What poo
Deep End - Tsunami album - was created in 1992-07.
Most likely not. A whale in deep, open ocean water would probably not even notice a passing tsunami. In shallow water it would be a very stressful event.
When getting word of a tsunami, a cruise ship will head out to the deepest part of the ocean she can reach. In deep water, a tsunami may only be a couple of feet or even inches high. It is not until the tsunami reaches shallow water that the wave reaches any appreciable height. In fact, a cruise ship in the middle of the ocean may be the safest place to be during a tsunami.
A tsunami is a coastal impact event. In the deep ocean it would hardly be noticeable - a small increase in general wave swell.
waves get slower and higher then they break
In very deep, open water, tsunamis are often undetected by ships that they pass beneath. That's the safe way to be in a boat during a tsunami. Near shore, where the water becomes much shallower, boats can be bad places to be, as the wave-front rears above the surface. If you had adequate warning that a tsunami was approaching, one way to stay safe would be to get in your (fast) boat and get out to deep water. Otherwise, run inland as fast as you can.
In deep water, tsunami waves typically have a wave height of less than a meter and are often barely noticeable. However, they can travel at speeds of up to 500-800 km/h (310-500 mph). As the waves approach shallower coastal waters, they can increase significantly in height, sometimes reaching dozens of meters.
Tsunamis in the open ocean are not dangerous at all; they aren't even noticeable. In deep ocean water a tsunamis is only a few feet to a few inches high and dozens of miles long. It is only when a tsunami reaches shallow water that it gains height.
The Japan 2011 tsunami reached a maximum height of about 40 meters (131 feet) in some areas. The water depth varied depending on the location along the coast, with some areas experiencing inundation of several kilometers inland.
The Deep Ocean Assessment and Reporting of Tsunamis (DART) is a system designed to detect and report tsunami activity in the deep ocean. It consists of a network of buoys equipped with sensors that measure changes in sea level, which can indicate the presence of a tsunami. When a tsunami is detected, the DART system transmits data to tsunami warning centers to facilitate timely alerts and mitigate potential impacts on coastal communities. This system plays a crucial role in enhancing tsunami preparedness and response efforts globally.
A tsunami detection buoy is one of the primary instruments used to detect tsunamis. These buoys are equipped with sensors that can detect changes in water pressure caused by a tsunami wave passing overhead. The data collected by these buoys is then transmitted to monitoring stations to provide early warnings.
The safest place to be during a tsunami with a boat is out at sea in deep water where the tsunami waves are not as destructive. Boats can be carried by the tsunami waves and may be safer away from the impact zone near the shore. It is important to monitor official warnings and follow safety guidelines to navigate away from the tsunami's path.