Below-ground hydraulic conductance is a function of environmental conditions and tree size in Scots pine

Keyphrases

• Environmental Conditions 100%
• Evaporative Demand 100%
• Hydraulic Conductance 100%
• Scots pine 100%
• Treewidth 100%
• Tall Trees 100%
• Stem Diameter 100%
• Sap Flow Rate 100%
• Conductance 50%
• Hydraulic Limitation 50%
• Tree Height 50%
• Tree Age 50%
• Sap Flow 50%
• Soil Water Potential 50%
• Belowground Carbon Allocation 50%
• Chronosequence 50%
• Diameter Change 50%
• Proportional Contribution 50%
• Tree Hydraulics 50%
• Increasing Trees 50%
• Hydraulic Resistance 50%
• Diameter Variation 50%
• Water Transport 50%
• Root Water Transport 50%
• Water Flux 50%
• Whole Tree 50%
• Flow Demand 50%
• Composite Model 50%
• Aquaporin 50%
• Plant Water Relations 50%
• Scotland 50%
• Acceptable Limits 50%
• Water Tension 50%
• Leaf Water Potential 50%
• Stem Water Potential 50%

Agricultural and Biological Sciences

• Pinus 100%
• Hydraulic Conductivity 100%
• Sap Flow 100%
• Evaporative Demand 66%
• Aquaporin 33%
• Tree Age 33%
• Chronosequence 33%
• Leaf Water Potential 33%
• Soil Water Potential 33%
• Acclimation 33%
• Plant-Water Relations 33%