Forest succession and climate variability interacted to control fire activity over the last four centuries in an Alaskan boreal landscape

Earth and Planetary Sciences

• Landscape 100%
• Forest 100%
• Climate Variation 100%
• Boreal 100%
• Succession 100%
• Fire Control 100%
• Record 58%
• Climate 41%
• Temperature 41%
• Vegetation 16%
• Climate Change 16%
• Combustibility 16%
• Vegetation Dynamics 16%
• High Resolution 8%
• Impact 8%
• Earth 8%
• United States of America 8%
• Context 8%
• Sensitivity 8%
• Ecosystem 8%
• Regime 8%
• Coupling 8%
• Document 8%
• Comparison 8%
• Combustion 8%
• Dating 8%
• Lacustrine Deposit 8%
• Alaska 8%
• Twenty First Century 8%
• Correlation 8%
• Energy Balance 8%
• Dominance 8%
• Charcoal 8%
• Fire History 8%
• Biomass Burning 8%

Agricultural and Biological Sciences

• Forest Succession 100%
• Landscapes 100%
• Climate 100%
• Fires 100%
• Variability 100%
• Boreal Forest 50%
• Temperature 41%
• Vegetation 33%
• Climate Change 16%
• Picea mariana 16%
• Burning 16%
• Objectives 8%
• History 8%
• Biomass 8%
• Lakes 8%
• Ecosystems 8%
• Fire Regime 8%
• Legume 8%
• Correlation 8%
• Couplings 8%
• Charcoal 8%