Over-investment in leaf venation relaxes morphological constraints on photosynthesis in eucalypts

Keyphrases

• Photosynthesis 100%
• Leaf Venation 100%
• Overinvestment 100%
• Eucalypt 100%
• Morphological Constraints 100%
• Arid Environment 66%
• Aridity Gradient 66%
• Mesophyll 66%
• Vein Density 66%
• Aridity 33%
• Angiosperms 33%
• Leaf Gas Exchange 33%
• Stomata 33%
• CO2 Uptake 33%
• Competitive Advantage 33%
• Selective Pressure 33%
• Epidermis 33%
• Eucalyptus 33%
• Water Transport 33%
• Functional Adaptation 33%
• Primary Function 33%
• High Thermals 33%
• South-eastern Australia 33%
• Leaf Water 33%
• Gas Exchange 33%
• Lateral Distance 33%
• Leaf Thickness 33%
• Leaf Hydraulic Traits 33%
• Corymbia 33%
• Leaf Life Span 33%
• Hydraulic Capacitance 33%
• Leaf Morphology 33%
• Leaf Hydraulics 33%
• Thermal Capacitance 33%
• Potential Rate 33%
• Amphistomatous Leaf 33%
• Leaf Morphological Traits 33%
• Leaf Photosynthetic Traits 33%

Agricultural and Biological Sciences

• Eucalypt 100%
• Photosystem 100%
• Gas Exchange 50%
• Mesophyll 50%
• Stoma 25%
• Corymbia 25%
• Selective Pressure 25%
• Angiosperm 25%