Talia Manno opened her front door on Saturday morning to a view she hoped never to see again: waves, pushed ashore by a powerful nor'easter, lapping halfway up the steps of her Atlantic City, N.J., home. "It got up to my fifth step," she said. "I was really freaking out."
Manno, a lifelong resident of the New Jersey resort town, said the last time water pushed that far inland was during Hurricane Sandy, the 2012 storm that devastated much of the Northeast. The comparison carried its own weight: flooding severe enough to trigger memories of Sandy is not a routine occurrence on the Atlantic City waterfront, even for people who have watched high tide and storm surge roll in for decades.
Her account captured the suddenness of the weekend's weather. "Even if you live here and you see high tide and flooding, that was really scary and it happened so fast," she said. In coastal communities facing a storm whose worst effects coincide with the tidal cycle, the difference between an inconvenient high tide and a flooded block of houses can be a matter of hours.
The flooding was part of a larger picture NPR detailed in a report by Ava Berger and Scott Simon, heard on Weekend Edition Saturday and published early Saturday morning, September 26, with an update later that evening. The nor'easter was pummeling Mid-Atlantic and New England coastlines, delivering the combination of wind, water and prolonged rain that residents of the region know all too well.
Across the Northeast, Saturday brought rising tides and widespread power outages as the storm ripped through the region. Forecasters expected significant winds and rain to continue throughout the weekend, an indication that the danger was not confined to the first round of high tides but would stretch across multiple coastal flood cycles.
Storms of this type take their name from the direction the wind blows — from the northeast, over the water, rather than onto it. That onshore flow is the engine behind the surge: persistent northeast winds pile water against the coast, and when that coincides with a high astronomical tide, low-lying streets and boardwalks fill first. Heavy rain falling on already-saturated ground compounds the problem, because drainage systems that rely on gravity and pumps can be overwhelmed long before rivers crest.
The preparation work began well before Saturday's flooding. In a photograph taken during the early stages of the storm on Friday, John Garrisi and Gaige Graf moved an outdoor table away from the shorefront, a small but telling gesture of the pre-emptive work residents undertake ahead of coastal storms. Furniture, planters and other unsecured items become projectiles in high wind, and clearing them from the path of a shoreline is a familiar Saturday-morning ritual in waterfront towns.
NPR's report was framed around how people are getting through the weekend — the practical adaptations that residents, businesses and travelers make when a storm rewrites the plan. Weekend plans in coastal areas take on a provisional quality: outdoor ceremonies become indoor ones or are moved, harbor schedules are rewritten, and shorelines empty out as residents decide whether to stay and defend their homes or wait it out somewhere safer.
For those who stayed, the immediate consequences of the storm's wind and water were concrete. Widespread power outages Saturday left households and businesses without electricity, complicating everything from heating and refrigeration to communication and well-pumps. Utility restoration in coastal New England and the Mid-Atlantic typically proceeds neighborhood by neighborhood, and saturated, wind-damaged infrastructure can slow the process considerably.
The weekend-long forecast matters for a reason beyond inconvenience. With significant winds and rain expected to continue, the storm's second act could bring additional surge on subsequent high tides, meaning neighborhoods that escaped Saturday's flooding might not be as fortunate later. It is the pattern forecasters warn about most often in nor'easters: the first round does the visible damage, and the following rounds test whether recovery has even begun.
At the same time, a second storm system was bearing down on the Pacific. A satellite image captured Friday showed Hurricane Nolo approaching Hawaii's islands, and forecasters expected it to strengthen while avoiding a direct landfall. Even so, they warned of dangerous flooding rains — a reminder that a hurricane's destructive potential is not limited to where its center crosses a coastline, since saturated ground, swollen streams and poor drainage can turn a near miss into a disaster.
The convergence of a battering East Coast storm and a strengthening Pacific hurricane is unusual enough to note on its own, because the two affect entirely separate geographies and populations. But the underlying message is the same for both: the most damaging effects of a powerful storm often arrive not as wind itself, but as water, delivered far from the eye of the storm and sometimes long after it has moved on.
For residents such as Manno, the storm's meaning is measured in inches of seawater and in comparison with the last time it was this bad. Her reference to Sandy is both a warning and a benchmark: a reminder that the New Jersey shore has seen flooding of this scale before, that the memory of it has survived more than a decade, and that the interval between such events is shorter than anyone who lived through that storm ever hoped.
The weekend ahead promised more of the same — high winds, driving rain and further coastal flooding through Sunday — as forecasters and residents alike waited to see whether the nor'easter's second round would top what Saturday's tides had already delivered.
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