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Narrative web mapping of a modeling work of animal mobility and associated risks of infectious disease transmission

Titre :	Narrative web mapping of a modeling work of animal mobility and associated risks of infectious disease transmission Ajouter au panier
Auteur(s) :	Herman Banza Kongolo, Auteur (et co-auteur) Pascal Degenne, Tuteur Annelise Tran, Responsable de stage Aurélie Dourdain, Responsable de stage
Type de document :	Mémoire
Filière :	MS : SILAT -- Systèmes d'informations localisées pour l'aménagement des Territoires
Sujets :	Buffle africain Cartographie ; Système d'information géographique ; Animaux -- Moeurs et comportement ; Maladies infectieuses
Résumé :	This geomatic project's aim to implement an interactive narrative web mapping application to visualize the outcomes of the TEMPO project for wildlife and livestock managers in three Zimbabwean Wildlife and Livestock interfaces (WLI). The narrative web mapping application is implemented using database and GIS tools (PostgresSQL with PostGIS as a spatial extension and QGIS with QGIS server as a map server) combined with Internet technologies (Apache web server, Lizmap web mapping client and NAMO GeoWeb narrative web mapping platform). The implemented application describes, in association with a narrative, the key factors of animal mobility in the environment (land use, surface water, agricultural areas, savannah fires), animal mobility and contacts that determine the risk of transmissio[...] This geomatic project's aim to implement an interactive narrative web mapping application to visualize the outcomes of the TEMPO project for wildlife and livestock managers in three Zimbabwean Wildlife and Livestock interfaces (WLI). The narrative web mapping application is implemented using database and GIS tools (PostgresSQL with PostGIS as a spatial extension and QGIS with QGIS server as a map server) combined with Internet technologies (Apache web server, Lizmap web mapping client and NAMO GeoWeb narrative web mapping platform). The implemented application describes, in association with a narrative, the key factors of animal mobility in the environment (land use, surface water, agricultural areas, savannah fires), animal mobility and contacts that determine the risk of transmission of pathogens. The implemented GeoWeb tool will allow users to easily access TEMPO project results by a web browser, although currently the platform is not compatible with smartphones. The dissemination of this information will promote improved herding practices and the implementation of best wildlife and livestock management practices in the studied interfaces.
Editeur(s) :	Montpellier [France] : AgroParisTech
Date de publication :	2022
Format :	60 p.
Note(s) :	Promo du stage : 2021-2022
Langue(s) :	Anglais
Organisme d'accueil :	cirad
Lien vers la notice :	https://infodoc.agroparistech.fr/index.php?lvl=notice_display&id=216431