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What causes lake-effect snowstorms?
Lake-effect snowstorms occur when cold air moves over warmer lake waters, causing moisture to evaporate and form clouds. As these clouds travel over the colder land, they release heavy snowfall. This process is intensified when lake temperatures are warmer than usual, which has been noted this season.
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How do lake-effect snowstorms differ from regular snowstorms?
Unlike regular snowstorms that can cover large areas uniformly, lake-effect snowstorms are localized and can produce extreme snowfall in specific regions. They are often more intense and can lead to rapid accumulation of snow, making travel extremely hazardous.
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What precautions should residents take during severe snowstorms?
Residents should stay informed about weather updates, avoid unnecessary travel, and prepare emergency kits with essentials like food, water, and medications. It's also important to have a plan for heating your home in case of power outages.
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What historical snowstorms have impacted the Great Lakes region?
The Great Lakes region has experienced several notable snowstorms, including the Blizzard of 1978 and the Great Lakes Snowstorm of 2014. These storms brought record snowfall and caused significant disruptions to travel and daily life.
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How much snow is expected from the current lake-effect snowstorm?
The current lake-effect snowstorm is forecasted to bring up to six feet of snow in some areas, particularly in parts of New York and Pennsylvania. This significant accumulation can lead to dangerous travel conditions and emergency declarations.
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What areas are most affected by lake-effect snowstorms?
Areas near the Great Lakes, especially regions in New York, Pennsylvania, and Michigan, are most affected by lake-effect snowstorms. These regions often experience the heaviest snowfall due to their proximity to the lakes.