An earthquake with a magnitude sufficient to displace the base of a slope or cliff can trigger a landslide. The shaking can weaken the slope's stability, causing it to collapse and potentially triggering a landslide. This phenomenon is common in hilly or mountainous regions prone to seismic activity.
Tsunamis can be triggered by earthquakes of magnitude 7.0 or higher, typically when the earthquake occurs under the ocean floor and displaces a large volume of water. Smaller earthquakes can also generate tsunamis if they trigger a significant underwater landslide.
A sudden vertical change in the sea floor during an earthquake can result in a tsunami. The movement of the sea floor displaces a large volume of water, which then forms powerful and destructive ocean waves that can travel long distances and cause widespread damage to coastal regions.
Yes, it is possible to not feel an earthquake on the first floor while others on higher floors do feel it. The perception of earthquakes can vary depending on the building's structure, proximity to the epicenter, and personal sensitivity. In some cases, people on the lower floors may not sense smaller tremors as strongly as those on higher floors.
After the earthquake, the town was left in ruins, with piles of rubble lining the streets.
The second worst earthquake recorded in history was the 1556 Shaanxi earthquake in China, which had an estimated magnitude of around 8.0. This earthquake caused the death of approximately 830,000 people.
It can trigger a tsunami.
tsunami
Tsunamis can be triggered by earthquakes of magnitude 7.0 or higher, typically when the earthquake occurs under the ocean floor and displaces a large volume of water. Smaller earthquakes can also generate tsunamis if they trigger a significant underwater landslide.
Tsunami
comet strike ,earthquake, landslide on land or sea massive sea floor rise or subside
Tsumamis are often caused by undersea earthquakes. The earthquake makes the ocean floor move, which causes the tsunami-wave.
No.
Sometimes an earthquake causes uplift in the ground. In some cases this can turn sea floor into dry land.
10 i beg to differ i am sitting on floor 13
The epicenter of an earthquake that causes a tsunami would likely be beneath the ocean floor, where the earthquake originated. Tsunamis are often triggered by undersea earthquakes that displace a large volume of water, creating the giant waves that can lead to a tsunami event.
No, an earthquake on the ocean floor can cause a tsunami (a series of large waves). Earthquakes do not influence weather events such as tornadoes.
Tsunamis and earthquakes generally go together, but in general, the tsunami can be more destructive than the earthquake that causes it. A really big earthquake rattles the ground, and can cause buildings and bridges to collapse, which can be pretty bad, but in a limited area. But if the earthquake causes a major undersea landslide, the movement of the mud on the sea floor can cause a tsunami, and a tsunami wave can cause rising water on every coastline around the ocean. The 2004 9.1 earthquake in Indonesia destroyed some buildings and killed a few dozen people on northern Sumatra. The resulting tsunami killed a half-MILLION people on Sumatra, Thailand, Sri Lanka, India, and places around the Indian Ocean. The 2012 9.3 earthquake off Honshu, Japan didn't kill anybody - but as many as 20,000 people were killed by the tsunami.