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Description of a hurricane
Description of a hurricane
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Algebra II Hurricane Research Assignment (Frances)
‘Thew Svec
1) What is the definition of hurricane? Include where hurricanes occur, the weather condition they produce, and if there are any other names used to describe the same type of storms.
Hurricanes are large tropical storms occurring near or on the equator with large amounts of wind and rainfall, accompanied by high humidity and possible flooding. By definition, they must have a wind speed of 119 km/hr, or 74 mph. Technically, only tropical cyclones (the scientific term for hurricane) that form in the Atlantic or eastern Pacific are deemed “hurricanes”. They are formed in a chain reaction that starts with the ocean warming the moist air on its surface. Because warm air rises, the air heated by the ocean rises, leaving a low pressure gap underneath, allowing surrounding air to flow in. This process continues with the new air, and eventually, new air begins swirling into the low pressure zone. The previously-warmed air, now pushed up by the new air, begins to condense and form clouds. This is the nascent form of a hurricane, which may or may not fully develop. Hurricanes were first
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However, for sake of clarity and to keep the public well-informed, hurricanes were then given male names from a list made by the National Hurricane Center. However, these were from a list that was reused every year. For example, if the name Alexander was the name of the first hurricane in 1950, then Alexander would also be the name of the first hurricane for 1951, 1952, and so on. A couple decades later, the system switched to only female names, adopting the tradition of sailors, who give their ships female names. Currently, the NHC uses both female and male names from lists that repeat every 6 years. So, the 2nd tropical storm or hurricane of 2006 is the same as the 2nd tropical storm or hurricane from 2012 (Beryl). The names go in alphabetical
In 2008 Hurricane Ike made land fall to the east coast line in Galveston Texas. The storm surge water that Ike produced flooded the east coast region of Houston and Galveston. It has been estimated over billions of dollars in damage to home owners, business owners, and cause numerus of deaths. The mass destruction that Ike caused had people coming up ways to prevent or lessen the effects if a storm like this would ever occur in the future. A storm surge project was drafted and submitted to politicians is being delayed due to funding issues. Money should not be the major delay when it comes to saving homeowners, business owners, and a life of a person.
Hurricanes are born over the warm waters of tropical oceans and are formed by a low-pressure system caused by the heating of water. The heat causes the air to rise and form lower pressures in a feedback loop, making the hurricane stronger. Heavy rain results from a condensation of water and strong winds develop from warm air rushing to the eye of the hurricane. Essentially, greater storms and winds occur when the hurricane feeds of the rising temperature of the water. In addition, researchers studied disturbances and intense thunderstorms in the atmosphere over Western Africa and believe they are partly to blame for extreme hurricanes affecting the United States and Canada. While these are all the main ingredients of a perfectly natural process, they were not the primary causes of the damage done by Hurricane
When passing through the northeastern United States tropical cyclones are restructured by the course of extratropical transition. This is caused by the contact with strong westerlies that are associated with a mid latitude trough and causes an enhance in storm forward motion, vertical wind shear, and vorticity. An increase in storm forward motion also plays a role in the wind speed that is produced by the hurricane. Where the circulating winds and the entire storm is moving in a matching direction, the wind speed is amplified by the forward movement of the storm. In the Northern Hemisphere, the right part of a hurricane, looking in the way of the path in which it is moving forward, has the greater wind speeds and thus is the more dangerous part of the storm. Strong vertical wind shear within the troposphere also reduces tropical cyclone development. This makes the e...
When Hurricane Sandy hit shore in 2012 it left behind a path of debris and destruction that the coastal communities of New Jersey and New York were not adequately prepared for. Starting as a tropical cyclone in the Caribbean, Sandy made its way up the Atlantic coast before making a sharp turn for the densely populated northeast. Unlike other hurricanes in the region, Sandy maintained momentum as it moved north and met unusually warm waters that helped fuel the storm’s enormous power. It made landfall during a high tide that creating record storm surges, that resulted flooding and massive damage. On its journey, the the hurricane accumulated energy as it merged with a low-pressure system coming from the west. These conditions created the vicious weather system that dumped rain and snow across the region. The destruction costs were among the highest in history, and more than a year later, communities are still working to recover. To many, Sandy was a wake-up call, creating a new sense of urgency to make cities and neighborhoods resilient in the face of natural disasters. Storms are an inevitable part of living on the coast, but the need for long-term recovery and preparation for the future is growing due to the threat of climate change.
Hurricane Sandy, also commonly referred to as Superstorm Sandy, is known as the most devastating, destructive, and deadliest hurricane that hit the Atlantic in 2012. The storm emerged in late October of that year. In terms of fatalities, over 286 people were killed in seven different countries. 117 were killed in the US and an additional 69 were killed in other countries throughout the world. [2] In terms of costly damage, this natural disaster was the second most expensive hurricane in US History. [3] Hurricane Sandy was a Category 3 storm at its peak when it had first hit Cuba. Eventually, Sandy had turned into a Category 2 storm once it had moved up and hit off the coast of the Northeastern US. The storm was named the largest Atlantic hurricane that was ever recorded, with measurements that included winds reaching an upwards of 1,100 miles per hour. [3]
Hurricane Katrina began its formation above the tropical oceans of the Bahamas. As it traveled to Florida, Katrina became classified as a tropical storm, and then a category one hurricane. With its southwestern path, Hurricane Katrina raged to the east portion of...
