to hit Indonesia on record.
The biggest tsunami occurred in 1958 (July 7) in Lituya Bay, Alaska. This tsunami reached a height of 524 metres, or 1700 feet.
it gets higher
no, a tsunami slows down when approaching the shore. But it gains height and actually stored its power until it reaches land.
Inevitably some plankton and a range of littoral marine species will be washed onto land and carried inland by the force of the tsunami wave. These are frequently found inland in deposits left by tsunamis and in the geological record can be used to characterize these events in the past.
Tsunami waves have a much longer wavelength in proportion to their height than ordinary waves do. They are often miles long.