What Are Storms, Hurricanes And Major Hurricanes?

The chart points out the named storms, hurricanes and major hurricanes. It is clear to state that major hurricanes, in purple, during the 1850’s and well into the 1920’s were less than the number of major hurricanes in 2005, which was greater than five. Katrina, Dennis, Wilma and Rita were a few of those in 2005 (National Hurricane Center, 2016). These storms, as many might know, were some of the strongest hurricanes to hit land.
The concept behind this information is to guide the reader’s considerations towards the fact that warmer weather condition have something to do with the strength these hurricanes are gaining. If these facts do not get ones attention, let this project focus on the damages these hurricanes cause to the United States

The combination of these results will cause storms, and in areas known for hurricanes, this can dramatically make a difference on the strength of a hurricane. Areas know for hurricanes do not benefit from low pressure, rain or warmer temperatures. “Volcano eruptions can influence more than just temperature, recent research suggests eruptions can affect the position of the Intertropical Convergence Zone (ITCZ), a huge belt of low pressure that is the main source of rain for much of Africa” (Carbon Brief Staff, 2015). These changes on weather climates caused by volcanic eruptions can easily carry into the North Pacific Ocean and lead to tropical

This means that the same weather that causes stronger hurricanes will melt Arctic ice faster, adding volume to the oceans. This could make a difference when hurricanes build over the Atlantic Ocean. This means that rising seas will affect many states in the nation, these include Louisiana, Texas, Florida, and North Carolina. According to a 2001 U.S. Environmental Protection Agency study, this increase would inundate some 22,400 square miles of land along the Atlantic and Gulf coasts of the United States (Natural Resources Defense Council, 2005). One must note that such high levels of seas can dramatically affect the damages caused by a hurricane. This because oceans will push against land as they did in New Orleans, which brings devastating results, approximately 80 percent of the city was flooded (Plyer, 2015). One cannot go without mentioning that these storms cause a lot of rain, the combination of such examples will crush a city in many ways. Above all, any condition that affects climate conditions will take a toll in the way storms revolve. This remains true for meteorite impacts and nuclear explosions. Hurricanes and other storm patterns can grow from conditions brought by such formations. These disorders can disturb normal weather patterns, which go in hand with the power a hurricane will gain, causing overwhelming consequences when dealing with