The 2026 Atlantic hurricane season has gone longer without a hurricane than any season since reliable satellite monitoring began, and the basin is still nearly empty at the climatological peak. As of the 8 a.m. Eastern Daylight Time outlook on Monday, September 14, the National Hurricane Center's tropical weather outlook for the Atlantic listed a single disturbance, a trough of low pressure a little more than 1,000 miles east-southeast of Bermuda, with a formation chance near zero percent through 48 hours and 30 percent through seven days. Forecaster Jack Beven noted that strong upper-level winds are currently unfavorable for development, but that the system is forecast to move into a more conducive environment by the middle to latter part of this week.

The previous record for the latest first Atlantic hurricane in the satellite era, which forecasters date to the 1960s, was September 11. Hurricane Gustav reached that mark in 2002, and Hurricane Humberto matched it in 2013. Both dates have now passed with no Atlantic hurricane.

For coastal households, the practical meaning is narrower than the headline suggests. A season with no hurricanes so far is not a season that has ended. Hurricane season runs through November 30, and development in the late season climatologically shifts toward the western Caribbean, the Gulf, and waters closer to the United States coastline. Three of this year's five tropical storms formed in the northern Gulf.

The Shear Numbers Behind an Empty Map

The season has produced five named storms and no hurricanes: Arthur in June, Bertha in July, Cristobal and Dolly in August, and Edouard, which made landfall near Johnson Bayou, Louisiana, on September 1 with maximum sustained winds of 60 miles per hour, 14 miles per hour short of hurricane strength.

Philip Klotzbach, a hurricane specialist with Colorado State University's Tropical Meteorology Project, reported that vertical wind shear across the western tropical Atlantic and Caribbean over the preceding 30 days ran more than three knots stronger than in any other year in the global satellite record, which begins in 1979. Klotzbach told the Philadelphia Inquirer that the explanation "is almost 100% El Niño."

The oceanic driver is documented. NOAA's Climate Prediction Center kept the ENSO Alert System at El Niño Advisory in its September 10 diagnostic discussion, reporting that the Niño-3.4 index reached plus 1.8 degrees Celsius in August, with sea surface temperature anomalies exceeding plus 3.0 degrees Celsius in the eastern equatorial Pacific. The center placed the chance of a very strong event during Northern Hemisphere fall and winter above 90 percent, and gave a 75 percent chance that the October through December season produces a historic event exceeding the strength of any El Niño back to 1950.

That is a probabilistic outlook, not a schedule. The agency's next diagnostic discussion is due October 8.

Two Basins Moving in Opposite Directions

The same pattern suppressing the Atlantic is fueling the Pacific, which is the clearest indication that this is an El Niño signature rather than a quiet year by chance. According to a NASA Earth Observatory comparison of the two hurricane basins, the northeast Pacific had produced 15 named storms and six hurricanes as of September 3, well above normal for that point in the season, while the Atlantic had produced five named storms and no hurricanes. On Monday morning the hurricane center was issuing advisories on Tropical Storm Norbert, well east of the Hawaiian Islands, and on Tropical Depression Fifteen-E, several hundred miles southwest of the southern tip of Baja California.

NOAA's May outlook called for a 55 percent chance of a below-normal Atlantic season with eight to 14 named storms and three to six hurricanes, alongside a 70 percent chance of above-normal activity in the eastern and central Pacific. The agency raised the odds of a below-normal Atlantic season to 75 percent in its August update. Both basin forecasts have verified so far, which is worth noting in a field where seasonal outlooks are often criticized after the fact.

El Niño is not the only factor. Jhordanne Jones, an assistant professor in the Department of Meteorology and Atmospheric Science at Penn State who studies seasonal tropical storm activity, has said that Saharan dust moving across the Atlantic has combined with El Niño's suppression of rising air. "So it's like a double suppression," Jones said. Benjamin Kirtman, dean of the University of Miami Rosenstiel School of Marine, Atmospheric, and Earth Science, told the Inquirer that this El Niño was unusually early, already in place and strengthening well before the season's most active months.

