Figure S4. Bacterial and fungal (A) α-diversity (local OTU richness); (B) γ-diversity (regional OTU richness); (C) β-diversity (unweighted Unifrac distance); (D) β-diversity (weighted Unifrac distance). Statistical analyses were performed independently for diversity indices at two seasons using Duncan’s multiple comparison test. The results were shown with colored letters a to d. Differences between samples of the same treatment at two seasons were performed using Tukey’s HSD test and indicated by symbols * (**: P < 0.001). (PDF 242 kb
Grazing can directly or indirectly influence carbon (C) inputs, turnover, and retention in grassland...
The success of grassland biodiversity restoration schemes is determined by many factors; as such the...
Table S1. Soil physico-chemistry of the dune’s bulk sand. All values are given as mean of three repl...
Figure S5. 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 S6. Soil bacterial activity represented by the ratio of enzymatic activity to bacterial abund...
Figure S3. Heatmap for (A) bacterial and (B) fungal communities. Color scale from greatest (red) to ...
Figure S8. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S2. Sampling scheme. A total of 17 soil cores (red points in the diagram) were taken from eac...
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
Soil microorganisms found in shrub-meadow ecosystems are highly heterogeneous and extremely sensitiv...
Livestock grazing has a significant impact on the biodiversity of nature grassland ecosystems, which...
Grazing and mowing are two dominant management regimes used in grasslands. Although many studies hav...
Figure S1. Relative abundance of taxonomic composition of soil bacterial (A), fungal (B), and protis...
Grazing can directly or indirectly influence carbon (C) inputs, turnover, and retention in grassland...
The success of grassland biodiversity restoration schemes is determined by many factors; as such the...
Table S1. Soil physico-chemistry of the dune’s bulk sand. All values are given as mean of three repl...
Figure S5. 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 S6. Soil bacterial activity represented by the ratio of enzymatic activity to bacterial abund...
Figure S3. Heatmap for (A) bacterial and (B) fungal communities. Color scale from greatest (red) to ...
Figure S8. Soil fungal activity represented by the ratio of enzymatic activity to fungal abundance u...
Figure S2. Sampling scheme. A total of 17 soil cores (red points in the diagram) were taken from eac...
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
Soil microorganisms found in shrub-meadow ecosystems are highly heterogeneous and extremely sensitiv...
Livestock grazing has a significant impact on the biodiversity of nature grassland ecosystems, which...
Grazing and mowing are two dominant management regimes used in grasslands. Although many studies hav...
Figure S1. Relative abundance of taxonomic composition of soil bacterial (A), fungal (B), and protis...
Grazing can directly or indirectly influence carbon (C) inputs, turnover, and retention in grassland...
The success of grassland biodiversity restoration schemes is determined by many factors; as such the...
Table S1. Soil physico-chemistry of the dune’s bulk sand. All values are given as mean of three repl...