Additional file 1 of Effects of rhizosphere fungi on the chemical composition of fruits of the medicinal plant Cinnamomum migao endemic to southwestern China

Additional file 1 : Table S1. Results of soil chemical properties in different small watershed of Cinnamonmum migao. Table S2. Results of soil chemical properties in different Different fruit stages of C. migao. Table S3. Significance of environment factors influencing C. migao fruit of different minor watershed. Table S4. Elution procedure. Table S5. Chemical component content of C. migao fruit from different fruit stages. Table S6. Chemical component content of C. migao fruit from different minor watershed. Table S7. Climatic characteristics of the nine collections sites. Table S8. Significance of climate factors and soil factor relative. Figure S1. The OTU and Shannon index dilution curves of rhizosphere soil fungal community in C.migao; Dilution curve is to randomly select a certain number of sequences from the samples, count the alpha diversity index of the corresponding samples of these sequences, draw the curve with the amount of data extracted as the abscissa and the value of alpha diversity index as the ordinate, and judge whether the data amount of this sequencing is sufficient according to whether the curve is smooth or not. Figure S2. Heatmap of fungal in Rhizosphere Soil of C.migao; (A), (B) Phylum; (C), (D) Class; (E), (F) Order; (G), (H)Family; (I), (J)Species(exclude “unclassifired” taxa). Figure S3. Network analysis (two-factor). The red line represents a positive correlation and the green line represents a negative correlation; (A), different small watersheds (B), different fruit periods. Figure S4. Kruskal-wallis rank sum test. (a), (different small watersheds); (b), (different fruit periods); *representative the p