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Long-term thinning alters ponderosa pine reproduction in northern Arizona
Kelsey N. Flathers
, Thomas E. Kolb
, John B. Bradford
, Kristen M. Waring
, W. Keith Moser
Forestry, School of
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Article
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peer-review
44
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Keyphrases
Area 7
16%
Average Precipitation
16%
Basal Area
100%
Canopy Cover
16%
Climate Change
16%
Cone Production
16%
Early Seedling
16%
Early Seedling Establishment
16%
Forest Health
16%
Forest Structure
16%
Germination
16%
Growth Stocks
33%
Health Anxiety
16%
Historical Forests
16%
Induced Stress
16%
Litter Cover
16%
Long-term Maintenance
16%
Low Density
16%
Microenvironment
33%
Negatively Associated
16%
Northern Arizona
100%
Open Conditions
16%
Overstory
16%
Overstory Trees
16%
Pine Regeneration
16%
Pinus Ponderosa
16%
Ponderosa pine
100%
Ponderosa pine Forest
16%
Pre-settlement
16%
Quadratic Relation
16%
Regeneration
16%
Seedling Density
50%
Seedling Height
16%
Seedling Survival
50%
Silvicultural Treatments
16%
Soil Water Content
16%
Southwestern United States
33%
Stand Thinning
16%
Stock Level
16%
Tree Mortality
16%
Wet Periods
16%
Agricultural and Biological Sciences
Basal Area
100%
Climate Change
16%
Forest Health
16%
Germination
16%
Overstory
33%
Pinus
100%
Pinus ponderosa
16%
Soil Water Content
16%
Tree Mortality
16%