A more accurate answer. Contrary to popular belief, tornadoes can pass over mountains and valleys without weakening. However, rough terrain can disrupt the ability of storms to organize, making it more difficult for tornadoes to form. Mountains can also block the movement of moisture necessary for storm formation in what is called the rain shadow effect. That tornadoes are so common on the Great Plains has more to do with climate than with topography. There is also a bias created by our ability to photograph tornadoes Major tornado outbreaks are not uncommon in hilly areas of Kentucky, Tennessee, and Alabama, but the tornadoes in this region are often shrouded in rain or blocked from view by hills and trees, resulting in fewer photographs. By contrast, the tornadoes of the Great Plains are less likely to be blocked from view, providing ample opportunity for clear pictures.
Hills and mountains can, to some degree, disrupt thunderstorms from organizing, making tornadoes less likely. Overall, through, tornadoes are more influenced by climate than topography. It just so happens that the most tornado-prone region in the world, the central U.S., is also quite flat.
Tornadoes need the right conditions in order to form. Convective instability, wind shear, and the temperature profile of the air are all factors that must come together in the right way for tornadoes to form. Climate affects all of these factors, so how often tornadoes occur in one area or another is due to climate.
It has most likely been a matter of chance. Where tornadoes occur is essentially random with respect to where we build our cities and towns. Since it is random, then by simple probability some areas will be hit an inordinate number of times while others will almost never be hit.
Maine is not known for having many tornadoes. Tornadoes are more common in the Central United States due to warm, moist air from the Gulf of Mexico colliding with cool, dry air from Canada. Maine's location in the Northeastern United States usually doesn't experience the same conditions that lead to frequent tornadoes.
Not all mesocyclones produce tornadoes; however, they are often associated with tornado formation. The presence of a mesocyclone is a key indicator for meteorologists to monitor for tornado development.
Yes Tornadoes can happen Africa. They can take place anywhere in the world, even in water (warm water) called waterspouts. It doesn't matter how flat the land is, tornadoes can still occur-anywhere at anytime.
Tornadoes can form over open fields because the air in these areas can be relatively undisturbed by obstacles like trees or buildings, allowing for the development of strong updrafts and rotation in the atmosphere. This can create the conditions necessary for a tornado to form and touch down in open areas.
Tornado Alley is the most common area that is prone to tornadoes. Tornadoes normally show up there because the land is so dry, if I remember correctly.
Florida has a very warm moist climate, which provides a lot of energy to fuel storm that can produce tornadoes.
No. While many tornadoes have caused an incredible amount of destruction, they are not given names.
There is a lot of quite flat land in the centre of Ireland, but there are lots of mountains around Ireland too, so it is both smooth and hilly.
Hurricanes tend to be deadlier than tornadoes for two main reasons. First, hurricanes are huge compared with tornadoes. This means they affect larger areas and so have more opportunity to kill. Also, while tornadoes are chiefly wind events hurricanes produce both intense wind and major flooding. 90% of all hurricane deaths are drownings.
A cube has 6 faces, so it would have 6 flat surfaces
It is flat ground.
Not all mesocyclones produce tornadoes; however, they are often associated with tornado formation. The presence of a mesocyclone is a key indicator for meteorologists to monitor for tornado development.
Tornadoes do occur in the UK, so it is entirely possible for them to occr in Basingstoke.
Florida has actually had two violent F4 tornadoes in the past 60 years, but the reason such strong tornadoes are so rare has to do with the climate. Tornadoes form in very strong thunderstorms called supercells, which form best near boundaries with large contrasts in temperature and/or moisture content. In Florida, which is nearly tropical, the temperature contrasts tend to be small, and so the storms are generally not intense enough to produce strong tornadoes.