When Is Tornado Season In Kansas?

When Is Tornado Season In Kansas
The months of April through June are considered to be tornado season in Kansas; nevertheless, it is not rare for a tornado to occur during any other month of the year.

How often does Kansas have tornadoes?

When it comes to tornadoes, Kansas is a state that sees a lot of action. In this part of the country, which is known as Tornado Alley, there are now 96 storms that occur on average per year. The following is an average of the number of tornadoes that strike the state of Kansas each month.

Is all of Kansas in Tornado Alley?

The heart of Tornado Alley includes the states of South Dakota, northern Texas, Louisiana, Oklahoma, Kansas, and Nebraska in addition to Iowa and Kansas. The formal limits of Tornado Alley are not well defined. Tornado Alley is an unofficial name that occasionally refers to the region that includes Illinois, Wisconsin, Minnesota, Indiana, and western Ohio.

Where do tornadoes hit the most in Kansas?

Tornadoes are very potent engines of devastation, and their effects may be catastrophic in a variety of ways. When and where a tornado will make landfall can be difficult to anticipate with any degree of accuracy. Maybe you’re interested in moving there, but you want to minimize your risk of being struck by a tornado.

If that’s the case, what region of Kansas should you try to avoid at all costs? The state of Kansas sees the most tornadoes in Sherman County.
There were 113 tornadoes that occurred in Sherman County during the years 1950 and 2020.
This was a greater number than any other county in the state of Kansas.

There is a correlation between the geography of the Midwest and the limits that surround it and the frequency of weather events that cause damage. Despite the fact that certain weather patterns produce storms. There are other conditions that must be met before a tornado may form in the atmosphere.

How many tornados does Kansas get a year?

Information Regarding Tornadoes in Kansas The following figure illustrates the yearly distribution of tornadoes that occurred in Kansas between the years 1950 and 2012. To see it in greater detail, go here. The tornadoes, fatalities, and injuries that occurred across the state of Kansas are depicted on the maps that follow.

To see it in greater detail, go here.
The state of Kansas had an annual average temperature of 61 degrees from 1950 to 2012.
The average for the past 30 years, from 1983 to 2012, is 80.
The period from 2003 to 2012 had an average of 112 tornadoes each year.
The next picture was created by replotting the yearly data in the chart that was just shown into decades.

To see it in greater detail, go here. The deaths caused by tornadoes in Kansas are broken down by year in the following chart, which covers the years 1950 through 2012. To see it in greater detail, go here. The tornado activity in Kansas between the years 1950 and 2012 is broken down by month in the following chart.

Has Kansas ever had a F5 tornado?

Worst Tornadoes in Kansas History – June 07, 2022 Tori Jane Which tornado in Kansas history was the worst of its kind? Tornadoes, even very destructive ones, are sadly not at all uncommon in the state of Kansas. The historic Udall tornado that occurred in 1955 is one of the most severe tornadoes recorded in the history of Kansas.

This dreadful category F5 twister was one of two F5 tornadoes that made landfall on this day. At around 10:35, it went directly through the town, and when it did so, it caused full and utter devastation in its path by destroying literally all of the buildings save for one. It claimed the lives of 75 individuals, which was almost 70 percent of the whole population of the town.

What a terrifying nightmare you have! What are some well-known tornadoes that have occurred in Kansas? However, it does become scarier after Udall, and Kansas is evidence of this fact. On April 26, 1991, a huge and destructive tornado blasted through Wichita and Andover, causing enormous F5 damage.

This event took place in Kansas (and some of the best tornado videos of all time). Long before it developed into an F5 monster, it rampaged through McConnell Airforce Base when it was still at the F3 strength level, and it remained on the ground for an extremely extended period of time. After the Fujita Scale was updated to the Enhanced Fujita Scale, on May 4, 2007, the first EF5 tornado ever recorded occurred.

Greensburg, Kansas, was almost entirely obliterated from the map as a result of this tornado. The tornado that hit Greensburg was a monstrous storm that ended up destroying more than 95% of the town. After the incident, Highway 54, which passes through Greensburg, was shut down for more than a month.

Even though tornadoes are common, they are not the only type of natural catastrophe that can occur in Kansas. Oof. How many twisters touch down in the Sunflower State each year? Tornado alley is an area in the United States (and portions of Canada) that is noted for its high incidence of tornadoes throughout the spring and summer months.

