Unthinned slow-growing ponderosa pine (Pinus ponderosa) trees contain muted isotopic signals in tree rings as compared to thinned trees

Keyphrases

• Pinus Ponderosa 100%
• Ponderosa pine 100%
• Isotopic Signals 100%
• Tree Rings 100%
• Slow-growing 100%
• Physiological Processes 66%
• Wood 66%
• Fast-growing Trees 66%
• Changing Environmental Conditions 66%
• Physiological Data 33%
• Sensitivity Analysis 33%
• Stomatal Conductance 33%
• Carbon Sink 33%
• Photosynthesis 33%
• Gas Exchange 33%
• Transpiration 33%
• Sink Strength 33%
• Reduced Carbon 33%
• Unthinned Stand 33%
• High Growth Rate 33%
• Climatic Variability 33%
• Environmental Data 33%
• Isotopic Values 33%
• Basal Area Increment 33%
• Climatic Response 33%
• Mixing Degree 33%
• Source Water 33%
• Interannual Variability 33%
• Carbon Isotope Discrimination 33%
• Stable Carbon Isotope Ratio 33%
• Interannual Change 33%
• Wood-based 33%
• Wood Isotopes 33%
• Probable Cause 33%
• Heavy Thinning 33%
• Stable Oxygen Isotope Ratio 33%
• Growing Trees 33%
• Annual Variance 33%

Agricultural and Biological Sciences

• Pinus 100%
• Pinus ponderosa 100%
• Basal Area 50%
• Gas Exchange 50%
• Stomatal Conductance 50%
• Carbon Sink 50%
• Photosystem 50%
• Sweating 50%
• Transpiration 50%