The Grape-In-Silico Models

A 3D digital reconstruction model of grapevine, either representing raw field data, or statisticaly simulating canopy structure variability, depending on cultivar and training systems.

A static functional-structural plant model to simulate the interactions between shoot hydraulic structure, gas-exchange and energy-budget, from organ to canopy levels.

A functional-structural plant model to simulate the interactions between a growing grapevine stock and powdery mildew, from organ to canopy levels, describing severity of the disease and dispersed spores

A multi-scale source–sink model exploring carbon allocation in plants on different, user-defined, topological scales.

A biophysical model to simulate mass and sugar accumulation in a ripening berry

A whole-plant functional-structural grapevine model designed for simulating berry growth and sugar accumulation in response to changing environments

A water balance model to estimate seasonal dynamics of the soil water content of vineyards

___

___