Spatial patterns in temperature sensitivity of soil respiration in China: Estimation with inverse modeling

Keyphrases

• China 100%
• Inverse Modeling 100%
• Temperature Sensitivity of Soil Respiration 100%
• Q10 Value 100%
• Biogeochemical Model 66%
• Soil Respiration 66%
• Soil Organic Carbon 66%
• Environmental Factors 33%
• Spatial Resolution 33%
• Soil Type 33%
• Future Climate Change 33%
• Ecosystem Carbon 33%
• Terrestrial Carbon 33%
• Modeling Analysis 33%
• Carbon Release 33%
• Model Uncertainty 33%
• Carbon Dynamics 33%
• Spatial Heterogeneity 33%
• Global Warming 33%
• Process-based 33%
• Volcanic Soils 33%
• High Spatial 33%
• Carbon Model 33%
• Spatially Heterogeneous 33%
• CASA Model 33%
• Calcic Soils 33%
• Topsoil Organic Carbon 33%

Earth and Planetary Sciences

• Soil Respiration 100%
• China 100%
• Soil Organic Carbon 50%
• Experimental Study 25%
• Climate Change 25%
• Spatial Resolution 25%
• Soil Type 25%
• Global Warming 25%
• Volcanic Soil 25%
• Topsoil 25%