Temperatures below zero degrees Celsius recorded in the Shobak area this morning

Written By هشام جمال on 2025/02/14

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.

Arab Weather - The daily report was issued for the 5 lowest minimum temperatures recorded in the Kingdom according to the weather monitoring stations issued by the Jordanian Meteorological Department. According to the report, Shobak took the lead with the lowest temperature recorded in the Kingdom at 3.4 degrees Celsius below zero this morning. It is worth noting that the lowest temperatures are recorded minutes before sunrise.

 

Below are the 5 lowest minimum temperatures recorded in the Kingdom on Friday morning, 2/14/2025.

Shobak: -3.4°C

Meaning: -1.7°C

Blue: 0°C

Queen Alia International Airport: 0°C

Head of Manif: 0.5°C

Al-Jafr: 0.8°C

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.


Browse on the official website



Everything you need to know about the weather in Jordan in the coming days Cold polar winds affect Gaza, dropping night temperatures to less than 5 degrees Celsius in some areasA cold wave caused by the rush of a very cold polar air mass will cover 13 Arab countries in the last week of February.Weather update: The Kingdom will continue to be affected by humid air currents that will bring more rain and hail showers in the coming hours.Gradual departure of the air depression and humid air currents affecting the Kingdom tonight and tomorrowJordan Valley Authority declares state of emergency in conjunction with the low pressure systemPublic Security warns of the effects of the low pressure system on the KingdomRain clouds affect the central part of the Kingdom, with expectations of more rain in the coming hoursThunderstorms are expected to affect the north of the Kingdom, accompanied by showers of varying intensity.