Process-based isotope partitioning of winter soil respiration in a subalpine ecosystem reveals importance of rhizospheric respiration

Keyphrases

• Process-based 100%
• Rhizosphere Respiration 100%
• Isotopic Partitioning 100%
• Subalpine Ecosystems 100%
• Winter Soil Respiration 100%
• Late Winter 80%
• Soil Respiration 80%
• Heterotrophic 60%
• Respiration 40%
• Rhizosphere 40%
• Early Winter 40%
• Early Spring 20%
• Soil CO2 Efflux 20%
• Alpine Meadow 20%
• Carbon Loss 20%
• Stored Carbon 20%
• Snowpack 20%
• Subalpine 20%
• Decomposers 20%
• Heterotrophic Respiration 20%
• Carbon Isotopes 20%
• Soil Carbon 20%
• Subalpine Forest 20%
• Laboratory Incubation 20%
• Soil-respired CO2 20%
• Winter-spring 20%
• Wind Effects 20%
• Hierarchical Bayesian Model 20%
• Soil Freezing 20%
• Soil CO2 Flux 20%
• Stable Isotope Mixing Model 20%
• Rhizospheric 20%
• Rhizosphere Organisms 20%
• Net Loss 20%
• Deep Snow 20%
• Predicting Change 20%

Agricultural and Biological Sciences

• Soil Respiration 100%
• Rhizosphere 42%
• Carbon Dioxide 42%
• Spring 28%
• Soil Carbon 14%
• Subalpine Forest 14%
• Snowpack 14%
• Losses from Soil 14%
• Meadow 14%