Dry Air Has Costs of Its Own

The absence of storms is not uniformly good news, and the clearest example is a drought bill coming due in the Caribbean. Jones has said that dry air and Saharan dust have also contributed to an extended dry period across the tropical Atlantic.

Puerto Rico typically enters its wet season in May, and this year the rain did not arrive. On the U.S. Drought Monitor map valid August 25, three-quarters of the territory was in at least moderate drought, with extreme drought covering 44 percent of the island, as documented by NASA's Earth Observatory. Three months earlier, no part of Puerto Rico was in drought. The governor declared a state of emergency in late July, and a federal drought disaster declaration in late August covered more than two dozen municipalities.

On the mainland, U.S. Drought Monitor data valid September 8 showed 49.12 percent of the United States and Puerto Rico in drought, with flash drought worsening across Texas, Oklahoma, Kansas and Missouri. Farmers, ranchers and well owners in those areas are carrying the cost of a season that delivered little tropical rainfall.

Preparation Advice Has Not Changed

Emergency managers have not relaxed guidance, and residents should not treat the record as a reason to stand down. Tropical Storm Edouard dropped more than 20 inches of rain on parts of southeast Texas, prompting a flash flood emergency, which is a reminder that a storm does not need hurricane status to flood a neighborhood. The most useful step now is confirming your evacuation zone and county alert sign-up before anything forms, because there is time to do it calmly this week. NOAA's hurricane safety guidance covers insurance documentation, supply planning, and evacuation routes.

Households without flood insurance should note that standard homeowners policies typically exclude flood damage, and new National Flood Insurance Program policies generally carry a 30-day waiting period. Reviewing that now costs nothing.

What remains unknown is whether any Atlantic hurricane forms at all this year. Only 1907 and 1914 are believed to have produced no Atlantic hurricanes, both well before satellite coverage, and forecasters caution that pre-satellite records are incomplete. Matt Rosencrans, a scientist at NOAA's Climate Prediction Center, has noted that damaging storms can still occur in seasons that start this late. On average, six tropical storms and four hurricanes form after September 11.

Developing Story Timeline

September 14, 2026, 8 a.m. EDT: The National Hurricane Center tracks one Atlantic disturbance with a 30 percent seven-day formation chance, and no tropical cyclones are active in the basin.

September 12, 2026: Forecasters confirm the satellite-era record for the latest first Atlantic hurricane has been broken.

September 11, 2026: The previous record date, set in 2002 and matched in 2013, passes with no hurricane in the Atlantic.

September 10, 2026: NOAA's Climate Prediction Center reports El Niño strengthening, with a greater than 90 percent chance of a very strong event.

September 1, 2026: Tropical Storm Edouard makes landfall near Johnson Bayou, Louisiana, with 60 mph winds, then floods parts of southeast Texas.

June 17, 2026: Tropical Storm Arthur becomes the season's first named storm.

What Readers Want to Know

What exactly is the record? No hurricane has formed in the Atlantic this season, passing the previous satellite-era record for the latest first hurricane, September 11, set in 2002 and matched in 2013.

Does this mean hurricane season is over? No. The season runs through November 30, and late-season development climatologically shifts toward the western Caribbean, the Gulf, and waters nearer the United States coast.

Which areas should still pay attention? Gulf Coast and western Atlantic communities, including the Texas and Louisiana coast, the Florida peninsula and the Carolinas. Three of this season's five storms formed in the northern Gulf.

Who is most affected by the quiet season right now? Puerto Rico residents dealing with water shortages and rationing, and farmers and ranchers across Texas, Oklahoma, Kansas and Missouri, where flash drought worsened in early September.

Has a season ever finished with no hurricanes? Only 1907 and 1914 are believed to have, both before satellite monitoring. Forecasters caution those records are incomplete.

When is the next official update? The hurricane center updates its tropical weather outlook at least every six hours. The Climate Prediction Center's next ENSO diagnostic discussion is scheduled for October 8.

What should a household do this week? Confirm your evacuation zone with your county emergency management office, sign up for local alerts, photograph property for insurance records, and review whether your policy covers flood damage.