Tornadoes have a minimal affect on oceans. A tornado on the ocean is called a waterspout. Waterspouts lift some water into the air but not much and can occasionally suck up fish that stray too close to the surface. The main effect of waterspouts is that they can pose a threat to boats in the area.
Tornadoes that travel over water have been known to create a spray of water and occsionally suck up fish and other animals. Strong tornadoes crossing small bodies of water can temporarily change the water level.
The Earth's rotation does not directly affect tornadoes, but it does affect the larger-scale systems that ultimately produce them. Earth's rotation causes large-scale storm systems to rotate, counterclockwise in the northern hemisphere and clockwise in the southern. This is called cyclonic rotation. If wind shear is set up to set thunderstorms rotating, this large-scale wind patter will cause these storms to strongly favor cyclonic rotation. For this reason the vast majority of tornadoes have cyclonic rotation.
Another affect is through Earth's wind belts. Because of these wind belts weather systems in the temperate latitudes generally move eastward while those in the tropics generally move westward. Tornadoes, as a result, will generally follow this same pattern.
Ocean tides have absolutely no effect on tornadoes.
A tornado is an event that takes place within the atmosphere. Tornadoes are generated by strong thunderstorms, and therefore require an unstable atmosphere.
Tectonic plates do not affect tornadoes.
Powerful tornadoes have the ability to suck up large quantities of water including whatever is in that water. Fish and frogs have rained down from the sky as a result of tornadoes.
duller
It doesnt
Landforms and bodies of water will affect typhoons very differently. A typhoon will typically gain energy and momentum from warm ocean water and will lose energy and momentum over cold water and interactions with land.
Tornadoes don't really affect aquifers at all. Aquifers are far enough underground to be beyond the influence of tornadoes.
That is not true. A number of long lived and very destructive tornadoes have occurred near or even crossed bodies of water.
Powerful tornadoes have the ability to suck up large quantities of water including whatever is in that water. Fish and frogs have rained down from the sky as a result of tornadoes.
Tornadoes can actually pass over bodies of water without being affected much. In fact all three of the deadliest tornadoes in U.S. history crossed the Mississippi River.
because the southwest is closer to the water
Tornadoes mainly occur in temperate climate zones, though can occur elsewhere. Forest and grassland ecosystems are often affected. Many tornado cross onto bodies of water as well. Tornadoes often affect human developed areas such as towns, suburbs, and cities. Due to the low frequency of thunderstorms desert environments rarely get tornadoes.
it can kill you
Shut up -_-
A large body of water, such as an ocean or one of the Great Lakes can have an impact, but it is difficult to predict. The water may cool the air, causing the storm to weaken which can cause a tornado to narrow or dissipate. However, the added moisture cloud also cause a storm to intensify, allowing a tornado to continue longer and/or grow larger.
you
duller
It doesnt
Yes. Large tornadoes have been known to cross bodies of water. For example, both the Tri-state tornado and the Natchez, Missisippi tornado, the two deadliest in U.S. history crossed the Mississippi river. Both were large F5 tornadoes.