#TornadoFacts #EF5Tornado #TornadoSafety
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Have you ever wondered about the strength and frequency of EF5 tornadoes in the United States? Today, I learned that there hasn’t been an EF5 tornado since 2013 in the US – can you believe it? Let’s dive deeper into this fascinating topic and explore the reasons behind this phenomenon.
## What is an EF5 tornado?
An EF5 tornado is the most intense and destructive tornado on the Enhanced Fujita scale, with wind speeds exceeding 200 mph. These tornadoes are extremely rare and can cause catastrophic damage to structures and landscapes in their path.
### Characteristics of an EF5 tornado:
– Wind speeds exceeding 200 mph
– Extreme destruction of buildings and infrastructure
– Debris carried over long distances
– Incredibly dangerous and life-threatening
## EF5 tornadoes in US history
Historically, EF5 tornadoes have been relatively rare in the United States. According to the National Oceanic and Atmospheric Administration (NOAA), the last EF5 tornado in the US occurred in May 2013 in Moore, Oklahoma. This tornado, known as the Moore EF5, caused widespread destruction and tragically claimed the lives of 24 people.
### Previous EF5 tornadoes in the US:
1. May 2011 – Joplin, Missouri: The Joplin EF5 tornado was one of the deadliest tornadoes in US history, with winds up to 250 mph and a path of destruction over six miles long.
2. April 1999 – Oklahoma and Kansas: The April 1999 outbreak produced several EF5 tornadoes in Oklahoma and Kansas, causing significant damage and loss of life.
3. June 1966 – Topeka, Kansas: The Topeka EF5 tornado struck the city with winds over 200 mph, resulting in extensive damage and multiple fatalities.
## Reasons for the absence of EF5 tornadoes
So, why haven’t we seen an EF5 tornado in the US since 2013? There are several factors that may contribute to this trend:
1. **Weather patterns**: Changes in atmospheric conditions and weather patterns can affect the formation and intensity of tornadoes.
2. **Building codes and infrastructure**: Improved building codes and infrastructure may help mitigate the damage caused by tornadoes, reducing the likelihood of EF5 events.
3. **Early warning systems**: Advances in technology and early warning systems have allowed for better detection and tracking of severe weather, giving people more time to seek shelter.
## Tornado safety tips
While the absence of EF5 tornadoes may provide some relief, it’s important to remember that all tornadoes are dangerous and should be taken seriously. Here are some safety tips to keep in mind:
– Have a plan in place and know where to seek shelter during a tornado.
– Stay informed by monitoring weather alerts and warnings from reliable sources.
– If a tornado is approaching, seek shelter in a sturdy building or basement, away from windows and exterior walls.
– If caught in the open, lie flat in a low-lying area and cover your head with your hands.
In conclusion, the absence of EF5 tornadoes in the US since 2013 is an interesting phenomenon that may be attributed to various factors such as weather patterns, building codes, and early warning systems. While we can find some relief in this trend, it’s crucial to remain vigilant and prepared for any severe weather events. Stay safe, stay informed, and stay tornado aware! 🌪️🌪️🌪️
These tornado safety tips and historical facts can help keep you and your loved ones safe during tornado season. Stay prepared and stay informed to protect yourself and your community from the destructive power of these natural disasters. Remember, it’s always better to be safe than sorry when it comes to tornado safety!
Source: https://weather.com/safety/tornado/news/2023-05-16-last-ef5-tornado-10-years-ago