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AutoPollen Programme

(AutoPollen) The EUMETNET AutoPollen programme seeks to take full advantage of the large potential for progress that automatic pollen and fungal observations provide. It brings together a consortium from across Europe with the multidisciplinary expertise needed to address the challenges along the entire information chain - from the actual observation through to the final end-user defined product. The programme is particularly innovative in its cooperation and standardisation from-the-start approach. It also favours convergence with the aerosol and air quality monitoring communities, which should lead to improved service provision and additional savings.

Project acronym

AutoPollen

Start Date

27/12/2022

End Date

31/12/2028

Funded by

Partecipanti EUMETNET

Grant agreement ID

AutoPollen-2

Total cost

free membership
FREE

Coordinated by

MeteoSwiss

Bernard Clot, Dr bernard.clot@meteoswiss.ch 

 

Participating Members

  • GeosSphere, AUSTRIA
  • DHMZ, CROATIA
  • CHMI, CZECH REPUBLIC
  • FMI, FINLAND
  • HNMS, GREECE
  • IMO, ICELAND
  • Met Éireann, IRELAND
  • MeteoLux, LUXEMBURG
  • IPMA, PORTUGAL
  • ARSO, SLOVENIA 
  • MeteoSwiss, SWITZERLAND 

Third-Party Participants

  • REA-AEA, SPAIN*
  • Sciensano, BELGIUM*
  • BioSense, SERBIA*
  • AERONET, TURKEY*
  • Vilnius University, LITHUANIA*
  • Natural History Museum, SWEDEN*
  • University of Worcester, UK*
  • VNM University, UKRAINE*
  • ATMO, FRANCE*
  • RNSA, FRANCE*
  • ICT, Portugal*
  • University of Latvia, LATVIA*
  • Fondazione Edmund Mach, ITALY*
  • Jagiellonian Univeristy*
  • University Salento, ITALY*
  • University Parma, ITALY*
  • Aarhus University, DENMARK*

Project description

(AutoPollen) The EUMETNET AutoPollen programme seeks to take full advantage of the large potential for progress that automatic pollen and fungal observations provide. It brings together a consortium from across Europe with the multidisciplinary expertise needed to address the challenges along the entire information chain - from the actual observation through to the final end-user defined product. The programme is particularly innovative in its cooperation and standardisation from-the-start approach. It also favours convergence with the aerosol and air quality monitoring communities, which should lead to improved service provision and additional savings.

Extended description

The programme aims to:

  • Develop an automatic European pollen and fungal spore monitoring network by integrating ongoing and planned projects. Serve as a framework for the exchange of multidisciplinary knowledge and expertise, ensuring synergy and collaboration;
  • Provide recommendations and guidelines regarding all aspects of the information chain;
  • Define the main standards of automatic pollen and fungal monitoring to ensure the provision of high quality information;
  • Actively engage with stakeholders to ensure end-products are co-designed to meet their needs.

Funding Scheme

Europeo

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Image: cropped-AutoPollen