Jordan-Recommendations | Several important things are recommended to be followed during the impact of the hot mass on the Kingdom

Arabia Weather - As of Tuesday, the Kingdom began to be affected by a hot air mass coming from African lands, and a clear change occurred in the weather condition, representing an increase in temperatures.

The latest weather map outputs from the Arab Weather Center indicate that the weather today, Tuesday, will be relatively hot in various regions and hot in the Jordan Valley, the Dead Sea, and Aqaba.

According to weather data, the Kingdom will become increasingly affected on Wednesday by the hot air mass, coinciding with the approach of the Khamasini depression to the region. Therefore, meteorologists at the Arab Weather Center expect another rise in temperatures on Wednesday and Thursday to become higher than the general average by 9-11 degrees Celsius. .

A major depression affects the Kingdom on Thursday, and the temperature increases amid generally dusty weather

On Thursday, the Kingdom will be affected by a weather depression, with the effect of the hot mass on the Kingdom deepening, and there will be another rise in temperatures, becoming 10-12 degrees Celsius higher than their general average. The weather will be dusty and hot in the various regions, and very hot in the Jordan Valley, the Dead Sea, and Aqaba. Maximum temperatures reach 40 degrees Celsius and perhaps more in those areas, with the appearance of high clouds, and the winds are southeasterly moderate to brisk, raising dust, especially in desert and open areas.

Below are the most important things that we recommend following during the impact of the heat mass on the Kingdom:

• It is recommended to avoid direct and prolonged exposure to sunlight in all regions of the Kingdom
• Do not leave children inside closed vehicles, even for a short time
• Do not leave any flammable materials inside closed vehicles
• Dispose of cigarettes properly, to prevent fires
• Attention should be paid to respiratory and eye patients due to the high concentration of dust in the atmosphere in varying proportions