New York City: I-95 Weather Alert as Weekend Snow Chances Increase Friday–Monday

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New York City, New York – The risk of a winter storm impacting the New York City metro area is increasing, as forecasters monitor a developing system that could bring accumulating snow and hazardous travel conditions later this weekend, according to the NOAA Weather Prediction Center.

The outlook focuses on the period from 7 p.m. Friday through 7 p.m. Monday, when a strengthening storm system may affect the Interstate 95 corridor, including New York City, northern New Jersey, and southern New York State.

As of Monday evening, the New York City area is included in a 10% probability zone for at least moderate winter storm impacts, with forecasters noting that odds are trending upward as confidence slowly increases. Officials stress that details remain uncertain, but the signal for potential impacts is becoming clearer.

What forecasters know:

  • Very cold Arctic air will be entrenched across the Northeast, ensuring any precipitation falls as snow, even near the coast.
  • A high-altitude disturbance is forecast to dive out of Canada on Thursday, then intensify as it moves east by Saturday.
  • This system is expected to generate a surface low-pressure system, which may track close enough to the coast to impact the NYC metro area.
  • Small changes in storm track could dramatically alter snowfall amounts along I-95, including Manhattan, Brooklyn, Queens, the Bronx, and Staten Island.

What remains uncertain:

  • Whether the surface low tracks offshore or closer to the coast
  • The timing and duration of any snow bands
  • How far north heavier snow extends into the New York City metro

Given persistently below-freezing temperatures, even a modest snowfall could lead to slick roads, reduced visibility, and transit disruptions, particularly during overnight periods and early-morning travel on I-95, I-278, I-495, and major city bridges and tunnels.

Residents are urged to monitor forecasts closely through midweek, as confidence is expected to increase and probabilities may be adjusted upward if model agreement improves.