The 2026 Atlantic hurricane season may be on the verge of setting a record for how late the basin goes without producing its first hurricane, even as meteorologists continue watching the Gulf of Mexico for the possibility of a smaller, homegrown tropical system during the first half of September.
Meteorologist Jonathan Kegges, host of the JustWeather YouTube channel, said the Atlantic has remained remarkably quiet during what is normally the busiest part of hurricane season, and he now believes there is a strong chance the basin will reach Sept. 12 without a hurricane forming.
If that happens, Kegges said it would establish a new record for the latest first hurricane of the season during the satellite era, which begins in 1966, when meteorologists gained the ability to monitor the entire Atlantic basin much more consistently.
Sept. 12 Could Become A Record Date
Kegges said the significance of Sept. 12 comes from the historical record rather than from any particular storm currently threatening to develop.
If no hurricane forms by that date, the 2026 season would move beyond every other season in the modern satellite era in terms of how late it took to produce its first hurricane.
That would be especially unusual because the climatological peak of Atlantic hurricane season falls around Sept. 10, with the broader peak period generally stretching from the third week of August into the third week of October.
Kegges said the season has been so quiet that the long-range ensemble models look unusually empty for early September, which is typically the time of year when meteorologists expect to see multiple areas worth watching across the tropical Atlantic.
He described the setup as remarkable and said he does not currently see a hurricane developing before Sept. 12, adding that the drought in hurricane activity may continue beyond that date.
The quiet does not mean the season is over, but it does put 2026 in an increasingly unusual position as the calendar moves through what should normally be its most active stretch.
El Niño Wind Shear Is Shutting Down The Main Development Region
Kegges said the biggest reason for the inactivity is the strong wind shear associated with El Niño, particularly across the Caribbean and the main development region of the Atlantic.
He showed a five-day average wind-shear forecast filled with areas of abnormally strong upper-level winds, explaining that any tropical wave moving through those regions would have difficulty organizing.
Wind shear can disrupt the vertical structure of developing tropical systems, separating thunderstorms from the center and preventing a circulation from becoming better organized.
Kegges said that is exactly what he expects through at least the third week of September.
The Climate Prediction Center had highlighted an area near the coast of Africa with a greater than 20% chance of tropical cyclone formation during the Sept. 9-15 period, but Kegges said he was not particularly concerned about that wave because of the hostile environment it would encounter farther west.
He believes any system trying to cross the Caribbean or move through the usual long-track hurricane corridor would face very poor conditions.
That is a major departure from the classic September setup, when strong tropical waves rolling off Africa can sometimes develop into long-lived hurricanes that track westward for days.
The Gulf Of Mexico Is The Area To Watch
While Kegges is not expecting much from the eastern Atlantic, he said the northern Gulf of Mexico deserves closer attention for possible short-fuse development.
Rather than a storm traveling thousands of miles from Africa, he said the more realistic threat this season comes from systems that form close to home, often from stalled fronts, decaying boundaries or clusters of thunderstorms that organize over warm Gulf waters.
He pointed to Tropical Storm Edward as a recent example of that type of development.
According to Kegges, the broader atmospheric pattern that helped Edward form may return in pieces during September, particularly from roughly Sept. 8 through Sept. 13 and possibly again later in the month.
He emphasized that the signal remains weak.
Only three of 50 Google DeepMind ensemble members were showing a possible weak tropical system in the Sept. 10-12 range, which Kegges said is nowhere near enough to call development likely.
Still, he argued that the larger-scale environment makes the northern Gulf more interesting than anywhere else in the Atlantic basin over the next seven to 10 days.
That is a useful reminder of how hurricane forecasting works at this stage. A weak model signal does not automatically mean a storm is coming, but when it lines up with a favorable background pattern, it can identify a region worth monitoring before the models become more confident.
Rising Air Could Give Gulf Storms A Chance
Kegges also used a Hovmöller-style chart to explain why he believes the Gulf may briefly become more favorable.
The chart showed areas where rising motion is expected to be stronger than normal, with green shading indicating regions where air is more likely to rise and support thunderstorm development.
He said rising motion is one of the ingredients needed for tropical organization because thunderstorms require warm, moist air to rise, cool and condense.
If those thunderstorms remain over warm water long enough and other conditions are supportive, they can begin consolidating around a developing low-pressure center.
Kegges said there are signs of enhanced rising motion reaching the Gulf during parts of early and mid-September, which could give one or two weak systems a chance to form.
The important limitation is location.
If a disturbance develops too close to land, it may move inland before it has time to strengthen significantly, much like Edward did in Texas.
If it forms farther offshore and spends more time over open water, however, the risk of intensification increases.
Kegges said that distinction is why the Gulf remains worth watching even during an otherwise exceptionally quiet Atlantic season.
El Niño Is Fueling The Pacific Instead
The same El Niño pattern suppressing the Atlantic has been helping produce the opposite effect across the Pacific.
Kegges said persistent rising motion across the western, central and eastern Pacific has supported repeated tropical development there, while sinking air and stronger shear dominate much of the Atlantic side.
He described that Pacific activity as “bonkers,” saying the large-scale tropical circulation has become heavily tilted toward the Pacific basin.
That contrast is one of the clearest signs of how strongly El Niño can rearrange tropical weather.
It does not simply reduce Atlantic hurricanes in isolation; it changes the placement of rising and sinking air across enormous sections of the tropics, which can make one basin hyperactive while another struggles to produce organized storms.
Kegges said that same pattern is also associated with broader climate impacts elsewhere, although he kept his forecast focused mainly on the Atlantic.
Peak Season Is Arriving With Very Little On The Map
The climatological peak of Atlantic hurricane season comes around Sept. 10, but Kegges said the current outlook looks nothing like a normal peak-season map.
Long-range ensembles remain unusually quiet, and the strongest signals continue to favor weak, close-to-home development rather than major hurricanes emerging from the deep tropics.
Kegges said recent seasons have sometimes been backloaded, meaning activity can increase later than the traditional peak, so he is not willing to declare the season finished.
He still believes the Atlantic will probably produce at least one hurricane before the official season ends.
However, he now expects 2026 to finish well below average overall unless conditions change dramatically later in September or October.
That makes the next week especially interesting from a historical standpoint.
The absence of a hurricane has already become notable, but once the season moves beyond Sept. 12, it would cross from merely unusual into record territory for the satellite era.
A Quiet Season Can Still Produce Dangerous Storms
Kegges also stressed that low seasonal activity does not mean individual storms cannot cause serious problems.
Edward never became a hurricane, but Kegges pointed out that the tropical storm still produced significant flooding in parts of Texas, particularly around areas north of Beaumont.
That is why focusing only on hurricane counts can be misleading.
A weak or short-lived tropical storm forming close to the coast may leave little time for preparation and can still produce heavy rainfall, flooding and damaging winds.
For now, Kegges’ forecast remains unusually calm for early September: no clear hurricane threat through at least Sept. 12, strong El Niño-driven shear suppressing the main Atlantic development region, and only a low-confidence signal for possible Gulf development.
If that pattern holds for another week, the Atlantic hurricane season will have done something not seen in the modern satellite record, reaching the heart of September without producing a single hurricane.
Growing up in the Pacific Northwest, John developed a love for the great outdoors early on. With years of experience as a wilderness guide, he’s navigated rugged terrains and unpredictable weather patterns. John is also an avid hunter and fisherman who believes in sustainable living. His focus on practical survival skills, from building shelters to purifying water, reflects his passion for preparedness. When he’s not out in the wild, you can find him sharing his knowledge through writing, hoping to inspire others to embrace self-reliance.
