Developing an automatic monitoring network for real-time pollen and fungal spores observations
Revolutionising the way we observe pollen and fungal spores
Pollen and fungal spores have been measured in the atmosphere for several decades, initially to meet the needs of medical doctors who required this information to diagnose and treat allergic patients. Later, other uses for these data developed, including to study the effects of climate change, identify and control invasive species, and in the domains of agriculture and sylviculture.
Most monitoring networks are currently based on manual observations that generally suffer from poor time resolution and long delays in data availability. Recent technological developments make it possible to monitor pollen and fungal spores automatically thus providing data in real-time. These timely observations, and the enhanced forecasts they enable, is revolutionizing the information that is available to end-users.
The EUMETNET AutoPollen Programme is developing an automatic monitoring network across Europe, covering all aspects of the information chain: from the initial measurements through to services and products designed to meet end-user needs.
Growing a network across Europe
The EUMETNET AutoPollen programme seeks to take full advantage of the large potential for progress that automatic 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 initial observation through to the final products and services co-designed with end users. The programme is particularly innovative in its cooperation and standardisation from-the-start approach. AutoPollen also favours synergies with a wide range of communities beyond traditional aerobiology, leading to improved service provision and additional savings.
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AutoPollen News

The AutoPollen annual meeting, held on 21–22 September 2026, brought together members to review progress, welcome newcomers and discuss future activities. The community voted for the Terms of Reference for the Site Evaluation Committee, updates of the AutoPollen site certification procedures, and criteria for AutoPollen Reference Centres. Participants also discussed standard operating procedures for automatic bioaerosol monitors, the 2026 Intercomparison Campaign, the creation of an Algorithm Task Team, stakeholder engagement and possible future EU projects. The meeting concluded with preparations for the next phase of AutoPollen, including the planned AutoPollen Infrastructure Module, and thanks to Ewa and the Icelandic Institute for Natural History for hosting the event.

The AutoPollen – SYLVA Training School 2026 will took place from 31 August to 4 September 2026 in Rauris, Austria, at the foot of the historic Sonnblick Observatory, celebrating its 140th anniversary. Co-organised with GeoSphere Austria, this event supported the growing European collaboration around automatic bioaerosol monitoring.
The Training School was designed for students and scientists who want to get basic knowledge in automatic bioaerosol monitoring. The programme combined essential theoretical lectures with extensive hands-on sessions using real open-access datasets, offering a practical introduction to automatic measurement principles, monitoring network design, data quality and calibration, training dataset preparation, fungal spores, eDNA methods, numerical modelling, and current developments in aerobiology.
Participants also took part in a field visit to the Sonnblick Observatory, where they explored the unique environment of this high-altitude research station.
The AutoPollen 2025 Annual meeting took place on the 9-10 October in Córdoba, Spain.

The University of Córdoba welcomed us on the Rabanales campus, and organised amazing social activities for the community to bond and discuss. AutoPollen participants updated the community on related European projects, presented their networks and research, and had crucial discussions for the future of the field.
The AutoPollen community has voted for the procedure and documentation of the Site Certification process. The documentation can be found here.
AutoPollen participants met in person in the Natural History Museum in Stockholm in November 28th and 29th. It was a great opportunity to discuss the advancement of the project and plan 2025, as well as to work on our objectives.
On September 24th 2024, Prof. Janet Davies told us about the AusPollen network in Australia, and how they evaluated their impact on allergy sufferers health management.
In the context of the SYLVA project, a new automatic device has been installed on the Jungfraujoch, at an altitude of 3582 m.
Mikhail Sofiev presented the updates of the project SYLVA which which aims to improve temporal resolution, timeliness, coverage and availability of bioaerosol information through building new infrastructure, distribution and exploitation pathways.
The EUMETNET AutoPollen 2024-2028 project is on its way! All participants will meet on May the 27th to organise the next five years and make sure expectations are met.
EUMETNET AutoPollen published a special issue in the journal Aerobiologia.
