Stand-structural effects on Heterobasidion abietinum-related mortality following drought events in Abies pinsapo

Keyphrases

• Drought Events 100%
• Tree Competition 100%
• Abies pinsapo 100%
• Structural Effect 100%
• Heterobasidion Abietinum 100%
• Root Rot 66%
• Year of Death 66%
• Tree Death 66%
• Drought 33%
• Extreme Drought 33%
• Climate Change 33%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 33%
• Neighbor-joining Tree 33%
• Tree Mortality 33%
• Drought Stress 33%
• Growth Decline 33%
• Dendrochronology 33%
• Infected Trees 33%
• Stand Structure 33%
• Pathogenicity 33%
• Competition Intensity 33%
• Forest Degradation 33%
• Density Dependence 33%
• Forest Pathogens 33%
• Forest Mortality 33%
• Distance Effect 33%
• Disease Foci 33%
• Root Disease 33%
• Dependent Tree 33%
• Tree Spatial Pattern 33%
• Drought-prone 33%
• Pathogen Interaction 33%
• Fungal Infection 33%
• Stand Structural Attributes 33%
• Distance Model 33%
• Resistance to Drought 33%
• Stand Dynamics 33%
• Pathogen Outbreak 33%
• Drought-sensitive 33%
• Mortality Patterns 33%
• Predisposing Factors 33%
• Drought Mortality 33%
• Point Pattern Analysis 33%
• High Precipitation 33%
• Stand Attributes 33%
• Climatic Stress 33%

Agricultural and Biological Sciences

• Abies Pinsapo 100%
• Root Rot 100%
• Heterobasidion 100%
• Fir 33%
• Climate Change 33%
• Tree Mortality 33%
• Dendrochronology 33%
• Stand Structure 33%
• Pathogenicity 33%
• Structural Equation Modeling 33%
• Forest Decline 33%
• Mycosis 33%