Mapping and Modelling Tools for Preventing Infectious Disease Risk ProductAreaLicenceAccessALBOMAURICE |a model of Aedes albopictus mosquito population dynamics, developed for MauritiusMauritiusCC BY-NC 4.0DataVerseALBORUN | a model of Aedes albopictus mosquito population dynamics, developed for Reunion Island Reunion Island CC BY-NC 4.0 DataVerseARBOCARTO | Mapping tool to predict the population density of Aedes vectors _ CC BY-NC 4.0DataVerseNLHI -Normalized Landscape Hazard index | Python Code, a tool for mapping the influence of the landscape on the probability of human/vector interaction CC BY-NC 4.0 Framagit Geocoding python code for disease cases (e.g. dengue in Brazil) based on OSM CC BY-NC 4.0 Forthcoming
ProductAreaLicenceAccessALBOMAURICE |a model of Aedes albopictus mosquito population dynamics, developed for MauritiusMauritiusCC BY-NC 4.0DataVerseALBORUN | a model of Aedes albopictus mosquito population dynamics, developed for Reunion Island Reunion Island CC BY-NC 4.0 DataVerseARBOCARTO | Mapping tool to predict the population density of Aedes vectors _ CC BY-NC 4.0DataVerseNLHI -Normalized Landscape Hazard index | Python Code, a tool for mapping the influence of the landscape on the probability of human/vector interaction CC BY-NC 4.0 Framagit Geocoding python code for disease cases (e.g. dengue in Brazil) based on OSM CC BY-NC 4.0 Forthcoming
