Ever wonder how hurricanes get their names? And why do hurricanes have names at all? Meteorologists long ago learned that naming tropical storms and hurricanes helps people remember the storms, communicate about them more effectively, and so stay safer if and when a particular storm strikes a coast. These experts assign names to hurricanes according to a formal list of names that is approved prior to the start of each hurricane season. The U.S. National Hurricane Center started this practice in the early 1950s. Now, the World Meteorological Organization generates and maintains the list of hurricane names.
Here are the hurricane names for 2019:
Atlantic hurricane names are Andrea, Barry, Chantal, Dorian, Erin, Fernand, Gabrielle, Humberto, Imelda, Jerry, Karen, Lorenzo, Melissa, Nestor, Olga, Pablo, Rebekah, Sebastien, Tanya, Van, and Wendy. The Atlantic hurricane season runs from June 1 to November 30.
Eastern North Pacific hurricane names are Alvin, Barbara, Cosme, Dalila, Erick, Flossie, Gil, Henriette, Ivo, Juliette, Kiko, Lorena, Mario, Narda, Octave, Priscilla, Raymond, Sonia, Tico, Velma, Wallis, Xina, York, and Zelda. The eastern North Pacific hurricane season runs from May 15 to November 30.
If you’re interested, you can view those names, and names for upcoming years, here.
How and why did hurricanes first begin receiving names? While people have been naming major storms for hundreds of years, most hurricanes were originally designated by a system of latitude-longitude numbers, which was useful to meteorologists trying to track these storms. Unfortunately, this system was confusing to people living on coasts seeking hurricane information.
In the early 1950s, a formal practice for storm naming was first developed for the Atlantic Ocean by the U.S. National Hurricane Center. At that time, storms were named according to a phonetic alphabet (e.g., Able, Baker, Charlie) and the names used were the same for each hurricane season; in other words, the first hurricane of a season was always named “Able,” the second “Baker,” and so on.
In 1953, to avoid the repetitive use of names, the system was revised so that storms would be given female names. By doing this, the National Weather Service was mimicking the habit of naval meteorologists, who named the storms after women, much as ships at sea were traditionally named for women.
In 1978–1979, the system was revised again to include both female and male hurricane names.
When does a storm receive a name? Tropical storms are given names when they display a rotating circulation pattern and wind speeds of 39 miles per hour (63 kilometers per hour). A tropical storm develops into a hurricane when wind speeds reach 74 mph (119 kph).
Lists of hurricane names have been developed for many of the major ocean basins around the world. Today, there are six lists of hurricane names in use for Atlantic Ocean and Eastern North Pacific storms. These lists rotate, one each year. That means the list of this year’s hurricane names for each basin will come up again six years from now. There’s an exception to this practice, however. The names of hurricanes that are particularly damaging are retired for legal, cultural sensitivity, and historical reasons. For example, the use of the name Katrina was retired in 2005 following the devastating impact that Hurricane Katrina had on New Orleans. In March 2019, the World Meteorological Organization removed the names Florence and Michael from its lists for the Atlantic Ocean basin and replaced the names with Francine and Milton. Hurricanes Florence and Michael, which respectively struck the coasts of North Carolina and Florida in 2018, each caused tremendous damage and dozens of fatalities.
Bottom line: The World Meteorological Organization manages the formal system by which hurricanes receive their names. The names for each ocean area are published in lists prior to the hurricane season. Find hurricane names for 2019 here.
Deanna Conners is an Environmental Scientist who holds a Ph.D. in Toxicology and an M.S. in Environmental Studies. Her interest in toxicology stems from having grown up near the Love Canal Superfund Site in New York. Her current work is to provide high-quality scientific information to the public and decision-makers and to help build cross-disciplinary partnerships that help solve environmental problems. She writes about Earth science and nature conservation for EarthSky.