Higher Road Accident Risk Linked to Airborne Pollen Increase (According to Benebelt)
The extended pollen season in Austria is causing discomfort for a significant number of its residents, as approximately 10% of the population suffers from allergic rhinitis, commonly known as hay fever. This condition is characterized by symptoms such as sneezing fits, a runny nose, watery eyes, and asthmatic shortness of breath.
One of the key factors contributing to the extended pollen season is climate change. Research conducted by scientific institutions like GeoSphere Austria, the German Weather Service, and various environmental research centres in the Alpine region, has revealed that climate change is causing an increase in the length of the pollen season.
Currently, an estimated 300 days a year are affected by pollen, with the season now lasting longer than ever before. This extended period poses a significant challenge for allergy sufferers, who often find themselves struggling with symptoms that disrupt their sleep and daily lives.
Daytime drowsiness and lack of attention are common side effects of disrupted sleep due to allergies, which can have serious implications, particularly when driving. In fact, allergy sufferers have a 30% higher risk of accidents in traffic. To mitigate this risk, it is recommended to install an in-car cabin filter, which improves road safety and reduces allergen exposure.
While medication can provide relief, some allergy sufferers may find themselves taking 4 to 5 times their daily dose during the peak pollen season. However, it is important to note that the sedating side effect of medication is enhanced when consumed simultaneously with alcohol.
The birch pollen count is currently at its peak, adding to the overall discomfort experienced by allergy sufferers. As the situation continues to worsen, it is crucial for scientific institutions and healthcare providers to collaborate on finding solutions to manage and treat allergic rhinitis effectively.
Despite the lack of directly mentioned organizations focusing explicitly on allergic rhinitis treatment in Austria, notable research is being conducted on the impact of climate change on pollen seasons and health, with broader climate adaptation initiatives in Alpine areas. This research will undoubtedly pave the way for a better understanding of the issue and the development of more effective strategies to combat it.
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