Following up closely on weather phenomena affecting the region, the Regional Center for Dust and Sandstorms announced the recording of 61 hours of dust storms in the countries of the region during June 3, 2026. This report, which comes as part of ongoing monitoring and follow-up efforts, highlights the extent of the spread of dust storms and their impact on air quality and horizontal visibility in a number of countries, thus emphasizing the importance of preparing to face this recurring natural phenomenon.
According to data released by the center, Uzbekistan topped the list with the highest number of recorded dust storm hours, reaching 20. Iran followed with 17 hours, then Turkmenistan with 9. Pakistan recorded 5 hours, Kazakhstan 4, while Egypt and Jordan each experienced 3 hours of dust storms. The remaining countries in the region did not record any dust storm hours during the monitoring period.
Beyond the Numbers: Understanding the Phenomenon of Recurring Dust Storms
The Middle East and Central Asia are part of the global “dust belt,” regions characterized by their desert and semi-arid environments, making them a major source of sand and dust storms. These phenomena arise from several natural factors, most notably strong winds blowing across dry, loose soil, lifting enormous quantities of sand and dust into the atmosphere. This problem is exacerbated by human factors such as desertification, land degradation, and drought caused by climate change, as well as the draining of water bodies like the Aral Sea, which increases the area of dry land vulnerable to wind erosion.
Impacts that transcend borders: from health to the economy
Dust storms have far more than just reduced visibility; they impact numerous vital sectors. From a health perspective, these storms carry fine particles of dust and pollutants that can cause severe respiratory problems, particularly for asthma and allergy sufferers, the elderly, and children. Economically, they paralyze vital sectors, disrupting air and land transportation, negatively affecting agricultural production by covering crops with dust, and reducing the efficiency of solar panels, thus impacting the renewable energy sector.
The regional center confirmed that this data is part of a monitoring system aimed at tracking the development of dust storms, analyzing their spread patterns, and supporting early warning efforts to mitigate their environmental and health impacts. The center continues its monitoring and research work in cooperation with relevant national and regional bodies to enhance preparedness and raise awareness of the risks associated with these natural phenomena.