Kansas is placed smack dab in the middle of tornado alley. The Sunflower State is home to around 96-100 tornadoes annually, albeit those are only the ones that have been confirmed. It is possible that those numbers do not include rural tornadoes that have happened without any witnesses or damage.

What month does Kansas have the most tornadoes?

Statistics on Kansas Tornadoes from the Past, 1950–2009 Any Kansan who has lived here for any length of time is aware that we are located in the very center of tornado alley. In point of fact, the American Heartland is recognized as one of the locations with the highest incidence of tornadoes in the whole globe.

But when are the most likely days of the year for tornadoes in Kansas? Since the beginning of the formal recording of tornadoes in 1950, how many tornadoes have happened annually in the state of Kansas? When, in terms of tornado activity, has history shown to be the most active period of the day? What exactly does a tornado day entail? Finally, in terms of the total number of tornadoes, where does Kansas rank among the other states? The graphs that are presented below will make an attempt to address these questions.

All of the charts were created with the use of the severe weather database from the Storm Prediction Center (SPC), and the National Climatic Data Center’s (NCDC) severe weather database was used to provide some minor supplemental information. These were extremely massive and comprehensive data collections.

The yearly Kansas tornadoes from 1950-2009 are depicted in the graph to the left, along with a moving average calculated every 5 years. According to data kept by the National Weather Service, the worst year for tornado activity in Kansas was in 2008, when more than 180 tornadoes wreaked havoc across the state.

The year 2009 had around 100 tornadoes in the state, which is only a hair lower than the 5-year moving average.
According to the graph, the average number of tornadoes that strike Kansas each year has been climbing steadily since around the late 1980s.
On the other hand, this is most likely the result of improved tornado awareness and education as well as a denser spotter network, both of which result in more reports of tornadoes being sent to the National Weather Service.

In the early 1990s, a network of weather radars called Next Generation Weather Radar was put in place, which assisted meteorologists in identifying tornadoes based on radar readings. This is another argument that might help explain the phenomenon. The graph on the right depicts the yearly number of tornadoes in Kansas that were EF3 or higher from 1950 to 2009.1956, 1991, and 2008 are only three of the years that stand out as very significant.

Tornado activity in Kansas on a daily basis from 1950 to 2009 (above-left). According to the graph, the time from the middle to the latter part of April to the middle of June has traditionally had the highest frequency of tornadoes, with the peak happening around May 22nd and 23rd with over 160 tornadoes occuring during that two day period since 1950.

Take note of the precipitous decline that occurs around the middle to end of June. This is because the jet stream, which determines the storm course, and the significant vertical wind shear that is linked with it have shifted to the north, which will affect mostly the northern tier of the nation for the remainder of the summer.

As the “dog days” of July approach, this basically puts an end to the “tornado machine” that has been operating in Kansas. Take note of the secondary modest increase in tornado activity that occurs between the months of October and November. This is the time of year when the beginning of winter squares off against the comparatively moderate autumn airmass that is still in place over the area.

The tornadoes that were EF3 or higher and occurred everyday in Kansas from 1950-2009 are depicted on the graph to the right.
Late April and early May, when the vertical wind shear within Kansas storm systems is traditionally a bit stronger than it is in late May and early June, is when the peak period for the frequency of strong and violent tornadoes occurs, as shown by the graph.

This peak period occurs a bit earlier than the peak period for the overall frequency of tornadoes.

The graph that can be found to the left above depicts the number of tornadoes that have occurred each state per 100 square miles since 1950. With 4.4 tornadoes for per 100 square miles, Kansas is the third most tornado-prone state in the country, after only Oklahoma and Florida.

This graph is intended to depict the number of tornadoes that have occurred each state since the year 1950. To put this into perspective, 100 square miles is about equivalent to a region that is somewhat smaller than Wichita. This indicates that each Kansas county has seen an average of around 30-50 tornadoes since 1950.

This is the case if you believe that the typical Kansas county has an area of approximately 1000 square miles. The graph in the upper right hand corner indicates the number of states that have seen an EF3 or larger tornado per 1000 square miles since 1950.

After Iowa, Tennessee, Alabama, Mississippi, Indiana, Oklahoma, and Arkansas, Kansas is rated eighth in terms of the number of EF3 or higher tornadoes that occur per 1000 square miles in the state.
Since EF3–EF5 tornadoes signify strong to violent tornadoes, this graph displays the number of violent tornadoes that have occurred in each state since 1950.

