Millennial-scale carbon accumulation and molecular transformation in a permafrost core from Interior Alaska

Keyphrases

• Interior Alaska 100%
• Organic Carbon 100%
• Millennial-scale 100%
• Permafrost 100%
• Carbon Accumulation 100%
• Molecular Transformation 100%
• Organic Matter 36%
• Amino Acids 27%
• Marine Isotope Stages 27%
• Interstadial 27%
• Accumulation Rate 27%
• Hydroxyproline 27%
• Lignin 18%
• Active Layer 18%
• Soil Index 18%
• Change Patterns 9%
• Ecotone 9%
• Residence Time 9%
• Carbon Storage 9%
• Wisconsin 9%
• Climate Warming 9%
• Mineral Soil 9%
• Last Glacial Maximum 9%
• Environmental Change 9%
• Carbon Stores 9%
• Postglacial 9%
• Tundra 9%
• Positive Feedback 9%
• Control Soil 9%
• Carbon Cycle 9%
• Organic Soil 9%
• Climate Factors 9%
• Primary Productivity 9%
• Sediment Delivery 9%
• Sorptive 9%
• Paleoenvironmental 9%
• Branched Glycerol Dialkyl Glycerol Tetraethers (brGDGTs) 9%
• Lignin Concentration 9%
• Plant-specific 9%
• Stadials 9%
• Organic Matter Decomposition 9%
• Microbial Decomposition 9%
• Molecular State 9%
• Freezing Temperature 9%
• Organic Carbon Degradation 9%
• Meso-diaminopimelic Acid 9%
• Temperature Transfer Function 9%
• High-latitude Permafrost 9%
• Pre-freezing 9%
• Degradability 9%
• Inorganic Sediment 9%
• Total Lignans 9%
• Organic Carbon Stock 9%
• Microbial Indices 9%
• Compositional Index 9%
• Organic Matter Composition 9%
• Bulk State 9%
• Muramic Acid 9%

Earth and Planetary Sciences

• Alaska 100%
• Organic Carbon 100%
• Organic Matter 30%
• Amino Acid 23%
• Accumulation Rate 23%
• Marine Isotope Stage 23%
• Interstadial 23%
• Active Layer 15%
• Environmental Change 7%
• Locale 7%
• Organic Material 7%
• Wisconsin 7%
• Soil Organic Matter 7%
• Last Glacial Maximum 7%
• Carbon Sequestration 7%
• Postglacial 7%
• Carbon Cycle 7%
• Organic Soil 7%
• Positive Feedback 7%
• Ecotone 7%
• Degradability 7%
• Transfer Function 7%