“If you always do what interests you, at least one person is pleased” (Katharine Hepburn). This was true for Doctor Tetsuya Theodore Fujita. All the way up to his death he studied that which interested him. Even being ill and bedridden didn’t stop him. A colleague James Partacz was quoted saying that “[h]e did research from his bed till the very end”. It was on October 23, 1920 that Tetsuya Fujita was born. He lived on the island of Kyushu in Kitakyushu City, the southernmost island of Japan. His mother, Tomojiro Fujita, and father, Yoshie Fujita, named him Tetsuya, meaning “philosopher”. At a young age Fujita became interested in maps after he taught himself surveying techniques. A clever child, Heidorn mentions that in his youth he visited …show more content…
This was Fujita’s first study of a U.S. tornado. Most considered studying this tornado to be impossible. The closest weather station was at the airport miles away, the other tens of miles. The tornado itself was measured in hundreds of yards, finding the genesis of it seemed an unattainable goal. This did not stop Fujita. As Smith described it, “Fujita wasn’t an ordinary meteorologist. He had a creative perspective and a mind that viewed the world in four dimensions: the north/south dimension, the east/west dimension, the vertical dimension (altitude), and time” (118). Fujita devised a plan. The storm was slow moving and as such there were hundreds of photos and film footage of it. With the help of a local news agency Fujita managed to obtain 150 photographs of the tornado at different times and places. The difficulty of even finding these photos was immense as during this time finding tornado photographs was rare. From these photos he triangulated the location of the storm in each photo to create a chronological path of the storm that he could use to track the evolution of the tornado. At this day in age, this was something no other meteorologist could do, in fact what he did in this study was almost single-handedly create the art of meteorological photogrammetry. Using his work he was able to extrapolate a never before seen view of the evolution of a thunderstorm with a …show more content…
With help from the National Severe Storms Laboratory, he studied thousands of miles of damage created by hundreds occurring in April 1974. He discovered that downdrafts from the storms had enough strength to reach the ground and create unique damage patterns. His theory was met with skepticism until in 1978 when the National Center for Atmospheric Research aided him in his research. They went to Chicago and detected 52 downbursts in 42 days. Fujita showed that damage that had thought to be done by tornadoes was actually caused by downbursts. Fujita was quoted saying that “After I pointed out the existence of downbursts, the number of tornadoes [listed] in the United States
A total of 36 historical tornado events that had recorded magnitude of 2 or above
The tornado started at the west side of the town and ended in a different town. May 22 was the day where it changed everybody’s lives. It was just a perfect day were it was busy, everyone was at work and church and there was even a graduation at Joplin High School. Until 5:00 pm. At 4:00 P.M. There were reports that there were funnel clouds near the area. At 5:00, Storm Chasers, Jeff and Kathryn Piotrowski were coming from a storm system in Kansas that was traveling towards Joplin. The storm could produce
The “Tornado Town, USA” article, published on May 26, 2016 by Maggie Koerth-Baker enlightens us about the menacing natural disaster known as tornado. The purpose of this piece, or how I viewed it, is to inform us about how tornadoes form and what their capabilities. Mrs. Baker, through her writing, pursues to better educate us on the terrifying and chaotic nature of a tornado. I believe Mrs. Baker exquisitely uses the logical and emotional appeal in order to hook and sedate readers into her writing.
Bp1 : This terrible twister had frightened Joplin Mo, in the year of 2011, May 22. These are some facts . The Joplin tornado traveled for 22 miles on the ground , the highest winds that this tornado had was 200mph 320km. Another fact is that this dangerous Tornado went to be an EF5 tornado, The to tornado had been EF3 , then made its way up to an EF5 tornado. One more fact is that this terrible twister had started at 5:30 and end ended at 6:12 , there was a warning siren for about 20 mins but for some 20 mins was not enough time. When this tornado had started, everyone's heart were broken , their homes , other humans , and buildings destroyed.
In this paper, I will discuss what tornadoes are and how they form, what different forms of tornadoes there are, what tornado watches and warning are and give examples of tornadoes in Oklahoma and what destruction they caused, also while providing information about the Doppler radar.
The following words by Aristotle, “Whole is greater than the sum of its parts”, resonate deeply with my personality. As a human and future physician, I believe one must learn to look at the whole picture of any situation instead of dwelling on certain parts. Since the age of seven, I have been attracted to the field of osteopathy. I grew up in a small town, where there were not a lot of doctors in the area. Whenever I went to visit a doctor there was at least one to two hour wait. While waiting for the doctor, I noticed how people’s facial expression and muscle would slightly relax after visiting the doctor’s office, even if it was for less than five minutes. Even though not all patients received good news, they seemed a bit relaxed after knowing what their next step of treatment will be. As long as I can remember I wanted to be the reason behind someone’s relaxed face or smile by providing everything possible within my power.
