Saharan dust blankets Slovenia, increasing air pollution and breathing difficulties

Slovenia is currently experiencing the passage of Saharan dust, a phenomenon that is noticeably increasing the concentration of airborne particles. The Environmental Agency of the Republic of Slovenia (Arso) reported that model calculations indicate the dust will remain at higher altitudes today but expects elevated levels of PM10 particles near the ground by Friday.

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Model calculations show that desert dust will mainly remain at altitudes today. On Friday, however, elevated levels of PM 10 particles are expected also near the ground.

This influx of Saharan dust is a significant contributor to air pollution. Recent data from Arso shows that between 1 PM and 2 PM today, the highest concentration of PM10 particles was recorded in Zagorje at 17 micrograms per cubic meter. Other monitoring stations in Nova Gorica, Črna na Koroškem, and various other locations also registered increased PM10 levels, though Krvavec reported no detected particles.

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Saharan dust significantly contributes to the increase in PM 10 levels in the atmosphere.

A recent study involving researchers from the University of Nova Gorica's Centre for Atmospheric Research revealed that Saharan sand concentrations have risen across much of Europe between 2012 and 2021. The study noted the most substantial increases occurred in southern Europe and around the Mediterranean region.

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The concentrations of desert sand in most of Europe have increased between 2012 and 2021.

Researchers are connecting this growing trend of Saharan dust reaching Europe to the broader impacts of climate change. The presence of this desert sand in the atmosphere can significantly affect air quality and pose risks to human health, highlighting a growing environmental concern.

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Saharan sand can significantly affect air quality and human health, and researchers link the trend to climate change.