Late-Holocene climate variability and ecosystem responses in Alaska inferred from high-resolution multiproxy sediment analyses at Grizzly Lake

Keyphrases

• Alaska 100%
• Alnus Viridis 33%
• Betula 33%
• Black Spruce Forest 33%
• Boreal Forest 33%
• Charcoal 33%
• Chironomid Assemblages 33%
• Chironomids 33%
• Climate Change 33%
• Climate Change Impacts 33%
• Climate Warming 33%
• Climatic Conditions 66%
• Climatic Warming 33%
• Cold Climate 33%
• Dated Sediment 33%
• Diatoms 100%
• Drying Conditions 100%
• Ecosystem Response 100%
• Element Composition 33%
• Environmental Dynamics 33%
• Epilobium 33%
• Fire Behavior 33%
• Fire Regime 33%
• Forest Cover 66%
• Forest Restoration 33%
• High-resolution 100%
• Holocene Climate Variability 100%
• July Temperature 33%
• Lake Level 66%
• Late Holocene 66%
• Late-Holocene Climate 100%
• Low Solar Activity 33%
• Lower Lakes 33%
• Macrofossils 33%
• Magnetic Properties 33%
• Moisture Availability 66%
• Multi-proxy 100%
• Multiproxy Data 33%
• Northern Hemisphere 33%
• Open Vegetation 33%
• Particle Size 33%
• Picea Glauca 33%
• Picea Mariana 33%
• Plant Taxa 33%
• Prionace Glauca 100%
• Sediment Analysis 100%
• Size-dependent Properties 33%
• Soil Erosion 33%
• Solar Irradiance 33%
• Vegetation Type 33%
• White Spruce 33%

Earth and Planetary Sciences

• Alaska 100%
• Atmospherics 33%
• Boreal Forest 33%
• Climate Change 33%
• Climate Effect 33%
• Climate Variation 100%
• Diatom 100%
• Ecosystem Response 100%
• Forest Cover 66%
• Holocene 100%
• Irradiance 33%
• Lake Level 66%
• Magnetic Property 33%
• Northern Hemisphere 33%
• Sediment Analysis 100%
• Soil Erosion 33%
• Solar Activity 33%
• Vegetation Type 33%

Agricultural and Biological Sciences

• Alnus viridis 33%
• Betula 33%
• Boreal Forest 33%
• Chironomidae 66%
• Climate Change 33%
• Diatom 100%
• Epilobium 33%
• Fire Regime 33%
• Macrofossil 33%
• Picea glauca 33%
• Picea mariana 66%
• Sediments 33%
• Soil Erosion 33%
• Vegetation Type 33%
• White Spruce 66%