F1 is called a moderate tornados and there wind speeds are usually 73-112 miles per hour. There damage is usually just some roof shingles peeled back and some cars pushed off the road. F2 is known as a significant tornadoes, the wind speeds are up to 113-157 miles per hour. The F2 damage is roofs torn from houses and large trees snapped off. F3 is called a severe tornados and the wind speeds are 158-206 miles per hour.
When the NWS releases a tornado warning, there is information either that a human observer had spotted the tornado or the rotation had shown on their radar with a low level rotation, but powerful, when atmospheric conditions has the ability to conduct tornadoes. But, on August 28th, according to “Will County Winds of Fury” published by The Herald News, the Plainfield tornado had actually started it’s path near Pecatonia, in Winnebago County when Illinois State Police reported the tornado on the ground at 1:42 p.m. At 2:08 p.m., golf ball sized hail had struck Rockford and numerous funnel clouds were now being sighted. Then, Dekalb County reported marble sized hail in the northwest part of their county at 2:30 p.m., when the NWS issued the first severe thunderstorm warning for the day at 2:32 p.m., only for the northern part of Kane County. By this point, meteorologists were intrigued with the storm as if it had a mind of its own. Typically, storms travel from the southwest to the northeast, but this particular storm cell was traveling northwest to the southeast with extreme power.
It calls for immediate mobilization towards safety. After a Tornado Listen to the National Weather Forecast an local news for further instructions as well as information Stay away from damaged structures Beware of faulty and busted power grids gas leaks Document any structural damage to any of your properties (homes, belongings, vehicles) for future insurance claims Help with the cleaning of medications, toxic cleaning supplies, flammable liquids and anything that could become hazardous to rescuers Also known as the May 3rd tornado, the Bridge Creek – Moore Tornado witnessed a total of 74 tornadoes wrecking across two states in less than one day. The most tornadoes to hit simultaneously was 4. The strongest was classified highest in the Fujita Tornado Scale (F-5). It lasted little over one and a half hours and touched the ground just outside of Oklahoma City, wind wind speed at a record high 301
The amount of property that was damaged by hurricane Harvey was vast. Strong winds are what people think of when they think of a hurricane. The winds from Harvey were said to have reached 130 mph. That was enough for it to be classified as a category 4 storm. The strong winds spread debris across the land scape of Texas as it ripped through the structures destroying anything in its direct path.
The Joplin Tornado was a very extreme F-5 tornado that killed and injured many people. To begin, the articles "The Evil Swirling Darkness" and the article "A Storm Chaser 's First-Hand Account of the Joplin Tornado" both give very different accounts of what happened the day of the tornado. One example of a difference between the two articles is how the second article talks a lot about how after the tornado had finished, there were no emergency responders that came to help the people who had experienced the tornado. The second article talks about this towards it 's end. Another difference between the two articles is that the storm chaser article talks about pulling people out from the rubble after the tornado took place.
A tornado measured EF-4 characterized as the second most-powerful type of tornado struck areas of Moore in Oklahoma where it killed 51 people, wounded more than 120 people, caused widespread fires, and reduced many homes to rubble on May 20, 2013 (Williams, 2013). This disaster required the declaration of a major disaster by the US President (Williams, 2013). If I have been selected to lead the long-term recovery process for Moore, recovery projects could be prioritized following some criteria. Restoring life continuity, lifelines, debris management, economic recovery, housing reconstruction and household recovery, and finally the environmental recovery are the criteria in order of importance that should be based the long-term recovery. Many
Then beginning on May 9th 1934 a strong two day dust storm removed massive amounts of Great Plains top soil in one of the worst storms of the Dust Bowl. The dust clouds blew all the way to Chicago where dirt fell like snow. Two days later on May 11th the same storm reached cites in the east such as Buffalo, Boston, New York City and Washington D.C. That winter red snow fell on New England. On April 14th 1935 known as Black Sunday twenty of the worst Black Blizzards occurred throughout the Dust Bowl, causing extensive damage and turning the day to night. It was so bad that people could not see five feet in front of them at certain points.
This is what spoke to me the most about this story. Sometimes, even the smallest choices can end up having a major impact. This can be compared to the Butterfly Effect. The butterfly effect is that a tornado can be caused by the air coming from the flapping of a butterfly’s wings a week before the tornado came. Essentially, it means that a seemingly small and useless action can be the cause of a major disaster or problem.
Also known as the dirty thirties, The dust bowl years were the years that dust storms greatly damaged thousands of homes, lives, and the economy. Originally the Dust Bowl was the name given from the Great Plains region, consumed by the so called drought in the 1930’s. Many who had gone through the Dust Bowl; pointed fingers at the dought, little did they know that The Dust Bowl originally was caused by heavy mechanism, and heavy mechanism came from farmers over doing farms. The Dust Bowl was held responsible for the dust storms in parts of Oklahoma, Texas, Kansas, Colorado, and New Mexico. With little rainfall, soft soil, and crazy winds, The Dust Bowl was held accountable for the death of many.
This work analyzes about thirty different hurricanes that had an impact on South Carolina from 1800 to Hurricane Hugo. Some of the books that will be used in this research specifically on Hurricane Hugo include Hurricane Hugo and the Grand Strand, by Cynthia Struby, which, as its title suggests documents the damage to the Grand Strand area of South Carolina. Additionally, work such as Jamie and Dorothy Moore’s Island in the Storm: Sullivan’s Island and Hurricane Hugo will be important in exploring the damage caused to Sullivan’s Island. There are several studies that have been published that detail the damage that Hurricane Hugo caused to both forests. This study on the damage it caused to the forest is important to study to understand the impact on the economy.
These plants were both very beautiful but there are a lot of natural disasters that destroy these plants. There are a lot of natural disasters in Oklahoma. One of the natural disasters are tornadoes. Since Oklahoma is in the heart of tornado alley, Oklahoma gets hit by tornadoes very often. On may 3rd 1999 a continuous amount of tornadoes hit Oklahoma.
Just like in the “Night of The Twisters” we have tornados here in Iowa two. A tornado is violently rotating column of air that spins while in contact with both the surface of the Earth and a cumulonimbus cloud or, in rare cases, the base of a cumulus cloud. Many parts of this disaster are common to the Mapleton Iowa tornado. The Mapleton Iowa tornado happened on April 9th, 2011. Mapleton Iowa is located in the western part of Iowa.
These channels of intense wind are called tornados. In an average year, 1000 tornadoes are reported nationwide. On the afternoon of Friday, April 14th, a supercell thunderstorm in Texas created multiple tornados, one being a mile wide. The tornado of April 14th caused EF3 damage just outside the town of Dimmitt, Texas. Meteorologists say that this twister demolished a metal building, which is why it got the rating it
One of the things that makes hail so damaging to roofing in Frisco Texas is the size of the hail. The hail ranges from dime size to softball size hail. The roof does indeed provide great protection in those and many other situations. In short the frequency in which a roof needs to be replaced is mostly dependent on the amount and size of hail that comes in severe weather. When that severe weather comes along, our need of safety climbs to the very
If fracking is capable of causing temblors as powerful as a 5.7-magnitude, it may be capable of inducing other massive earthquakes in the future. Tremblors with a higher magnitude could cause extensive damage to affected areas, such as what happened to Oklahoma (“Oklahoma’s Largest Quake in Decades Buckles Highway; Rattles Residents,” CNN). Furthermore, areas that are usually not affected by seismic activity are becoming prone to temblors. It may be a possibility that these areas could see a bigger earthquake in the near future too.