An underwater "tornado" would not be a tornado; it would be a whirlpool. There are different ways they can form. If water is draining from a, the draining water can gain rotation from any eddies in the water. If a current is flowing over a rock or other object a series of whirlpools can form on the downstream side and get carried away by the current, or one may remain stationary by the object. Finally, water currents that come together in just the right way, such as when tides intereact with some topography, can create whirlpools.
Underwater tornadoes, also known as whirlpools or maelstroms, are large rotating bodies of water that can be caused by strong currents or the interaction of different water temperatures and densities. They can be dangerous to ships and small boats by pulling them in and causing navigation problems. Unlike tornadoes in the air, underwater tornadoes do not extend all the way up to the surface.
There are many harmful effects on tornadoes but a couple of examples are destruction of homes, land, and necessities that apply to people. The causes of these natural disasters are the high wind speeds and the location where it strikes.
Stationary fronts can be a triggering mechanism for tornadoes. When warm and cold air masses meet along a stationary front, it can create instability in the atmosphere, leading to the development of severe thunderstorms and tornadoes under the right conditions.
Underwater waterfalls are an optical illusion caused by the movement of sand and sediment underwater. The phenomenon occurs when dense, sediment-laden water cascades down a steep underwater slope, creating the appearance of a waterfall. The movement of water and sediment is influenced by factors such as currents, tides, and underwater topography.
Tornadoes form when a mesocyclone, a part found in some thunderstorms where air twists and moves upward, gets squeezed into a narrower shape. This causes it to spin faster and reach toward the ground to create a tornado.
Underwater tornadoes, also known as whirlpools or maelstroms, are large rotating bodies of water that can be caused by strong currents or the interaction of different water temperatures and densities. They can be dangerous to ships and small boats by pulling them in and causing navigation problems. Unlike tornadoes in the air, underwater tornadoes do not extend all the way up to the surface.
There is no such thing as an actual tornado underwater, as a tornado is, by definition, a vortex of air. However, a vortex underwater is called a whirlpool.
Ultimately, the two primary causes of tornadoes are convective instability, which leads to thunderstorms, and wind shear, which gives those storms the rotation they need to produce tornadoes.
the earths core ozes out magma and then throw the underwater volcano
Tornadoes come in all seasons but are most common in spring and summer.
Humans do not cause tornadoes. While climate change may affect tornadoes, it is still uncertain how exactly this will play out.
Technically, there is no such thing as an underwater tornado. By definition a tornado is a violently rotating column of air. A vortex underwater is called a whirlpool. Whirlpools are not like tornadoes, however. They are not nearly as violent and are usually harmless, though some stronger whirlpools can pose a threat to swimmers and small boats. Natural whirlpools can be observed in streams and at some tidal inlets.
Tornadoes form in the southern hemisphere for the same reason they form in the northern hemisphere. The mechanics are the same. See the related question for what causes tornadoes
faults and plates disturbances
usually and underwater volcano.
The winds in tornadoes are extremely fast. The winds can push against and tear away at objects. Winds in tornadoes often carry flying debris that causes damage on impact.
Condensation and wind shear are both needed for tornadoes to form. Tornadoes can form along stationary fronts as well.