The are several factors including intensity, path length, path width, and where the tornado occurs.
Tornadoes vary widely in intensity from EF0 (roof and tree damage) to EF5 (complete obliteration of sturdy structures). The majority of tornadoes that cause destruction worthy of being front page national news are of EF4 or EF5 strength. These are the tornadoes that can level neighborhoods.
Tornadoes vary widely in size as well. A large size usually, though not always, goes hand-in hand with a high intensity. A typical tornado is about 50 yards wide while most EF4 and EF5 tornadoes are upwards of a quarter of a mile wide with some tornadoes exceeding a mile. A large tornado will cover a large area and so is likely to damage more things.
How far a tornado travels varies as well. Most tornadoes don't travel more than a few miles but in rare cases a path can be well over 100 miles long. A longer path means a tornado covers more ground As with width, there is a a tendency for stronger tornadoes to travel farther. The most destructive tornadoes usually have path lengths over 20 miles. In some cases a long-tracked tornado can hit multiple communities.
Finally, where a tornado occurs is a major factor. There have been many strong, large, and long-tracked tornadoes that simply tore across open country, hitting very little. An EF2 tornado that hits a trailer park will be much more destructive and more likely to kill than one that hits sturdy frame homes.
Global warming can cause flooding because climate change is melting glaciers and ice caps. This is raising sea-levels and low-lying Pacific Island countries and other coastal areas will be in danger of flooding. Climate change is also changing the climate, meaning there may be more severe storms, more often, high tide surges, and more monsoon rains in some places, less in others.
Straight-line winds can be as dangerous as a tornado because they can cause significant damage and destruction to buildings and structures. However, tornadoes are typically more powerful and can cause more widespread devastation compared to straight-line winds.
Yes, the movement of air from areas of low pressure to areas of high pressure can lead to the development of storms. As air moves from the low pressure system to the high pressure system, it can result in the formation of clouds, precipitation, and ultimately storms. This movement of air creates atmospheric instability that can contribute to storm development.
S waves generally cause more damage than P waves during an earthquake. S waves have a stronger shaking motion that can lead to more destruction of buildings and infrastructure. P waves, on the other hand, are faster and usually less damaging than S waves.
It is difficult to directly compare the two, as the impact of volcanoes and tornadoes can vary greatly depending on various factors such as location and intensity. However, on average, tornadoes tend to cause more frequent destruction each year than volcanic eruptions due to the higher occurrence of tornadoes around the world.
Compared to tornadoes, yes. Tornadoes generally do not cause much erosion. With storms, it is tricky, as many landslides are triggered by storms. However, in areas prone to landslides, such events likely cause the greates portion of erosion.
The destruction of the natural environment, particularly through deforestation and climate change, can contribute to the intensity and frequency of typhoons. Deforestation reduces the land's ability to absorb moisture, leading to altered weather patterns. Additionally, climate change raises ocean temperatures, which can intensify tropical storms and typhoons. While human activities don't directly cause typhoons, they can exacerbate conditions that lead to more severe storms.
Because it makes fires more likely.
New and more effective ways of killing people led to more destruction.
High winds do cause more damage
New and more effective ways of killing people led to more destruction.
Not specifically. The Moon's gravity does cause Earth's tides, and tides do affect the weather, but weather is more of a local phenomenon.
Some countries suffer from tropical storms more than others due to their geographical location, particularly those situated in tropical and subtropical regions where warm ocean waters fuel storm development. Additionally, factors such as prevailing wind patterns, coastal topography, and urban development can influence the frequency and intensity of storms in these areas. Countries with less robust infrastructure and disaster preparedness may experience more severe impacts when storms do occur. Lastly, climate change is increasing the intensity and frequency of tropical storms, affecting vulnerable regions disproportionately.
Severe storms can cause floods by producing heavy rainfall that overwhelms the capacity of rivers, streams, and drainage systems. When the ground becomes saturated and cannot absorb any more water, runoff increases, leading to rising water levels. Additionally, storms can cause flash flooding by rapidly inundating low-lying areas and urban environments. Strong winds associated with storms can also damage infrastructure, exacerbating flooding conditions.
Global warming is unlikely to cause avalanches directly. They are usually caused by runoff from heavy rain and intense storms. Global warming is expected to cause more intense storms and could therefore be an indirect cause of avalanches.
they can cause atleast 400 million dollars of damage , maybe more . & that answer that says " why do you need to know ? " is a crap answer .(=
Yes, the midwest is known as "The Tornado Belt" and they have many more tornado bearing storms however, the coasts and areas near gulfs are much more likely to be affected with storms because many storms form over the vast bodies of waters on our planet and they may tend to run aground. Coasts also get Hurricane's. The WEST coast however, has fewer storms than most the rest of the US though.