Networking
Resilient Futures is an international e-Community of Practice (e-CoP) powered by ENRICH GLOBAL under the Thriving Cities and Resilient Communities Thematic Group. Chaired by Prof. Giannis Adamos (Aristotle University of Thessaloniki), Resilient Futures brings together a diverse and growing network of innovators, researchers, policymakers, community leaders, practitioners, and young people who share a common goal: to collaboratively shape the cities of tomorrow. By joining this initiative, MI-TRAP strengthens its commitment to participatory, inclusive, and evidence-based approaches to addressing urban challenges.
Net4Cities is a project focused on addressing the environmental and health impacts of transport emissions in European cities, particularly air and noise pollution. By developing real-time monitoring networks across 11 cities, including transportation hubs like airports and ports, the project aims to support the creation of Zero Pollution Action Plans aligned with the EU Green Deal. Through a collaborative, transdisciplinary approach, Net4Cities engages with local stakeholders to generate new knowledge, ensuring the relevance and transferability of its results. The project will provide tailored, evidence-based solutions for managing transport-related emissions, including dynamic traffic management and nature-based strategies, and offer a web-based interface for real-time monitoring and policy decision support.
The EU-funded EASVOLEE project will bring together leading European researchers and state-of-the-art observational and modelling facilities to measure the formation of secondary aerosols produced in the atmosphere by the oxidation of the emissions of the engines of different types of transport. The measurements will be carried out under real operating conditions. The data collection will improve knowledge of vehicle exhaust emissions, including low-, semi- and intermediate-volatility compounds, as well as the effects of these emissions on health and air quality. Project results will support future legislation on vehicles and their emissions.
EASVOLEE
The ENFORCE project aims to enhance environmental compliance by integrating citizen science with innovative technologies. This initiative seeks to bridge the gap between local environmental data and the requirements set forth by regulatory authorities, fostering collaboration among grassroots organizations, researchers, and local governments. Through a tailored, interdisciplinary approach, Enforce is committed to empowering communities to play an active role in environmental governance and enforcement.
EASVOLEE
The EDIAQI project is a European funded research and innovation action under the Horizon Europe framework programme. It will study indoor air pollution in European cities, using short-term, high-intensity measurements and long-term, large-scale monitoring. The project will aim to understand the sources, routes of exposure, and health effects of indoor air pollution.
EASVOLEE
ENHANCE is an EU-funded project dedicated to protecting and restoring vulnerable coastal ecosystems through innovative, sustainable solutions. By integrating the One Health approach with cutting-edge AI technologies, satellite Copernicus’ observations and Citizen Science data services, we aim to empower stakeholders with dynamic tools and insights, supporting policymakers and businesses in crafting resilient strategies for coastal management
EASVOLEE
NextAIRE is a Horizon Europe project focused on advancing AI-driven air quality monitoring and improving environmental intelligence through innovative sensing and data collaboration approaches.
