Central to HBM4EU (European biomonitoring initiative), EXHAUSTION (heat/air pollution cardiopulmonary impacts), and EXPANSE (urban exposome and metabolomics).
AZIENDA SANITARIA LOCALE ROMA 1
Rome's largest public health authority, contributing population health data and epidemiological expertise to European environmental and climate-health research.
Their core work
ASL Roma 1 is Rome's largest local health authority, responsible for public health services across central Rome. Within EU research, they contribute real-world population health data, clinical infrastructure, and epidemiological expertise to large-scale studies on environmental health threats — particularly how air pollution, chemical exposures, and climate change affect cardiopulmonary outcomes. Their value lies in providing access to large patient cohorts, health survey data, and frontline public health experience from one of Europe's major urban centers.
What they specialise in
Contributed to EXHAUSTION, ENBEL, and ENGAGE — all addressing how climate change drives mortality, morbidity, and health risks in vulnerable populations.
EXPANSE focuses on urban living environments and cardiometabolomic health; EXHAUSTION examines air pollution and heat-related cardiopulmonary outcomes.
ENGAGE project explores community resilience, social capital, and risk awareness communication strategies including social media.
HBM4EU participation focused on exposure biomarkers, endocrine disruptors, chemical mixtures, and establishing reference values for human biomonitoring.
How they've shifted over time
Their early H2020 work (2017–2019) centered on chemical exposure monitoring and classical environmental epidemiology — biomarkers, endocrine disruptors, and air pollution mortality studies. From 2020 onward, the focus broadened significantly toward climate resilience, community-level health impacts, and social dimensions of risk (vulnerable groups, heat stress, societal resilience, social capital). This shift mirrors the broader European pivot from measuring environmental health hazards to building adaptive capacity against climate-driven health crises.
ASL Roma 1 is moving from pure exposure measurement toward understanding and building community-level resilience to climate and environmental health threats — positioning them for future urban health adaptation projects.
How they like to work
ASL Roma 1 operates exclusively as a participant or third-party contributor — they have never coordinated an H2020 project. They consistently join large consortia (172 unique partners across 35 countries), suggesting they are sought after for their population data and public health infrastructure rather than for project leadership. This makes them a reliable, low-friction partner who brings real-world clinical and epidemiological resources without competing for the coordinator role.
With 172 unique consortium partners across 35 countries, ASL Roma 1 has an unusually broad European network for a local health authority — a direct result of joining flagship initiatives like HBM4EU and EXPANSE that involve dozens of institutions each.
What sets them apart
Unlike university research groups, ASL Roma 1 is a frontline public health authority serving over one million residents in central Rome — they bring operational health data and patient access that academic partners simply cannot provide. Their dual expertise in chemical biomonitoring and climate-health impacts makes them a rare bridge between environmental science and public health practice. For any consortium studying urban health in a major Mediterranean city, they offer both the data and the institutional mandate to act on findings.
Highlights from their portfolio
- HBM4EUEurope's flagship human biomonitoring initiative involving 100+ partners — ASL Roma 1's participation signals recognized expertise in population-level exposure assessment.
- EXHAUSTIONTheir largest funded project (EUR 388,125), directly linking climate change to cardiopulmonary health outcomes with economic cost analysis.
- EXPANSEAmbitious urban exposome study combining environmental exposure data with metabolomics — represents their most technically advanced research contribution.