Comprehensive Weather Forecast For Saudi Arabia On Sunday: Dust, Rain, And Winds

The National Center for Meteorology has issued a weather forecast highlighting a variety of atmospheric conditions across several regions in Saudi Arabia. Notably, dust-stirring winds are expected to affect parts of Jazan, Asir, Al-Baha, Makkah, and the southern areas of Madinah, extending into parts of Riyadh. These winds are likely to bring light to moderate rainfall in the mentioned regions. Additionally, fog formation is anticipated in some highland areas within these regions.

Moreover, brisk winds are set to sweep over parts of the Eastern Region, the Northern Borders, Al-Jouf, Hail, and Qassim. The report also details marine conditions for both the Red Sea and the Arabian Gulf. In the Red Sea, winds will vary from northerly to northwesterly in the northern and central parts with speeds reaching 15-45 km/h, and from southwesterly to northwesterly in the southern part with speeds of 12-50 km/h. Wave heights are expected to range from one to two meters in the northern and central parts of the Red Sea and from one to two and a half meters in its southern part. The sea state is predicted to be relatively calm to choppy.

For the Arabian Gulf, wind conditions will be southerly to southeasterly in the northern and central parts with speeds of 15-45 km/h, and easterly to southeasterly in the southern part with speeds ranging from 10-30 km/h. Wave heights in the Arabian Gulf are forecasted to be between one to two meters in the northern and central parts and between half a meter to a meter in its southern part. Similar to the Red Sea, the sea state in these areas will range from calm to choppy.

This comprehensive weather forecast aims to inform residents and visitors of Saudi Arabia about the expected weather conditions, enabling them to plan their activities accordingly. The detailed report on wind speeds and directions, rainfall, fog formation, and marine conditions serves as a crucial resource for those navigating both on land and at sea.

With inputs from SPA