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Aggregate size and glucose level affect priming sources: A three-source-partitioning study SCI/SSCI论文
Authors:  Tian J.;  Pausch, J.;  Yu, G. R.;  Blagodatskaya, E.;  Kuzyakov, Y.
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Aggregate size classes  Priming effect  Isotopic approach  C-14-labeled  glucose  C-3/C-4 vegetation change  C sequestration  soil organic-matter  carbon mineralization rates  microbial biomass-c  stabilization mechanisms  community structure  fractions  decomposition  turnover  pools  availability  
Biochar affects soil organic matter cycling and microbial functions but does not alter microbial community structure in a paddy soil SCI/SSCI论文
Authors:  Tian J.;  Wang, J. Y.;  Dippold, M.;  Gao, Y.;  Blagodatskaya, E.;  Kuzyakov, Y.
View  |  Adobe PDF(996Kb)  |  Favorite  |  View/Download:128/71  |  Submit date:2017/11/09
Biochar  Soil organic matter fraction  Microbial community  Enzymes  Microbial function  carbon-source utilization  fatty-acid profiles  enzyme-activity  black  carbon  sandy loam  nitrogen  charcoal  forest  manure  sequestration  
Linkages between the soil organic matter fractions and the microbial metabolic functional diversity within a broad-leaved Korean pine forest SCI/SSCI论文
Authors:  Tian J.;  Mccormack, L.;  Wang, J. Y.;  Guo, D. L.;  Wang, Q. F.;  Zhang, X. Y.;  Yu, G. R.;  Blagodatskaya, E.;  Kuzyakov, Y.
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Spatial Distribution  Functional Diversity  Soil Organic Matter  Fractions  Forest Ecosystem  Soil Microorganisms  Carbon-source Utilization  Community Composition  Spatial Variability  Land-use  Biomass  Bacterial  Grassland  Patterns  Fungal  Heterogeneity  
Aggregate size and their disruption affect C-14-labeled glucose mineralization and priming effect SCI/SSCI论文
Authors:  Tian J.;  Pausch, J.;  Yu, G. R.;  Blagodatskaya, E.;  Gao, Y.;  Kuzyakov, Y.
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Soil Structure  Aggregate Disruption  C-14-labeled Glucose  Soil  Respiration  Priming Effect  Microbial Biomass  Soil Organic-matter  Microbial Biomass-c  Stabilization Mechanisms  Carbon Mineralization  Community Structure  Grassland Soils  Fractions  Nitrogen  Sequestration  Turnover  
Labile carbon retention compensates for CO2 released by priming in forest soils SCI/SSCI论文
Authors:  Qiao N.;  Schaefer D.;  Blagodatskaya E.;  Zou X. M.;  Xu X. L.;  Kuzyakov Y.
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C-13  Addition Frequency  Carbon Balance  Glucose  Litter Decomposition  Priming Effect  Root Exudates  Soil Organic Matter Stability  Subtropical Forest  Tropical Forest  Organic-matter Mineralization  Elevated Co2  Microbial Biomass  Tropical  Forest  Litter Decomposition  Poplar Plantation  Root Exudation  Temperature Sensitivity  Face Experiments  Nitrogen Uptake