Additional file 1: of The occurrence of potato common scab correlates with the community composition and function of the geocaulosphere soil microbiome

Figure S1. Summary of sampling in this study. The sampling field (34.248727°N, 119.816724°E, 22.9 m a.s.l.) was located in Jiaozhou City in Shandong Province, China. Figure S2. Significantly (P 2. Figure S3. Significantly (P 2 and a two-tailed Wilcoxon test. Figure S4. Phylogenetic tree for 16S rRNA gene sequences of the isolated strains using the neighbor-joining method. Figure S5. The conversion of the EAA of pathogenic Streptomyces and the copy numbers of the thaxtomin biosynthetic gene txtAB. Figure S6. The co-occurrence network interactions of metagenomic bacterial communities. Figure S7. (A) 16S amplicon sequencing and (B) metagenomic sequencing exhibited similar bacterial community dissimilarity clustering patterns in GS. Figure S8. Hypothetical model of the effect of the soil microbiome on CS. Table S1. Soil physicochemical characteristics of ZS and FS. Table S2. Bacterial alpha-diversity indices of GS, RS, ZS and FS based on the rarefied OTUs at a depth of 29,718 sequences per sample. Table S3. The genera with the highest relative abundance (top 10) in the bacterial community (amplicon sequencing). Table S4. 18 Streptomyces species aligned against the NR database that were possible scab pathogens. Table S5. Strains isolated from the culture experiment with the phylogenetic similarity to pathogenic Streptomyces. (DOC 2829 kb