Florence Fournet

This study assesses how climate change affects Aedes albopictus distribution and dengue transmission risk in France through 2100 using climate models and demographic scenarios.

The paper monitors Ae. albopictus egg density over three years in Montpellier, finding vegetation structure, growing degree days, and lagged egg counts influence egg density dynamics.

This study finds that vegetated urban areas increase Aedes albopictus survival and arboviral transmission risk by analyzing field data and modeling R0 for Dengue and Chikungunya in Montpellier.

This review examines how urban green infrastructures affect vector-borne disease risks for humans and animals, finding mixed impacts depending on vector type and environmental context.

This study models the spread of Aedes albopictus in France and finds its range is expanding due to climate change, increasing dengue transmission risk in Western Europe.

This study examines how urban vegetation and other environmental factors influence the presence and abundance of Aedes albopictus in Montpellier, France, using a two-stage modeling approach.

This study evaluates how irradiation affects the survival and pathogen transmission ability of female Anopheles arabiensis mosquitoes exposed to Plasmodium falciparum.