Late-glacial and Holocene climatic effects on fire and vegetation dynamics at the prairie-forest ecotone in south-central Minnesota

Keyphrases

• Minnesota 100%
• Prairie 100%
• Fuel Production 100%
• South Central 100%
• Prairie-forest Ecotone 100%
• Late Holocene 100%
• Vegetation Dynamics 100%
• Late Glacial 100%
• Climatic Effects 100%
• Fire Dynamics 100%
• Charcoal 66%
• Woodland Savanna 66%
• Climate Change 33%
• Boreal Forest 33%
• Ecotone 33%
• Lake Sediment Core 33%
• Complex Interactions 33%
• In Fire 33%
• Fire Severity 33%
• Poaceae 33%
• Early Holocene 33%
• Deciduous Forest 33%
• Vegetation Type 33%
• Community Composition 33%
• Vegetation Structure 33%
• Magnetic Analysis 33%
• Relative Abundance 33%
• Quercus 33%
• Ulmus 33%
• Productivity Change 33%
• Fire Frequency 33%
• Ambrosia 33%
• Wet Condition 33%
• Local Factors 33%
• Warm-humid 33%
• Ostrya 33%
• Treeline Ecotone 33%
• Climate Factors 33%
• Forest Boundary 33%
• Mid-Holocene Climate 33%
• Climatic Periods 33%
• Vegetation Fires 33%

Earth and Planetary Sciences

• Minnesota 100%
• Holocene 100%
• Late Glacial 100%
• Climatic Effect 100%
• Ecotone 100%
• Vegetation Dynamics 100%
• Vegetation 75%
• Fuel Production 75%
• Climate Change 25%
• Timberline 25%
• Sediment Core 25%
• Lacustrine Deposit 25%
• Early Holocene 25%
• Vegetation Type 25%
• Community Composition 25%
• Vegetation Structure 25%
• Boreal Forest 25%
• Deciduous Forest 25%

Agricultural and Biological Sciences

• Ecotone 100%
• Savanna 50%
• Quercus 25%
• Boreal Forest 25%
• Elm 25%
• Deciduous Forest 25%
• Treeline 25%
• Ostrya 25%
• Fire Severity 25%
• Climate Change 25%
• Vegetation Structure 25%
• Vegetation Type 25%
• Poaceae 25%
• Ragweed 25%