They aren't exactly attracted to any type topography, however the supercells that produce tornadoes form most easily over flat land, though they can form over any terrain.
The ideas is that the mountains would intereferew with and break up the tornado's circulation. In some cases mountains can interefere with the parent storm organizing, but once a tornado develops, it can pass over mountains unhindered.
Tornadoes can occur on flat land or hilly terrain. While tornadoes typically move over flat terrain, they are able to move up and down hills depending on the topography of the area. The presence of hills can sometimes influence the path and severity of a tornado.
Yes. The tornado risk in an area depends on the climate. Among other factors, the most tornado prone areas tend to have relatively warm, but not tropical climates, and regularly experience collisions between air masses of differing temperatures and/or humidities.
Phoenix, Arizona typically experiences less than 1 tornado per year. Tornadoes are relatively rare in the desert Southwest region, including Phoenix, due to the dry climate and topography that are not conducive for frequent tornado formation.
Tornadoes can form on both flat and bumpy land. However, the presence of obstacles like hills or valleys can disrupt the tornado's circulation or increase its intensity depending on the topography and wind patterns.
The ideas is that the mountains would intereferew with and break up the tornado's circulation. In some cases mountains can interefere with the parent storm organizing, but once a tornado develops, it can pass over mountains unhindered.
Even a relatively weak tornado can uproot and snap hundreds of trees. A larger one may destroy thousands. Animals can lose their habitats. The ground itself, though, does is not usually changed. In some very rare cases a tornado may scour away the soil, but there are not real changes to topography.
Generally not. Tornado alley is mostly flat.
No. A tornado can form among mountains and pass over them unhindered.
Tornadoes can occur on flat land or hilly terrain. While tornadoes typically move over flat terrain, they are able to move up and down hills depending on the topography of the area. The presence of hills can sometimes influence the path and severity of a tornado.
Yes, the lightning will be attracted to the water and it could electricute you.
On a large scale, yes. Geography affects climate, and climate determines how prone an area is to tornadoes. On a smaller scale, mountainous terrain can interfere with a storm's organization, making it harder for it to produce tornadoes. However, once a tornado forms it can pass over hills and mountains without being affected.
The possibility of a tornado results in a "tornado watch" for a certain area and time.The actual existence of a tornado results in a tornado warning which is effective until cancelled but may be limited in time.
No. Mountains are not ideal for tornado formation, but they do not stop tornadoes. Higher elevations typically have cooler, drier, more stable air, which is not an ideal environment for tornado formation. However, tornadoes can form on mountains. In 2011, a tornado in Glade Spring, Virginia wrecked camp sites on Mt. Rogers at nearly 4,000 feet. An F4 tornado occurred at 10,000 feet in northwest Wyoming on July 21st, 1987. Events like these are uncommon but do occur.
Yes, tornadoes can form in valleys under the right conditions. Valleys can channel and intensify wind flow, which can enhance the development of a tornado. The topography of a valley can also create areas of low pressure that contribute to tornado formation.
Yes. The tornado risk in an area depends on the climate. Among other factors, the most tornado prone areas tend to have relatively warm, but not tropical climates, and regularly experience collisions between air masses of differing temperatures and/or humidities.
It is possible, but there is no way of knowing for certain.