Author Name: Tran, Annelise
Subject: Medicine, Health and Life Sciences
Subject: Computer and Information Science
1 to 4 of 4 Results
26 oct. 2022
Tran, Annelise; Demarchi, Marie; Castets, Mathieu; Marti, Renaud; Catry, Thibault; Clément, Cécile; Jouanthoua, Fabienne; Esteve-Moussion, Isabelle; Foussadier, Rémi; Besnard, Gilles; Chouin, Sébastien; Lanoizelet, Céline; L'Ambert, Grégory; Cros, Myriam; Etienne, Manuel; Godal, Albert, 2020, "ARBOCARTO", https://doi.org/10.18167/DVN1/APVHYM, CIRAD Dataverse, V2
ARBOCARTO est un outil de cartographie prédictive des densités de populations d’Aedes vecteurs (Ae. albopictus et Ae. aegypti) à une échelle spatiale adaptée à l’organisation des actions de surveillance et de contrôle à partir de données entomologiques locales, météorologiques et... |
8 juin 2021
Grimaud, Yannick; Tran, Annelise; Benkimoun, Samuel; Guis, Hélène; Garros, Claire, 2021, "Model of Culicoides spatio-temporal dynamics, Reunion Island", https://doi.org/10.18167/DVN1/LUFIF6, CIRAD Dataverse, V1
A population dynamics model of hematophagous midges of the genus Culicoides has been developed for Reunion Island. It simulates the abundance of each of the five Culicoides species (C. bolitinos, C. enderleini, C. grahamii, C. imicola and C. kibatiensis) present in Reunion Island... |
21 déc. 2020
Tran, Annelise; Le Minter, Gildas; Balleydier, Elsa; Etheves, Anaïs; Laval, Morgane; Boucher, Floriane; Guernier, Vanina; Lagadec, Erwan; Mavingui, Patrick; Cardinale, Eric; Tortosa, Pablo, 2020, "Map of rat fleas distribution, Reunion Island", https://doi.org/10.18167/DVN1/TWNWG6, CIRAD Dataverse, V1
Map of predicted Xenopsylla Genus Flea Index (GFI) based on climatic and environmental variables, Reunion Island. Xenopsylla cheopis and Xenopsylla brasiliensis are known vectors of Rickettsia typhi, a pathogenic bacterium causing murine typhus, a neglected zoonotic disease. GFI... |
10 déc. 2020
Degenne, Pascal; Lo Seen, Danny; Tran, Annelise, 2020, "ALBOMAURICE: a predictive model for mapping Aedes albopictus mosquito populations in Mauritius", https://doi.org/10.18167/DVN1/FL7QML, CIRAD Dataverse, V1
The software runs a mosquito population dynamics model to predict the temporal and spatial abundance of Aedes Albopictus, the Dengue disease vector in Mauritius. For each geographical unit, it solves a system of ordinary differential equations describing different stages of the m... |