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Montane forest productivity across a semiarid climatic gradient
John F. Knowles
, Russell L. Scott
, Joel A. Biederman
, Peter D. Blanken
, Sean P. Burns
, Sabina Dore
, Thomas E. Kolb
, Marcy E. Litvak
, Greg A. Barron-Gafford
Forestry, School of
Research output
:
Contribution to journal
›
Article
›
peer-review
25
Scopus citations
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Keyphrases
Semi-arid
100%
Montane Forest
100%
Climatic Gradient
100%
Net Primary Productivity
100%
Forest Productivity
100%
Summer Precipitation
42%
Carbon Sequestration
42%
Moisture
28%
Winter Dormancy
28%
Western United States
14%
Drought
14%
Climate Change
14%
Low Elevation
14%
Soil Moisture
14%
High Elevation
14%
Eddy Covariance Technique
14%
Forest Site
14%
Photosynthesis
14%
Winter Precipitation
14%
Leaf Area Index
14%
Leaf Area
14%
Snowmelt
14%
Forest Growth
14%
Moisture Availability
14%
Air Temperature
14%
Conifer Forest
14%
Low Carbon
14%
Precipitation Change
14%
Carbon Density
14%
Best Predictor
14%
Semi-arid Climate
14%
Productivity Differences
14%
Photosynthetic Activity
14%
Melt-derived
14%
Snow Drought
14%
Seasonal Evolution
14%
Evergreen Conifers
14%
Forest Carbon Sequestration
14%
Agricultural and Biological Sciences
Primary Productivity
100%
Montane Forests
100%
Carbon Sequestration
57%
Annuals
28%
Dormancy
28%
Spring
14%
Soil Moisture
14%
Climate Change
14%
Eddy Covariance
14%
Photosystem
14%
Leaf Area Index
14%
Leaf Area
14%
Forest Growth
14%