In order to put this into correct perspective, one thousand square miles is approximately a little bit larger than Sedgwick County. This indicates that each county in Kansas has been hit by around one to three severe or destructive tornadoes since 1950, assuming that the land area of each county in Kansas is approximately one thousand square miles.

The graph on the left indicates the number of annual tornado days in Kansas since 1950, while the graph on the right illustrates the number of annual tornado days in Kansas since 1950 that were EF3 or higher. The more noteworthy years are indicated in yellow.

Since 1950, these graphs keep a tally of every day that Kansas was struck by a tornado of EF3 or higher (see the top-right graph for further information). Due to the increasing reporting of tornadoes since the 1980s and 1990s, tornado days are usually believed to be a better indication of tornado trends over time than tornado occurances.

This is because of how tornado days are calculated (refer to the left graph at the very top of this report). The graph that was just displayed shows the hourly tornado frequency that has occurred in Kansas since 1950. Historically, the busiest time is from four till eight in the evening.

Even though the sun is at its greatest angle of the day between noon and two in the afternoon, the hottest part of the afternoon doesn’t start until approximately four or five in the evening.
The warmth of the day, together with a sufficient amount of low-level moisture (humidity), and vertical wind shear, which is defined as an increase in wind speed or direction with height, provides the fuel essential for thunderstorms that can produce tornadoes to form.

According to historical data, the odds of a tornado occurring during the hours of 7-8 am Central Standard Time are the lowest. Since 1950, there have been a total of only two tornadoes reported during that hour.

How many F5 tornadoes have hit Kansas?

Historical F5 and EF5 Tornadoes in Kansas According to the Storm Prediction Center’s (SPC) statistics, Kansas ranks first in the nation in total number of F5 and EF5 tornadoes (7) that have occurred in the state since 1950. These monstrosities possess rotational velocities that range from 261-318 miles per hour.

What state has never had a tornado?

The states that see the least amount of tornado activity Although tornadoes may form in each of the 50 states and the District of Columbia, there are a few states that see very little in the way of tornadic activity on average. In 2021, there were no tornadoes reported in the following states:

Alaska
Hawaii
Idaho
Maine
State of New Hampshire
Oregon

In addition, the following states had less than three tornadoes registered in the previous year:

Montana
Delaware
The District of Columbia
Rhode Island
Vermont
Washington
West Virginia
Wyoming

Although these states have an average of a low number of tornadoes, each season has its own unique challenges. Even in areas that are not often thought of as being at high risk for tornadoes, it is possible for hazardous convective storms to develop that result in the formation of tornadoes and significant destruction to property.

Where is Tornado Alley located in Kansas?

There is a possibility that this post will include affiliate links. If you make a purchase using these links, we may receive a commission, but your purchase will not cost you any more money. Are you curious about whether or not you live in Tornado Alley? Tornado Alley is not, strictly speaking, a recognized geographical location.

It is a moniker that many people, including meteorologists, have used throughout the years to characterize a massive expanse of territory that extends from the northern reaches of Texas all the way up into Canada and is centered on the states of Oklahoma and Kansas.
When the weather begins to warm up in the late spring and early summer, this is the region that is most likely to have frequent and intense tornado touchdowns.

Although there is no official tornado season, the months of March, April, May, and June are the months in which a state’s average number of tornadoes are highest. This is despite the fact that tornadoes can strike at any time throughout the year and pretty much everywhere. When Is Tornado Season In Kansas

Why does Kansas get so many tornados?

Plains states like Oklahoma and Kansas, which are known for their high number of tornadoes and the severity of those tornadoes, are known as the “tornado alley.” These states and the states that surround them are located in what is colloquially known as tornado alley.

In this part of the United States, tornadoes have a higher probability of occurring and, when they do, can do significantly greater damage. Is this correct, and if so, why is it the case? The plains are a location where cold air and warm air come into conflict with one another, and this is the excessively simplistic explanation for the frequent tornadoes that occur in this region.

This theory merely scratches the surface of why tornadoes are so abundant on the plains, despite the fact that there is a tendency for there to be a substantial temperature differential along fronts in the plains. A tornado requires a parent thunderstorm.

Therefore, conditions that are favorable for the formation of tornadoes must also be favorable for the formation of thunderstorms. In certain regions, thunderstorms occur substantially more frequently than in others. In comparison to other parts of the plains particularly to the east of the plains, the western part of the plains has a significantly lower frequency of thunderstorms.

