Northeast Ohio Sees Springlike Warmup with Highs Near 60

Mild air and rain showers expected through the week before a return to winter weather this weekend.

Published on Feb. 16, 2026

Northeast Ohio is headed for a stretch of springlike weather this week, with temperatures climbing well above seasonal averages and high temperatures reaching near 60 degrees by midweek. However, the warmth will come with rounds of rain, especially on Wednesday and Friday, as low-pressure systems move through the region.

Why it matters

The unseasonably warm temperatures and rain will lead to snowmelt and modest rises on rivers and streams, potentially causing ice jams in some areas. This weather pattern is a notable departure from typical mid-February conditions in Northeast Ohio.

The details

Highs on Monday and Tuesday will reach the 40s and 50s, with Wednesday expected to be the warmest day of the stretch, potentially hitting 60 degrees in some inland areas. The warmth will be accompanied by rain, with up to a half-inch possible on Wednesday as a low-pressure system moves in. Another round of rain is expected Thursday night into Friday. Colder air and a chance of snow will return by the weekend.

  • Highs on Monday will reach the 40s and low 50s.
  • Highs on Tuesday will reach the 50s.
  • Wednesday is expected to be the warmest day, with highs potentially reaching 60 degrees.
  • Rain is expected on Wednesday, with up to a half-inch possible.
  • Another round of rain is expected Thursday night into Friday.

The players

National Weather Service in Cleveland

The National Weather Service office that serves Northeast Ohio and provides weather forecasts and information for the region.

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What’s next

The colder air and chance of snow expected this weekend could lead to additional weather impacts that will need to be monitored.

The takeaway

This week's springlike warmup in Northeast Ohio is a notable departure from typical mid-February weather, but it will come with trade-offs like rain and the potential for snowmelt and ice jams on local rivers and streams.