Effects of elevated CO₂ on hydraulic performance and carbon assimilation of Schefflera arboricola

Keyphrases

• Elevated CO2 100%
• Carbon Assimilation 100%
• Hydraulic Performance 100%
• Schefflera Arboricola 100%
• ECO2 71%
• Plant Transpiration 71%
• Plant Carbon 57%
• Stomatal Conductance 28%
• Hydraulic Interaction 28%
• Soil Suction 28%
• Linear Relationship 14%
• CO2 Concentration 14%
• Suction 14%
• Atmospheric CO2 Concentration 14%
• Rising CO2 14%
• Tree Species 14%
• Soil Conditions 14%
• Carbon Sequestration 14%
• Soil nutrients 14%
• Plant Growth 14%
• Transpiration Rate 14%
• Plant Characteristics 14%
• Sap Flow 14%
• Root Architecture 14%
• Biochar Application 14%
• Plant Behavior 14%
• Biochar Amendment 14%
• Biochar-amended Soil 14%
• Sap Flow Rate 14%
• Hydrological Performance 14%
• Different CO2 Concentrations 14%
• Flow Conductance 14%

Agricultural and Biological Sciences

• Carbon Fixation 100%
• Schefflera arboricola 100%
• Sweating 71%
• Biochar 42%
• Stomatal Conductance 28%
• Sap Flow 28%
• Soil Quality 14%
• Carbon Sequestration 14%
• Plant Growth 14%
• Soil Nutrient 14%
• Plant Characteristics 14%

Earth and Planetary Sciences

• Biochar 100%
• Sap Flow 66%
• Atmospherics 33%
• Carbon Sequestration 33%
• Flow Velocity 33%
• Soil Condition 33%
• Soil Nutrient 33%