The region around the Gulf coast has the most severe thunderstorms. It is necessary for there to be sufficient low-level moisture and instability in an area for there to be frequent occurrences of thunderstorms in that area. One of the most important sources of low-level precipitation for the plains and the area to the east of the plains comes from the Gulf of Mexico.

However, this moisture is having a hard time making its way into the western part of the United States.
The Pacific Ocean has the potential to have an impact on the western region of the United States; however, the water in that ocean is generally cool, and the mountains prevent a significant portion of the moisture from moving very deeply inland.

A significant contributor to the formation of thunderstorms are the low-level dewpoints that are provided by the Gulf of Mexico. These high dewpoints are one of the factors that might contribute to the occurrence of instability. Warm surface temperatures and a plentiful supply of moisture that is close to the surface both contribute to the promotion of instability.

Instability can also be caused by the cooling of air at high altitudes, which can be caused by a shortwave. As one travels further north, the amount of available moisture often becomes less abundant. The air in the Northeastern United States, the Great Lakes area, and the northern United States will remain chilly to cold for a significant amount of the year, and because of this, the air will not be able to maintain high dewpoints.

Throughout the course of the year, the region of the United States known as the Southeast records the highest dewpoints. Thunderstorms are likely to occur throughout the year in this location. Due to the fact that a thunderstorm is necessary for the formation of a tornado, we have determined that the area of the United States that is most likely to experience tornadoes is located to the east of the Rocky Mountains and in the southern half of the country.

It is important to keep in mind that during the warm season, the heat and moisture from the Gulf of Mexico may advect their way into the northern parts of the United States, bringing with them violent thunderstorms.
Major amounts of both instability and low-level wind shear are required for a thunderstorm environment to become favorable for the development of a significant tornado.

This environment is created when there is both of these factors present. It was claimed in the excessively simplistic explanation for why tornadoes occur in the plains that this region frequently experiences confrontations between cold and warm air. Strong differences in temperature likely to give rise to robust wind patterns.

Wind shear may be caused when there is a low pressure system, a trough, and a front in the atmosphere at the same time.
If the winds at the low levels are weak and disorganized, then there is less of a chance of a tornado occurring.
The wind flow that occurs in the midst of a tropical marine airmass has a tendency to be feeble and disorganized.

This is the reason why places like Florida that are close to the Gulf coast might have a lot of thunderstorms in July but very few or even no tornadoes. The low-level wind field picks up speed and becomes more organized towards the point where marine tropical air and chilly air arriving from the north collide.

Throughout the course of a year, fronts, troughs, and other low pressure systems pass through the plains a greater number of times than they do along the Gulf coast.
During the summer, for instance, it can be weeks before a cold front reaches the Gulf coast region.
This is because of the Gulf’s location.

When tornadoes do strike in the Southeast United States and along the Gulf coast, it is most commonly during the spring and fall seasons. This is because this is when troughs, low pressure systems, and fronts begin to move into the area. Fronts exert a consistent impact on the plains states throughout the year in every season.

The plains may also be a place where air that is exceedingly dry and air that is excessively damp come into conflict with one another. The dryline is found in its natural habitat on the upper plains. If these dry and wet air masses collide in just the right way, it can create up a sounding profile that can further improve the instability of the atmosphere.

This notion may be discussed further in essays that focus on potential or convective instability. In conclusion, the plains states have the highest incidence of tornadoes because of the more frequent occurrence of a mix of factors, including low level high dewpoints, instability, low level wind shear, and lifting mechanisms (troughs, low pressure systems and fronts).

Do trees stop tornadoes?

It’s wise to cut back. It is absolutely necessary to have a qualified arborist examine your trees to look for any hazards. A trained professional is aware of all of the structural flaws that represent a threat and can be improved by selective trimming.

By thinning out the canopy, this reduces the amount of wind resistance and turbulence.
Removes dead, decaying, damaged, and weak branches to cut down on the number of branches that fall.
Removes limbs that are overhanging or are too close to your house in order to maintain the safety of your property.

Where was the last tornado in Kansas?

1 p.m. update: The National Weather Service has confirmed that an EF-1 tornado made landfall overnight in Johnson County, Kansas, as well as Jackson County, Missouri. Winds of 100 miles per hour were generated by the tornado. According to the information provided by the weather service, it covered a distance of 14 miles and reached a maximum width of 125 yards.

