ATMOPOLIS is an integrative, interdisciplinary, and multi-scale approach to tackling air and noise pollution in European cities. Its overall aim is to identify pathways to mitigate air and noise pollution and GHG emissions that are ambitious, human-centric, and which lead to maximum reductions to their harmful effects on health and the environment.

Air and noise pollution in Europe exceed safe limits, impacting public health, especially on vulnerable groups. Reducing pollution improves health and lowers carbon emissions. Effective solutions require collaboration between cities and citizens. The ATMOPOLIS project aims to identify effective solutions and support both top-down (city/region) and bottom-up (community/individual) actions. It will analyse long-term exposure to pollution, particularly for vulnerable groups, linking it to their perceptions and behaviours, and model population data on air pollution and carbon emissions in participating cities. New metrics for noise pollution will be developed using community data. The project will develop a decision-making tool to support policy actions. It will also leverage digital platforms to encourage community involvement.

 

The main goals of ATMOPOLIS are to:

1) Assess time-integrated monitored air and noise pollution exposure for specific individual groups, linked to their perceptions, culture, and behaviour through personal narratives.

2) Model high-resolution population air pollution and carbon emissions (EU Mission and Green City Accord cities) and derive novel metrics of population noise pollution from community data and models (ATMOPOLIS partner cities) under existing and mitigation scenarios.

3) Evaluate health and wellbeing impacts of exposure under these scenarios, including for vulnerable groups, and identify the social determinants that increase risk.

4) Develop an evidence-driven integrated decision-making tool that identifies optimal cost-effective top-down policy actions by cities; and use persuasive design approaches to leverage emerging digital pollution platforms to support bottom-up change and empowerment.

5) Using system dynamics models and the integrated tool as a framework, co-create with cities informed policy pathways to meet zero pollution and carbon neutrality goals and improve population health and wellbeing for all.

 

Projects Partners:

Tampere University of Applied Sciences (Coordinator)

University College London

London School of Hygiene and Tropical Medicine

University College Dublin

Norwegian Meteorological Institute

Universitat Autónoma de Barcelona

The Maria Grzegorzewska University

City of Łódź

Greater London Authority

City of Podgorica

Institute for Public Health Sarajevo Canton

Scienseed

Global Action Plan UK

 

EU

This project is Funded by the European Union under grant agreement No 101238690

Atmopolis © Atmopolis

News

Concept of eco with city, clean energy and nature. paper art style.

04 February 2026

An integrated, society-centered approach to reducing pollution in European cities

End of January saw the launch of the new EU-funded ATMOPOLIS project, an innovative study that integrates environmental and social sciences to understand how air and noise pollution exposure affect citizens across European cities and propose actions to help improve their quality of life. IIASA researchers are leading a work package to develop an integrated decision support tool for cities.