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Axial variation of xylem conduits in the Earth’s tallest trees
Cameron B. Williams
, Tommaso Anfodillo
, Alan Crivellaro
, Martina Lazzarin
, Todd E. Dawson
, George W. Koch
Biological Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
34
Scopus citations
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Keyphrases
Tall Trees
100%
Xylem Conduits
100%
Axial Variation
100%
Conduit Size
100%
Height Growth
42%
Hydraulic Resistance
42%
Tree-based
42%
Treetop
28%
Power Function
28%
Tracheid
28%
Tree Species
14%
Size Limit
14%
Maximum Height
14%
Hydraulics
14%
Compensation Mechanism
14%
Tree Height
14%
Sequoia Sempervirens
14%
Sequoiadendron Giganteum
14%
Eucalyptus Regnans
14%
Sequoiadendron
14%
Anatomical Observation
14%
Hydraulic Limitation
14%
Path Length
14%
Mechanical Strength
14%
Sequoia
14%
Water Transport Pathway
14%
Basipetal
14%
Anatomical Models
14%
Constant Width
14%
Long Transport
14%
Vessel Dimension
14%
Size Match
14%
Volume of Fluid
14%
Tracheid Dimensions
14%
Transport Pathway
14%
Reduced Fluid
14%
Conducting Elements
14%
Hydraulic Compensation
14%
Conduit Widening
14%
Agricultural and Biological Sciences
Xylem
100%
Tracheid
100%
Sequoia
66%
Sequoia Sempervirens
33%
Sequoiadendron Giganteum
33%
Eucalyptus Regnans
33%
Sequoiadendron
33%