Additional file 2 of Crop management shapes the diversity and activity of DNA and RNA viruses in the rhizosphere

Additional file 2: Supplementary Table S1. Sample metadata for all sample libraries. Supplementary Table S2. DNA viral population read counts. Supplementary Table S3. ssRNA viral population read counts. Supplementary Table S4. 16S rRNA OTU read counts. Supplementary Table S5. Viral gene read counts. Supplementary Table S6. PERMANOVA testing of contribution of soil compartment, crop rotation strategy and growth stage on viral and bacterial community composition. Supplementary Table S7. Mixed effect model output for linear relationship between the number of active vOTUs detected and relative host abundance. Supplementary Table S8. Mixed effect model output for linear relationship between the number of active vOTUs detected and bacterial community alpha diversity. Supplementary Table S9. Mixed effect model output for linear relationship between the number of active vOTUs detected and bacterial community alpha diversity. Supplementary Table S10. PERMANOVA testing of contribution of soil compartment and crop rotation strategy on viral community activity of viral fractions.

附加文件2：补充表S1. 所有样本库的样本元数据。补充表S2. DNA病毒群体读取计数。补充表S3. 单链RNA病毒群体读取计数。补充表S4. 16S rRNA操作分类单元（OTU）读取计数。补充表S5. 病毒基因读取计数。补充表S6. 对土壤组分、作物轮作策略和生长阶段对病毒和细菌群落组成贡献的PERMANOVA测试。补充表S7. 混合效应模型输出，分析检测到的活跃vOTU数量与相对宿主丰度之间的线性关系。补充表S8. 混合效应模型输出，分析检测到的活跃vOTU数量与细菌群落α多样性之间的线性关系。补充表S9. 混合效应模型输出，分析检测到的活跃vOTU数量与细菌群落α多样性之间的线性关系。（此处重复出现，可能为排版错误）补充表S10. 对土壤组分和作物轮作策略对病毒群体活动性贡献的PERMANOVA测试。