Does Global Warming Effect Hurricane Frequency and Intensity?

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

Also to make Americans more aware in climate change political issues. Scott Martelle targets Trump’s main administrative climate-change skeptics, Pruitt. Scott Martelle suggests if Pruitt reduces fossil-fuel emissions, it would benefit helping global warming. Which by the help with 350 Madison, could pressure Pruitt to discuss the issue publicly. Other than discussing how to help tame the issue. Scott Martelle reports how global warming is affecting with our current hurricanes. From experts with profound credibility, insists global warming makes storms stronger, quicker and bigger. Also affecting how warm the ocean and atmosphere is. Warmer ocean water supports more powerful hurricanes, while warmer atmospheres, holds more evaporated water, forcing heavier

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

Greshko explains that this hurricane season has been so active because atmospheric conditions and surface seas temperatures have been warmer than normal. There have been other major hurricanes to make landfall on the continental US over the years but this season has still been unusual with two category 4 storms hitting land in a small space of time. It seems as though the longer it goes, the more severe it gets. Finally, Greshko concludes this article by talking about the cause of this catastrophic hurricane season being climate change. The climate plays a big role in weather and the warmer conditions will make for much worse tropical storms in the Atlantic. In the future individual will drop more precipitation in the future, since warmer air can hold more water vapor. The warmer temperatures are a result of human activity an if the climate continues to warm up then its predicted that storm surges will become much worse.

Meyer goes on to analyze the likely cause behind the massive increase in major hurricanes. The culprit in the statistical phenomenon: Accumulated cyclone energy, which measures the strength of a hurricane over the course of its existence, done by taking maximum

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

Hurricane Katrina moved over Florida at an abnormally slow pace for hurricanes (about 8 mph) which meant that it had more time to cause damages in the state. When it reached the Gulf of Mexico it became a Category Three storm, which is the minimum classification necessary to be called a major hurricane according to the Saffir-Simpson Scale. As the storm moved across the Gulf of Mexico, it crossed paths with a circular movement of water called the Eddy Vortex in which “the water temperature…[was] warmer than the surrounding ocean.” Because warm ocean surface temperatures are a key ingredient in intensifying hurricanes, that gave rise to Hurricane Katrina growing into from a Category Three to a Category Five storm in “less than 12 hours” (Keller, 352).

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.

Hurricanes in movies, such as The Day After Tomorrow, are city destroying monsters that make nightmares come true. While this may be an extreme exaggeration of superstorms, New York has suffered from the destructive force of said superstorms. Three years ago, Hurricane Sandy swept into New York leaving only devastation in its wake. Sandy, while not nearly as devastating as some hurricanes, was the biggest seen since hurricane Katrina hit in 2005. Whilst Sandy is still called a hurricane, it is actually an extra-tropical storm, which unlike hurricanes are caused by temperature contrasts in the atmosphere. These temperature contrasts are being made more extreme from the climate change and has been effecting our raising sea level. The destruction caused by Sandy has made New York come up with better ways of handling natural disasters. Climate change has begun to have an affect on our super-storms and because of that, new solutions need to be made in order to prevent devastation 's from extra-tropical storms like Hurricane Sandy.

Research increasingly demonstrates how years- or decades-long periods of low hurricane frequency are followed by periods of high frequency: the last decades of the 20th century were one of these low periods, which ended around the turn of the century. Research also shows how, despite these peaks and trenches in hurricane frequency, on average we experience one additional hurricane per year every 30 years, and that the overall energy output of each hurricane is

The scientific definition of a hurricane is “an intense storm of tropical origin, with sustained winds exceeding 64 knots, which forms over the warm northern Atlantic and eastern North Pacific oceans” (Ahrens 316). Each year, from approximately June 1st to November 30th, the world is forced to suffer through hurricane season. Through the duration of this time period hundreds of storm systems emerge from the tropical regions which surround the equator. From these countless storms over 50 will intensify to hurricane levels.

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.

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 must also define global warming and then how global warming may affect hurricanes in the future.

Global warming has NOT caused any adverse weather conditions. Global warming alarmists have said that there would be an upward increase in the number of hurricanes and strength all over the globe. Instead, global hurricane activity has decreased instead, since 200 to a 30+ year low. As of June 15, 2013, the U.S. has gone seven years without a major hurricane that has actually hit land, which is the longest time since the 1860s (Watts, 2013). All time snow records were set in virtually all the bigger, major cities, and the northern hemisphere snow coverage has increased all but one out of five years, since 2007/2008 (Watts, 2013). Also, over by the east coast, the NOAA has been tracking high impact snowstorms, and 11/46 of

Tropical hurricanes need to have surface water temperatures to be 26°C or more for them to form. As our oceans get hotter hurricanes are able to form farther out in the sea