Predicting tree biomass growth in the temperate-boreal ecotone: Is tree size, age, competition, or climate response most important?

Keyphrases

• Boreal-temperate Ecotone 100%
• Climate Response 100%
• Treewidth 100%
• Tree Biomass 100%
• Biomass Growth 100%
• Moisture Stress 100%
• Climate Variation 66%
• Response to Climate 66%
• Growth Response 66%
• Tree Response 66%
• Climate Change 33%
• Global Temperature 33%
• C Dynamics 33%
• Climate Variables 33%
• Tree-ring Data 33%
• Tree Species 33%
• Forest Response 33%
• Climate Models 33%
• Tree Community 33%
• Sequester 33%
• Spatially Structured 33%
• Temperature Rise 33%
• CO2 Concentration 33%
• Quercus Rubra 33%
• Acer Saccharum 33%
• Mean Temperature 33%
• Aboveground Biomass 33%
• Negative Reactivity 33%
• Mean Annual Temperature 33%
• Atmospheric CO2 33%
• Annual Temperature 33%
• Transition Zone 33%
• Tree Rings 33%
• Moisture Availability 33%
• Picea Glauca 33%
• Growth Variation 33%
• Individual Size 33%
• Physical Structure 33%
• Forest Biome 33%
• Rising CO2 33%
• Future Forests 33%
• Tree Age 33%
• Latent Covariates 33%
• Temperate Biome 33%
• Positive Responses 33%
• Competitive Status 33%
• Boreal Biome 33%

Agricultural and Biological Sciences

• Annuals 100%
• Ecotone 100%
• Moisture Stress 75%
• Climate Modeling 25%
• Picea glauca 25%
• Climate Change 25%
• Aboveground Biomass 25%
• Quercus Rubra 25%
• Acer Saccharum 25%
• White Spruce 25%