Khaberni - The weather on Thursday will be cold above the mountainous highlands, relatively cold in the desert regions and the plains, and pleasantly warm in the Jordan Valley, the Dead Sea, and Aqaba, with the appearance of low clouds, and the winds will be moderate northwesterly.
The meteorological services warn in their report of the possibility of frost formation in the early morning hours above the high mountainous areas and parts of the desert regions, and of reduced horizontal visibility in the early morning hours due to fog over the northern mountainous highlands and parts of the plains.
The maximum and minimum temperatures in East Amman will range between 15-7 degrees Celsius, and in West Amman 13-5, and in the northern highlands 12-2, and in the Shara highlands 11-1, and in the desert areas 18-4, and in the plains areas 16-6, and in the northern Jordan Valley 23-9, and in the southern Jordan Valley 25-13, and in the Dead Sea 24-12, and in the Gulf of Aqaba 24-12 degrees Celsius.
Temperatures rise slightly on Friday, and the weather will be sunny and pleasantly warm in most areas, and relatively warm in the Jordan Valley, the Dead Sea, and Aqaba, and the winds will be moderate southeasterly, turning in the afternoon to northwesterly and occasionally active in the desert areas.
On Saturday, a slight drop in temperatures will occur, and the weather will be relatively cold in most areas, and pleasantly warm in the Jordan Valley, the Dead Sea, and Aqaba, with clouds appearing at various altitudes, and the winds will be moderate northwesterly and occasionally active.
On Sunday, a further slight decrease in temperatures will occur, and the weather will be cold above the mountainous highlands, relatively cold in the desert and plains regions, and pleasantly warm in the Jordan Valley, the Dead Sea, and Aqaba, with the appearance of low clouds, and there is a weak chance of light rain for a short period in parts of northern Jordan and the northeastern desert, and the winds will be moderate northwesterly and occasionally active.
