Surrounded by weather radar equipment and the quiet hum of monitoring systems, officials stood inside the NOAA Aircraft Operations Center in Lakeland, Florida, and made an announcement that most coastal residents probably wanted to hear: this Atlantic hurricane season is probably going to be below average. fewer storms. calmer seas. From Florida to the Carolinas, a collective sigh.
According to NOAA’s 2026 forecast, there is a 55% chance that the season will be below average, with eight to fourteen named storms predicted and only one to three of them having the potential to become major hurricanes. The primary cause is El Niño, which increases wind shear over the Atlantic and effectively destroys developing storm systems before they can gain significant momentum. That sounds comforting on paper. And for the most part, it is. Beneath these figures, however, is a more subdued discourse that forecasters are cautious to acknowledge without going overboard: rapid intensification is becoming more frequent, more difficult to predict, and more difficult to outrun.
In the past, rapid intensification—when a storm’s winds increase by at least 35 miles per hour in a single day—was thought to be an uncommon, nearly unlucky occurrence. Every season, it seems less uncommon. For years, scientists have been pointing out that rising ocean temperatures are making it possible for storms to intensify dramatically, sometimes overnight, even when the surrounding atmospheric conditions indicate otherwise. Regardless of how many storms actually form, NOAA scientists themselves have expressed medium to high confidence that tropical cyclone intensities will probably rise globally over time.
That distinction is very important. One measure is the quantity of storms during a season. The second metric that keeps meteorologists up at night is how those storms behave once they do form. From a human perspective, an above-average season of storms that weaken before reaching shore is far better than a below-average season with one rapidly intensifying storm making landfall close to a major urban area.
Last year, Jamaica discovered this. It wasn’t intended to be Hurricane Melissa, the strongest storm to ever hit the island. More than 90 people were killed in Jamaica, Haiti, and nearby countries when it struck as a Category 5 storm with winds of about 200 km/h. The estimated economic damage was 12.2 billion dollars, which is more than half of Jamaica’s total GDP. There was no true historical precedent for Melissa. Even so, it occurred during a season that nobody would have characterized as catastrophically active.
This year, reading NOAA’s upbeat tone makes it difficult not to think of Melissa. El Niño suppresses overall activity, as the agency correctly points out. But they’re also careful — deliberately so — to include a phrase that functions almost like a warning tucked inside good news: “it only takes one.” At the press conference, National Weather Service director Ken Graham stated it clearly. Actually, I repeated it, which feels significant.
The scientific community seems to be struggling to convey two truths at the same time. Fewer storms are genuinely good news for emergency management resources, preparation fatigue, and insurance systems stretched thin. But the storms that do form are increasingly capable of surprising everyone — models included. AI-based forecasting tools and next-generation satellite data are helping close that gap, and NOAA is integrating them aggressively this season. It’s still unclear if that technology will advance quickly enough to allow coastal communities to evacuate before a storm doubles in intensity.
Season after season, it becomes increasingly evident that the traditional mental model of hurricane risk—count storms, monitor the activity level of the season, and brace or exhale accordingly—is most likely out of date. The risk is changing from volume to velocity. A single storm, the ideal ocean temperature, a weakened shear moment, and below-average become insignificant.
The forecast from NOAA is accurate. However, it’s important to read the fine print.
