Facilitation and competition reduction in tree species mixtures in Central Europe: Consequences for growth modeling and forest management

Keyphrases

• Central Europe 100%
• Model Management 100%
• Tree Species Mixture 100%
• Forest Management 100%
• Competition Reduction 100%
• Growth Modeling 100%
• Species Mixture 75%
• Site Conditions 75%
• European Beech 75%
• Tree Growth 75%
• Mixed-species Groups 75%
• Norway Spruce 50%
• Mixed Stands 50%
• Intraspecific 50%
• Sessile Oak 50%
• Spatially Explicit 50%
• Diameter Growth 25%
• Germany 25%
• Individual-tree Model 25%
• Mixing Effect 25%
• Tree Structure 25%
• Mixing Ratio 25%
• Tree Species 25%
• Stand Density 25%
• Fagus Sylvatica 25%
• Scots pine Pinus Sylvestris L 25%
• Mixed Models 25%
• Quercus Petraea 25%
• Monospecific Stand 25%
• Interspecific Competition 25%
• Tree Model 25%
• European Ash 25%
• Fraxinus Excelsior 25%
• Acer Pseudoplatanus 25%
• Stand Growth 25%
• Mutualistic Interactions 25%
• Picea Abies 25%
• Chronosequence 25%
• Stem Diameter Growth 25%
• Tree Growth Model 25%
• Mixing Patterns 25%
• Size Index 25%
• Fast-growing Trees 25%
• Site Index 25%
• Stand Model 25%
• Reduced Competition 25%
• Potential Growth Rate 25%
• Open-grown Trees 25%
• Interspecific Facilitation 25%
• Associated Tree Species 25%
• Tree Stem Diameter 25%

Agricultural and Biological Sciences

• Forest Management 100%
• Tree Growth 100%
• Beech 75%
• Quercus Petraea 75%
• Picea Abies 75%
• Mixed Stands 50%
• Fraxinus excelsior 50%
• Growth Models 50%
• Pinus 25%
• Pinus sylvestris 25%
• Fagus Sylvatica 25%
• Stand Density 25%
• Chronosequence 25%
• Site Index 25%
• Acer pseudoplatanus 25%