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1 | Timestamp | Name (First Last) | Hurricane | Year | Month | Which way does the cyclone in your hurricane appear to spin? | Eye | Wind Speed | Origin | Equator | Why do hurricanes form in the region just north of the equator | Pressure vs Speed | Windspeed and Landfall | Track of the hurricane | Landfall | Category | ||||||
2 | 2/8/2022 21:24:18 | JP Green | Rita | 2005 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | Warmer water? | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Texas | category 5 (156 pmh or greater) | ||||||
3 | 2/8/2022 21:08:14 | Bhavika | Maria | 2017 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Caribbean | no | Hurricanes need a lot of heat to form and a sea surface temperature of at least 26°C, which is why they usually occur over tropical seas. | Air pressure and windspeed are proportional. As one goes up, the other goes up. | Windspeed decreases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
4 | 2/8/2022 21:15:39 | Jactel Cabrera | Mitch | 1998 | October | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | Warmer water | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | It does not appear to hook to the left or right | It does not hit the US | category 5 (156 pmh or greater) | ||||||
5 | 2/8/2022 21:11:53 | Tiffany Cabrera | Katrina | 2005 | August | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | Caribbean | no | Because it is summer, the days are longer, and the Earth is tilted closer to the Sun. There is a heating effect on the water that triggers the cycle. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Louisiana | category 5 (156 pmh or greater) | ||||||
6 | 2/8/2022 21:14:07 | Erick Hernandez | Matthew | 2016 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Caribbean | no | Longer days and heat | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | It does not hit the US | category 5 (156 pmh or greater) | ||||||
7 | 2/8/2022 21:15:44 | Diana Contreras | Wilma | 2005 | October | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | Warmth | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
8 | 2/8/2022 21:17:39 | Sam Huse | Harvey | 2017 | August | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Caribbean | no | Warm waters and high and low pressure systems. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Texas | category 4 (131-155 mph) | ||||||
9 | 2/8/2022 21:19:04 | Diego Estrada | Alex | 2004 | July | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Central Atlantic | no | Changes in temperature in warmer regions are the cause of hurricanes. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | It does not hit the US | category 3 (111-130 mph) | ||||||
10 | 2/8/2022 21:19:05 | Rayjann | Ivan | 2004 | September | counterclockwise | over sea | Caribbean | no | Pressure and moisture | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 4 (131-155 mph) | |||||||
11 | 2/8/2022 21:20:05 | Patrick Lechuga | Felix 2007 (storm?) | 2007 | August | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | difference in temperatures | Air pressure and windspeed are proportional. As one goes up, the other goes up. | Windspeed decreases | clockwise | It does not hit the US | category 5 (156 pmh or greater) | ||||||
12 | 2/8/2022 21:21:34 | Caterin Ortega | Dennis | 2005 | July | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | NW Atlantic near Florida | no | warm water | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Louisiana | category 4 (131-155 mph) | ||||||
13 | 2/8/2022 21:29:30 | Thomas Kollie | Hugo | 1989 | September | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | Caribbean | no | the global winds are large-scale high and low-pressure systems | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | South Carolina | category 5 (156 pmh or greater) | ||||||
14 | 2/8/2022 21:22:17 | Will Warren | Sandy | 2012 | October | counterclockwise | Clouds appear lower than the surrounding clouds | over land | Caribbean | no | Warm, moist air | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | MidAtlantic (New York, Pennsylvania, New Jersey, Maryland, DC) | category 2 (96-110 mph) | ||||||
15 | 2/8/2022 21:22:55 | Stacey Luna | Floyd | 1999 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | it tends to be the warmest throughout the year | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | counterclockwise | North Carolina | category 4 (131-155 mph) | ||||||
16 | 2/8/2022 21:23:01 | Louise Xu | Irene | 2011 | August | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | Falling cold air and the rising heat. There's also more moisture in the ocean area. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | |||||||||
17 | 2/8/2022 21:23:18 | Yocelin Quijada | Michael | 2018 | October | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | NE Atlantic - near Spain | no | v | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | It does not appear to hook to the left or right | North Carolina | category 5 (156 pmh or greater) | ||||||
18 | 2/8/2022 21:23:55 | Mario | Andrew | 1992 | August | counterclockwise | It appears clear in the eye of the hurricane | over sea | Central Atlantic | no | Mixture of warm and cold air. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
19 | 5/13/2022 14:00:20 | Maria Salazar | Floyd | 1999 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Central Atlantic | no | Hurricanes form in warm moist environments. The south of the equation is mostly cold. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Mississippi | category 3 (111-130 mph) | ||||||
20 | 7/10/2023 14:57:33 | Thomas | Isabel | 2003 | September | counterclockwise | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | water heats up | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed increases | clockwise | Florida | category 5 (156 pmh or greater) | |||||||
21 | 7/10/2023 15:00:31 | Erica Kepski | Hugo | 1989 | September | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | Warm temperatures and the Corolis effect | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | South Carolina | category 5 (156 pmh or greater) | ||||||
