The US Northeast is currently experiencing an intense cold wave driven by the polar vortex, bringing temperatures well below freezing. Many areas are facing their first below-zero temperatures of the season, with feels-like temperatures dropping as low as 12 degrees. This unusual early December cold snap has raised questions about how cold it really is, how long it will last, and what it means for daily life. Below, we answer some of the most common questions about this Arctic chill and what to expect in the coming days.
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How cold is it in the US Northeast right now?
Temperatures across the US Northeast are currently well below average, with many locations experiencing their first below-zero temperatures of the season. Feels-like temperatures are dropping to as low as 12 degrees Fahrenheit, making it feel much colder. This intense cold wave is driven by a polar vortex bringing Arctic air into the region.
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Will the Arctic cold snap affect daily life or travel?
Yes, the extreme cold can impact daily activities and travel plans. Cold temperatures can lead to icy roads, delays in transportation, and increased risks of frostbite or hypothermia if proper precautions aren’t taken. It's advisable to stay indoors when possible and dress warmly if you need to go outside.
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When will the cold weather end?
The current cold wave is expected to ease by mid-December, with more seasonable weather returning. While the cold will persist through the weekend, temperatures should gradually rise, reducing the severity of the Arctic chill.
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How does this cold wave compare to past winters?
This cold snap is unusual for early December, with temperatures dropping to levels that are typically seen later in winter. While Arctic air and polar vortex patterns are common in winter, the intensity and early arrival of this cold wave make it stand out compared to recent years.
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Is this cold wave caused by climate change?
Climate variability and the expansion of the polar vortex contribute to such cold waves. While climate change generally leads to global warming, it can also cause more extreme and unpredictable weather patterns, including intense cold snaps like this one.