Atlantic hurricane season opens with below-average forecasts despite historical warnings

The Atlantic hurricane season opened on Monday with forecasters offering what sounds like good news: expect fewer storms than usual. The National Oceanic and Atmospheric Administration predicts six hurricanes and fourteen named storms through the end of November, a figure well below the historical average. The culprit, meteorologists say, is El Niño—a weather pattern that naturally suppresses hurricane formation in the Atlantic basin. But the experts who issued these optimistic numbers also issued a warning, one rooted in a hard historical lesson.

In 1992, Hurricane Andrew arrived during a season that looked, on paper, like it would be quiet. It was not. The storm made landfall near Homestead, Florida, in August—late in the season, after months of relative calm—and became the costliest natural disaster the United States had recorded up to that point. Sixty-five people died. Nearly sixty-four thousand homes were destroyed. More than one point four million households lost power. The damage bill reached twenty-seven billion dollars. Andrew shattered Florida's complacency. The state had gone decades without a direct hit from a Category 5 hurricane. After Andrew, building codes hardened. Emergency protocols changed. The lesson was simple: a quiet forecast is not a guarantee of safety.

Haiyan Jiang, a meteorologist at Florida International University, explained the paradox to reporters. "We have examples from earlier years, like 1992, when Hurricane Andrew hit the south Florida coast and caused enormous damage. That was a below-average year," she said. She was careful to note that fewer storms do not mean weaker storms. Satellite data from the past three decades shows that hurricanes are producing heavier rainfall than they used to—a fact that matters because more than half of all hurricane deaths in the last decade came from flooding, not wind.

Nearly thirty-four years after Andrew, the tools available to forecasters have improved substantially. The NOAA is deploying new technology this season designed to narrow the margin of error. Drones will fly into developing storms to gather data that should improve intensity forecasts by roughly ten percent. Artificial intelligence will power new prediction systems. Unmanned surface and underwater vehicles will collect information in real time. The agency is also testing a redesigned uncertainty cone—the cone that shows where a hurricane's center might travel—that now extends inland and uses color coding to show which counties fall under warnings. Ken Grant, director of the National Weather Service, explained that the old cone captured the storm's center only two-thirds of the time. The new version should account for roughly ninety percent of possible positions.

One of the most significant additions is a flood forecast map that combines rainfall predictions with hydrological data. This reflects a hard truth: in the modern hurricane era, water is often deadlier than wind. The NOAA is also expanding its warning systems to include Hawaii for the first time, along with Puerto Rico and the U.S. Virgin Islands, all of which will now receive storm surge alerts.

While the Atlantic looks relatively quiet, the Pacific tells a different story. El Niño will likely fuel more activity there. The NOAA expects between fifteen and twenty-two named storms and nine to fourteen hurricanes in the eastern Pacific, with five to thirteen tropical cyclones in the central region. Mexico, which sits in the path of many of these storms, faces a busier season. Hawaii, too, will be in the crosshairs. The contrast is stark: fewer storms in one ocean basin, more in another, all driven by the same atmospheric pattern. The forecasters are ready with better tools. Whether that will be enough remains, as always, uncertain.