NOAA Predicts Below-Normal 2026 Atlantic Hurricane Season but Warns Floridians Not to Drop Their Guard

Federal forecasters at the National Oceanic and Atmospheric Administration issued their official 2026 Atlantic hurricane season outlook on May 21, predicting a below-normal season with 8 to 14 named storms, 3 to 6 hurricanes, and 1 to 3 major hurricanes of Category 3 strength or higher. The forecast, which covers the June 1 through November 30 Atlantic hurricane season, cites the expected development of an El Nino climate pattern as the primary factor in reducing the likelihood of above-average hurricane activity, while warning that Florida residents and coastal communities should not allow a below-normal forecast to lower their guard as the season approaches.

The Forecast Numbers

NOAA expressed a 55 percent probability of a below-normal season, 35 percent probability of a near-normal season, and just 10 percent probability of an above-normal season. The named storm range of 8 to 14 represents a significant reduction from the above-normal forecasts that characterized several recent hurricane seasons, when the Atlantic basin produced 20 or more named storms in some years. An average Atlantic hurricane season produces approximately 14 named storms, 7 hurricanes, and 3 major hurricanes, placing NOAA's 2026 central forecast range slightly below those historical norms.

The prediction of 1 to 3 major hurricanes is particularly notable. Major hurricanes, those reaching Category 3 or above with sustained winds exceeding 111 miles per hour, are responsible for the overwhelming majority of death and property damage in the United States from tropical cyclones. A season with as few as one major hurricane is possible under the NOAA forecast, though the uncertainty range extends up to three such storms. Florida, which juts into the warm waters of both the Gulf of Mexico and the western Atlantic, sits squarely in the path of any storm system that develops in the basin and tracks toward the Gulf or Southeast US Coast.

The forecast was developed by meteorologists at NOAA's Climate Prediction Center, the National Hurricane Center in Miami, and the National Weather Service's Weather Prediction Center. It represents the considered judgment of the federal government's most experienced tropical weather scientists and is updated as the season progresses, typically with revised outlooks in August when the peak of the season is approaching and more data about the atmosphere's current state is available to refine the projections.

El Nino's Role in the Forecast

The primary driver of NOAA's below-normal forecast is the expected development and intensification of an El Nino climate pattern during the 2026 hurricane season. El Nino, a periodic warming of the central and eastern tropical Pacific Ocean, influences global atmospheric circulation in ways that are well-documented to suppress Atlantic hurricane activity. The mechanism involves increased vertical wind shear over the Atlantic, a pattern in which winds at different altitudes blow in different directions, which disrupts the organized convective structure that tropical cyclones need to develop and intensify.

El Nino conditions are not uniformly bad for Atlantic hurricane seasons but they are reliably associated with reduced activity compared to La Nina and neutral years. The 2023-24 El Nino was one of the strongest on record and corresponded with a relatively quiet 2023 hurricane season before activity increased in 2024 as El Nino faded. The 2026 El Nino is expected to be moderate in intensity rather than the extreme conditions of 2023-24, which introduces some uncertainty about exactly how suppressive its effect on hurricane activity will be.

Competing against the El Nino suppression factor are slightly above-average Atlantic Ocean sea surface temperatures and weaker-than-average trade winds in the Atlantic basin, both of which favor hurricane development. The net effect of these competing influences is the below-normal but not dramatically reduced forecast that NOAA has produced. Forecasters are careful to note that the balance of factors could shift as the season progresses and that mid-season updates may revise the storm count estimate in either direction depending on how El Nino develops and how Atlantic sea surface temperatures evolve.

Florida's Hurricane Risk Regardless of Forecast

NOAA meteorologists and the National Hurricane Center in Miami have been emphatic in their messaging that a below-normal season forecast should not lead Florida residents to reduce their hurricane preparedness activities. The reason is both statistical and historical. Even in seasons with below-average storm counts, the storms that do develop can be intense, and any single major hurricane that makes landfall in Florida can cause devastation that is not diminished by the fact that fewer storms overall developed in the basin that year.

Historical examples illustrate the point. Several of the most damaging hurricanes to affect Florida have occurred in years with below-normal or near-normal overall season activity. Hurricane Andrew in 1992, which devastated South Miami-Dade County, occurred in a season with only 6 named storms. Conversely, the record-breaking 2005 season with 28 named storms produced Katrina, Wilma, and Rita but also produced many storms that dissipated in the open ocean without affecting land. The number of storms in the basin does not determine the fate of any individual storm that develops and tracks toward Florida.

