A hurricane’s spin and the spin’s direction is determined by a super-powerful phenomenon called the “Coriolis effect. ” It causes the path of fluids — everything from particles in the air to currents in the ocean — to curve as they travel across and over Earth’s surfaces.
Why do Hurricanes dissipate so quickly once they make landfall?
Landfall usually causes a hurricane to quickly decay (for more detail see, Interaction between a Hurricane and Land). Hurricanes require evaporation from the warm ocean surface to survive (see Hurricane Development: From Birth to Maturity). Once a hurricane makes landfall, it is separated from its ocean energy source, and hence, can no longer extract heat from the ocean.
Why are hurricanes so devastating?
Hurricanes have gotten more destructive., and here’s why. Hurricanes have gotten more destructive. , and here’s why.
While writing we ran into the inquiry “What makes a hurricane so powerful?”.
We should find out! Hurricanes are enormous heat engines that deliver energy on a staggering scale. They draw heat from warm, moist ocean air and release it through condensation of water vapor in thunderstorms. Hurricanes spin around a low-pressure center known as the eye. Sinking air makes this 20- to 40-mile-wide (32- to 64-kilometer-wide) area notoriously calm.
What is a hurricane?
Also known as typhoons and cyclones, these storms can annihilate coastal areas. The Atlantic Ocean’s hurricane season peaks from mid-August to late October. Centuries ago European explorers learned the indigenous word hurakan, signifying evil spirits and weather gods, to describe the storms that battered their ships in the Caribbean.
But one of the biggest dangers that a hurricane can pose is a phenomenon called a storm surge. These onslaughts of ocean water are largely responsible for the death tolls of some of the deadliest hurricanes in history, including Hurricane Katrina in 2005.
Scientists just call these storms different things depending on where they occur. In the Atlantic and northern Pacific, the storms are called hurricanes, after the Caribbean god of evil, named Hurrican. In the northwestern Pacific, the same powerful storms are called typhoons.
While hurricanes are categorized based on their wind speeds, wind isn’t typically the most dangerous part of such storms. “It’s the storm surge ,” said Kerry Emanuel, an atmospheric scientist at MIT, in an earlier interview. The storm surge is the bulge of water built up in front of a cyclone or hurricane courtesy of its winds.
How does the Klystron 9 see so far into storms?
That combination of technology enables Klystron 9 to see storms other radars can’t see and see deeper into those storms. The Klystron 9’s dual-pol technology even tells meteorologists the sizes and shape of raindrops and makes the distinction between rain and ice.
Bay News 9 Klystron radar is capable of seeing weather features in greater detail than any other Doppler radar system. For the first time, Klystron 9 combines a dual Polarimetry radar, Pulse compression technology, Klystron tube, and 1.25-million-watt transmitter. It has the ability to see storms and see deeper into the storms.
You may be wondering “What is klystron radar and how does it work?”
The channel launched Klystron radar on 5th January 2009 by upgrading its doppler radar system. Bay News 9 Klystron radar is capable of seeing weather features in greater detail than any other Doppler radar system.
Who owns Klystron 9?
Owned by Charter Communications, it currently serves the Tampa Bay area Klystron 9 combines, for the first time in history, a dual Polarimetry radar, Bay News 9 maintains a program, “Project Weather,” which tours hurricane expos and See the latest weather radar for up to date tracking of Tampa Bay weather from Max Defender 8.