As the storm passed across the metropolitan region, a number of people claimed they had little to no notice. According to Christopher Carroll, an emergency planner with the Office of Emergency Management for the city of Kansas City, Missouri, the city’s emergency alert systems performed as expected throughout the storm that occurred during the course of the previous night.

According to him, residents in less crowded places have a better chance of seeing a rotation starting and a tornado coming, which gives them more time to prepare for the event. The spin that developed over more populous regions last night meant that there was less of a warning.

Why is the basement the safest place during a tornado?

When warning sirens for a tornado are going off, the last thing you want to be doing is pondering the question of where you can take refuge from the storm. Even though the basement of your house is the safest location to stay in the event of a tornado, basements were not designed to serve as storm shelters.

According to Rose Quint, who works as the assistant vice president of survey research for the National Association of Home Builders, the presence or absence of basements in a house is strongly influenced by the geographical location of the United States in which it is constructed. According to Quint, “They are far more popular in the cooler Northeast and West than in the warmer South and West,” and “They are significantly more popular in the West than in the East.” In regions where it is already essential to dig deep to construct foundations that can resist freezing conditions, installing a basement makes economic sense.

This is because a basement requires less excavation than a standard foundation. “The digging needs to take place in accordance with the code,” stated Quint. The International Residential Code, which is the basis for most residential building codes adopted in the United States, provides a table that tabulates how thick a concrete or masonry basement wall needs to be as well as the amount of any steel reinforcing that is required in the wall.

This table is included in the Tornado Safety: Identifying the Safest Places Inside Your Home document.
In addition, the rule details the precautions that must be taken to prevent groundwater or rains from seeping into a basement.
According to Quint, “it is not viable to have a basement in Florida due to the high level of the water table in the state.” According to Quint, even though a basement may offer some protection against less powerful tornadoes, houses and the vast majority of other buildings are not designed to withstand the extremely high wind speeds that are associated with tornadoes like the ones that struck Illinois and Kentucky at the end of the previous year.

According to Quint, “Only a storm shelter or safe chamber that was expressly engineered to resist storms can keep the inhabitants safe.” “Prefabricated modules that can be bolted to the concrete floor of a basement are available,” and “a section of a basement might be created to those specifications if a homeowner wished.” The majority of basements are made out of reinforced concrete walls that are buried beneath.

What city has been hit the most by tornadoes?

Damage Indicators Based on an Enhanced Fujita Scale –

NUMBER (Details Linked)	DAMAGE INDICATOR	ABBREVIATION
1	Small barns, farm outbuildings	SBO
2	One- or two-family residences	FR12
3	Single-wide mobile home (MHSW)	MHSW
4	Double-wide mobile home	MHDW
5	Apt, condo, townhouse (3 stories or less)	ACT
6	Motel	M
7	Masonry apt. or motel	MAM
8	Small retail bldg. (fast food)	SRB
9	Small professional (doctor office, branch bank)	SPB
10	Strip mall	SM
11	Large shopping mall	LSM
12	Large, isolated (“big box”) retail bldg.	LIRB
13	Automobile showroom	ASR
14	Automotive service building	ASB
15	School – 1-story elementary (interior or exterior halls)	ES
16	School – jr. or sr. high school	JHSH
17	Low-rise (1-4 story) bldg.	LRB
18	Mid-rise (5-20 story) bldg.	MRB
19	High-rise (over 20 stories)	HRB
20	Institutional bldg. (hospital, govt. or university)	IB
21	Metal building system	MBS
22	Service station canopy	SSC
23	Warehouse (tilt-up walls or heavy timber)	WHB
24	Transmission line tower	TLT
25	Free-standing tower	FST
26	Free standing pole (light, flag, luminary)	FSP
27	Tree – hardwood	TH
28	Tree – softwood	TS

Why does Kansas get so many tornadoes?

In this part of the United States, tornadoes have a higher probability of occurring and, when they do, can do significantly greater damage. Is this correct, and if so, why is it the case? The plains are a location where cold air and warm air come into conflict with one another, and this is the excessively simplistic explanation for the frequent tornadoes that occur in this region.

Therefore, conditions that are favorable for the formation of tornadoes must also be favorable for the formation of thunderstorms.
In certain regions, thunderstorms occur substantially more frequently than in others.
In comparison to other parts of the plains particularly to the east of the plains, the western part of the plains has a significantly lower frequency of thunderstorms.

