57 Extreme Facts about Hurricanes

By Karin Lehnardt, Senior Writer

Published January 31, 2017Updated March 11, 2025

A single hurricane stirs up millions of miles of air and can dump more than 2.4 trillion gallons (9 trillion liters) of rain a day._[5]
It is estimated that rainfall from Hurricane Florence could reach 40 inches in isolated areas of coastal North Carolina. By comparison, Washington D.C averages 40 inches of rain--per year._[6]
Winds from Hurricane Florence cover over 73,000 miles, which is larger than every state east of the Mississippi._[6]
Hurricane-generated waves frequently toss tons of fish onto beaches. The eyes of many of the fish have popped out because of sudden changes in pressure._[1]
Hurricanes produce enough energy in one day to run the lights of Las Vegas for many years._[1]
Christopher Columbus wrote the first known report of a hurricane in 1495._[3]
The word “hurricane” comes from Huracan, a name for the god of evil on some islands in the Caribbean._[7]
In 1900, a hurricane in Galveston, Texas, killed more than 8,000 people, making it the deadliest weather emergency in U.S. history._[1]

The direction of a hurricane's spin depends on the hemisphere in which is it brewing

Hurricanes in the Southern Hemisphere spin in a clockwise direction. Hurricanes in the Northern Hemisphere turn counterclockwise._[10]
The right side of a hurricane in the Northern Hemisphere is often stronger in terms of winds, tornadoes, and storm surge._[9]
Five of the 10 most costly hurricanes in the U.S. have occurred since 1990._[3]
Hurricanes have killed approximately 1.9 million people worldwide over the past 200 years._[3]
The deadliest hurricane on record is the 1970 Bhola Cyclone in Bangladesh, which killed between 150,000-300,000 people._[4]
Most of the deadliest hurricanes have occurred in southeastern Asia and India due to flooding on low-lying, densely populated areas._[4]
A hurricane makes “landfall” when its center, not its edge, crosses the coastline._[3]
With 210 mile-per-hour winds at landfall, Hurricane Camille (1969) is the strongest hurricane to strike land. Typhoon Tip (1979), which did not strike land, is considered to be the largest, with tropical storm-force winds 1,350 miles in diameter._[3]
Hurricane Andrew (1992) ripped an 80-foot steel beam weighing several tons off a building and flung it more than a block away._[7]
The largest hurricane can be the size of the state of Montana, 600 miles (966 kilometers) wide._[1]
Ninety percent of all hurricane deaths result from storm surges, which can reach over 20 feet high and extend nearly 100 miles._[1]

Hurricane season brings a humbling reminder that, despite our technologies, most of nature remains unpredictable.

- Diane Ackerman

Hurricanes never form at the equator because they need the Coriolis Force, which is very weak at the equator, to spin._[3]
Although hurricanes can cause terrible damage, they are an important part of Earth’s complicated weather system. Like giant fans, they take hot air from the tropics and move it toward the poles. They help balance temperatures and moisture around the Earth. Without hurricanes and other storms, vast areas of the planet would be too hot for animal and human life._[3]
In A.D. 1281, a hurricane killed 100,000 Mongols who were attacking Japan. The Japanese thanked their storm gods for the kamikaze, which means divine wind from the gods._[1]
There are several differences between hurricanes and tornadoes. First, hurricanes last several days; tornadoes last only minutes (or, rarely, hours). Hurricanes are on average about 2,000 times bigger across than tornadoes. As an analogy, if a tornado were as wide as a hamburger, a hurricane would be the length of an entire football stadium._[3]
During the Galveston hurricane of 1900, nuns used ropes to tie themselves to rows of children in orphanages, but the floodwater was too hard and fast. People found the nuns still tied to the children after the flood. They had all drowned._[1]
Hurricanes often spawn tornadoes. For example, Hurricane Andrew (1992) spawned 62 tornadoes, and Hurricane Beulah (1967) created a whopping 141 tornadoes. Tornadoes can occur days after a hurricane’s landfall._[3]
Hurricanes never combine to form one stronger storm. However, the storms may circle each other, which is known as the Fujiwhara effect._[3]

