Adresse
Infodoc : Réseau des bibliothèques et centres de documentation d'AgroParisTechFrance
contact
Array ( [TITRE] => <b>Type de document : </b> [TITRE_CLEAN] => Type de document [OPAC_SHOW] => 1 [TYPE] => list [AFF] => Mémoire [ID] => 4 [NAME] => cp_typdoc [DATATYPE] => integer [VALUES] => Array ( [0] => 4 ) )

Titre : |
Adapting an agent-based model for coffee berry borer management: a Companion Modelling experiment in North Sumatra
|
Auteur(s) : |
Laureline Lespinasse-Ide-Lafargue, Auteur (et co-auteur)
Jérémy Vendé, Tuteur Leila Bagny Beilhe, Responsable de stage Pierre Bommel, Responsable de stage Agroparistech (Montpellier; FRA), Etablissement de soutenance |
Type de document : | Mémoire |
Filière : | Ing. DA : GEEFT -- Gestion Environnementale des Ecosystèmes et Forêts Tropicales |
Sujets : | Caféiculture ; Modèles mathématiques ; jeu de rôle Scolytidae ; Lutte contre les ravageurs |
Résumé : |
Coffee is the most popular drink in the world and an important source of incomefor many smallholder farmers. However, coffee production faces a significant threat fromthe coffee berry borer (CBB) pest. To effectively manage CBB infestations, strategies needto be tailored to local conditions and the specific needs of producers. Using the companionmodeling approach, this project aimed to adapt an existing agent-based model forsimulating CBB management to the environmental, climatic, and social context of coffeeproduction in North Sumatra (Indonesia). The model underwent several adaptations,starting with improvements to the base dynamics of CBB and coffee production. Importantfeatures, such as local farming practices and socio-economic factors, were then added,followed by adjustments to [...] Coffee is the most popular drink in the world and an important source of incomefor many smallholder farmers. However, coffee production faces a significant threat fromthe coffee berry borer (CBB) pest. To effectively manage CBB infestations, strategies needto be tailored to local conditions and the specific needs of producers. Using the companionmodeling approach, this project aimed to adapt an existing agent-based model forsimulating CBB management to the environmental, climatic, and social context of coffeeproduction in North Sumatra (Indonesia). The model underwent several adaptations,starting with improvements to the base dynamics of CBB and coffee production. Importantfeatures, such as local farming practices and socio-economic factors, were then added,followed by adjustments to fit the specific conditions of the region. A role-playing game(RPG) was developed to help engage with producers, which would help identify limitationsin CBB management and explore better strategies. A test game session demonstrated thatthe model was seemingly successfully adapted, although further improvements are neededfor a more accurate representation of the coffee production system. The relevance of usinga RPG was confirmed, but it requires more development before it can be effectively usedfor data collection. |
Date de publication : | 2024 |
Format : | 1 pdf (70 p.) |
Note(s) : |
Stage de fin d’études de la formation Gestion environnementale des écosystèmes et des forêts tropicales(GEEFT)
|
Langue(s) : | Anglais |
Organisme d'accueil : | Cirad UMR Green (Montpellier) |
Lien vers la notice : | https://infodoc.agroparistech.fr/index.php?lvl=notice_display&id=226238 |
Exemplaires (1)
Localisation | Emplacement | Pôle | Section | Cote | Support | Disponibilité |
---|---|---|---|---|---|---|
Montpellier | Serveur | Forêt | MEM-3A-2024-LESP-E | Numérique | Diffusable Exclu du prêt |
Documents numériques (1)
![]() LESPINASSE_2024 Adobe Acrobat PDF |