Spatial dynamics of tree group and gap structure in an old-growth ponderosa pine-California black oak forest burned by repeated wildfires

Keyphrases

• Oak Forest 100%
• Spatial Dynamics 100%
• Group Structure 100%
• Old-growth 100%
• Ponderosa pine 100%
• Gap Structure 100%
• Wildfire 80%
• Single Tree 40%
• Tree Mortality 40%
• Resilient 40%
• Oak Regeneration 40%
• Potential Fire Behavior 40%
• Large Gap 20%
• Size-density 20%
• Area Density 20%
• Spatial Structure 20%
• Western United States 20%
• Fire Suppression 20%
• Fire Effects 20%
• Basal Area 20%
• Canopy Gaps 20%
• Fire Exclusion 20%
• Saplings 20%
• Spatial Abundance 20%
• Overstory Trees 20%
• Spatial Heterogeneity 20%
• Spatial Characteristics 20%
• Surface Fire 20%
• Tree Growth 20%
• Forest Trees 20%
• Ecological Consequences 20%
• Pinus Ponderosa 20%
• Stand Density 20%
• Wilderness 20%
• Southern Cascades 20%
• Tree Recruitment 20%
• Group Size 20%
• Ponderosa pine Forest 20%
• Stand Development 20%
• White Oak 20%
• Old-growth Forest 20%
• Surface Low 20%
• Prefire 20%
• Gap Filling 20%
• Permanent Plots 20%
• Forest Condition 20%
• Wildland Fire 20%
• Tree Distance 20%
• Demographic Modelling 20%

Agricultural and Biological Sciences

• Quercus 100%
• Pinus 100%
• Forest Fire 33%
• Fire Behavior 33%
• Seeds 16%
• Fire Suppression 16%
• Basal Area 16%
• Overstory 16%
• Tree Mortality 16%
• Pinus ponderosa 16%
• Stand Density 16%
• Sprouting 16%
• Old-Growth Forest 16%
• Quercus Kelloggii 16%
• Stand Development 16%