Quantifying the effects of stand age on components of forest evapotranspiration

Keyphrases

• Evapotranspiration 100%
• Oak Species 100%
• Basal Area 100%
• Tree Level 100%
• Young Stands 100%
• Transpiration 100%
• Sap Flow 100%
• Sub-canopy 100%
• Forest Evapotranspiration 100%
• Water Use 50%
• Forest Species 50%
• Forest Stand 50%
• Land Use 50%
• Poplar 50%
• Southern Appalachian Mountains 50%
• Invasive Pest 50%
• Knowledge Gaps 50%
• Order of Magnitude 50%
• Leaf Area 50%
• Consistent Patterns 50%
• Species Composition 50%
• Area Ratio 50%
• Observed Trends 50%
• Age-related Differences 50%
• Mesic 50%
• Red Maple 50%
• Treewidth 50%
• Chronosequence 50%
• Interception 50%
• Stand Level 50%
• Sapwood 50%
• Cove 50%
• Intraspecific Variability 50%
• Throughfall 50%
• Forest Age 50%
• Age Composition 50%
• Water Trends 50%
• Canopy Transpiration 50%
• Sap Flow Velocity 50%
• Sap Velocity 50%
• Land Disturbance 50%
• Tulip 50%
• Fire Exclusion 50%
• Forest Water Use 50%
• Black Birch 50%
• Atmospheric Demand 50%

Agricultural and Biological Sciences

• Quercus 100%
• Evapotranspiration 100%
• Sweating 75%
• Sap Flow 75%
• Postharvest 50%
• Basal Area 50%
• Forest Stands 25%
• Betula 25%
• Chronosequence 25%
• Acer Rubrum 25%
• Liriodendron tulipifera 25%
• Sapwood 25%
• Sap 25%
• Leaf Area 25%
• Throughfall 25%
• Land Use 25%