It was a seemingly normal, sunny day in Kansas. It did began to rain, but that was normal, rain happens everywhere. I still remember everything from what I was doing, and where I was at. This is the story of the tornado that ripped through my town in 2011.
Tri-State Tornado; March 18th, 1925 a major fatality happened. A tornado happens when moist and dry air create a funnel,which turns into a tornado. The Tri-State Tornado happened three miles Northeast of Ellington, Missouri and made its way through Illinois and Indiana. More than 13,000 people were injured and 585-695 people died. This devastation was hard to recover from. In this project we are going to see which out of History Channel and US Tornadoes tells me more about the Tri-State Tornado.
By disproving an Indian myth, this extensive F5 twister confirmed that a tornado can strike anywhere at any time. Ultimately, the twister caused an estimated loss of $41 million by destroying over 600 businesses, 850 homes and 2,000 cars (Sawyer Amanda 1); that is about $363 million dollars in 2016 dollars. Being prepared for a natural disaster such as this, could possibly have led to fewer casualties. If the community of Waco wouldn’t have ignored the warning signs I’m certain more lives would have been saved. When tragedy struck, the city of Waco came together and supported each other during this disastrous time, which showed courage. There were many heroic people on that fateful day, and there also many who lost their lives. Many people believe the tornado was the cause of the way Waco’s downtown area is today, because it never totally recovered. Although, this was a horrific natural disaster, something valuable came out of it. The Waco Tornado of 1953 was a major turning point on how we view and track tornados today. Fortunately, with the use of technology, we are able to track tornadoes. Meteorologist identifies and understands the basic ingredients to be able to forecast a tornado. In today’s modern world we are fortunate to actually have a plan on what should be done before and during a tornado. To able to have warning signs and an action plan
On the afternoon of April 14, 1886, the city of Sauk Rapids in Minnesota was nearly wiped out after a tornado had struck the city. The whole city was left in complete devastation. Natural disasters have always interested me, specifically tornadoes. Something about tornadoes, whether it’d be how they form or how they acquire their power to cause great destruction, interests me to learn more about tornadoes. This led me to research about tornadoes in Minnesota. As I began surfing the internet about tornadoes that occurred in Minnesota, I came across the effects that each tornado had caused to the areas that it had struck. This is where I discovered the effects of one particular tornado called the Sauk Rapids Tornado. As I looked at the
Theodore Roosevelt went as Teddie for most of his life. He was born October 27th, 1858, in New York City.( Markham 23 ) He had three siblings. His ancestors moved here in 1650 and that’s how his family got here.( Markham 64 ) His mother, Martha Roosevelt, died in 1874. Teddie stated that ‘my father was the greatest man i ever known.( Markham 29 ).
Professor Tetsuya Theodore Fujita was born on 1920 and passed away on 1998. He described the beginning of his lifelong interest with severe weather. His description was, “Grabbing a pencil and paper, I rushed to the rooftop where I began recording the direction of cloud-to-ground lightning and the time between the flash and subsequent thunder.” Fujita was 27 years old when he made his first observations.
Tornadoes belong to the category of the most violent storms seen on earth, and the damage they have caused and will continue to cause is extreme. Just like any other storm no tornadoes are ever the same, however they all need certain kind of conditions to be able to form, specifically intense heat. When considering the formation of a tornado there are two other specific things that are of high importance; geography and rotation, following this the formation of a tornado and its subsequent life cycle can be explained as a series of stages or phases.
Before looking specifically at April 2011’s tornado outbreak, it is important to understand what a tornado outbreak is; however, “there is no established definition for a tornado outbreak” (Galway).
Meteorology, when compared to other sciences like Physics, Mathematics, and Astronomy, is a relatively new area of study. Most advancement in meteorological technology has occurred within about the last hundred years, and because of its relatively recent development, there has not been an adequate amount of research in the subject. The science has advanced enough to now issue weather watches and warnings, including severe thunderstorm, tornado, flood, and other types. However, in the past these severe weather warnings have been highly inaccurate and unreliable, and most tornado warnings in previous years have allowed for almost no time to get to safety. Tornadoes are some of the most dangerous natural disasters to occur, and it is crucial that