The LIFE SIRIUS project organized a two-day event at CNR Headquarters, combining a public European Workshop showcasing cutting-edge research with an internal monitoring meeting to assess project progress as it approached completion.
Day 1: European Workshop – Advancing Urban Environmental Science
The May 29 European Workshop brought together leading scientists, policymakers, and environmental experts to present breakthrough solutions for urban air quality and heat management.
The workshop opened with Dr. Francesca de’ Donato from the Department of Epidemiology, Lazio Regional Health Service, presenting compelling evidence on the synergistic health impacts of heat and poor air quality. W. De Wilt followed with the European policy context, highlighting implications of new EU air quality directives.
The morning session showcased groundbreaking research including the RESTART project’s findings on Urban Heat Island (UHI) and Urban Pollution Island (UPI) correlations, particularly during calm wind and heatwave conditions. The TRAMS campaign deployed MeteoTracker sensors on 15 ATAC buses, collecting over 3 million georeferenced data points. Machine learning algorithms were demonstrated converting satellite data to air temperature with 0.9°C accuracy.
The session also featured presentations from complementary LIFE projects: LIFE SeedForce on endangered plant conservation, LIFE VEG-GAP on vegetated gaps in air quality planning, and LIFE MODERn(NEC) on national emission ceiling compliance.
The afternoon session detailed LIFE SIRIUS accomplishments across Thessaloniki, Rome, and Nicosia. Prof. Dimitris Melas presented the project’s framework across Thessaloniki, Rome, and Nicosia, demonstrating how urban heat islands intensify air pollution.
Dr. Athena Progiou outlined updated Regional Air Quality Plans targeting 40% emission reductions by 2030 in Thessaloniki through biomass heating replacement and sustainable transport. Dr. Daphne Parliari presented epidemiological findings showing elevated mortality risk when high temperatures coincide with PM10 concentrations exceeding 104 μg/m³. Dr. Serafim Kontos presented integrated modeling systems delivering high-resolution air quality forecasts using city-specific chemistry models.
Two operational tools were highlighted: the Health-related Warning System with color-coded risk levels (from 0 to 3), and the Environmental Management System (EMS) providing an interactive platform for real-time monitoring and forecasts.
The day concluded with presentations on implementing EU Directive 2024/2881, setting stricter limits of 20 μg/m³ for PM10 and 10 μg/m³ for PM2.5 by 2030.
Day 2: 3rd Monitoring Meeting – Project Assessment and Future Planning
On May 30, the project consortium convened for its third monitoring meeting to review technical progress and prepare for project completion. Prof. Dimitris Melas, Project Manager from Aristotle University of Thessaloniki, opened with an overview of progress toward project objectives and expected results.
Work Package Leaders then presented detailed technical progress across all six work packages, covering updated emission inventories and air quality plans (WP1, WP2), integrated environmental forecasting and health warning systems (WP3), replication strategies (WP4), communication and dissemination activities (WP5), and project management (WP6).
Discussions addressed the project’s policy impact on air quality governance in the three implementation cities, the After-LIFE plan ensuring sustainability of project outcomes beyond the funding period, and potential project prolongation.
The meeting concluded with a Q&A session on the Final Report preparation and financial matters as the project iapproaches completion. The two- day event demonstrated LIFE SIRIUS’s comprehensive approach to enhancing air quality governance in Mediterranean urban areas through integrated environmental information systems.
