Add to ORKGSeparating the components of soil respiration and understanding the roles of abiotic factors at a temporal scale among different forest types are critical issues in forest ecosystem car-bon cycling. This study quantified the proportions of autotrophic (RA) and heterotrophic (RH) in total soil (RT) respiration using trenching and litter removal. Field studies were conducted in two typical subtropical forest stands (broadleaf and needle leaf mixed forest; bamboo for-est) at Jinyun Mountain, near the Three Georges Reservoir in southwest China, during the growing season (Apr.–Sep.) from 2010 to 2012. The effects of air temperature (AT), soil tem
International audienceSoil temperature and moisture are widely-recognized controlling factors on het...
Understanding spatial and temporal variation in soil respiration (RS) in different forest ecosystems...
Seasonal variations of air and soil temperatures (a), precipitation and soil moisture (b), and litte...
Separating the components of soil respiration and understanding the roles of abiotic factors at a te...
<div><p>Separating the components of soil respiration and understanding the roles of abiotic factors...
Partitioning the components of soil respiration is crucial to understand and model carbon cycling in...
Partitioning the components of soil respiration is crucial to understand and model carbon cycling in...
Land-use change has a crucial influence on soil respiration, which further affects soil nutri-ent av...
Aims Soil respiration (Rs) is a major process controlling soil carbon loss in forest ecosystems. How...
The contributions of heterotrophic respiration (RH) to total soil respiration (RS) for the non-growi...
Partitioning of total soil respiration (R-T) into autotrophic (R-A) and heterotrophic (R-H) componen...
The characteristics of soil respiration (Rs) across different stand ages have not been well in-vesti...
The spatial and temporal variations in soil respiration and its relationship with biophysical factor...
Moso bamboo has large potential to alleviate global warming through carbon sequestration. Since soil...
The aims were to identify the effects of interactions between litter decomposition and rhizosphere a...
International audienceSoil temperature and moisture are widely-recognized controlling factors on het...
Understanding spatial and temporal variation in soil respiration (RS) in different forest ecosystems...
Seasonal variations of air and soil temperatures (a), precipitation and soil moisture (b), and litte...
Separating the components of soil respiration and understanding the roles of abiotic factors at a te...
<div><p>Separating the components of soil respiration and understanding the roles of abiotic factors...
Partitioning the components of soil respiration is crucial to understand and model carbon cycling in...
Partitioning the components of soil respiration is crucial to understand and model carbon cycling in...
Land-use change has a crucial influence on soil respiration, which further affects soil nutri-ent av...
Aims Soil respiration (Rs) is a major process controlling soil carbon loss in forest ecosystems. How...
The contributions of heterotrophic respiration (RH) to total soil respiration (RS) for the non-growi...
Partitioning of total soil respiration (R-T) into autotrophic (R-A) and heterotrophic (R-H) componen...
The characteristics of soil respiration (Rs) across different stand ages have not been well in-vesti...
The spatial and temporal variations in soil respiration and its relationship with biophysical factor...
Moso bamboo has large potential to alleviate global warming through carbon sequestration. Since soil...
The aims were to identify the effects of interactions between litter decomposition and rhizosphere a...
International audienceSoil temperature and moisture are widely-recognized controlling factors on het...
Understanding spatial and temporal variation in soil respiration (RS) in different forest ecosystems...
Seasonal variations of air and soil temperatures (a), precipitation and soil moisture (b), and litte...