The effect is named after Sakuhei Fujiwhara, the Japanese meteorologist who first described the effect

Tornadoes have more intense winds than hurricanes. For example, the fastest recorded hurricane wind speed is approximately 200 mph. Tornado winds can be up to 300 mph._[3]
The terms “hurricane,” “typhoon,” and “cyclone” are different names for the same type of storm, a tropical cyclone. Tropical cyclones that occur in the Atlantic Ocean or eastern Pacific Ocean are called hurricanes; in the western Pacific Ocean they are called typhoons (from the Cantonese word tai-fun); and in the Indian Ocean and the Bay of Bengal, tropical cyclones are called cyclones (from the Greek word for “coiled snake”). In Australia, hurricanes are called “willy-willies.”_[8]
Hurricane names are chosen from a list selected by the World Meteorological Organization. There are six separate lists for Atlantic hurricanes, with one list used each year. Each list is repeated every 7th year. However, officials retire names of hurricanes that have caused a great deal of damage or death. Retired names include Andrew, Camille, Bob, Fran, Katrina, and Hugo._[8]
In 1953, the National Weather Service adopted the Navy’s practice of naming Atlantic hurricanes after women. Previously, hurricanes were named either according to their longitude and latitude or were identified by the phonetic alphabet (Able, Baker, Charlie, etc.). In 1979, meteorologists added men’s names to alternate with women’s names. The first three male names ever used for hurricanes (Bob, David, and Frederick) all are retired._[8]
Though the eye is the calmest part of the storm, over the ocean, it can be the most dangerous area. While waves in the eye wall travel in the same direction, waves in the eye converge from all directions, which often creates rogue waves._[10]

Hurricane Katrina was the largest and 3rd strongest hurricane ever recorded to make landfall in the US

The costliest hurricane worldwide is widely believed to be Hurricane Katrina, with overall damage estimates at over $100 billion._[3]
Hurricanes spin around a low-pressure center called the “eye.” Sinking air makes this 20- to 30-mile-wide area calm and free of clouds. A thick ring of clouds called the “eye wall” surrounds the eye and is the strongest part of the hurricane._[10]
Water must be a certain depth for hurricanes to form, at least 200 feet (60 m). Additionally, the water must be warm, over 80º F (27 º C). A hurricane’s strength depends on how warm the water is—the warmer the water, the stronger the hurricane becomes._[1]
Since pilots first began flying into typhoons and hurricanes in 1944, only four planes have been lost in the storms. No trace of these planes or their crew has ever been found._[1]
A tropical storm is classified as a hurricane when sustained winds reach 74 miles per hour, though hurricane winds are often faster. When a tropical cyclone’s sustained wind speed is between 39-74 mph, it is classified as a tropical storm. When its winds are less than 38 mph, a tropical cyclone is called a tropical depression._[3]
For a hurricane to form, there needs to be (1) a pre-existing condition disturbance with thunderstorms, (2) warm water (at least 80 º F) to a depth of 150 ft., and (3) light upper-level winds._[3]
Each year, approximately 10 tropical storms form over the Atlantic Ocean, Caribbean Sea, and Gulf of Mexico. Out of these, six become hurricanes._[3]
Approximately five hurricanes strike the U.S. coastline during an average three-year period. Of these, two are major hurricanes over 110 mph._[3]
Project Stormfury was an organization that tried to control hurricanes by seeding them with silver iodide, which would cool the hurricanes. However, the project had little success, and most scientists now have abandoned the idea of controlling hurricanes._[1]
Hurricane Andrew’s (1992) outer rain bands extended 100 miles from the center. In contrast, Hurricane Gilbert’s (1988) stretched over 500 miles._[3]
Hurricanes can last for weeks, but most hurricanes typically last approximately 10 days._[3]
During the 20th century, 158 hurricanes of all categories hit the U.S. Most hurricanes hit Florida (57), with Texas coming in second with 26. Louisiana and North Carolina each had 25._[3]
Hurricanes kill more people than any other type of storm._[10]

