Connecticut schools delay on Monday morning after a winter storm brought between one and three inches of snow across the state overnight. The National Weather Service (NWS) had issued a winter weather advisory, warning of hazardous road conditions that could impact the morning commute.
As a result, more than 400 school districts across Connecticut announced delayed openings, with most implementing two-hour delays to allow for snow removal and safer travel for students and staff. The delays impacted schools in major cities, including Hartford, New Haven, Stamford, and Bridgeport, as well as several smaller districts across the state.
School Districts Affected
Among the districts that announced delays were:
Ansonia Public Schools | Avon Public Schools |
Bridgeport Public Schools | Danbury Public Schools |
Fairfield Public Schools | Hartford Public Schools |
Milford Public Schools | Norwalk Public Schools |
Stamford Public Schools | Waterbury Public Schools |
For a full list of affected schools, residents were encouraged to check local news websites and school district notifications.
Road Conditions and Safety Precautions
State and local road crews worked throughout the night to clear highways and main roads. However, untreated residential and secondary roads remained slippery early Monday morning. The Connecticut Department of Transportation (CTDOT) urged drivers to exercise caution, particularly in shaded areas where black ice could form.
By mid-morning, temperatures had risen into the low-to-mid 40s, accelerating the melting process. However, forecasters warned that colder temperatures expected on Tuesday and Wednesday could lead to refreezing, creating potential hazards for morning commuters.
Weather Outlook
The NWS predicts a dry and clear Tuesday and Wednesday, giving Connecticut residents a temporary break from winter weather. However, meteorologists are monitoring another potential storm system expected to arrive later in the week.
Residents are advised to stay updated on weather forecasts and school notifications as conditions evolve.