Environmental Impact Of Hurricanes

Natural disasters occurring from the climate change could be on the rise. Global warming has been rumored to be causing more hurricanes, typhoons, cyclones, heavier monsoonal rains that cause major flooding, mud slides, and other disasters worldwide. A tropical cyclone, also referred to as hurricanes, typhoons, or cyclones, depending on where in the world the cyclone is occurring, are one of the world’s grandest shows of energy provided by nature. Hurricanes are large, swirling, low pressure storms that have sustained winds of over 74 miles an hour and are formed over warm ocean waters (NASA, n.d.). The purpose of this paper is to discuss hurricanes

wildfires can be very dangerous to wildlife plants people and buildings the plants help to fuel the fires and that just makes it worse than it would be in a area with a lot less brush to fuel the fire. Wildfires can be very destructive this wild fire burnt 3,000,000 acres of land that is about the size of the state

Michael E Mann, publish a story in the Guardian questioning whether climate change made the recent storms deadlier. He did not claim Hurricane Harvey primarily caused by global warming but certainly made an already bad and difficult situation even more so. Mann explains climate change-related factors will have at least some impact on hurricane season activity, say worsened the flooding. One thing that causes Hurricane Harvey to increase into an intense storm is because of the storm surge was higher, which means the sea level is higher. Anthropogenic impacts, such as oil drilling play a role in Sea level rise – is more than half a foot (15cm) over the past few decades. To understand

There is speculation that climate change may have also have contributed to the storms intensity. Global warming may have made Sandy wetter and stronger. Hurricanes and tropical storms are fueled by warm water evaporating into the air. Records indicate that ocean surface temperatures are up 0.9 degrees

Adding on, animals can be affected too, like deer and coyotes, along with other small animals. These are burned to death and/or are forced to leave their affected living area. Furthermore, all the burned debris from the fire and smoke can rise to the sky and may cause some pollution in the air we breathe in. Finally, because some plants and animals died off, succession plays a main part as even though some deer and other animals might have relocated, a biodiversity of new animals and plants may starts as plants will get more sunlight and grew even more than when there were trees, making their population grow, and animals would come to settle in and increase the decreased number of their species after the recent wildfire. Adding on, there are also solutions to maintain and restore a biodiverse ecosystem of a variety of animals like deers and squirrels and a variety of plants like oak trees and shrubs after the wildfire had happened, this includes planting plants such as like the chaparral kind and help raise and increase deer populations, for instance, we could modify and/or reduce fuel use to prevent these things from happening as it may cause a

A hurricane is formed over warm tropical oceans. A hurricane is a severe storm.Hurricanes happen in late summer or early fall. Hurricanes spread 70-90 miles wide. Hurricanes are found over warm tropical oceans.

Hurricane Sandy was one of the most catastrophic hurricanes of 2012. I do think that climate change made the hurricane more intense because of the increase in water vapor due to warm temperature. Warmer atmosphere and oceans increased the effects of hurricane Sandy, because of the high level of sea. It changes the frequency and strength of the hurricane.

Debates over the impact of global warming on weather patterns around the globe have been the source of intense scrutiny in recent years. One such debate that has seen increased attention in the scientific community is: What impact 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?

Hurricanes have affected the Caribbean islands for many centuries but particularly in the 19th century. During the 1840’s Cuba was affected by three hurricanes that all happened within four years of each other in 1842, 1844, and 1846. Many scholars have looked over these hurricanes in Cuba as not really having much of an in depth affect on Cuba’s life and history but just as being hurricanes. But Louis A. Pérez Jr. a professor and scholar, labeled these 19th century hurricanes as a “flash point” to look at Cuba’s history from multiple angles. saw the 1842, 1844, and 1846 hurricanes as being more than just storms by using multiple resources like the Archivo Nacional de Cubaa, Havana, encyclopedias, such as the Encyclopedia of Hurricanes, Typhoons, and Cyclones by David Longshore (New York, 1998), and descriptive chronologies by David L. Niddrie and David M. Ludlow to name a few. By reviewing and using all of these resources, Louis A. Pérez concluded that the 1840’s hurricanes had an effect on agriculture, social relations, and the overall national identity of Cuba.

Chapter four of our textbook, while making the aspect of physical geography a priority concerning weather and climate, take special care in introducing the topic of hurricanes as well as changes in air pressure and ocean currents. Hurricanes can be described as low-pressure areas which begin over warm waters. As they develop, hot, humid air at the surface rises which aids in the suction of air. This causes cumulonimbus clouds to appear. The energy these clouds release warms the center which contributes to the distinctively calm core commonly referred to as the eye.

Scientists are not sure that climate change directly affects the extremity of weather, but it is clear it helps the impacts. Andrew Freedman is a senior science writer for Climate Central, an independent research organization. He studies climate change. Hurricane Sandy clashed with the east coast in 2012. Three factors that could have effected it: sea level rise, non regular warm sea surface temperatures, and unusual weather pattern. Natural causes still predominately are main forces for situations like these. Global warming has increased the severity. Hurricane Sandy starts questions about Climate change impacting storms and weather patterns, and how vulnerable the east coast is. This is credible because it was written by an independent research

During the last few months of 2012, the world was in shock when Hurricane Sandy formed and disrupted the lives of many people. Hurricane Sandy began on October 22 as a tropical storm in the Caribbean, then a couple days later developed into a hurricane in the Jamaican area. On October 29, Hurricane Sandy made its way into New Jersey as a category 2 storm, but eventually started effecting the northeastern region of The United States. States like Florida, Maine, and New York were greatly affected. Hurricane Sandy was recorded as the largest Atlantic hurricane. The wind diameter was up 1100 miles. (Trento and Allen, 2014). The way Hurricane Sandy formed was a very rare climate event, according to Yuval Neria and James M. Shultz. Sandy merged with a polar jet stream and formed a rare hybrid of a post tropical cyclone and winter storm (Neria and Shultz, 2012).

On the morning of August 29, 2005, Hurricane Katrina battered the central Gulf States, namely Alabama, Mississippi, and Louisiana. According to the National Oceanic and Atmospheric Administration (NOAA), the cyclone of the Category 3 storm, which is rated according to the Saffir-Simpson Hurricane Scale, traveled through the southern Plaquemines Parish in Louisiana with a maximum wind velocity of 125 miles per hour. Furthermore, over eighty percent of the metropolis of New Orleans was inundated by floodwater. Much of the infrastructure in New Orleans, such as the interstate highway networks, academic institutions, government offices, and emergency response services were severely damaged, leaving several neighborhoods unrecognizable, and over 1.7 million residents experienced power failures and outages. Overall, Hurricane Katrina led to over 1,200 deaths, which became the third deadliest natural disaster in American history.

Hurricane Katrina was the worst natural disaster in the U.S. history. When the storm made landfall, it was rated as a Category 3. The storm destroyed beachfronts towns in Mississippi and Louisiana causing million of people to be displaced from their homes. When levees in New Orleans were breached, 80 percent of the city was under water. About 20 percent of the population was trapped in the city without power, food, or water. The delay in the rescue effort caused many to be strained for days on rooftops. The 20,00people who had taken shelter at the Superdome, found themselves crammed into sweltering and fetid conditions. Essential medical supplies remained profoundly inadequate during the first day of the disaster. The homes and building constructed

Climate change is also having an effect on the rain, snow, and the hurricanes. The strength of hurricanes are getting more and more powerful each year. According to a study done by, "Signs of Climate Change", in the 1950 hurricanes were between and category 2-3