Agricultural and Biological Sciences
Picea mariana
100%
Wood Density
82%
Picea Sitchensis
72%
Microfibril
60%
Pinus
48%
Pinus taeda
48%
Picea
41%
Branches
36%
Tree Growth
34%
Annuals
31%
Pith
31%
Wood Quality
23%
Pinus sylvestris
22%
Acer Saccharum
20%
Hardwood
18%
Wood Properties
16%
Boreal Forest
16%
Allowable Cut
16%
Stand Structure
16%
Densitometry
14%
Tracheid
14%
Abies Balsamea
14%
Forestry
14%
Mathematical Model
14%
Even-Aged Stands
13%
Betula alleghaniensis
12%
Tsuga heterophylla
12%
Genetic Improvement
12%
Populus
12%
White Spruce
12%
Arthropod Communities
12%
Normal Distribution
12%
Ecotone
12%
Quercus Rubra
12%
Pinus echinata
12%
Detritivore
12%
Spring
12%
Growing Season
12%
Forest Inventory
12%
Wood Mechanical Properties
10%
Betula
10%
Climate Change
8%
Mycosis
8%
Pinus edulis
8%
Machine Stress-Rated Lumber
8%
Jack Pine
7%
Nonlinear Model
7%
Latewood
6%
Forest Trees
6%
Binomial Distribution
6%
Keyphrases
Sitka Spruce
36%
Black Spruce
30%
Wood Density
30%
Microfibril Angle
24%
Picea Mariana (Mill.) BSP
18%
Picea Sitchensis
17%
Wood
14%
Dominance Class
13%
Acoustics
12%
Black Spruce Wood
12%
Merchantable Volume
12%
Volume Equation
12%
Standing Trees
12%
Principle of Autonomy
12%
Branch Autonomy
12%
Southwestern USA
12%
Lumber Value
12%
Northern Britain
12%
Supply Sources
12%
Boreal Mixedwoods
12%
Drought Legacy
12%
Wood Traits
12%
Spruce Wood
12%
Annual Allowable Cut
12%
Wood Supply
12%
Clear Wood
12%
Elastic Modulus
12%
Live Crown Ratio
12%
Taper Function
12%
Hotter Drought
12%
Mechanical Characteristics
12%
Experimental-numerical Approach
12%
Forest Stand
12%
Temperature Memory
12%
Branch Characteristics
12%
Cellulose Microfibril Angle
12%
Non-structural Carbohydrates
12%
Tracheid Length
12%
Climate Relationships
12%
Boreal Forest
12%
Fire Origin
12%
Canada
9%
Spacing Trial
9%
Stand-replacing Fire
9%
BSP Tree
8%
Low Vigour
8%
Ring Width
7%
Ring Density
7%
Pinus Echinata
6%
Mechanical Testing
6%