A hurricane is its own storm system. They arise from large scale low pressure areas and thunderstorm complexes that organize and intensify over the ocean.
Tornadoes, by contrast, are the result of the interactions of relatively small scale wind currents within individual thunderstorms.
Tropical storms are larger in size than tornadoes but smaller than hurricanes. Tropical storms can span hundreds of miles in diameter, while tornadoes are typically less than a mile wide. Hurricanes are much larger than both tropical storms and tornadoes, with wind speeds exceeding those of a tropical storm and the potential to cause widespread damage over a broader area.
No. Tropical storms develop over warm ocean water and don't remain tropical storms more than a couple hundred miles inland. Even then, Minnesota gets its fair share of nasty storms, including tornadoes, even if it does not get tropical storms.
A tornado on Jupiter is a massive spinning storm system that appears as a dark, swirling cloud in the planet's atmosphere. These tornadoes can be many times larger and more powerful than tornadoes on Earth, with wind speeds reaching hundreds of miles per hour. They are a common feature in Jupiter's turbulent atmosphere.
Cyclones generate thunderstorms by various means, either by themselves being large convective systems, such as in tropical cyclones (hurricanes etc.) or, more commonly, in the fronts generated by mid-latitude cyclones. The thunderstorms generated along fronts tend to be stronger than those that are not, and a stronger storm is more likely to produce a tornado. Wind shear affecting these storms can set them rotating. This rotation within the thunderstorms can then produce tornadoes.
Hurricanes cover large areas. Tornadoes are much smaller.
Tropical storms are larger in size than tornadoes but smaller than hurricanes. Tropical storms can span hundreds of miles in diameter, while tornadoes are typically less than a mile wide. Hurricanes are much larger than both tropical storms and tornadoes, with wind speeds exceeding those of a tropical storm and the potential to cause widespread damage over a broader area.
No. Tropical storms develop over warm ocean water and don't remain tropical storms more than a couple hundred miles inland. Even then, Minnesota gets its fair share of nasty storms, including tornadoes, even if it does not get tropical storms.
In terms of total energy output no. That title would probably go to hurricanes which are much bigger and longer lasting than tornadoes. However, tornadoes are the most intense storms on earth, with winds that can exceed 300 mph.
Hurricanes are tropical weather systems while significant tornadoes generally occur in the temperate latitudes. The wind currents that move storms in the tropics are generally weaker than those that move storms in the temperate latitudes.
The damage from a tornado is generally more severe than that of a tropical storm or hurricane, but is limited to a much smaller area. Hurricanes and tropical storms can cause damage over enormous areas, so the total amount of damage done is greater.
The winds in a tornado are stronger than those found in other storms. The fastest winds on earth are found in tornadoes. Other than tropical cyclones (e.g. hurricanes and typhoons), tornadoes are the only kind of storm that will commonly produce winds well over 100 mph. This can occur in other storms, but it is rare. In a few cases, winds approaching and even exceeding 300 mph have been recorded in tornadoes. This means that tornadoes can cause much more severe damage than other storms. Futhermore, unlike in other storms where winds are mostly horizontal, the wind in a tornado is directed upward in addition to rotating. This allows the winds to lift debris into the air, adding to its destructive potential. Tornadoes are also among the most difficult storms to predict.
Not at all. A hurricane is only one type of storm out of many. A hurricane is a tropical cyclone with maximum sustained winds of at least 74 mph. Many storms (such as everyday thunderstorms) are not tropical and do not produce winds nearly that strong. A few storms other than hurricanes are thunderstorms, tropical storms, tornadoes, extratropical lows, derechos, and sandstorms
No all tropical storms rated as Hurricanes, Cyclones or Typhoons are stronger than any normal cyclonic storm.
A tornado on Jupiter is a massive spinning storm system that appears as a dark, swirling cloud in the planet's atmosphere. These tornadoes can be many times larger and more powerful than tornadoes on Earth, with wind speeds reaching hundreds of miles per hour. They are a common feature in Jupiter's turbulent atmosphere.
Cyclones generate thunderstorms by various means, either by themselves being large convective systems, such as in tropical cyclones (hurricanes etc.) or, more commonly, in the fronts generated by mid-latitude cyclones. The thunderstorms generated along fronts tend to be stronger than those that are not, and a stronger storm is more likely to produce a tornado. Wind shear affecting these storms can set them rotating. This rotation within the thunderstorms can then produce tornadoes.
Tornadoes are more common than people realise in Australia, but they are not on the scale as that seen in parts of the US. There is no restriction on where they occur, as they have been reported during storms in each of the states, from sub-tropical Queensland down to dry South Australia.
No, tornadoes are not tropical phenomena. Tornadoes typically occur in regions with strong temperature contrasts, such as the central United States, where warm, moist air collides with cool, dry air to create the conditions for tornado formation. Tropical cyclones can sometimes produce tornadoes, but tornadoes are not a defining characteristic of tropical systems.