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Introduction

Package overview and model inputs

Package overview

An introduction to the package and its main functions

Understanding model inputs

Describes the information and data format required for model simulation

Preparing model inputs

Learn how to prepare vegetation, soil and weather inputs for simulations

Running simulation models

Articles to learn how to conduct simulations

Basic water balance

Learn how to conduct soil plant water balance model simulations

Advanced water and energy balance

Learn how to conduct soil plant water balance model simulations using a more detailed approach for energy balance, plant hydraulics, stomatal regulation and photosynthesis

Forest growth

Learn how to conduct simulations including carbon balance, plant growth and mortality

Forest dynamics

Learn how to conduct simulations of forest function and dynamics, possibly including forest management actions

Model analysis and parametrization

Articles explaining advanced modelling tasks

Sensitivity analysis and calibration

Learn how to conduct a global sensitivity analysis or a parameter calibration exercise

Meta-modelling exercise

Description of a meta-modelling exercise used to estimate non-mensurable parameters

Calibration of growth and senescence parameters

Description of a calibration procedure used for growth and senescence parameters

Model performance evaluation

Model benchmark evaluation at stand and regional levels

Model evaluation in experimental plots

Benchmark evaluation at stand-level, using soil moisture, sapflow, leaf water potential and eddy covariance data from instrumentalized forest plots

Evaluation of regional-level forest dynamics with forest inventory data

Benchmark evaluation at regional level, using forest inventory data from Catalonia

Application examples

Examples of model application

Soil and plant water balances at Font-Blanche

Soil and plant water balance at the forest plot of Font-Blanche (France)

Water pools and species interactions

Preliminary results comparing simulations with different assumptions of root overlap between species