Jesse Leimgruber CEE 063: Weather and Storms 05 December 2014 An Analysis of the 2004 Atlantic Hurricane Season The 2004 Atlantic Hurricane Season proved unusually damaging for Florida and the Atlantic coast of the United States. In total, the storms claimed the lives of over 3000 people, and racked up a total of $57 billion in damages. At the time, it was the costliest and most damaging hurricane season, only to be surpassed by 2005 season. Even so, the 2004 season holds every record for most
HURRICANE SANDY Hurricane Sandy was a tropical cyclone that devastated portions of the Caribbean, Mid-Atlantic and Northeastern United States in late October 2012. The eighteenth named storm and tenth hurricane of the 2012 Atlantic hurricane season, Sandy was the largest Atlantic hurricane on record, as measured by diameter, with winds spanning 1,100 miles. Sandy is estimated in early calculations to have caused damage of at least $20 billion. Preliminary estimates of losses that include business
title of the paper we must first explore what a hurricane is and how it is formed. We must also examine what is meant by the term global warming. Firstly hurricanes are formed over warm ocean waters of at least 26.5ºC through depths of at least 45m where there is a high Coriolis Effect such as there is just north and south of the equator. (Moran, 2011) Hurricanes begin as smaller storms called tropical disturbances, if there is sufficient loss in surface air pressure coincided with a strengthening
Does Global warming have an effect Hurricane? Are Hurricanes being effective by global warming? Many studies have been conducted to look at the effects of global warming on hurricanes. Since Hurricane Katrina, Rita and Wilma pounded the Gulf of Mexico in 2005 with gigantic force, there have been more studies into how global warming is affecting Hurricanes. However before we can answer the question does global warming effect hurricanes, we must find out what a hurricane is and how it works? Then we
James Hlywiak Final Draft Changes in ENSO and Tropical Cyclone Activity in a Warming Climate James Hlywiak and Brad Guay Intro The El Nino Southern Oscillation (ENSO) is a sea and air temperature anomaly in the equatorial Pacific Ocean that has important implications for the climate around the world. When sea-surface temperatures are abnormally high in the Eastern Pacific off the coast of South America, an El Nino is occurring, while a La Nina occurs when they are abnormally low. The Southern Oscillation
does global warming have on hurricane frequency and intensity? Since the especially intense hurricane season in 2005 that spawned the devastating storms of “Katrina” and “Rita” this question has spawned a lot of media attention as well. However before we can even begin to answer the question posed by the title of the paper we must first explore; What is a hurricane? How it is formed? And we must also examine what is meant by the term global warming? Firstly hurricanes, otherwise known as tropical-cyclones
whereas others claim global warming is a real phenomenon. Global warming is an increase in temperature on our planet Earth, in the water and on land. We are experiencing an increase of temperature as a result of greenhouse gases in the atmosphere because of human activities. Scientific research is proving that since the Industrial Revolution began, human activities have significantly increased the greenhouse effect. Because of these relatively recent industrialized human activities, the greenhouse gasses
fossil fuels (Oxford Dictionary). Scientists have studied the impacts it 's having on the environment such as temperature rising, sea level rising, and increase in natural disasters. Climate change has only affected us in the 20 years due to the increase in factories cars, and CO2 we produce. Climate change has caused many problems with the waters environment. Spikes in water temperature are causing a massive decrease in species population globally. All marine life is impacted by climate change in
atlas shows that the most volcanic activity occurs along the West coasts of North and South America, (along the Rockies and Andes) and the coasts of many Far East countries (in areas like Japan, China etc). The positioning of these volcanoes coincide with major plate boundaries. E.g. the volcanoes along the West coast of North America are the result of the Juan de Fuca plate converging with the North American plate. Another example is the volcanoes formed in the Andes
greenhouse gas emission levels across the planet. Increases in sea level and sea surface temperature, as well as atmospheric pressure accretion, are unnatural effects directly linked to increased carbon dioxide (CO2) release into the atmosphere. Some of the sources of these increases have come from the greater use of coal and gasoline for industrial and transportation purposes. Hurricanes (tropical cyclones), most common in the North Atlantic region, have intensified due to this “global warming”. But