Hurricane Betsy developed east of the Windward Islands. This means that Betsy occurred in the Atlantic Basin, which includes the North Atlantic Ocean, the Gulf of Mexico, and the Caribbean Sea. Many hurricanes form in this area since it is near the equator and warm water, which is a requirement to form a hurricane is always available. In fact, hurricanes or tropical cyclones can only form if they meet four conditions. First, the temperature of ocean waters must be 82 degrees F or warmer in order. Moreover, low air pressure is needed. Furthermore, you need tropical winds located near the equator. Lastly, you need moist ocean air. The most important part is the warm air since it serves as energy for the storm. The air then rises into the low pressure are and cold air replaces it; this is what then produces what is called a disturbance, which is an area of heavy rainfall, thunder clouds and powerful winds. From here a hurricane can only get stronger and its wind speed is measured and depending on how powerful the storm is it is then assigned into one of five categories.
Hurricane Maria was destructive and caused a large amount of damage to the entire island of Puerto Rico. Maria hit on September 20 and was a category four hurricane, nearly a category five. Hurricane Maria has had a tremendous impact on the lives of Puerto Ricans and even the world.
The birth of a hurricane requires at least three conditions. First, the ocean waters must be warm enough at the surface to put enough heat and moisture into the overlying atmosphere to provide the potential fuel for the thermodynamic engine that a hurricane becomes. Second, atmospheric moisture from seawater evaporation must combine with that heat and energy to form the powerful engine needed to propel a hurricane. Third, a wind pattern must be near the ocean surface to spirals air inward. At least 3 conditions must be present for a hurricane to emerge. Water, heat, and wind are the three main factors that have to be in perfect conditions to start a hurricane. (The Weather Channel, 2008)
If a hurricane is in the western Pacific Ocean, then it is called a typhoon. One in the Indian Ocean is called a cyclone. The danger region of a hurricane is normally in the Gulf of Mexico or the Atlantic Ocean. The hurricane season is the six month time period from June-November. The peak month for hurricanes is September.
Hurricanes are powerful and destructive storms that involve great rain and wind. The United States of America has dealt with many hurricanes that have cost a great amount of damage. However, there is one hurricane that happened in 2005 that stands out among the others, Hurricane Katrina. Hurricane Katrina was one of the worst hurricanes to hit the United States, a category 5 on the Saffir/Simpson Hurricane Scale. An estimated 1836 people died because of the hurricane and the floodings that happened after (Zimmermann 1). Katrina initially beg...
A Hurricane is a tropical storm with winds more than 74 miles per hour (mph). Hurricane wind damage is influenced by the duration and change of wind direction, amount of rainfall and how well land structures are build. Hurricanes are measure in five different categories and each category can produce different degree of damages. Category One Hurricane has sustained winds 74-95 mph. Category Two Hurricane has sustained winds of 96-110 mph with very strong winds that can produce widespread damage and extensive damage to power lines. Category Three Hurricane has sustained winds of 111-130 mph that will cause extensive damage with near total power loss that could last several days to weeks. Category Four Hurricane has sustained winds of 131-155 with extremely dangerous winds causing devastating damage. Finally, a category five hurricane has sustained winds greater than 155 mph. This is a catastrophic damage storm. Category five can have severe injury or death due to wind blown debris. A Category five hurricane can produce extensive power outages that will last for weeks to perhaps months. Therefor...
Hurricanes are one of the deadliest and most expensive natural disasters around. They are more common in areas of humid yet moist weather so they are very foreign to certain places. But to the places were hurricanes are the norm, the people take them extremely seriously because they kill people and ruin countless amounts of property. Hurricanes can attack and harm people in so many ways they can kill people, leave them homeless, it leaves children orphaned and disable them. On the west coast of the United States and other places hurricanes aren’t taken as seriously as other more common disasters, such as, earthquakes and volcanoes yet the hurricane can be a lot more damaging that both of those. Hurricanes are cyclones that develop over warm oceans and breed winds that blow yup to 74 miles per hour.
A hurricane is a type of natural disaster that can be harmful and destructive to anything in its way. Every year five to six hurricanes are formed, damaging and destroying people’s homes, landmarks, and anything in its path (“Hurricane”). Before a hurricane is developed it is known as a tropical storm. To be a tropical storm wind speed must be at least thirty eight miles per hour (“Hurricane”). Once wind speeds reaches seventy four miles an hour it can then be classified as hurricane (“Hurricane”). Large scale storms, like hurricanes have a variety of ways to measure the sev...
A tornado is defined as a violently rotating column extending from a thunderstorm to the ground. The most violent tornadoes are capable of tremendous destruction with wind speeds of two hundred and fifty miles per hour or more. Damage paths can be more than one mile wide and fifty miles long. In an average year, eight hundred tornadoes are reported nationwide, resulting in eighty deaths and over one thousand five hundred injuries. In the body of my essay, I will tell you about types of tornadoes, where tornadoes come from, where and when tornadoes occur, the damage they inflict, variations of tornadoes, and how to detect tornadoes.