A project coordinated by Rodolphe Hamel

Recent studies have highlighted the global health risks posed by arboviruses and the impact of urbanization on public health. However, few studies have explored the effect of urban development and landscape changes on the risk of exposure to arboviruses in the urban peripheries of Southeast Asian cities.

The project Urban-EXAM – Urban Exposome and Arbovirus Management – propose to investigate this exposomic risk in Nan, a provincial capital city in expansion in northern Thailand. Building on the concept of the urban exposome, this interdisciplinary project combines microgeography, arbovirology, and entomology. It aims to understand how urbanization affects population exposure to arboviruses, refine the study of vector and reservoir ecology within a One Health approach, and analyze the links between local urban management and arbovirus transmission to better anticipate public health risks.

At the heart of this project, the urban exposome, which enables the study of the total environmental exposures that urban populations experience throughout their lives, offering a holistic and dynamic perspective on public health risk prevention.

In collaboration with IRL HealthDEEP, Urban-EXAM program brings together two laboratories, both highly recognized in their respective fields: MIVEGEC, specializing in health ecology, and IRASEC, focusing on social sciences. Focused on the Global South, this exploratory project will be carried out in Thailand in collaboration with expert researchers in epidemiology, virology, and public health from one of the country's leading universities, Mahidol University.

A project coordinated by Olivier Telle.

Funded by CNRS MITI, and in partnership with Geographie-cités, this project adopts a One Health perspective to investigate the dynamics of arbovirus transmission in urban ecosystems, with a focus on marginalised urban spaces. By exploring the interactions between human activity, ecological systems, and vector habitats, the project examines how urbanisation influences the risks of arboviruses spread. Using a mixed-methods approach, OUR-HEALTH combines spatial analysis, socio-environmental assessments, and public health governance studies to identify effective local interventions.

Key outcomes include recommendations for integrated vector management, policy frameworks for urban health, and strategies to reduce human vulnerability to arbovirus transmission. By linking public health with urban governance, OUR-HEALTH establishes a foundation for adaptive, sustainable health interventions across South and Southeast Asia.

A project coordinated by Olivier Telle.

The EXPOSOC project investigates the urban exposome—the totality of environmental exposures individuals face in urban settings—through a One Health lens. With a case study in Nan, Thailand, the project evaluates how environmental contaminants, zoonotic pathogens, and air pollution interact with human behaviours, including mobility, work habits, and preventive measures. By examining the interdependence of human, animal, and environmental health, EXPOSOC delivers a comprehensive understanding of health risks in peri-urban and urban areas.

In collaboration with the UMR Mivegec and UMR Geographie-cités, this project integrates diverse data sources, including serological sampling, environmental assessments, and social behaviour studies, to identify systemic vulnerabilities. Outcomes include targeted public health interventions, recommendations for pollution and vector control, and frameworks addressing inequalities in urban health, aligning with One Health principles for holistic, interdisciplinary solutions.

Funded by the National Research Fundation of Singapore, the SPACE project develops predictive epidemiological models rooted in urban health, using Singapore as a foundational case study. By integrating spatial, climatic, social, and mobility data, WP1, co-led by Olivier Telle, examines how disease transmission dynamics can inform regional interventions. The project emphasises the interplay between human mobility, socio-environmental factors to understand the spread of diseases such as dengue and COVID-19.

SPACE aims to provides a scalable framework to address diverse urban health challenges. The project highlights the importance of regional collaboration and data-driven governance in enhancing public health systems, supporting targeted interventions, and improving community resilience to epidemic risks.