As of September 12, 2026, the Atlantic has failed to produce a single hurricane, marking a satellite-era record for the latest start to a season. This unusual quiet is being driven by a powerful El Niño that is actively disrupting storm development across the basin.
The 45 mph wind shear "decapitating" Atlantic storms
As reported by the Associated Press, a powerful El Niño is currently suppressing Atlantic hurricane formation through a "triple whammy" of atmospheric interference. Kristen Corbosiero, an atmospheric science professor at the University at Albany, notes that wind shear in the region between Africa and the Caribbean is roughly 45 mph higher than what a tropical cyclone can typically endure. This intense wind shear, where low-level easterly winds collide with high-altitude westerly winds, effectively tears developing storms apart before they can organize.
Brian McNoldy, a hurricane expert at the University of Miami, described the phenomenon as storms having their "heads cut off" before they even have a chance to strengthen. This atmospheric disruption is compounded by dry African dust and sinking air caused by high pressure, which together starve potential hurricanes of the moisture and stability they require to grow. consequently, the Atlantic has seen only five relatively weak and brief tropical storms so far this year.
Why 100 days of record-hot ocean waters failed to trigger activity
Despite the lack of storms, Atlantic ocean temperatures have remained at record levels for 100 consecutive days, a condition that typically serves as high-octane fuel for hurricanes. However, Phil Klotzbach, a hurricane expert at Colorado State University, points out that overall Atlantic activity is currently sitting at just seven percent of the seasonal norm. The expected surge in activity has failed to materialize despite these warm seas.
The disconnect between boiling seas and a quiet atmosphere is explained by research from Kerry Emanuel, a meteorology professor at the Massachusetts Institute of Technology. Emanuel's research found that the temperature differential between the ocean and the atmosphere is a more critical driver than water temperature alone. Because the atmosphere has not warmed as rapidly as the Atlantic waters, the heat flow required to power a hurricane is being stifled, creating a mismatch that prevents storm intensification.
The Pacific's 36 named storms versus the Atlantic's five
While the Atlantic remains uncharacteristically quiet, the El Niño pattern is aggressively fueling activity in the Pacific Ocean. According to the report, the eastern Pacific has seen 16 named storms—nearly double the normal amount—while the central Pacific has recorded 20 named storms, representing a 40 percent increase over typical levels. This shift demonstrates how El Niño redistributes tropical cyclone energy across the globe rather than simply eliminating it.
This shift has already had tangible consequences for Pacific island nations. Hawaii has been struck by two storms, and officials have advised tourists to avoid Kauai as the region recovers from the impact of Hurricane Lowell. The contrast is stark: while the Atlantic struggles to produce even a single hurricane, the Pacific is seeing much longer-lasting and more frequent tropical cyclones.
Will the Gulf of Mexico break the late-season silence?
The current lack of Atlantic hurricanes raises a critical question: can a major storm still emerge despite the prevailing atmospheric suppression? Meteorologists warn that the season's quiet start should not breed complacency, citing the 1992 season which, despite a late start, produced the devastating Hurricane Andrew.. The historical precedent suggests that a slow start is no guarantee of a calm year.
One specific area of uncertainty is the Gulf of Mexico, where Kristen Corbosiero and other experts have noted that wind shear has not been as punishingly high as in other regions. This leaves open the possibility that strong storms could still develop in the Gulf later in the season. Whether the atmosphere will allow such a development remains the priary unanswered question for forecasters monitoring the Atlantic basin.
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