The Meteorology Department warns of dense fog in Al-Qunfudhah and Al-Lith, and rain in the Kingdom
The National Center for Meteorology in Saudi Arabia issued Al-Qunfudhah and Al-Lith , as well as their coastal areas, due to the formation of dense fog.
Weather details and warning timing
The weather report indicated that horizontal visibility would range between 1 and 3 kilometers only, necessitating extreme caution from road users. According to the statement, this weather condition would begin at 1:00 AM and continue until 8:00 AM, coinciding with the peak morning commute for many residents and travelers.
Safety guidelines and the importance of coastal roads
These warnings are of paramount importance given the geographical location of Al-Qunfudhah and Al-Lith governorates, through which the international coastal highway connecting Jeddah and Jazan passes—a vital artery experiencing heavy traffic of trucks and travelers. Security and traffic authorities, such as the Special Forces for Road Security, typically urge drivers in such conditions to adhere to speed limits, use fog lights, and maintain a safe following distance to avoid traffic accidents that may result from sudden loss of visibility.
General climatic conditions in the Kingdom
In a related development concerning the overall weather situation, the National Center of Meteorology's report not only highlighted coastal fog but also indicated continued chances of widespread thunderstorms. The forecast includes moderate to heavy rainfall accompanied by hail and strong winds that may stir up dust and sand in parts of 11 administrative regions.
The regions affected by these weather fluctuations include Jazan, Asir, Al-Baha, Makkah, Riyadh, Qassim, and the Eastern Province, extending to parts of the Northern Borders and Al-Jawf regions. This report is part of the center's ongoing monitoring of weather fluctuations during transitional seasons and winter, when atmospheric instability and the influx of humid air masses from the Red Sea are common, contributing to the formation of fog and rain-bearing thunderstorms.
