Meteorology expert Dilek Çalışkan said that Algerian desert dust and rising temperatures will lower air quality across much of Turkey this weekend [1].
This weather pattern poses a significant health risk for individuals with respiratory issues. The combination of high heat and airborne particulate matter from North Africa can exacerbate asthma and other chronic lung conditions, potentially limiting outdoor activities for vulnerable populations.
According to Çalışkan, temperatures in some provinces may rise up to 30 degrees Celsius [1]. This warmth, coupled with specific wind conditions, is facilitating the transport of dust from the Algerian desert across the Mediterranean and into Turkish airspace [1].
Çalışkan said the degraded air quality is expected to persist throughout the weekend and into the following week [1]. While the heat may seem favorable for spring activities, the presence of desert dust creates a haze that reduces visibility and compromises the purity of the air [1].
Local residents in affected provinces are advised to monitor air quality indices and take necessary precautions. The phenomenon of desert dust transport is a recurring atmospheric event, but the intensity depends on the strength of the wind currents carrying the particles from the Sahara region [1].
Çalışkan said the forecast period includes both the immediate weekend and the subsequent week [1]. The impact will be felt across most of the country, though the concentration of dust may vary by province based on local wind patterns [1].
“Algerian desert dust and rising temperatures will lower air quality across much of Turkey”
The arrival of Saharan dust in Turkey illustrates how regional weather patterns in North Africa can directly impact public health in Eurasia. When high-pressure systems push desert particulates northward, the resulting drop in air quality creates a temporary public health burden, particularly for the elderly and those with pre-existing respiratory illnesses, necessitating a shift in healthcare readiness during these atmospheric events.
