The National Hurricane Center has designated a new area to watch for tropical development deep in the Atlantic, though a strengthening El Niño may keep the 2026 hurricane season quieter than usual.
A tropical wave is expected to move off the west coast of Africa on Tuesday and drift across the open Atlantic, where forecasters say some development is possible through the middle to end of next week. The NHC is currently giving the disturbance low odds of organizing into anything significant over the next seven days, citing Saharan dust, unfavorable upper-level winds, and water temperatures that may not cooperate.
The designation, FOX Weather reported, adds another data point to a hurricane season that has so far produced two named storms, Tropical Storms Arthur and Bertha, both of which formed in the Gulf earlier this summer.
NOAA's updated 2026 Atlantic hurricane season outlook estimates seven to thirteen named storms this season, with two to six reaching hurricane strength. Of those, forecasters expect up to two could become major hurricanes, Category 3 or higher on the Saffir-Simpson scale, meaning sustained winds of at least 111 miles per hour.
Those ranges already account for Arthur and Bertha.
Government forecasters said they expect a very strong El Niño climate pattern to last through this fall. El Niño drives above-average water temperatures in the central and eastern Pacific Ocean, which shifts and strengthens the jet stream. That stronger jet stream extends over the Caribbean and the Atlantic, creating wind shear and atmospheric conditions that make it harder for tropical systems to organize and intensify.
FOX Weather Hurricane Specialist Bryan Norcross provided an update on the season's progress, noting that experts are monitoring a strengthening El Niño this week. A linked headline on the FOX Weather site referenced the possibility that the current El Niño could reach "Super" status by year's end, a threshold that, if met, would further tamp down Atlantic storm activity.
For the disturbance currently being tracked, the combination of Saharan dust and hostile upper-level winds works against development. Dust-laden air masses off the African coast rob tropical waves of the moisture they need to build convection, and strong wind shear can tear apart any fledgling circulation before it gains structure.
Still, the NHC watches these waves routinely because conditions can change. A system that looks marginal off Africa can encounter warmer water and lighter shear farther west, and August, September, and October are historically the most active months of the Atlantic hurricane season.
The practical question for coastal residents and emergency planners is whether El Niño's suppressive effect holds as firmly as government forecasters expect. If it does, the 2026 season could finish near the lower end of NOAA's range. If El Niño weakens faster than projected, the Atlantic's warm waters could support more robust development later in the fall.
Taxpayers along the Gulf and Atlantic coasts have learned the hard way that forecasts are probabilities, not guarantees, and one well-aimed storm matters more than a season's total count.
