Tornadoes don't really affect aquifers at all. Aquifers are far enough underground to be beyond the influence of tornadoes.
Tornadoes can form almost anywhere, but they are more common in temperate regions than tropical.
Hurricanes do not often impact temperate areas as the are mostly limited to tropical and subtropical regions. Tornadoes are more common than hurricanes in temperate climates, but affect grassland more often than forests.
Tornadoes do not affect climate change. They may be affected by climate change, but how is yet to be determined.
They don't really. Tornadoes can cause some soil erosion, but this affect is not very significant except in rare cases of extremely violent tornadoes.
How often tornadoes occur in different regions is a function of climate. Tornadoes are weather events and climate is the long-term behavior of the weather. In simple terms, tornadoes occur in areas whose climates support the formation of strong thunderstorms and wind shear.
The lowest risk of tornadoes is in regions that either very cold or very dry. Tornadoes are very rare in deserts, polar, and subpolar regions.
Although Valleys themselves do not cause tornadoes, tornadoes can and do strike in valleys.
Global winds affect the general weather patterns in many regions. In areas that have high frequencies of tornadoes, wind patterns and regional topography often lead to warm moist air masses colliding with cooler air and/or drier air, thus producing strong thunderstorms that can potentially produce tornadoes. Such regions also often have a lot of wind shear, which occurs when the speed and direction of wind changes with altitude. This can give storms the rotation needed to produce tornadoes. Finally, global winds affect the direction that tornadoes usually travel. For example, due to the prevailing winds most tornadoes in the United States travel from southwest to northeast.
Global winds affect the general weather patterns in many regions. In areas that have high frequencies of tornadoes, wind patterns and regional topography often lead to warm moist air masses colliding with cooler air and/or drier air, thus producing strong thunderstorms that can potentially produce tornadoes. Such regions also often have a lot of wind shear, which occurs when the speed and direction of wind changes with altitude. This can give storms the rotation needed to produce tornadoes. Finally, global winds affect the direction that tornadoes usually travel. For example, due to the prevailing winds most tornadoes in the United States travel from southwest to northeast.
Hurricanes form in tropical regions but can move in to temperate regions. Tornadoes are very common in temperate regions, most notably the central United States.
Tornadoes don't really affect aquifers at all. Aquifers are far enough underground to be beyond the influence of tornadoes.
Tornadoes can form almost anywhere, but they are more common in temperate regions than tropical.
Tornadoes do not occur in polar regions, such as Antarctica, or in extreme desert areas such as the Atacama.
Yes. Tornadoes do not occur in extremely cold regions such as Antarctica.
Global warming does not cause tornadoes. Tornadoes will happen with or without it. The argument that some use is that a warmer climate means that more energy is available for storms and thus more tornadoes. This is grossly oversimplified. A complex set of conditions are needed for tornado activity, especially significant activity. There are many variables. Raising average global temperatures will affect all of these variable in some way or another and will affect them differently in different regions in ways that are hard to predict. In all likelihood, global warming would result in an increase in tornado activity in some regions and a decrease in others.
Hurricanes do not often impact temperate areas as the are mostly limited to tropical and subtropical regions. Tornadoes are more common than hurricanes in temperate climates, but affect grassland more often than forests.