When we talk about hurricane season, there is a tendency to assume that somebody along the United States coastline is going to get hit. After all, from Texas to Maine, thousands of miles of coastline sit exposed to the warm waters of the Gulf and Atlantic. Add Florida sticking out there like a giant hurricane magnet, and it can seem almost inevitable.
But here is an interesting piece of weather history: There have been years when not a single hurricane made landfall in the continental United States.
And it has happened more recently than you might think.
According to NOAA’s historical hurricane database, 2006 went by without a U.S. hurricane landfall. So did 2009, 2010, 2013 and 2015. Then came a long stretch in which hurricanes repeatedly reached the American coastline. Finally, in 2025, the streak ended when the continental United States once again made it through an entire season without a hurricane landfall.
That does not mean those years had no hurricanes.
This is an important distinction because we sometimes judge hurricane season by what happens on land. Meteorologists look at the entire Atlantic basin. A season can produce hurricanes, even powerful hurricanes, without one of them crossing the American coastline as a hurricane.
Think about the Atlantic as a giant highway system. Tropical systems leave Africa, develop in the tropical Atlantic, form in the Caribbean, or occasionally organize closer to home. Where they eventually travel depends on a complicated combination of atmospheric steering currents.
One of the biggest players is the Bermuda-Azores High, a large area of high pressure that can help determine whether a tropical cyclone continues westward toward the Caribbean and United States or eventually curves northward and northeastward into the open Atlantic.
Then there are troughs moving across North America, ridges of high pressure, cold fronts, changes in the jet stream and weaknesses in those ridges. Sometimes the difference between a hurricane striking the United States and turning harmlessly out to sea can come down to the timing and position of one of these features.
That is why I often remind people that hurricanes do not simply “aim” at the United States. They are being carried along by the atmosphere around them.
There is another important distinction. A hurricane does not have to make landfall for people on land to feel its effects. A storm passing offshore can still produce dangerous surf, rip currents, coastal flooding, heavy rainfall, tornadoes and strong winds. Likewise, a tropical storm can make landfall and cause catastrophic flooding without technically being a hurricane when its center crosses the coast.
Meteorology loves technicalities, but Mother Nature generally does not care what label we put on the storm.
The historical numbers are fascinating. NOAA records show roughly 300 direct hurricane hits along the mainland U.S. coastline since reliable records began in the 1800s. Florida has taken the largest share, accounting for about 40 percent of U.S. hurricane strikes. Texas and Florida together also account for a remarkable portion of America’s major hurricane history.
But those storms are not spread evenly from year to year.
One season may bring nothing. The next may bring several.
Consider 2020. Six hurricanes affected the continental United States at hurricane strength during that extraordinarily busy season, including Hanna, Isaias, Laura, Sally, Delta and Zeta. Louisiana was hit repeatedly. Hurricane Laura came ashore as Category 4.
Compare that with 2025: none.
That is one of the most important lessons in tropical meteorology. A quiet year does not establish a trend, and a busy year does not guarantee the next one will be busy along our coastline.
We can forecast how active the overall Atlantic hurricane season may become. We can examine ocean temperatures, wind shear, atmospheric moisture, El Niño and La Niña, African easterly waves and large-scale circulation patterns. Those ingredients can give us clues about how favorable the Atlantic will be for tropical development.
What we cannot reliably tell you months ahead of time is exactly where those storms will go.
An extremely active hurricane season could theoretically produce relatively little damage in the United States if most storms curve harmlessly into the Atlantic. Meanwhile, a relatively quiet season could produce one hurricane that happens to develop in exactly the wrong place and strike a heavily populated coastline.
It only takes one.
That phrase gets repeated every hurricane season because it remains true. If twelve hurricanes stay over the ocean, most Americans will remember the season as quiet. If only one major hurricane forms and comes ashore near a populated community, nobody living there will call it a quiet season.
There is also a limitation when looking deep into hurricane history. Our records become less certain the farther back we travel. Before satellites, aircraft reconnaissance, radar networks and today’s coastal population, hurricanes could develop and disappear over the ocean without anyone knowing they existed. NOAA considers the modern satellite era, beginning in the 1960s, much more complete. U.S. landfall records can be taken farther back because people living along the coastline documented many of the storms that came ashore, but even those early records are not perfect.
Today, there is very little hiding from us.
Satellites watch tropical disturbances thousands of miles from the United States. Hurricane Hunter aircraft can fly directly into storms. Ocean buoys measure conditions at the surface. Doppler radar watches storms approaching the coastline, and increasingly sophisticated computer models calculate possible tracks days in advance.
Yet for all our technology, hurricanes remain a wonderful reminder of something I have always loved about weather: We understand an enormous amount about the atmosphere, but we do not control it.
So yes, America can go an entire hurricane season without a hurricane making landfall. It has happened before, and it will happen again.
But a year without landfall should never become a reason for complacency the following year.
Every June, the maps start fresh. The Atlantic warms. Tropical waves begin their journey westward. Meteorologists start watching those little clusters of thunderstorms rolling off Africa, and millions of people from Texas around Florida and up the East Coast wait to see what the atmosphere decides to do.
Some years, America gets lucky.
Other years, history gets a new name.
And that is why, when hurricane season begins, we watch every storm.
From my window, the lesson is simple: A quiet coastline is something to be thankful for, but never something to count on.
