Differential modulation of crown allometry and stem growth at gap edges in five European tree species by drought conditions

Keyphrases

• Stem Growth 100%
• Drought Conditions 100%
• Gap Edge 100%
• European Tree Species 100%
• Soil Moisture Content 100%
• Crown Allometry 100%
• Differential Modulation 100%
• Gap Formation 75%
• Dry Soil 50%
• Wet Soil 50%
• Crown Structure 50%
• Basal Area Increment 50%
• Three-dimensional (3D) 25%
• High-resolution 25%
• Positive Impact 25%
• Central Europe 25%
• Tree Crown 25%
• Southern Germany 25%
• Terrestrial Laser Scanning 25%
• Gap Size 25%
• Negative Impact 25%
• Beeches 25%
• Norway Spruce 25%
• Edge Position 25%
• Quercus Robur 25%
• Linear Mixed Model 25%
• Beech 25%
• Fagus Sylvatica 25%
• Scots pine Pinus Sylvestris L 25%
• Growth Response 25%
• Quercus Petraea 25%
• Tree Growth 25%
• Silviculture 25%
• Spruce 25%
• Tree Rings 25%
• Basal Area Growth 25%
• Picea Abies (L.) Karst 25%
• Deciduous Tree Species 25%
• Growth Structure 25%
• Species-specific Effect 25%
• Habitus 25%
• Quercus 25%
• Coniferous Tree Species 25%
• Growth Increase 25%
• Abies Alba Mill 25%
• Silver Fir 25%
• Tree Death 25%
• Growth Loss 25%
• Edge Conditions 25%
• Goal-oriented 25%

Agricultural and Biological Sciences

• Soil Moisture 100%
• Allometry 100%
• Quercus 75%
• Basal Area 75%
• Pinus 50%
• Picea Abies 50%
• Acclimation 50%
• Abies Alba 50%
• Pinus sylvestris 25%
• Fagus Sylvatica 25%
• Deciduous 25%
• Beech 25%
• Quercus Petraea 25%
• Quercus Robur 25%
• Silviculture 25%
• Fir 25%
• Tree Crown 25%
• Tree Growth 25%