Relationships of leaf dark respiration with light environment and tissue nitrogen content in juveniles of 11 cold-temperate tree species

Keyphrases

• Temperate Tree Species 100%
• Light Availability 100%
• Leaf Dark Respiration 100%
• Angiosperms 100%
• Tissue Nitrogen 100%
• Nitrogen Content 100%
• Light Environment 100%
• Shade Tolerance 75%
• Respiration 75%
• Low Light 50%
• Respiration Rate 50%
• N Mass 50%
• Angiosperm Species 50%
• Minnesota 25%
• Light Intensity 25%
• Foliage 25%
• Metabolic Flexibility 25%
• Mass-based 25%
• Forest Understory 25%
• Shade-tolerant Species 25%
• Area-based 25%
• Metabolically Active 25%
• Functional Types 25%
• Dark Respiration 25%
• Negative Slope 25%
• Tolerance Limits 25%
• Intraspecific Variation 25%
• Carbon Loss 25%
• N-rich 25%
• Canopy Openness 25%
• Increasing Light 25%
• Low Carbon 25%
• Nitrogenous Bases 25%
• Light Gradient 25%
• Leaf Mass per Unit Area 25%
• Metabolic Potential 25%
• Carbohydrate Status 25%
• Generalized Features 25%
• Leaf Carbohydrates 25%
• Ecological Trade-offs 25%
• Lower Respiratory 25%
• Juvenile Trees 25%
• Deep Shade 25%

Agricultural and Biological Sciences

• Angiosperm 100%
• Acclimation 66%
• Shade Tolerance 50%
• Understory 16%
• Intraspecific Variation 16%