Saudi Arabia Records Significant Rainfall Across Four Major Regions
National Center for Meteorology reports heavy precipitation reaching 48 mm in Asir region.
1Widespread Saudi Rainfall
The National Center for Meteorology documented significant precipitation across four distinct Saudi Arabian regions within a twenty-four-hour window. Spanning from Wednesday, November 11, to Thursday, November 12, the data highlights varying levels of rainfall intensity. These measurements provide a comprehensive overview of the current meteorological activity affecting the kingdom's diverse geographical landscape.
2Asir Region Leads Accumulation
The Asir region experienced the highest rainfall levels, with Wadi Bin Hashbal in Khamis Mushait recording 48 mm. Other notable measurements in the area included 33.8 mm in Rijal Almaa and 19.6 mm in Abha–Al Sha'af. These figures indicate that Asir received the most concentrated moisture during this specific weather event period.
3Riyadh Region Precipitation Data
In the Riyadh region, Al Thumamah Airport registered 25 mm of rainfall, marking it as a primary site for accumulation. The Saudi Aviation Academy followed with 14.8 mm, while various reserves like King Abdulaziz and King Khalid recorded between 10.4 mm and 13 mm. These figures reflect significant moisture distribution across central areas.
4Al-Baha Region Rainfall Totals
The Al-Baha region saw consistent rainfall across its stations, with Al-Baha–Al Baher recording 17.6 mm. Al Makhwah followed closely with 15.6 mm, while Baljurashi received 11 mm. These measurements confirm that the weather system maintained a steady impact across the mountainous terrain, contributing to the overall regional moisture levels during the observation window.
5Eastern Province Weather Impact
The Eastern Province recorded lower accumulation compared to other regions, with Al Khair village reaching 8.8 mm. King Fahd International Airport measured 8.5 mm, while Al Ahsa Airport recorded 6.6 mm. Both Buqayq and Al Ahsa–Al Uqair reported 5.8 mm, showing a lighter distribution of rainfall across the eastern coastal and inland areas.
6Meteorological Monitoring Standards
The National Center for Meteorology utilized a standardized twenty-four-hour observation period to ensure data accuracy. By tracking rainfall from 9 a.m. Wednesday to 9 a.m. Thursday, the agency captured the full scope of the weather event. This systematic approach allows for precise comparisons between different geographical zones throughout the Saudi Arabian territory.
7Geographical Distribution Analysis
The rainfall event spanned four distinct regions, demonstrating the wide reach of the atmospheric system. While Asir experienced the highest peak at 48 mm, the distribution across Riyadh, Al-Baha, and the Eastern Province highlights the varying intensity of the storm. This data is essential for understanding regional water distribution and environmental moisture levels.
8Contextualizing Regional Weather
This rainfall event provides critical data for regional climate monitoring and water resource management. By documenting specific accumulation levels at airports and reserves, the National Center for Meteorology offers a clear picture of the storm's path. Such detailed reporting is vital for assessing the environmental impact of seasonal weather patterns across the kingdom.