Hydraulic constraints modify optimal photosynthetic profiles in giant sequoia trees

Keyphrases

• Giant Sequoia 100%
• Hydraulic Limitation 100%
• Leaf Water Potential 66%
• Stomatal Conductance 66%
• Photosynthetic Capacity 66%
• Light Gradient 66%
• Sap Flow 33%
• Transpiration 33%
• Tree Carbon 33%
• Carbon Gain 33%
• Whole Tree 33%
• Water Use 33%
• Sequoiadendron Giganteum 33%
• Tree Crown 33%
• Solar Radiation 33%
• Hydraulic Conductance 33%
• Tall Trees 33%
• Hydraulic Architecture 33%
• Leaf Photosynthesis 33%
• Shoot Mass 33%
• Diurnal Pattern 33%
• Use Rate 33%
• Water Transport 33%
• Leaf Nitrogen Content 33%
• Stable Carbon Isotope Ratio 33%
• Marginal Benefit 33%
• Transport Capacity 33%
• Global Maximum 33%
• Leaf Mass per Area 33%
• Maximum Leaf 33%
• Crown Height 33%
• Optimality Theory 33%
• Intrinsic Water-use Efficiency (iWUE) 33%
• Capacity Profile 33%
• Vertical Trend 33%
• N Gradient 33%
• Level Optimization 33%

Agricultural and Biological Sciences

• Sequoia 100%
• Branches 66%
• Stomatal Conductance 66%
• Leaf Water Potential 66%
• Photosynthetic Capacity 66%
• Water Use Efficiency 33%
• Photosystem 33%
• Sweating 33%
• Leaf Area 33%
• Sap Flow 33%
• Sequoiadendron Giganteum 33%
• Tree Crown 33%
• Solar Radiation 33%