Balkan Cities Under Siege by Particle Pollution
A staggering amount of particulate pollution has been found in the Balkans, with researchers claiming that winter air quality is worse than anywhere else in Europe. In fact, levels of sulfur dioxide were recorded at 30 times higher than normal in western European cities.
According to a study conducted by scientists from the Paul Scherrer Institute in Switzerland, approximately 3,300 people die prematurely each year due to poor air quality in Bosnia and Herzegovina alone. The research team employed state-of-the-art sensors on a specially adapted van to monitor particle pollution levels as they navigated through Sarajevo's streets.
Driving through narrow streets with steep hills proved to be particularly challenging for the researchers, who were subjected to grueling traffic conditions that added to their already precarious air quality readings. During one particularly smoggy evening in the west of the city, Michael Bauer noted a pungent smell reminiscent of wood smoke and coal burning.
The data reveals that residential areas are among the most polluted zones, primarily due to home heating sources such as wood stoves, coal fires, and even improper disposal of trash. Furthermore, high levels of polycyclic aromatic hydrocarbons were detected in these areas, making them a significant health risk.
Previous research by the United Nations Development Programme had already identified priority areas for improvement, including increased insulation, central heating, heat pumps, and stove inspections. However, new findings from the Paul Scherrer Institute underscored the urgent need to address these issues, with existing plans to reduce solid fuel heating in targeted zones by 90% by 2033 proving woefully insufficient.
In addition to the home heating crisis, an aging vehicle fleet exacerbates air pollution problems. The average vehicle in Sarajevo is over 19 years old, far exceeding modern European exhaust standards. Meanwhile, restaurants and food establishments are also major contributors to particle pollution in the city center.
The sheer extent of the problem is underscored by a comparison with northern India, where one researcher aptly noted that it felt like being there, even while still in Sarajevo. As the situation remains dire, it becomes clear that meaningful action is urgently required to mitigate these alarming levels of particle pollution and safeguard public health.
A staggering amount of particulate pollution has been found in the Balkans, with researchers claiming that winter air quality is worse than anywhere else in Europe. In fact, levels of sulfur dioxide were recorded at 30 times higher than normal in western European cities.
According to a study conducted by scientists from the Paul Scherrer Institute in Switzerland, approximately 3,300 people die prematurely each year due to poor air quality in Bosnia and Herzegovina alone. The research team employed state-of-the-art sensors on a specially adapted van to monitor particle pollution levels as they navigated through Sarajevo's streets.
Driving through narrow streets with steep hills proved to be particularly challenging for the researchers, who were subjected to grueling traffic conditions that added to their already precarious air quality readings. During one particularly smoggy evening in the west of the city, Michael Bauer noted a pungent smell reminiscent of wood smoke and coal burning.
The data reveals that residential areas are among the most polluted zones, primarily due to home heating sources such as wood stoves, coal fires, and even improper disposal of trash. Furthermore, high levels of polycyclic aromatic hydrocarbons were detected in these areas, making them a significant health risk.
Previous research by the United Nations Development Programme had already identified priority areas for improvement, including increased insulation, central heating, heat pumps, and stove inspections. However, new findings from the Paul Scherrer Institute underscored the urgent need to address these issues, with existing plans to reduce solid fuel heating in targeted zones by 90% by 2033 proving woefully insufficient.
In addition to the home heating crisis, an aging vehicle fleet exacerbates air pollution problems. The average vehicle in Sarajevo is over 19 years old, far exceeding modern European exhaust standards. Meanwhile, restaurants and food establishments are also major contributors to particle pollution in the city center.
The sheer extent of the problem is underscored by a comparison with northern India, where one researcher aptly noted that it felt like being there, even while still in Sarajevo. As the situation remains dire, it becomes clear that meaningful action is urgently required to mitigate these alarming levels of particle pollution and safeguard public health.