How Hurricanes Work

You will never hear about hurricanes hit Alaska. This is because the hurricane occurs in warm tropical areas with a water temperature of at least 80 degrees Fahrenheit (27 degrees Celsius). The storm also needs damp air and concentrated equatorial wind. The majority of the Atlantic hurricane begins on the west coast of Africa and starts with a thunderstorm of warm tropical seawater.

The relatively calm low pressure of the hurricane is called the eye. The area around the eyes is called the wall of the eye and the strongest wind of the storm occurs there. The thunderstorms circulating outward from the eyes are called rain belts. These rainstorms play an important role in the hurricane's evaporation / condensation cycle

The rotation of the hurricane is the product of the Coriolis force so that the fluid and freely moving objects are facing the right side of the destination in the northern hemisphere and the left side of the southern hemisphere. Imagine flying a small airplane to the south. Moving south, the planet is spinning. When you fly from the North Pole to the Equator on the map, the route looks turning to the right

So in the northern hemisphere the wind turns right. In the Southern Hemisphere, they are turning to the left. This wind deflection rotates the storm. As a result, the northern hemisphere hurricane rotates counterclockwise and clockwise in the southern hemisphere. This force also affects the course of the actual hurricane. If you are in the south of the equator, bend it in the direction of the northern hemisphere (clockwise) and left (counterclockwise). If you do not remember, you just move within 5 degrees of the equator, Coriolis is too weak to make a hurricane

Hurricanes often begin their lives with clouds and thunderstorms, known as tropical disturbances. These low pressure areas have a weak pressure gradient with little or no rotation. Most of these confusion disappeared, but some people insisted on going to a hurricane. In these cases disturbing thunderstorms release latent heat, which exacerbates the interference region. This reduces the density of air in the disturbance and reduces the surface pressure. If cold air rushes under high warm air, the wind speed will rise. As this wind was influenced by the Coriolis force, the disturbance began to rotate. The incoming wind brings more moisture, condenses to form more cloud activity and releases latent heat in the process.

Climate change is aggravating hurricanes and its impact. However, as with all aspects of hurricanes, these methods and methods are complex. There are still a lot of things to do to fully understand how climate change can change these storms, as you are still learning how hurricanes themselves work. Some of the reasons for this uncertainty are that there are many reliable and reliable models that predict future hurricane behavior, while the actual physical data collection function is not that extensive. Hurricanes can not be studied like storms, and we have weather monitoring and data collection techniques in everyone's backyard. What we can do is whether these water-based storms are flying over them (only do storms threatening the US) or use satellites to see them from above It is to investigate. Our satellite data can only be traced back to the 1970s. This means that it is difficult to detect trends and changes over time.

Hurricanes are very attractive to track and observe the satellites, but apart from wonders these storms have some cruel reality. Hurricane is one of the most powerful and deadly forces in nature and has various influences on landing areas. Some of these effects like heavy rain may be beneficial during drought, but in most cases these effects are undesirable. This is the general impact of hurricane.

Hurricane ~ is not just a gust of wind, it is not mere rain but a fatal force, that is, a hurricane. She is an intense wind from Florida to the main, destructive power - a hurricane. Unleash her anger, she does not suppress that terrible power, a hurricane. Because you have no benefit, you can not stop her power, so evacuation and escape, - cruel drought - dies under a burning sun, huge sun flames burned higher. The water tower is completely dry, and the dust blown by the wind darkens in the day. The plant died and died in hot air, the sun, he just laughed, he did not care. Rain has gone, yes, she got lost. Sky, once she was blue, now it is gray. Wind changed the mountain to desert, and the lazy clouds did not reach out. Dies in a hot sun's flame, a giant sun's flame burns higher ~ bjf ©