What really caused the UAE’s record March rainfall

After one of the heaviest rain episodes recorded in the UAE in decades, a familiar question quickly resurfaced across social media and public discussions: were the storms intensified by cloud seeding, or were they entirely natural?

Between March 21 and March 28, the UAE experienced intense rainfall driven by unstable weather conditions linked to a low-pressure system that brought widespread convective cloud formation and heavy downpours across multiple regions.

Meteorological data indicates the episode ranks among the heaviest recorded since weather documentation began more than 80 years ago. Jebel Yanas in Ras Al Khaimah recorded the highest levels at 244mm, followed by Al Manama in Ajman at 234.7mm and Al Hayer in Al Ain at 234.1mm. Other notable readings included 229.7mm at Jebel Mebrah in Ras Al Khaimah and 226.6mm in Khatm Al Shakla in Al Ain.

The timing of the storms arriving in March rather than during the peak winter months prompted speculation about whether weather modification techniques such as cloud seeding had played a role.

The National Centre of Meteorology clarified that the rainfall was the result of natural atmospheric conditions linked to a low-pressure system and not the result of cloud-seeding operations. The centre confirmed that no cloud-seeding missions were carried out during the recent weather event and that none are planned in the near term.

Despite the intensity of the recent downpours, the storms passed without any reported loss of life, with damage largely limited to property and temporary disruption.

Across the country, emergency teams worked around the clock to pump out floodwater, clear roads and keep traffic moving.

The weather system swept across much of the UAE, bringing waves of heavy rain and fast-moving runoff, with some areas recording more than 244mm of rainfall.