The National Hurricane Center's director, speaking at the NOAA forecast announcement on May 21, noted that it only takes one hurricane to be catastrophic and urged Florida residents not to use the below-normal forecast as a reason to delay getting prepared for the season. The NHC's message was consistent with what the agency says every year regardless of the forecast outlook: individual and household preparedness remains the most reliable protection against hurricane damage, because storms give unpredictable track signals until they are relatively close to landfall.

What Florida Residents Should Do Before June 1

The Atlantic hurricane season officially begins June 1 and runs through November 30, though storms can form before and after those dates. For Florida residents, the window between NOAA's forecast announcement in late May and the season's opening is the ideal time to review and update household hurricane preparedness. Emergency management officials at both the state and county level recommend reviewing the following standard preparedness steps before the first storm of the season threatens Florida.

Households should assemble or refresh a hurricane supply kit that includes at minimum three days of water at one gallon per person per day, non-perishable food that does not require cooking, prescription medications, battery-powered or hand-crank weather radios, flashlights and batteries, first aid supplies, important documents in waterproof containers, and cash. The Florida Division of Emergency Management recommends extending that supply to seven days given that post-storm recovery in Florida can sometimes require days or weeks before essential services are restored.

Residents in hurricane evacuation zones should locate their zone designation using their county's official evacuation zone map, available through county emergency management offices and at ready.gov/florida. Understanding which evacuation zone a home falls in before a storm threatens allows residents to make informed decisions about sheltering in place versus evacuating without the confusion and time pressure of an active storm approaching. Florida's evacuation zones are rated A through F, with Zone A representing the lowest-lying and most storm-surge-vulnerable areas that would be evacuated first in most major hurricane events.

Economic Implications of the Hurricane Forecast for Florida

For Florida's property insurance market, which has spent years recovering from the combination of catastrophic hurricane losses and a litigation crisis that drove carriers from the market, the below-normal forecast provides a degree of near-term relief. Actuaries at insurance companies and reinsurers use hurricane season forecasts as inputs into their risk models, and below-normal forecasts tend to support more favorable reinsurance pricing at the mid-year renewal that falls on June 1, the same date the hurricane season begins.

Citizens Property Insurance Corporation, Florida's state-backed insurer of last resort, entered the 2026 season with its enrollment at the lowest level in 14 years, reducing the state's contingent exposure to a major hurricane loss. But even at reduced enrollment levels, a catastrophic hurricane striking the Southeast Florida coast or a direct hit on the Tampa Bay area would generate loss totals that stress the reinsurance and catastrophe bond financing structures that back Citizens' obligations.

The tourism industry, which drives an enormous share of Florida's coastal economy, benefits from quieter hurricane forecasts in ways that go beyond the physical risk of storm damage. Travelers planning Florida beach vacations are aware of hurricane season and sometimes adjust timing to avoid the peak of the season in August and September. A below-normal forecast season may reduce the degree of booking hesitancy that peak-season hurricane uncertainty creates, providing a modest tailwind for the Gulf and Atlantic coastal resort markets that depend heavily on summer and fall visitor spending.

Regional Forecast and Timing

NOAA's season forecast covers the entire Atlantic basin, from the Gulf of Mexico through the Caribbean Sea and into the open Atlantic. Within that broad geographic scope, the agency does not provide predictions about which specific regions of the US Coast face the greatest risk from specific storm tracks. Individual storm tracks depend on atmospheric steering patterns that cannot be predicted at seasonal time scales, and a below-normal overall season does not mean that any particular region of Florida is at reduced risk of experiencing a significant storm.

The typical peak of the Atlantic hurricane season falls between mid-August and mid-October, with the statistical maximum of storm activity occurring around September 10. For Florida, both the Gulf of Mexico and Atlantic tracks are in play throughout the season, with Gulf of Mexico storms most likely to affect the West Coast and Panhandle and Atlantic storms most likely to affect the East Coast and Southeast Florida. The Florida Keys and South Florida sit in the potential path of storms that curve northward through the Caribbean or develop in the Gulf.

NOAA will issue updated forecasts in August as the peak season approaches, incorporating the latest sea surface temperature data, the actual state of the El Nino pattern, and the atmospheric conditions that have evolved over the course of the early season. Those updates provide more refined guidance for the critical final weeks of peak season and will be of significant interest to Florida homeowners, local emergency managers, and the insurance industry as the statistical period of greatest risk approaches.