Figure S1. Rhizosphere microbiota richness and diversity. Figure S2. Abundance of carbon cycle-related genes in rhizosphere soil. Figure S3. Activities of carbon cycle-related enzymes in rhizosphere soil. Figure S4. Comparisons between WM- and WM-S-treated plants. Figure S5. Rarefaction curves of observed species. Table S1. Physiological parameters of Arabidopsis in three generations. Table S2. Significant enrichment of rhizosphere microorganisms in the third generation. Table S3. nriched rare microorganisms in Wt and pgr5 Arabidopsis. Table S4. Bulk soil properties measured after addition of WM and PM soil slurries. Table S5. Comparison of root exudates between Wt and pgr5 mutant Arabidopsis. Table S6. Sequences of the primer pairs used fo...
Figure S1. Schematic representation of the experimental design. Figure S2. Detection of Pseudomonas ...
Figure S1. Relative abundance of taxonomic composition of soil bacterial (A), fungal (B), and protis...
Table S1. Summary of the metagenome data. Table S2. Summary of the metagenome assembly and unigenes....
Taxonomic classification of OTUs predominantly associated with tier 3 KO inferred functional annotat...
Table S1. Terminology of rhizosphere samples included in this study. Table S2. Number of sequences o...
Taxonomy (relative abundance) of rhizosphere microorganisms at the phylum level. (XLSX 35 kb
Taxonomy (relative abundance) of rhizosphere microorganisms at the genus level. (XLSX 46 kb
127 pagesSupplemental file(s) description: Supplementary figures and tables.Microbial consortia in t...
Table S1. Soil characteristics for the two soil origins where soils were collected for the greenhous...
Additional file 1: Figure S1. The Rarefaction curve and Rank abundance of microbial communities in s...
Additional file 1: Supplementary methods. Table S1. Bacterial and fungal co-occurrence network chara...
Full concatenated 18S and 28S rRNA gene phylogram. Figure S2. Full 18S rRNA gene phylogram. Figure S...
The principal component analysis of plant community structure in three sampling sites. Figure S2. Th...
A PDF containing supplementary methods, results, discussion, references, figures and tables. The Sup...
Supporting Information for Soil microbiomes with distinct assemblies through vertical soil profiles ...
Figure S1. Schematic representation of the experimental design. Figure S2. Detection of Pseudomonas ...
Figure S1. Relative abundance of taxonomic composition of soil bacterial (A), fungal (B), and protis...
Table S1. Summary of the metagenome data. Table S2. Summary of the metagenome assembly and unigenes....
Taxonomic classification of OTUs predominantly associated with tier 3 KO inferred functional annotat...
Table S1. Terminology of rhizosphere samples included in this study. Table S2. Number of sequences o...
Taxonomy (relative abundance) of rhizosphere microorganisms at the phylum level. (XLSX 35 kb
Taxonomy (relative abundance) of rhizosphere microorganisms at the genus level. (XLSX 46 kb
127 pagesSupplemental file(s) description: Supplementary figures and tables.Microbial consortia in t...
Table S1. Soil characteristics for the two soil origins where soils were collected for the greenhous...
Additional file 1: Figure S1. The Rarefaction curve and Rank abundance of microbial communities in s...
Additional file 1: Supplementary methods. Table S1. Bacterial and fungal co-occurrence network chara...
Full concatenated 18S and 28S rRNA gene phylogram. Figure S2. Full 18S rRNA gene phylogram. Figure S...
The principal component analysis of plant community structure in three sampling sites. Figure S2. Th...
A PDF containing supplementary methods, results, discussion, references, figures and tables. The Sup...
Supporting Information for Soil microbiomes with distinct assemblies through vertical soil profiles ...
Figure S1. Schematic representation of the experimental design. Figure S2. Detection of Pseudomonas ...
Figure S1. Relative abundance of taxonomic composition of soil bacterial (A), fungal (B), and protis...
Table S1. Summary of the metagenome data. Table S2. Summary of the metagenome assembly and unigenes....