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Climate-driven changes in biomass allocation in pines
Evan H. DeLucia
, Hafiz Maherali
, Eileen V. Carey
Plant Biology
Center for Global Studies
Research output
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peer-review
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Keyphrases
Abies
20%
Air Temperature
20%
Aridity
20%
Biomass Allocation
100%
Climate-driven
100%
Conducting Tissue
20%
Drought Tolerance
20%
Foliage
40%
Human Activities
20%
Hydraulic Conductivity
20%
Leaf Area
20%
Photosynthate
20%
Photosynthetic Tissues
20%
Picea
20%
Pinus Ponderosa
20%
Pinus Species
20%
Pseudotsuga
20%
Sapwood
20%
Sapwood Area
20%
Structural Mass
20%
Temporal Change
20%
Tsuga
20%
Vapor Pressure Deficit
100%
Water Potential
20%
Water Vapour Pressure Deficit
20%
Xylem Embolism
40%
Agricultural and Biological Sciences
Drought Tolerance
11%
Hydraulic Conductivity
11%
Leaf Area
11%
Photosynthate
11%
Picea
11%
Pinus
100%
Pinus ponderosa
11%
Pseudotsuga
11%
Sapwood
22%
Tsuga
11%
Vapor Pressure
66%
Xylem
22%