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Perpetuating old ponderosa pine
T. E. Kolb
, J. K. Agee
, P. Z. Fulé
, N. G. McDowell
, K. Pearson
, A. Sala
, R. H. Waring
Forestry, School of
Research output
:
Contribution to journal
›
Review article
›
peer-review
148
Scopus citations
Overview
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Keyphrases
Bark Beetle
22%
Bark Beetle Attack
11%
Bole
11%
Carbon Allocation
22%
Carbon Uptake
11%
Detrimental Effects
22%
Disturbance Effect
11%
Drought
11%
Extreme Drought
11%
Fine Root Mortality
11%
Fire Damage
11%
Fire Effects
11%
Fire Exclusion
11%
Fire Intensity
11%
Forest Floor
11%
Human-induced Threats
11%
Induced Mortality
11%
Induced Stress
11%
Low Intensity
11%
Neighbor-joining Tree
11%
Old Trees
100%
Old-growth
11%
Pinus Ponderosa
11%
Ponderosa pine
100%
Ponderosa pine Forest
11%
Prescribed Burning
11%
Radial Growth
11%
Resin
11%
Resin Production
11%
Smoldering Combustion
11%
Tree Prior
22%
Water Uptake
11%
Xylem Growth
11%
Young Tree
33%
Agricultural and Biological Sciences
Bark Beetle
100%
Fine Root
33%
Fire Intensity
33%
Floors
33%
Pinus
100%
Pinus ponderosa
33%
Xylem
33%