Plant growth architecture and production dynamics,Modéliser la dynamique de la croissance des plantes - structure et production

The use of computational models in the frame of environmental topics is at its early stages. This resource proposes hereby a set of digital resources dedicated to plant growth structure and production dynamics understanding,modelling and numerical simulation. The resource may interest students,teachers,researchers,professionals from various disciplines with a scientific background,showing interest in multi-disciplinary approaches. Teaching resources are organized around GreenLab model approach. This formalism shows 30 years of multi-disciplinary experience in agronomy,applied mathematics and computational approaches involving CIRAD,China Agricultural University,and Chinese Academy of Sciences,University of Wageningen and Ecole Centrale of Paris,partners of this proposal. GreenLab formalism expresses as a dynamic model taking benefits from both classical agronomic biomass process based models and 3D structural models.

Disciplines : Botanique : généralités,Systèmes physiologiques des plantes,Probabilités et mathématiques appliquées,Agriculture et techniques agricoles
Mots-clés : Plant growth modelling,FSPM,GreenLab,simulation,agronomy,forestry,architectural botany,eco-physiology,applied mathematics,dynamic systems,parameter identification,biomass partitioning,biomass production,modélisation de la croissance des plantes,FSPM,GreenLab,agronomie,foresterie,botanique architecturale,écophysiologie,mathématiques appliquées,systèmes dynamiques,identification de paramètres,production de biomasse,allocation de biomasse
Type de document : texte,ressource interactive,image fixe
Type de ressource : self assessment,lecture,étude de cas,exercise,outil,questionnaire,simulation
Niveau : licence,master,doctorat
Publics visés : learner,teacher
Proposition d'utilisation : Licence and Master cursus Doctoral modules
Auteurs ou éditeurs : Véronique Letort,Baogui Zhang,Ep Heuvelink,Natacha Motisi,Philippe De Reffye,Sylvie Sabatier,Yves Carraglio,Marc Jaeger,Hatem Krit,Marie-Hélène Laffont,Marc Jaeger,UVED