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Fire as a driver of wood mechanical traits in the boreal forest
Kaysandra Waldron
,
David Auty
, Tessie Tong
, Charles Ward
, David Pothier
, Luciane Paes Torquato
, Alexis Achim
Forestry, School of
Research output
:
Contribution to journal
›
Article
›
peer-review
4
Scopus citations
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Keyphrases
Aboveground Woody Biomass
25%
Best Model
25%
Best Predictor
25%
Biomass Production
25%
Black Spruce
50%
Boreal Forest
100%
Canada
25%
Ecological Drivers
25%
Efficiency Index
25%
Elastic Modulus
100%
Explanatory Variables
25%
Fire Return Interval
25%
Fire Traits
25%
Growth Efficiency
25%
High Modulus
25%
Leaf Area
25%
Mechanical Characteristics
100%
Mechanical Stiffness
25%
Production Strategy
25%
Site Productivity
25%
Stand Structure
25%
Stand-replacing Fire
75%
Strategy Focus
25%
Structural Variability
25%
Timetree
25%
Understory
25%
Wood
100%
Wood Production
25%
Wood Traits
100%
Agricultural and Biological Sciences
Biomass Production
33%
Boreal Forest
100%
Leaf Area
33%
Linear Models
33%
Picea mariana
66%
Seeds
33%
Sole
33%
Stand Structure
33%
Understory
33%