Global pattern of temperature sensitivity of soil heterotrophic respiration (Q₁₀) and its implications for carbon-climate feedback

Keyphrases

• Biogeochemical Model 10%
• Carbon Model 10%
• Carbon Release 20%
• Carbon-climate Feedback 100%
• Carnegie-Ames-Stanford Approach 10%
• Climate Warming 20%
• Desert 10%
• Ecosystem Carbon 10%
• Environmental Factors 10%
• Future Climate Change 10%
• Global Mean 10%
• Global Patterns 100%
• Global Warming 10%
• Heterotrophic Respiration 20%
• High Spatial 10%
• Inverse Analysis 10%
• Microbial Decomposition 10%
• Microbial Respiration 10%
• Modeling Effect 10%
• Process-based 10%
• Q10 Value 100%
• Root Respiration 10%
• Simulative Soil 10%
• Soil Carbon Release 10%
• Soil Heterotrophic Respiration 100%
• Soil Organic Carbon 10%
• Soil Respiration 40%
• Spatial Heterogeneity 10%
• Spatial Resolution 10%
• Spatial Variability 10%
• Spatially Heterogeneous 30%
• Temperature Sensitivity 100%
• Temperature Sensitivity of Soil Respiration 10%
• Terrestrial Carbon 10%
• Total Soil Respiration 10%
• Tundra 10%

Earth and Planetary Sciences

• Biome 16%
• Climate Change 16%
• Experimental Study 16%
• Global Warming 16%
• Inverse Analysis 16%
• Soil Carbon 16%
• Soil Organic Carbon 16%
• Soil Respiration 100%
• Spatial Resolution 16%

Agricultural and Biological Sciences

• Climate Change 16%
• Environmental Factor 16%
• Global Warming 16%
• Soil Carbon 16%
• Soil Organic Carbon 16%
• Soil Respiration 100%