However, this moisture is having a hard time making its way into the western part of the United States. The Pacific Ocean has the potential to have some influence over the western region of the United States; however, the water in that ocean is somewhat frigid, and the mountains prevent most of the moisture from moving very deeply inland.

It is important to keep in mind that during the warm season, the heat and moisture from the Gulf of Mexico may advect their way into the northern parts of the United States, bringing with them violent thunderstorms. Major amounts of both instability and low-level wind shear are required for a thunderstorm environment to become favorable for the development of a significant tornado.

Wind shear may be caused when there is a low pressure system, a trough, and a front in the atmosphere at the same time.
If the winds at the low levels are weak and disorganized, then there is less of a chance of a tornado occurring.
The wind flow that occurs in the midst of a tropical marine airmass has a tendency to be feeble and disorganized.

Throughout the course of a year, fronts, troughs, and other low pressure systems pass through the plains a greater number of times than they do along the Gulf coast.
During the summer, for instance, it can be weeks before a cold front reaches the Gulf coast region.
This is because of the Gulf’s location.

The plains may also be a place where air that is exceedingly dry and air that is excessively damp come into conflict with one another.
The dryline is found in its natural habitat on the upper plains.
If these dry and wet air masses collide in just the right way, it can create up a sounding profile that can further improve the instability of the atmosphere.

How many tornadoes hit Kansas last year?

Annual Recap in the State of Kansas

Year	# of Tornadoes	Crop Damage
2019	102
2018	48
2017	63
2016	114	$10,100

How many tornadoes has Kansas had in 2020?

When Is Tornado Season In Kansas KANSAS CITY, Missouri — The United States of America is the country that experiences the most number of tornadoes compared to any other nation on earth. The United States has the most tornadoes each year, with an average of approximately 1,200, followed by Canada, which has the second most, with just about 100.

Although tornadoes can originate anywhere and at any moment, they are far more likely to develop east of the Rocky Mountains.
There is another region in the southeast that has its fair share of severe tornadoes, and that region is called Tornado Alley.
The classic Tornado Alley comprises the Plains states from Texas to Nebraska.

Meteorologists refer to this sweltering corridor as Dixie Alley. KSHB 41 News Due to the effect of the Rocky Mountains, the arid southwest, and the moisture from the Gulf of Mexico, these locations are in a good position for tornadoes. To break it down, the Rocky Mountains run largely in a north-to-south direction, which enables the cold, dry air coming from Canada to go southward and the warm, moist air coming from the Gulf of Mexico to move northward.

The hot, dry air that comes from the deserts in the southwest is the other element. This travels across the mountains and has an effect on the atmosphere’s middle layer. KSHB 41 News The disparity in moisture levels, temperature, and the speed and direction of the wind (also known as wind shear) will produce the ideal conditions for the formation of whirling thunderstorms and, consequently, tornadoes.

Tornado Alley has not seen a significant number of twisters throughout the severe weather seasons that took place during the past two years. In point of fact, as compared to the yearly average over the past 20 years, the number of tornadoes that have occurred in each of the states that make up Tornado Alley has decreased during the past two seasons.

According to Jenni Pittman, the scientific and operations officer of the National Weather Service in Topeka, “2020 and 2021 were both relatively quiet, especially in Kansas.
We only had 17 tornadoes in 2020 and 37 in 2021.
Our typical is approximately 85-90,” On the other side, Dixie Alley has seen a rise in their population.

When compared to their 20-year average, the past two seasons in each state had a greater number of tornadoes than the norm for the previous 20 years. Pittman of KSHB 41 News feels that the phenomenon known as La Nina, which is defined by the National Weather Service as the periodic cooling of ocean surface temperatures in the central and east-central equatorial Pacific, is to blame.

According to Pittman, “I think La Nina has had a significant effect over the past couple of years.” She also says that it’s not so much about a shift in Tornado Alley but rather an expansion to include areas that haven’t seen as much activity in the past.
We’ve had La Nina both last winter and this winter as well.

That tends to bring an earlier and more intense severe weather season to the southeast United States. No matter if you live in Tornado Alley or Dixie Alley, the greatest way to defend yourself against extreme weather is via practice and preparedness. All rights reserved for Scripps Media, Inc. When Is Tornado Season In Kansas