Ecohydrological responses of dense canopies to environmental variability: 2. Role of acclimation under elevated CO₂

Keyphrases

• Elevated CO2 100%
• Environmental Variability 100%
• Ecohydrological Feedbacks 100%
• Canopy Scale 80%
• Maize 60%
• Soil Model 60%
• Photosynthesis 40%
• Water Vapor 40%
• Land-atmosphere Interactions 40%
• Water Energy 40%
• CO2 Environment 40%
• Flux Response 40%
• Metabolic Pathway 20%
• Illinois 20%
• Mass Energy 20%
• Surface Temperature 20%
• CO2 Concentration 20%
• Relative Role 20%
• Experimental Facility 20%
• Energy Flux 20%
• Environmental Change 20%
• Ambient Environment 20%
• Leaf Area 20%
• Free Air 20%
• Enrichment Technology 20%
• Growing Season 20%
• SoyFACE 20%
• Flux Estimate 20%
• Canopy Leaf Area 20%
• Leaf Level 20%
• Stomatal Conductance 20%
• Natural Conditions 20%
• Soil System 20%
• Direct Electrical Stimulation 20%
• Latent Energy 20%
• Vegetative State 20%
• Rubisco Carboxylation 20%
• Eddy Covariance Technique 20%
• Ameriflux Sites 20%
• Carbon Dioxide (CO2) Concentration 20%
• Linear Trend 20%
• Vegetation Response 20%
• Leaf Properties 20%
• Atmospheric Composition 20%
• Direct Reduction 20%
• Carboxylation Efficiency 20%
• Plant Acclimation 20%
• Plant Properties 20%
• Enriched CO2 20%
• Vertical Variation 20%
• Carbon Enrichment 20%
• Terrestrial Vegetation 20%
• Structural Augmentation 20%

Earth and Planetary Sciences

• Carbon Dioxide 100%
• Vegetation 30%
• Leaf Area 15%
• Photosynthesis 15%
• Illinois 7%
• Environmental Change 7%
• Land-Atmosphere Interaction 7%
• Growing Season 7%
• Energy Flux 7%
• Change in Atmospheric Composition 7%
• Eddy Covariance 7%
• Carboxylation 7%

Agricultural and Biological Sciences

• Acclimation 100%
• Photosystem 28%
• Leaf Area 28%
• Growing Season 14%
• Stomatal Conductance 14%
• Eddy Covariance 14%
• Carboxylation 14%