Figure S5. Soil bacterial activity represented by the ratio of enzymatic activity to bacterial abundance under a temperature gradient. n = 1224 for each segmented graph (2 microcosm replicates for each treatment × 3 temperature levels × 17 soil samples per plot × 3 plot replicates × 4 grazing intensities = 1224 microcosms). Only the significantly correlated activity and bacterial abundance were calculated. (PDF 8671 kb
Relative abundance of dominant bacterial phyla/classes and archaeal phyla across the soils (North Ch...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...
Figure S6. Soil bacterial activity represented by the ratio of enzymatic activity to bacterial abund...
Figure S7. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S8. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S3. Heatmap for (A) bacterial and (B) fungal communities. Color scale from greatest (red) to ...
Figure S2. Sampling scheme. A total of 17 soil cores (red points in the diagram) were taken from eac...
Figure S4. Bacterial and fungal (A) α-diversity (local OTU richness); (B) γ-diversity (regional OTU ...
Table S2. Detailed soil incubation conditions for moisture and/or temperature perturbance testing. (...
Table S1. Soil water content (%) at sampling times (June and August, 2015). (DOCX 16 kb
As two central issues of global climate change, the continuous increase of both atmospheric CO2 conc...
Figure S1. Soil water characteristic curves (a) and equation diameter of pore versus water content (...
Supporting Information for Soil microbiomes with distinct assemblies through vertical soil profiles ...
As two central issues of global climate change, the continuous increase of both atmospheric CO2 conc...
Relative abundance of dominant bacterial phyla/classes and archaeal phyla across the soils (North Ch...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...
Figure S6. Soil bacterial activity represented by the ratio of enzymatic activity to bacterial abund...
Figure S7. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S8. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S3. Heatmap for (A) bacterial and (B) fungal communities. Color scale from greatest (red) to ...
Figure S2. Sampling scheme. A total of 17 soil cores (red points in the diagram) were taken from eac...
Figure S4. Bacterial and fungal (A) α-diversity (local OTU richness); (B) γ-diversity (regional OTU ...
Table S2. Detailed soil incubation conditions for moisture and/or temperature perturbance testing. (...
Table S1. Soil water content (%) at sampling times (June and August, 2015). (DOCX 16 kb
As two central issues of global climate change, the continuous increase of both atmospheric CO2 conc...
Figure S1. Soil water characteristic curves (a) and equation diameter of pore versus water content (...
Supporting Information for Soil microbiomes with distinct assemblies through vertical soil profiles ...
As two central issues of global climate change, the continuous increase of both atmospheric CO2 conc...
Relative abundance of dominant bacterial phyla/classes and archaeal phyla across the soils (North Ch...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...
<p>Clipping, removal of aboveground plant biomass, is an important issue in grassland ecology. Howev...