A Short Overview Of Hurricanes

Hurricanes are powerful atmospheric vortices that are intermediate in size. Hurricanes are unique and powerful weather systems. The word “hurricane” comes from a Caribbean word meaning “big wind”. Views of hurricanes can be seen from a satellite positioned thousands of miles above the earth.
Hurricanes originate as tropical disturbances over warm oceans with trade winds. The tropical turbances intensify into tropical depressions, and eventually into a tropical storm. They only originate in the tropical trade winds because the ocean temperatures are quite warm there. Powered from the heat that the sea gives off, they are steered by the east trade winds and the temperate west ones, as well as by their own ferocious energy. Around their core, winds grow with a tremendous amount of velocity creating violent seas. As they move toward the shore, they move the ocean inward, while spawning tornadoes and producing torrential rains and floods.
For a hurricane to form, the ocean temperature must be warmer than twenty-six degrees Celsius, or eighty degrees Fahrenheit. Also, the air near the oceans surface must be filled with moisture. The seawater that is warmed by the heat from the sun evaporates to form vast storm clouds. As the warm air rises, the cooler air replaces it thus creating a wind. The rotation of the earth bends the wind inward causing it to rotate and spiral upward with a great amount of force. Around the Equator, the spin is the fastest. There, it can be faster than six hundred miles per hour.
You cannot see a hurricane all at once, unless you’re looking at it from above or are looking at a picture taken by a satellite, because it is too large. The whirling mass, shaped like a donut, can be two hundred to six hundred miles wide and forty thousand to fifty thousand feet high. Towns can be ripped from the land and small countries entirely devastated by the raging winds.
The eye wall is a ring of fierce thunderstorms surrounding the center of a hurricane. As the air rushes toward the center, it becomes dense with water vapor. The vapor rapidly rises and condenses, forming towering thunderstorms. The rain fall is heaviest here.
Within the eye wall, the winds are the strongest. They move around so fast that it is difficult to hear, see, and even breathe. While over the ocean, these winds can create waves that are taller than three story buildings. But while they are over land, they can tear apart homes, uproot trees, and cause an enormous amount of destruction.
The eye of a hurricane is the low-pressure region in the center. The size of the eye depends on the strength of the surrounding winds. Stronger winds wrap themselves more tightly around the eye so that it becomes smaller. The average eye of a hurricane is about twenty miles wide with an oval shape although they can be round, too.
Even though the eye of a hurricane is calm and sunny, it can be dangerous. People are often fooled into thinking that the hurricane has passed. They come out of their homes or shelters and the fierce winds, wall of clouds, and downpour begins again. The other side of the storm arrives and it is as violent as it was before.
When a tropical disturbance appears in the Atlantic Ocean, the Caribbean Sea, or the Gulf of Mexico, the scientists at the National Hurricane Center are put on alert. Using weather satellites, they can find the exact location of the disturbance. Also, weather balloons equipped with measuring instruments are launched twice daily around the world to help detect spot changes in temperature and water vapor in the atmosphere.
When a disturbance grows and forms a tropical storm, meteorologists give it a name taken from a list of twenty-one common male and female names. They go down the list alphabetically, alternating with male and female names. A different list is used each year for six years at which point they are repeated. Once a storm causes severe damage, its name is removed from the list and is no longer in use. Hurricane Andrew in 1992 is an example of a hurricane name that is no longer in use, and so is