22 | 7/10/2023 15:01:25 | Natalia Mattan-Hung | Sandy | 2012 | October | counterclockwise | It appears clear in the eye of the hurricane | over land | Caribbean | no | Area where warm temperature and humid air combine | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | counterclockwise | MidAtlantic (New York, Pennsylvania, New Jersey, Maryland, DC) | category 3 (111-130 mph) | ||||||
23 | 7/10/2023 15:02:16 | Clarissa Barr | Allen | 1980 | July | counterclockwise | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | Coriolis force | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | It does not appear to hook to the left or right | Texas | category 5 (156 pmh or greater) | |||||||
24 | 7/10/2023 15:02:30 | Paul Sweigart | Joaquin | 2015 | September | counterclockwise | It appears clear in the eye of the hurricane | over land | NW Atlantic near Florida | no | Light strikes just north of the equator with a near 90 degree angle during the hurricane season. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed increases | clockwise | It does not hit the US | category 4 (131-155 mph) | ||||||
25 | 7/10/2023 15:03:24 | Maya Wright | Ivan | 2004 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | The energy stays about the same year round near the equator. It always stays hot while the rest of the Earth changes temperature. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
26 | 7/10/2023 15:04:49 | Austin Rosen | Andrew | 1992 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | NW Atlantic near Florida | no | Based on how the earth axis tilts when it rotates this region receives a higher amount of light intensity causing hurricanes to more likely form. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | counterclockwise | Florida | category 4 (131-155 mph) | ||||||
27 | 7/10/2023 15:05:19 | Sandra Columbus | Frances | 2004 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | no | Water temperature and air temperature change. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 3 (111-130 mph) | |||||||
28 | 7/10/2023 15:06:01 | Artem Guillermo | Wilma | 1005 | October | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | At the equator there is most water evaporation due to more light in Fall, casing more circulation in the air. More evaporation = faster evaporation = faster air circulation | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | counterclockwise | Florida | category 5 (156 pmh or greater) | ||||||
29 | 7/10/2023 15:06:51 | Debbie Gray | Irene | 2011 | August | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | Caribbean | no | Warming waters | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | North Carolina | category 3 (111-130 mph) | ||||||
30 | 7/10/2023 15:07:59 | Sonrisa Wood | Rita | 2005 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | Largest bodies of warm water, since they are close to the equator. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Louisiana | category 5 (156 pmh or greater) | ||||||
31 | 7/10/2023 15:08:07 | Kayla Dighero | Opal | 1995 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Caribbean | no | Heat flows from hot to cold. There is the highest heat energy near the equator it will flow towards the artic pole. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 4 (131-155 mph) | ||||||
32 | 7/10/2023 15:09:18 | Aman Sandhu | Floyd | 1999 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | no | It’s where the water is the warmest because the sunlight is the most intense. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 4 (131-155 mph) | |||||||
33 | 7/10/2023 15:09:35 | Nevver Arabian | Ike | 2008 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | NW Atlantic near Florida | no | Coriolis Effect | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | counterclockwise | Florida | category 3 (111-130 mph) | ||||||
34 | 7/10/2023 15:10:41 | Akiko Arevalo | Michael | 2018 | October | counterclockwise | It appears clear in the eye of the hurricane | over land | Caribbean | no | The equator region gets most direct sunlight beginning around September. It had been heated mostly during this time and begins to cool (lose thermal energy), causing lower pressure. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed increases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
35 | 7/10/2023 15:11:22 | Miriam Melville | Mitch | 1998 | October | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | There is a high amount of light and temperatures are starting to change. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | It does not hit the US | category 5 (156 pmh or greater) | ||||||
36 | 7/10/2023 15:11:27 | Solorzano Perla | Florence | 2018 | August | counterclockwise | Clouds appear lower than the surrounding clouds | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | There is stronger vorticity near the equator. The Coriolis force is the strongest in these areas. Vertical wind shear is the greatest in these areas. These areas have the largest source of warm water. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | It does not appear to hook to the left or right | North Carolina | category 4 (131-155 mph) | ||||||
37 | 7/10/2023 15:18:31 | Esmeralda Parra | Floyd | 1999 | September | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | NE Atlantic - near Cape Verde Islands & West Africa | no | The days are longer, therefore more sunlight, meaning more heat energy, warming up the oceans. As the energy flows through the ecosystems the forces that can create hurricanes begin to form. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 4 (131-155 mph) | ||||||
38 | 7/10/2023 15:12:14 | Crissy Kelley | Ivan | 2004 | September | counterclockwise | It appears clear in the eye of the hurricane | over sea | Caribbean | no | The waiter warmsten cools on the land | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | Florida | category 5 (156 pmh or greater) | ||||||
39 | 7/10/2023 15:12:41 | Laura Galvan | Emily | 2005 | July | counterclockwise | Clouds appear higher than the surrounding clouds | over sea | Caribbean | no | Due to warmer temperatures and Coriolis effect. | Air pressure and windspeed are inversely proportional. As one goes up, the other goes down. | Windspeed decreases | clockwise | It does not hit the US | category 5 (156 pmh or greater) | ||||||
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