Atlantic Storm Season Stays Quiet While Pacific Sees Surge in Tropical Activity
Tropical oceans around the world are showing a sharp contrast as September comes to an end. While the Atlantic Ocean remains unusually calm, the Pacific Ocean continues to generate multiple powerful storm systems.
Forecasters are currently monitoring several tropical disturbances, storms, and hurricanes across the Pacific. In contrast, activity in the Atlantic remains well below seasonal averages despite this being one of the busiest periods of the year for tropical cyclone formation.
The Atlantic hurricane season has produced only eight named storms so far. Notably, none of them have strengthened into hurricanes. Recent monitoring reports showed Tropical Storm Fay and Tropical Storm Hanna moving over open Atlantic waters, with both systems remaining away from major land areas.
Weather experts note that overall cyclone energy in the Atlantic has remained significantly below long-term averages. This unusual slowdown has made the 2026 season one of the quietest in recent years.
Meanwhile, the Pacific Ocean tells a very different story. Major Hurricane Nolo recently intensified with extremely strong winds near the northwestern Hawaiian Islands. At the same time, Hurricane Polo made landfall in Mexico’s Baja California Sur region, bringing destructive winds and heavy rainfall.
In addition, Tropical Storm Rachel continues to move near Mexico’s Pacific coast and could strengthen further. Another weather disturbance east-southeast of Hawaii is also being closely watched for possible development.
The western Pacific remains active as well. Typhoon Surigae is currently tracking toward Japan, adding to the growing number of tropical systems across the region.
Meteorologists believe El Niño is playing an important role in the differing conditions. The climate pattern often increases upper-level wind shear across the Atlantic. As a result, developing storms can struggle to organize and intensify.
On the other hand, atmospheric and oceanic changes linked to El Niño may create conditions that support cyclone formation in parts of the Pacific Ocean. However, experts emphasize that no single factor is responsible for the current situation.
Instead, a combination of ocean temperatures, wind patterns, atmospheric conditions, and large-scale climate influences appears to be driving the dramatic difference between the two ocean basins.
As the tropical season continues, scientists will closely monitor both regions to see whether the Atlantic becomes more active or if the Pacific maintains its current pace of storm development.