Woodland resilience to regional drought: Dominant controls on tree regeneration following overstorey mortality

Keyphrases

• Woodland 100%
• Resilience 100%
• Tree Regeneration 100%
• Dominant Controls 100%
• Overstorey 100%
• Regional Drought 100%
• Pion 80%
• Tree Mortality 80%
• Regeneration 80%
• Climatic Conditions 60%
• Juniper 60%
• Vegetation Type 60%
• Edaphic Conditions 60%
• Hotter Drought 60%
• Dieback 40%
• Soil Available Water Capacity 40%
• Advance Regeneration 40%
• Basal Area 20%
• Pinus Edulis 20%
• Juniperus Monosperma 20%
• Environmental Conditions 20%
• Southwestern USA 20%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 20%
• Tree Seedlings 20%
• Understory Vegetation 20%
• Seed Source 20%
• Infestation 20%
• Mortality Event 20%
• Vegetation Shift 20%
• Woodland Vegetation 20%
• Microsite 20%
• Juniperus Osteosperma 20%
• Climate Change Impacts 20%
• Canopy Cover 20%
• Juvenile Trees 20%
• Drought Conditions 20%
• Reproductive Output 20%
• Regeneration Dynamics 20%
• Facilitative Effects 20%
• Seedling Establishment 20%
• Understory Shrubs 20%
• Influence Tree 20%
• Warm Temperature 20%
• Drought Events 20%
• Modeling Framework 20%
• Local Climate 20%
• Hot-dry 20%
• Electivity 20%
• Bearing Trees 20%
• Seed Bearing 20%
• Xeric Vegetation 20%

Agricultural and Biological Sciences

• Tree Mortality 100%
• Vegetation Type 75%
• Juniper 75%
• Seeds 50%
• Understory 50%
• Dieback 50%
• Available Water Capacity 50%
• Basal Area 25%
• Pinus edulis 25%
• Juniperus monosperma 25%
• Reproductives 25%
• Juniperus osteosperma 25%
• Structural Equation Modeling 25%