National Weather Service Predicts Fog Formations Continuing Until Next Sunday

The UAE's National Center of Meteorology forecasts stable, humid weather from tomorrow through Sunday, December 7, with fog expected to form across coastal and inland areas. The conditions will bring morning humidity and possible light rain on Friday, particularly affecting western coastal regions and islands.

Tomorrow's weather will start humid with potential fog or light fog forming over coastal and inland areas in the morning. The day will become partly to occasionally cloudy, especially in western regions. Northeast to northwest winds will blow at light to moderate speeds of 10-20 km/h, reaching up to 30 km/h. Sea conditions remain calm with light waves in both the Arabian Gulf and Sea of Oman.

Thursday follows a similar pattern with morning humidity and possible fog formation in coastal and inland areas. The weather will turn partly to occasionally cloudy, with low clouds appearing over islands and western coastal areas. Wind patterns and sea conditions mirror tomorrow's forecast, with northeast to northwest winds at 10-30 km/h and light waves in the Gulf.

Friday brings the week's most active weather. Morning humidity and fog will affect inland areas, but the day becomes partly to occasionally cloudy in western regions. Light rain may fall on islands and western coastal areas. Winds shift to southeast to northeast directions at similar speeds, while sea conditions stay calm.

Saturday returns to the established pattern of morning humidity and fog across coastal and inland areas, becoming partly to occasionally cloudy in western regions. Southeast to northeast winds continue at 10-30 km/h, with light waves persisting in both Gulf waters.

Sunday concludes the forecast period with morning humidity and possible fog formation, but conditions clear to fair or partly cloudy skies. Low clouds will appear over islands and western areas. Northeast winds maintain light to moderate speeds, and sea conditions remain calm throughout the region.