Weather Alerts For Harbor, OR

URGENT - WEATHER MESSAGE National Weather Service Medford OR 1253 PM PST Tue Dec 16 2025 South Central Oregon Coast-Curry County Coast- Including the following locations...Port Orford and Bandon 1253 PM PST Tue Dec 16 2025 ...HIGH WIND WATCH IN EFFECT FROM LATE WEDNESDAY NIGHT THROUGH THURSDAY EVENING... * WHAT...South winds 30 to 40 mph with gusts up to 65 mph possible. * WHERE...Coastal headlands and exposed portions of Highway 101. Including communities of Port Orford, Bandon, Charleston, and Lakeside. * WHEN...From late Wednesday night through Thursday evening. * IMPACTS...High winds may move loose debris, damage property and cause power outages. Travel could be difficult, especially for high profile vehicles. PRECAUTIONARY/PREPAREDNESS ACTIONS... Monitor the latest forecasts and warnings for updates. &&

There is a Marginal Severe Storm Risk for your location. Continue reading for today's outlook from the National Weather Service's Storm Prediction Center. -------------------- National Severe Storm Outlook THERE IS A MARGINAL RISK OF SEVERE THUNDERSTORMS IN THE PACIFIC NORTHWEST SUMMARY Sporadic severe gusts may accompany low-topped convection across parts of the Pacific Northwest tonight into early Wednesday morning. Pacific Northwest A vigorous shortwave trough will reach coastal WA by late tonight and spread inland through 12Z Wednesday. This trough will be accompanied by an intense tropospheric wind field, characterized by 70-90 kts at 700 mb, that will spread across WA and OR during 06-12Z. A surface cyclone will move onshore in BC and occlude, as downstream lee cyclogenesis occurs over southern AB. Low-topped convection is expected to increase along the trailing cold front attendant to the occluded cyclone, initially reaching coastal WA towards 06Z. Surface-based buoyancy will be scant along the front, but sporadic lightning flashes and occasional strong to severe-caliber wind gusts may accompany the passage of this low-topped convective line. Low-topped convection should also increase ahead of this line overnight, as strong large-scale ascent coincides with peak low to mid-level flow. With minimal instability, low confidence exists in the degree of convective enhancement beyond the gradient winds. Thus, the level 1-MRGL risk has been maintained with no changes.