Holocene pollen records from the central Arctic Foothills, northern Alaska: Testing the role of substrate in the response of tundra to climate change

Keyphrases

• Climate Change 100%
• Pollen Record 100%
• Early Holocene 100%
• Northern Alaska 100%
• Tundra 100%
• Pollen Accumulation Rates 100%
• Central Arctic 100%
• Red-green 66%
• Rosaceae 66%
• Soil Moisture 66%
• Middle Holocene 66%
• Vegetation Cover 66%
• Equisetum 66%
• Polypodiaceae 66%
• Vegetational Changes 66%
• Surface Changes 33%
• Landscape Scale 33%
• Spatially Heterogeneous 33%
• Effective Moisture 33%
• Arctic Tundra 33%
• Acidic Soil 33%
• Soil Conditions 33%
• Shrub Tundra 33%
• Fossil Pollen 33%
• Edaphic 33%
• Thalictrum 33%
• Bryidae 33%
• Rubus Chamaemorus 33%
• Multivariate Comparison 33%
• Fine-grained Soils 33%
• Soil Texture 33%
• Modern Pollen Assemblages 33%
• Slow Decomposition 33%
• Indicator Taxa 33%
• Dwarf Shrub Tundra 33%
• Arctic Ecosystems 33%
• Organic Layer 33%
• Lycopodium 33%
• Permafrost Aggradation 33%
• Substrate Variation 33%
• Record Low 33%
• Contrasting Soil 33%
• Anoxic Soil 33%

Earth and Planetary Sciences

• Climate Change 100%
• Holocene 100%
• Pollen 100%
• Northern Alaska 100%
• Accumulation Rate 50%
• Soil Moisture 33%
• Ground Cover 33%
• Early Holocene 16%
• Aggradation 16%
• Soil Texture 16%
• Soil Condition 16%
• Arctic Ecosystem 16%

Agricultural and Biological Sciences

• Climate Change 100%
• Pollen 100%
• Soil Moisture 33%
• Rosaceae 33%
• Vegetation Cover 33%
• Polypodiaceae 33%
• Equisetum 33%
• Permafrost 16%
• Soil Quality 16%
• Lycopodium 16%
• Rubus Chamaemorus 16%
• Soil Texture 16%
• Fine-Textured Soils 16%
• Thalictrum 16%