Effects of thermo-erosional disturbance on surface soil carbon and nitrogen dynamics in upland arctic tundra

Keyphrases

• Surface Soil 100%
• Soil Carbon Dynamics 100%
• Arctic Tundra 100%
• Soil Nitrogen Dynamics 100%
• Retrogressive Thaw Slump 100%
• Re-accumulation 100%
• Thermo 100%
• Plant Community 50%
• High Primary Productivity 50%
• Nitrogen N 50%
• Graminoids 50%
• N Pool 50%
• Soil Horizons 50%
• Large Volume 50%
• Carbon-nitrogen 50%
• Mineral Soil 50%
• Arctic Alaska 50%
• Nutrient Cycling 50%
• Tundra 50%
• Carbon C 50%
• Accumulation Rate 50%
• Deciduous Shrubs 50%
• Biomass Accumulation 50%
• Disturbance Event 50%
• Permafrost Soils 50%
• Soil C Pools 50%
• Secondary Succession 50%
• Atmospheric Deposition 50%
• Biological N Fixation 50%
• Sloping Terrain 50%
• Organic Horizon 50%
• Ice-rich Permafrost 50%
• Mineral Horizons 50%
• Community Dominance 50%
• Local Loss 50%

Earth and Planetary Sciences

• Accumulation Rate 100%
• Alaska 100%
• Plant Community 100%
• Soil Carbon 100%
• Soil Horizon 100%
• Nutrient Cycling 100%
• Organic Soil 100%
• Secondary Succession 100%
• Mineral Surface 100%
• Atmospheric Deposition 100%