Leaf density-based modelling of phototropic crown dynamics and long-term predictive application to European beech

Keyphrases

• Biomass Production 33%
• Calibrated Model 33%
• Complexing Properties 33%
• Crown Dynamics 100%
• Crown Shape 66%
• Density-based 100%
• Efficient Simulation 33%
• European Beech 100%
• Fagus Sylvatica 33%
• Foliage 33%
• Growth Dynamics 33%
• Heaviness 33%
• Large Animal Model 33%
• Large Trees 33%
• Leaf Area Density 33%
• Leaf Density 100%
• Light Gradient 33%
• Long-term Growth 33%
• Old Trees 33%
• Optimal Direction 33%
• Phototropic 100%
• Phototropism 33%
• Predictive Applications 100%
• Prior Shape 33%
• Rigid Structure 33%
• Robust Simulation 33%
• Shape Constraints 33%
• Small Animal Model 33%
• Spatial Distribution 33%
• Spatial Expansion 33%
• Spatial Growth 33%
• Spatial Variability 33%
• Spatially Explicit 33%
• Stand Density 33%
• Topological Architecture 33%
• Tree Growth Model 66%

Agricultural and Biological Sciences

• Beech 100%
• Biomass Production 33%
• Branches 33%
• Fagus Sylvatica 33%
• Growth Models 66%
• Leaf Area 33%
• Phototropism 33%
• Stand Density 33%
• Tree Growth 66%

Earth and Planetary Sciences

• Leaf Area 50%
• Phototropism 50%
• Scale Model 100%
• Spatial Distribution 50%