Changes in leaf nitrogen and carbohydrates underlie temperature and CO₂ acclimation of dark respiration in five boreal tree species

Keyphrases

• Respiration 100%
• CO2 Concentration 100%
• Temperature Acclimation 100%
• Leaf Nitrogen 100%
• Dark Respiration 100%
• Boreal Tree Species 100%
• Leaf Carbohydrates 100%
• CO2 Acclimation 100%
• Carbohydrate Content 66%
• Foliar 66%
• Elevated CO2 66%
• Leaf Nitrogen Concentration 66%
• Nitrogen Concentration 66%
• Temperature Concentration 33%
• Carbohydrates 33%
• Temperature Effect 33%
• Lamb 33%
• Larix Laricina 33%
• Pinus Banksiana 33%
• Respiration Rate 33%
• CO2 Effect 33%
• Growth Temperature 33%
• Specific Respiration Rate 33%
• Leaf Structure 33%
• High Growth 33%
• Leaf Chemistry 33%
• Betula Papyrifera Marsh 33%
• Populus Tremuloides Michx 33%
• Temperature Treatment 33%
• Non-structural Carbohydrate Concentration 33%
• Broadleaved Species 33%
• Picea Mariana (Mill.) BSP 33%
• Temperature Response Function 33%
• Thermal Environment 33%
• Across Species 33%
• Long-term Acclimation 33%

Agricultural and Biological Sciences

• Acclimation 100%
• Seeds 25%
• Larix laricina 25%
• Jack Pine 25%
• Picea mariana 25%
• Betula papyrifera 25%
• Populus tremuloides 25%
• Lamb 25%