Last week, severe thunderstorms swept through parts of the Middle East, including the United Arab Emirates and Saudi Arabia. This region, known for its dry deserts, saw some areas receive up to 150mm of rain in just a few days.
The unusual weather was linked to a strong jet stream that created low pressure north of Saudi Arabia, pulling in moist air from the Indian Ocean. As a result, heavy storms erupted. In Oman, hailstones the size of tennis balls fell, and Doha, the capital of Qatar, faced flooding.
On Thursday, storms intensified, hitting densely populated areas like Dubai and Abu Dhabi with winds up to 80 mph. The heavy rains led to widespread flooding, causing significant disruptions.
While storms are not uncommon in this region—Dubai experienced severe flooding from another storm system in April 2024—the lengthy duration of last week’s storms is more typical of spring and summer events seen in the U.S. and central Europe.
Notably, a weather station in northern UAE recorded 244mm of rainfall, well above the annual average of 60-100mm. This event highlights a global trend: as the climate warms, storms tend to bring more intense rainfall. According to a 2023 report from the World Meteorological Organization, extreme weather events like these are becoming more frequent.
Meanwhile, attention is now turning to the Mediterranean, where a low-pressure system southeast of Italy is forecasted to bring more heavy rain and thunderstorms to Greece, Turkey, and other southeastern European countries. Some areas could face rainfall totals akin to those in the UAE storms, further raising concerns about flooding.
As we observe these weather patterns, it’s crucial to reflect on their implications. Climate change is reshaping weather systems worldwide, leading to more intense and unpredictable storms. This not only affects local communities but also the global environment as a whole.
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