The Middle East has been hit by a rare icy storm, shaking up the region in ways nobody really expected, as the desert, normally dry and dusty, turned into a mix of ice and rain, and hammered countries, bringing heavy thunderstorms, hail, and serious flooding risks. Ras Al Khaimah in the UAE saw almost 18 inches of hail cover the desert, which is not something you ever expect in a place known for its scorching heat.

What Caused This Unusual Desert Ice Storm?

• Slow-moving low-pressure system: This unusual weather event occurred because of the formation of a low-pressure weather system that drew moisture from the Arabian Sea and Red Sea and caused intense weather conditions with the formation of clouds.
• Extreme hail accumulation in the UAE: In Ras Al Khaimah, hail accumulation of up to 18 inches (approximately 45 cm) covered the desert sands with a layer of ice, a rare weather event in the region.
• Moisture convergence from seas: Warm and humid air coming from the Arabian Sea and Red Sea met with the cold conditions of the upper atmosphere and caused intense thunderstorms in the region.
• Rainfall extremes recorded: Some areas of the region experienced rainfall of 3-6 inches (75-150 mm) in a matter of days, a normal rainfall value for the Arabian Peninsula region.

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Which Countries Are Facing the Worst Impact?

• UAE, Qatar, Bahrain on Severe Alert: Heavy rain, hail, and strong winds were seen in cities such as Dubai and Doha. Flash floods and even the formation of a desert tornado are predicted.
• Flooding in Northern Oman: Severe thunderstorms were seen, and flooding in low-lying areas has been predicted. Recently, rains in this region have already caused fatalities in previous rain events.
• Iran, Iraq, Saudi Arabia: 100 mm to 500 mm of rainfall is predicted in this region from March 23 to 28. Dust storms and strong winds are also predicted, adding to the unstable situation in this region.
• Transport and Aviation Disruption: Airports in this region are experiencing flight delays and cancellations due to poor visibility, strong winds, and storms.

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Is Climate Change Making Desert Storms More Extreme?

The recent storm has led to conversations among meteorologists regarding an increase in climate fluctuations within traditionally dry climates. Many experts believe that warming ocean temperatures in the surrounding oceans are enhancing the moisture being pulled into systems, creating stronger storms. Heat and humidity working together create unstable atmospheric conditions; hence, experts predict storms may form.

Although the storm will begin to diminish over the next several days, the chance of residual flooding and unstable weather will continue, and emergency response teams are on standby as storm drainage systems struggle to accommodate the rapid increase in precipitation from a significant rain event. Meteorologists are monitoring this event for further developments since nearly all of the Middle East has been hit by a rare icy storm, disrupting their way of life.

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