The Formation of Hurricanes

The formation of the hurricane started with the tropical cyclone of warm and damp waters of the Atlantic Ocean and the Pacific near the Equator. (In the Philippines and the China Sea, hurricanes are called typhoons.) When water evaporates, a large amount of hot and humid air heated in the atmosphere rises until it is distorted. The wind starts to rotate counterclockwise in the north of the equator or clockwise around the south of the equator. The relatively calm center of the hurricane is called the eye.

Hurricanes are not just formed, it is not just a big storm that randomly occurs. They are complex and accurate weather equipment. Fortunately for us, the formation of hurricanes may have various problems. Only a small part of the hurricane appeared for all the hurricanes where the weather could be imagined. I thank God. First, the hurricane needs to supply heat. The only place where they can get enough fever is the tropics - usually the Mexican coast from July to November or the North Pacific - they will find water temperatures over 80 ° F over long distances That's why you did not see the coast of Nova Scotia state being intercepted. To strengthen the wind, a breeze, high humidity, strong Coriolis force is also necessary. Since the Coriolis effect does not actually exist, hurricanes do not occur near the equator. Most of them form a latitude between 10 ° and 20 °

In the year between Hurricane Katrina and the hurricane in 2017, the temperature of the Atlantic basin did not drop sharply, so why does the strength of the hurricane drop? The most likely cause is the occurrence of a hurricane. Strength and durability depend not only on warm water and thunderstorm, but also on various factors. Let's see what they are. I think that you will notice that this is really complicated, so we should pay attention to our forecast of hurricane severity caused by global climate change. With this in mind let's see what else you can do.

Not all climate change contributes to hurricanes. For example, if the wind speed (also called "vertical wind shear") at various altitudes above the ocean changes drastically, these conditions can hinder the formation of hurricanes. In some parts of the western tropical Atlantic, there is evidence that climate change may increase vertical wind shear. The ocean is experiencing various natural circulation patterns or vibrations that affect the distribution of warm and cold water in the upper waters. These naturally occurring vibrations are known to affect the state of the ocean on the time scale of several years to decades and affect the intensity of the hurricane.