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Aristotle paper on meteorology
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There is really no way to determine when the science of meteorology first came about. The earliest people on earth used atmospheric signs and weather for hunting and farming, since those two things were the basis of all of early man’s existence. Even though they could not explain what was going on in the atmosphere, they used signs that they detected in the weather and atmosphere to survive. We know this from stories and proverbs handed down from generation to generation. The term meteorology came about in 340 BC when Aristotle wrote the book entitled Meteorologica. This book dealt with the philosophical view of the weather and atmospheric conditions. He also talked about astronomy, geography and chemistry. Aristotle’s views on the atmosphere and weather went unchallenged for almost 2000 years and did not become and actual science until the 16th century. Scientists decided that simply looking at the atmosphere and weather from a philosophical view was no longer working and that they needed actual instruments to measure things such as temperature and moisture, the problem was, these instruments were not invented yet. Throughout the next few centuries instruments such as the hygrometer, the thermometer, and the barometer was invented, making it easier to measure atmospheric properties, but it was not until the 20th century and the invention of the computer that Meteorology took a giant leap forward and it became possible for better prediction of storms and more accurate measurements of atmospheric properties.
The high speed computer was developed in the 1950’s. With the development of the computer meteorologists were able to measure meteorological variables all over the world, and RADAR was used for the first time to detec...
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...p. A Tornado Warning means that a tornado has been seen or detected on radar, and you should take cover immediately. With the development of this system, and advances made in radar detection and the forecasting of tornadoes, people began paying more attention and gained more trust in the Weather Service and their ability to predict and forecast tornadoes.
Tornado prediction and forecasting has advanced tremendously over the past 50 years, but with the development of the Doppler Radar in the 1990’s, the prediction and forecasting of tornadoes moved to a whole new level. With Doppler radar, meteorologists are able to measure precipitation, and circulation that occurs before the actual development of the tornado. They can see if a severe thunderstorm is a rotating thunderstorm that has the capabilities of producing a tornado before the tornado actually develops.
Although the tornado of 10 June 1938 has been known about, at least anecdotally, within the scientific community since it was brought to light in 1939 by Metro-Goldwyn-Mayer, this potentially rich source of historic information has lain fallow. It is within this rich field of mobile, American thinking that we undertake this effort. A team of scientists with courage, brains, and even heart brought the resources to bear on the challenge.
According to Webster’s Dictionary, a tornado is a rotating column of air accompanied by a funnel shaped downward extension of a cumulonimbus cloud and having a vortex several hundred yards in diameter whirling destructively at speeds of up to three hundred miles per hour. There are six classifications of tornadoes, which are measured on what is known as the Fujita Scale. These tornadoes range from an F0 to an F5, which is the most devastating of all. Abnormal warm, humid, and oppressive weather usually precede the formation of a tornado. Records of American tornadoes date back to 1804 and have been known to occur in every state of the United States.
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.
On May 20th, 2013 a EF 5 tornado hit Moore, Oklahoma and surrounding towns, with a path as wide as 1.3 miles wide (2.1 km) and had a wind speed, estimated at its peak, of 210 miles per hour (340 km/h). Killing 24 people, and injuring 377, this was one of the United States worst tornadoes in the past few years, along side the Joplin, Missouri tornado, in 2011. One of Mother Nature’s most dangerous and still very mysterious phenomenons averages about 1,200 reported each year, resulting in 80 deaths and injuring 1500. With very little known about them, especially whether or not they will form is one of the questions that plague meteorologist to this very day. What causes tornadoes, how does the tilt and gravity of the earth affect the winds to produce a tornado, and what will the future hold about our understanding of tornadoes?
Reading, Gwem. "Radar Operator in WW2." Letter. 8 Nov. 2003. N.p.: n.p., n.d. N. pag. BBC WW2 People's War. Web. 23 Apr. 2014.
Farina, A. Introduction to radar signal and data processing: the opportunity. SELEX SISTEMI INTEGRATI ROME (ITALY), 2006.
"Radar during World War II." - GHN: IEEE Global History Network. N.p., n.d. Web. 16 Feb. 2014. .
National Oceanic and Atmospheric Administration (NOAA)/National Climatic Data Center (NCDC), (2001). U.S. Tornado Climatology. Accessed on 9//27/2011 at http://www.ncdc.noaa.gov/oa/climate/severeweather/tornadoes.html#deadly
1. According to the USA Today Tornado Information website, a tornado is a "violently rotating column of air in contact with the ground and pendant from a thunderstorm." Therefore, thunderstorms are the first step in the creation of a tornado.
Tornadoes are devastating atmospheric events that affect the ecology and the lives of people in their paths. Tornadoes are defined as “a violently rotating column of air, in contact with the ground, either pendant from a cumuliform cloud or underneath a cumuliform cloud, and often (but not always) visible as a funnel cloud” (Glossary of Meterology, 2011). The Tri-state tornado was the most deadly tornado in the United States. It stayed on the ground for a total of 219 miles through areas of Missouri, Illinois, and Indiana, killed a total of 695 people, and an estimated $16.5 million in damages (National Weather Service, 2011). Luckily, the tornado’s path was largely rural farmland with scattered small towns between them.
A tornado is a type of vortex. A vortex is essentially a rotating funnel that occurs from downdrafts that pull a medium, such as air or water, downward. Tornadoes are vortexes, and vortexes happen in day to day life, even if you don’t live in Tornado Alley. An everyday example of a vortex is when you pull the drain of a bathtub or sink and a rotating whirlpool occurs. This is a vortex. Tornadoes occur under this same principle, but with air in thunderstorms instead of water in a bathtub.
A tornado requires some basic ingredients to come together. First, energy in the form of warm, moist air must exist to feed thunder storms. Second, there must be a top layer of hot, dry air called a cap. This air acts like a lid on a simmering pot, holding in the warm air that’s accumulating in the atmosphere below until the storm’s ready to burst. Last, there has to be rotating winds speeding in oppositedirections at two different levels in the atmosphere, a phenomenon called wind shear, can cause the storms to rotate. Tornado alley is perfectly situated to meet these requirements. (1)
“One would think that so important a contribution to the world’s technology would be chronicled with great care at every step…This, unfortunately, is not the case, and for reasons quite understandable” (Page 14). Sometimes history can be hard to distinguish from truth and legend, the history of radar is no exception. Many contributions have been made to the development of radar over the years. For many years prior and during the Second World War, radar was considered a top-secret military tool. Once it was made public, people used the existing information about radar to come up with their own variations for different applications. As a result, the true origin of radar has become blurred within conflicting claims.
middle of paper ... ... Help people if they are trapped under fallen debris and give them first aid in the event that they are injured. Tornado safety and preparedness are key to protecting your loved ones during a tornado. So far, there has been no evidence that tornadoes pick up objects and move them to Oz, but we do know they can lift enormous objects and cause billions of dollars in damage.
...ms using all the information they can obtain from weather maps, modern weather radar’s, storm spotters, monitoring power line breaks, and so on.