Why federal forecasters say 'it only takes one' storm as NOAA releases 2026 hurricane season predictions

LAKELAND, Fla. - The National Oceanic and Atmospheric Administration announced Thursday that the agency is predicting a below-normal Atlantic hurricane season, driven by a strengthening El Niño climate pattern. 

Government leadership introduced the forecast during a news conference at their aircraft operations center in Lakeland, warning residents that a quieter season does not lower the risk of a single catastrophic storm making landfall.

Atlantic hurricane season outlook

What we know:

Federal forecasters are projecting a total of eight to 14 named storms for the upcoming period. Out of those systems, officials expect three to six to develop into hurricanes, including one to three major hurricanes reaching Category 3 strength or higher.

An unfolding El Niño climate event is primarily steering this lower prediction. 

NOAA Administrator Neil Jacobs noted that there is a 98% probability of El Niño taking place later in the season and an 80% chance it will be moderate to strong. 

While warmer oceans and low winds typically fuel high storm activity, El Niño conditions actively work to suppress tropical systems.

Lakeland drone technology

What they're saying:

During a media briefing on Thursday at their Lakeland facilities, weather officials showcased how new technology will optimize seasonal modeling. Specialized Black Swift drones are flown directly into active hurricanes to compile critical environmental data.

The drone data successfully elevated forecast prediction factors by 10% during previous tests. NOAA Corps Commander Danielle Varwig stated that this marks the initial year the National Hurricane Center will integrate Black Swift data directly into its operational computer models. Varwig explained that teams hope to grow that 10% forecasting efficiency in the coming years.

Artificial intelligence computations

By the numbers:

Artificial intelligence is taking on an expanded operational role to accelerate complex weather computations. Physics-based tracking models rely on millions of lines of programming code.

By substituting specific parameterizations with machine learning, software replicates the identical calculations while utilizing only a fraction of the traditional computer processing power. Jacobs reported that these technical integrations generate significant structural efficiencies. Additionally, new Flood Inundation Mapping tools generate distinct visualizations of neighborhood streets that face the highest risk of going underwater.

Storm mapping visualization

What we don't know:

National Weather Service Director Ken Graham called the visual street mappings a game-changer for emergency managers who previously had to rely strictly on isolated gauge points. However, meteorologists do not yet have the technical capacity to instantly map exact flood depths.

Graham indicated that identifying specific water depths is the next developmental phase that will require more time to implement. Officials also cannot predict where or when an individual storm will hit land this season, as long-range outlooks only measure large-scale climate patterns rather than short-term steering winds.

Early emergency preparedness

What's next:

The Atlantic hurricane season officially begins June 1 and concludes Nov. 30. Weather leaders emphasize that families must establish early preparedness plans rather than scrambling at the last minute.

Graham noted that every Category 5 storm to hit the country historically underwent rapid intensification from a basic tropical storm in just a few days. Despite the lower statistical numbers predicted for the year, environmental teams insist that communities cannot let their guard down.