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🗓️ 19 June 2023
⏱️ 11 minutes
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0:00.0 | This is Science Quickly. I'm Andrea Thompson, Scientific American's |
0:03.6 | news editor for Earth Environment. Some are mean sun, heat, sand, and the start of hurricane season |
0:09.2 | in the Atlantic Ocean. From June 1st to November 30th, tropical stormed hurricanes can spin |
0:14.2 | up over the warm waters, bringing punishing winds, torrential rains, and pounding surf when they |
0:18.7 | hit land. Our ability to forecast these massive storms has improved considerably in the last few |
0:23.4 | decades, but they can still throw us plenty of curveballs to help us understand the secrets of |
0:28.0 | these meteorological mysteries. We're talking to Kim Wood, an assistant professor of meteorology |
0:32.4 | at Mississippi State University. Hey Kim, thanks for joining us. Thank you. I'm happy to be here. |
0:42.3 | So to start with, what happens to turn a mishmash of thunderstorms into this monster cyclone, |
0:49.0 | you know, really take us into the heart of the beast? So when a storm has the potential to become |
0:54.9 | a tropical cyclone, the generic term for a tropical storm or a hurricane, it needs certain |
1:00.7 | ingredients to be in place. So we need those thunderstorms to be there as sort of the seed |
1:07.0 | disturbance, but for that to then become this organized storm, the ocean needs to be warm enough |
1:14.7 | to provide energy to keep those thunderstorms going. There needs to be air rising. There needs |
1:20.9 | to be moisture because they're clouds. They need that water vapor to exist. And there's something |
1:27.0 | called vertical wind shear, which is a change in wind speed or direction with height. And if there |
1:31.8 | isn't much of that, the thunderstorms can build more straight upward. And that makes them more |
1:37.5 | efficient in turning that ocean energy into becoming a tropical cyclone. So once it starts to get |
1:44.0 | organized, you get that rotation there. Then that ongoing circulation, once it's in place, |
1:50.7 | that helps continue focusing the energy. So it can intensify further. Great. Now can you describe |
1:57.2 | a little bit the components of a hurricane? You know, people might hear about the eye or the |
2:01.6 | eye wall. You know, what are those and how do they kind of lead into perpetuating the strength |
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