Biological and environmental controls on tree transpiration in a suburban landscape

Keyphrases

• Environmental Control 100%
• Biological Control 100%
• Growing Season 100%
• Transpiration 100%
• Suburban Landscape 100%
• Tree Transpiration 100%
• Species Differences 66%
• Stomatal Regulation 66%
• Ring-porous 66%
• Diffuse-porous 66%
• Minneapolis 33%
• Minnesota 33%
• Urban Ecosystem 33%
• Ecosystem Services 33%
• Stormwater Management 33%
• City Scale 33%
• Plant Functional Traits 33%
• Saint Paul 33%
• Flux Measurement 33%
• Physiological Response 33%
• Response to Climate Change 33%
• Response to Climate 33%
• Tree Species 33%
• Hydrogen Peroxide 33%
• Urban Areas 33%
• Urban Water 33%
• Evapotranspiration 33%
• Water Budget 33%
• Canopy Structure 33%
• Leaf Area Index 33%
• Species Composition 33%
• Evaporative 33%
• Growth Season 33%
• Growing Season Length 33%
• Vapor Pressure Deficit 33%
• Xylem Anatomy 33%
• Climate Characteristics 33%
• Dominant Tree Species 33%
• Canopy Area 33%
• Biophysical Characteristics 33%
• Projected Leaf Area 33%
• Evapotranspiration Components 33%
• Urban Heat Island Effect 33%
• Sap Flux 33%
• Evergreen Needleleaf 33%
• Suburban Neighborhoods 33%
• Deciduous Broad-leaved Tree 33%

Agricultural and Biological Sciences

• Environmental Management 100%
• Sweating 100%
• Growing Season 80%
• Evapotranspiration 40%
• Deciduous 20%
• Plant Functional Type 20%
• Sap 20%
• Heat Island 20%
• Water Management 20%
• Climate Change 20%
• Xylem 20%
• Vapor Pressure 20%
• Leaf Area Index 20%