Models
models modele
Model Characteristics
| Id | 11 | |
| Last update | 2011-05-17 | |
| Name | Ventoux | |
| Year | 2002 | |
| Author | Ph. Dreyfus | |
| Contact | ||
| Organisation | INRA | |
| Country | France | |
| Category | Growth | |
| Model type | Empirical growth & Yield models | |
| Sub-type | Distance independent tree model | |
| Level | Tree | |
| Time step | Year | |
| Time scale | Long term | |
| Stochasticity | Deterministic | |
| Range of applicabiilty (region, ...) | French Mediterranean hinterland moutains. A semi-spatialized model (nearly a gap model) dealing with the evolution of artificial pine stands towards mixed stands (pines, beech, silver fir) on the Mont-Ventoux (mediterranean mountain). |
|
| Site | ||
| Stand composition | Multispecific | |
| Forest structure | Uneven | |
| Species | Abies alba; Fagus sylvatica; Pinus nigra ssp. nigricans; Pinus sylvestris; Pinus uncinata | |
| Sylvicultural system | ||
| Tree range | ||
| Stand range | ||
| State variables - Growth | ||
| State variables - Initialization | ||
| State variables - Prediction | ||
| State variables - Stochastic for | ||
| Distribution diameter variables - growth | ||
| Distribution diameter variables - initialization | ||
| Distribution diameter variables - prediction | ||
| Distribution diameter variables - stochasticity for | ||
| Tree variables - growth | ||
| Tree variables - Initialisation | ||
| Tree variables - prediction | ||
| Tree variables - stochasticity for | ||
| Growth processes | ||
| Regeneration processes at stand level | ||
| Regeneration processes at sapling level | ||
| Hazards | ||
| Submodule : Sylvicultural practicies | Silviculture: stand density, thinnings, regeneration cuttings | |
| Submodel : Climate parameters | Dispersal; Growth; Ingrowth; Mortality; Regeneration | |
| Input state variables | Tree-level or stand-level characteristics (species proportions, basal area, age, site) of forest compartments | |
| Human inputs | ||
| Climate inputs | ||
| Output state variable | Tree-level (species, age, height, diameter, crown) and stand-level characteristics (species proportions, basal area, age, site) | |
| Quantity products | ||
| Quality pulp | ||
| Quality construction | ||
| Quality cork | ||
| Simulator name | Capsis | |
| Stand Simulator version | ||
| Stand Simulator hardware | ||
| Stand Simulator memory | ||
| Stand Simulator OS | ||
| Stand Simulator language | ||
| Stand Simulator characteristics | ||
| Stand Simulator indicators | ||
| Stand Simulator visualization | ||
| Landscape Simulator name | ||
| Landscape Simulator version | ||
| Landscape Simulator hardware | ||
| Landscape Simulator memory | ||
| Landscape Simulator OS | ||
| Landscape Simulator language | ||
| Landscape Simulator characteristics | ||
| Landscape Simulator indicators | ||
| Landscape Simulator visualization | ||
| Reference | ||
| Bibliography | http://www.inra.fr/capsis | |
| Equations | ||
| Context | CAQ group | |
| URL | http://www.paca.inra.fr/les_recherches/pole_adaptation_au_changement_global_acg__1/ecologie_des_forets_mediterraneennes | |
| Equations on FORMIS database |
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