Hurricanes kill more people than any other type of storm

Thirty-six of the 64 major hurricanes (Categories 3-5) that hit the U.S. in the 20th century struck in September. August was the second busiest month, with 15._[3]
The Atlantic hurricane season typically lasts from June 1 to November 30, though most hurricanes form during the fall. The Eastern Pacific hurricane season is from May 15 to November 30._[7]
A hurricane warning is issued when a hurricane is expected to arrive within 24 hours. A hurricane watch is issued when the storm is 24-36 hours away._[7]
The years 2000-2009 have seen the most Category 5 hurricanes, with eight. These include Isabelle (2003), Ivan (2004), Emily (2005), Katrina (2005), Rita (2005), Wilma (2005), Dean (2007), and Felix (2007)._[3]
Earthquakes outnumber hurricanes. According to NASA, approximately 85 hurricanes, typhoons, and tropical cyclones occur worldwide each year. According to the U.S. Geological Survey, there are 500,000 detectable earthquakes in the world each year, with 100,000 strong enough to be felt and 100 of them strong enough to cause damage._[3]
The Southern Hemisphere typically experiences about half the number of hurricanes as the Northern Hemisphere each year._[9]
No hurricane is on record as ever hitting the U.S. Pacific Coast. Hurricanes have, however, hit the West Coast of Mexico._[3]

Jupiter's "Great Red Spot" in relation to the Earth

A hurricane on Jupiter has been raging for over 300 years and is bigger than the Earth._[3]
The number of Atlantic hurricanes is increasing. The 2005 Atlantic hurricane season, for example, was the worst on record. Some scientists think the rise in hurricanes is due to a natural cycle: hurricanes are rare for the first 30 to 60 years of the cycle and then they become more common for the next 30 to 60. Other scientists blame global warming._[3]
Anyone can check to see if his or her name is on the latest list of hurricane names at http://www.nhc.noaa.gov/aboutnames.shtml._[1]
Hurricane/Typhoon John lasted 31 days in 1994, which is longer than any other hurricane in history. It was both a hurricane and a typhoon because it passed through both eastern and western parts of the Pacific Ocean._[10]
It is a common misconception that opening all the windows in a house during a hurricane will equalize the pressure in the house so the windows won’t explode. Experts argue, however, that opening the windows will only weaken the house by allowing more wind, rain, and debris to fly in._[3]

Hurricane	Deaths	Year
Top Five Deadliest Hurricanes_[3]
Great Hurricane of 1780	27,500+	1780
Hurricane Mitch	18,974-21,000	1998
Galveston	8,000-12,000	1900
Hurricane Fifi	8,000-10,000	1974
Dominican Republic	2,000-8,000	1930

Hurricane	Deaths	Year
Top 5 Deadliest U.S. Hurricanes_[7]
Galveston, Texas	8,000-12,000	1900
San Felipe (Okeechobee Hurricane), Florida	2,500	1928
Hurricane Katrina	1,836	2005
The Long Island Express, New York and New England	700	1938
The Great Labor Day Storm, Florida	400-600	1935

Hurricane	Cost	Year
Top 5 Costliest Atlantic Hurricans in the U.S. (Adusted for Inflation)_[3]
1. Katrina	$105,840,000,000	2005
2. Andrew	$45,561,000,000	1992
3. Ike	$27,790,000,000	2008
4. Wilma	$20,587,000,000	2005
5. Ivan	$19,832,000,000	1992

Category	Winds	Storm Surge	Harm
Saffir-Simpson Scale_[1]
1	74-95 miles (119-153 km) an hour	4-5 ft. (1-1.5 m) high	Little harm
2	96-110 miles (154-177 km) an hour	6-8 ft. (2-2.5 m) high	Medium harm to tree branches and street and store signs
3	111-130 miles (179-209 km) an hour	9-12 ft. (3-3.5 (m) high	Heavy harm—parts of trees and roofs damaged
4	131-155 miles (211-249 km) an hour	13-18 ft. (4-5.5 m) high	Terrible harm to buildings and trees
5	Winds greater than 155 miles (249 km) an hour	Higher than 18 ft. (5.5 m)	Buildings and trees blown down

It is estimated that Hurricane Florence could drop over 10 trillion gallons in one week. That's enough to fill 15 million Olympic-sized swimming pools. Or enough for one person to take 581.4 billion showers._[2]