Tornadoes

Hurricane scales, such as the Saffir-Simpson scale rate storms as they are still active using instrumental readings of wind speeds. This is used the give an idea of the storm's damage potential.

By contrast, tornado scales such as the Enhanced Fujita scale gives ratings after the storm has passed through, using wind speeds estimated based on the damage left behind. It is much more difficult to measure tornado winds than hurricane winds because tornadoes are much smaller, develop much more quickly, and are much more short lived.

Windows can break easily even in a weak tornado. The broken glass, which can be carried by the wind at high speed, can pose a serious risk of injury or death. Additionally, since windows are so fragile the offer virtually no protection from debris. While a wall will stop most projectiles, a glass pane will not, and flying debris is the thing most likely to kill you in a tornado.

Fronts do not directly proeude tornadoes. Tornadoes are produced by thunderstorms, which often form along fronts. Tornadoes can often be observed in an area called Larko's triangle. This is the area around a mid-latitude low pressure system between the warm front, the cold front, and the first or second isobar. Another setup that can esily produce tornadoes is a triple point. This is where a cold front intersects another type of front called a dry line.

However, a cold front, a dry line and, less often, a warm front are all capable of producing tornadic thunderstorms without any other nearby fronts. Additionally, tornadoes can form in storms not associated with any front, such as in the outer bands of a hurricane.

There are no recorded source for any hurricanes in Lakeland, FL. There might be some small hurricanes and tornadoes that might have hit and didn't cause much damage.

I am a Lakeland, FL resident born and raised.... We have indeed been hit by Hurricanes. The storm names Polk County residents will remember most from 2004 are Charley, Frances and Jeanne. We were hit by ALL THREE of them back to back within a 6 week period.

A tornado in a bottle project uses liquid to simulate the vortex motion of a real tornado. Both involve rotating air masses creating a funnel shape. However, the scale and force of a real tornado are much stronger and destructive than what can be replicated in a bottle.

Tornadoes usually originate in a powerful rotating updraft called a mesocyclone found in some thunderstorms. This mesocyclone tightens, intensifies, and stretches toward the ground to produce a tornado.

You can't. Although some claim strong winds or sudden changes in wind speed and direction indicate a tornado is coming this is not necessarily true. Such events can occur in just about any thunderstorm. It is better to pay attention to warnings issued by the National Weather Service. Additionally, if a storm may produce a tornado you should not be outside.

A tornado forms from a rotating updraft and area of low pressure inside a thunderstorm. This circulation is called a mesocyclone. A tornado forms when this circulation tightens and intensifies. The low pressure area draws air inward in a spiral fashion. The air speeds up as it is drawn int, attaining great speeds as it reaches the tornado itself. At this point the air is spinning so fast that in many cases it cannot reach the center. At this point the air is drawn upwards.

In terms of forward speed, the average tornado moves at about 30 mph. But speeds may range from stationary to over 70 mph.

In terms of wind speed, winds can range from 65 mph to over 300 mph.

Surprisingly, not very often. Exact statistics are not available, but it does not appear to be more than a few every few years. Until recently, all had been killed in incidents not directly related to tornadoes. It was not until May of 2013 that any storm chasers were killed by a tornado.

Objects inside a tornado can be carried by the strong winds, causing severe damage or destruction. The rotation and force of the tornado can toss debris into the air and move it over great distances before eventually releasing it to the ground.

It is called the eye of the tornado
An eye

After a tornado, government agencies, emergency response teams, and community volunteers typically work together to clean up debris, clear roads, and assist in recovery efforts. Depending on the severity of the damage, specialized teams may be called in to help with more extensive cleanup tasks.

Thunderstorm winds can reach speeds of 60-100 mph, known as straight-line winds or downdrafts, without the presence of a tornado. These winds can cause significant damage and are often associated with severe thunderstorms.

A tornado and a tropical cyclone often have winds in the same range 0f 60-190 mph. However the highest tornadic winds can exceed 300 mph, much stronger than those of the strongest cyclones, which get up to about 190 mph.

There were predictions that the world would end on June 6, 2006, but those predictions were proven false as the world did not end on that date. Many doomsday predictions throughout history have not come to fruition, and it's essential to approach such predictions with skepticism and critical thinking.

Tornadoes are less common on Guam compared to other regions due to its tropical location and prevailing weather patterns. The warm ocean waters surrounding Guam typically do not support the formation of the necessary conditions for tornadoes, such as significant temperature and humidity contrasts in the atmosphere.

The tornado is part of the updraft of a thunderstorm that has become focused and very intense. The pressure inside a tornado is lower than in the surroundings, so air is dran into the tornado and then upwards by the updraft.

There are three scales for measuring tornado strength, all of which use damage to estimate wind speed.

The first and most famous is the Fujita scale, developed in 1971. This scale rates tornadoes from F0 at the weakest to F5 at the strongest. Most countries that take the time to rate their tornadoes use this scale.

The next scale to be creates is the TORRO scale, developed in 1975 which runs from T0 at the weakest to T11 at the strongest. There are two TORRO categories for every Fujita category, for example a T0 or T1 tornado is equivalent to an F0 while a T10 or T11 is equivalent to an F5. This scale is used in only a few European nations.

Finally there is the Enhanced Fujita scale developed in 2007.It runs from EF0 to EF5. This scale was derived from the Fujita scale and provides more accurate wind speed estimates than the original scale, particularly where the original wind estimates for F3 and stronger tornadoes were far too high. Currently this scale is only used in the United States, though Canada plans to adopt the scale in 2013. All U.S. tornadoes prior to February of 2007 and all Canadian tornadoes prior to 2013 retain their original Fujita ratings.

Yes and no. The funnel of a tornado does not have to reach the ground for damaging winds to occur at ground level. However, if those winds reach the ground then the tornado has touched down even if the funnel hasn't.

Strong winds alone cannot create a tornado. Tornadoes need a specific setup of air movement within a thunderstorm in order to develop. That said, one component believed to play a key role in tornado formation is something called a rear-flank downdraft, or RFD. Winds from the RFD can reach or exceed 80 mph.

In terms of tornadoes themselves, 80 mph would be near the upper end of the estimated wind range of an EF0 tornado (65-85 mph).

No, tornadoes can move at speeds greater than 40 miles per hour. The average forward speed of a tornado is around 30 mph, but some tornadoes can reach speeds of over 70 mph. The speed at which a tornado moves can vary depending on the storm and atmospheric conditions.

Tornadoes form when warm, moist air at the surface rises and meets cooler, drier air aloft. This creates spinning columns of air called mesocyclones, which can then be funneled downward to the ground by surrounding updrafts and downdrafts within a thunderstorm.

A tornado forms from thunderstorms. The thunderstorm starts turning because the wind at different heights is going in different directions and at different speeds. Sometimes this turning in the storm gets focused into a smaller area and starts spinning faster, becoming a tornado.

A tornado picks up objects through its strong rotating winds, which create a powerful upward draft. The wind speed and direction in a tornado create a low-pressure system at its center, which allows it to lift and carry objects, ranging from debris to vehicles, for miles.