The United Arab Emirates is expected to experience sporadic summer rains in the coming weeks, lasting until the end of September. This weather pattern is not uncommon as the UAE receives monsoon low pressure from India. Although there is no immediate forecast for rain till this weekend, the country is anticipated to see rainfall in the near future. Recent heavy flooding in northeast India and collapsing houses in Yemen due to heavy rains highlight the impact of monsoon seasons in different regions.
Dr. Ahmed Habib from the National Centre of Meteorology stated that there will be convective cloud formation in the eastern part of the UAE, leading to potential rainfall. Factors influencing weather patterns and precipitation in July include rising temperatures due to thermal lows from the India monsoon low pressure system. The formation of clouds is driven by high temperatures, resulting in afternoon rain in some interior areas. The extension of the Indian monsoon towards the UAE brings easterly winds carrying moisture from the sea, leading to condensation and rainfall in the afternoons.
The last rainfall in the UAE occurred in June, with intermittent showers ranging from light to heavy in different areas. The highest amount of rain recorded in July was 234.9mm at the port of Fujairah in 2022. The country continues its efforts to stimulate rainfall through cloud seeding operations, which have shown a 15-25% increase in the likelihood of precipitation. By targeting suitable clouds and triggering effective precipitation, the UAE aims to potentially have intermittent rain throughout the year.
Overall, the UAE is preparing for potential summer rains in the upcoming weeks, as a result of the Indian monsoon low pressure system. Factors such as rising temperatures and cloud formation contribute to the likelihood of rainfall in the country. By utilizing cloud seeding operations, the UAE aims to enhance its capability to stimulate rainfall and mitigate drought conditions. Stay updated with the latest weather news to be prepared for any upcoming changes in the weather patterns and potential impact on the region.
