Refinement of a theoretical trait space for North American trees via environmental filtering

Earth and Planetary Sciences

• Biomass Allocation 100%
• Centroid 100%
• Data Transmission 100%
• Dynamic Simulation 100%
• Forest Floor 100%
• Forest Inventory 100%
• Gap Dynamics 100%
• Light Use Efficiency 100%
• Xylem 100%

Keyphrases

• Allocation Model 12%
• Area Ratio 12%
• Carbon Allocation 12%
• Centroid 12%
• Covariation 12%
• Dead Trees 12%
• Dynamic Simulation 12%
• Environmental Filtering 100%
• Explicit Filtering 12%
• Filter Method 12%
• Filtering Mechanism 12%
• Forest Floor 12%
• Forest Inventory 12%
• Functional Traits 50%
• Gap Dynamics 12%
• Growth Allocation 12%
• Hypercube 37%
• Hypervolume 12%
• Leaf Economics Spectrum 12%
• Light Level 25%
• Light Limitation 12%
• Light Stress 12%
• Long-lived 12%
• Maximum Tree Height 12%
• Mortality Rate 12%
• N-dimensional 12%
• North American Forests 100%
• Radiation Use Efficiency 12%
• Random Mortality 12%
• Range of Values 12%
• Sapwood Area 12%
• Senescence Rate 12%
• Stand Level 25%
• Trait Space 100%
• Trait Value 12%
• Tree Level 12%
• Unbounded Growth 12%
• Wood Economic Spectrum 12%
• Xylem 12%
• Zero Distance 12%

Agricultural and Biological Sciences

• Americans 100%
• Annuals 50%
• Floors 50%
• Forest Inventory 50%
• Gap Dynamics 50%
• Radiation Use Efficiency 50%
• Sapwood 50%
• Xylem 50%