New app AirAllergy

AirAllergy launches its new mobile app! Follow pollen levels in real time, consult daily readings and RMI forecast maps for the coming days.

In brief

The grass pollen season (Poaceae) is now coming to an end. Concentrations have decreased significantly and are expected to remain low in the coming days, marking the gradual end of this risk period for people with allergies.

The first mugwort (Artemisia) pollen grains have been detected in the air. This final allergenic pollen wave will begin shortly and is expected to reach its peak in the coming weeks. Individuals sensitized to this type of pollen are advised to anticipate this development and adjust their preventive measures accordingly.

In addition, the summer period remains characterized by high concentrations of fungal spores, particularly Cladosporium and Alternaria. These molds can represent a significant source of allergens for sensitized individuals. It is therefore recommended to remain vigilant and limit exposure as much as possible.

Grasses

Latest measure: 
Sunday, 26 July, 2026
20252026Mean 2016 - 2025threshold valueMayJunJulAug020406080100120140160180200220240grains / m³

Cladosporium

Latest measure: 
Sunday, 26 July, 2026
20252026Mean 2016 - 2025threshold valueMayJunJulAugSepOctNov0200040006000800010000120001400016000fungal spores / m³

Good to know

  • A few useful recommendations: avoid outdoor activities, wear sun glasses, do not dry linen outside, rinse your nose regularly, wash your hair before going to sleep.

  • Typical allergy symptoms such as runny nose, cough or shortness of breath (in case of asthma) can easily be mistaken for a cold, flu or coronavirus infection. However, fever and body aches should be given special attention as they might be caused by viral infection. It is recommended to call your general practitioner in case of doubt.

  • The standardized pollen detection technique allows retrospective measurement of the levels from samples taken the day before. Samples are analyzed manually during the working days by optical microscopy.