Additional file 1 of Symbiont transmission in marine sponges: reproduction, development, and metamorphosis

Additional file 1: Table S1. Sponge species with known relations to microorganisms during development and corresponding characteristics. Table S2. Sponge developmental stages microbiome sampled used in meta-analysis. Table S3. Alpha diversity measures for each sponge developmental stages. Table S4. Relative abundance of bacterial phyla for all species of sponge developmental stages. Table S5. Summary of statistical tests for alpha diversity between HMA and LMA sponges. Table S6. Sponge species with profiled bacterial communities and known as an LMA or HMA. Table S7. Summary of PERMANOVA results for compositional comparisons between sponge species and symbiont life-style. Table S8. GenBank accession numbers for 18S rRNS sequences used in gene tree as part of phylosymbiosis. Table S9. Statistical tables for testing phylosymbiosis across geminate species pairs. Table S10. Average alpha rarefaction values for each species based on observed ASVs and phylogenetic diversity [232–267].

附加文件1：表S1：发育阶段与微生物存在已知关联的海绵物种及其对应特征。表S2：用于荟萃分析的海绵发育阶段微生物组采样样品。表S3：各海绵发育阶段的α多样性（alpha diversity）测度结果。表S4：所有海绵物种发育阶段的细菌门（bacterial phyla）相对丰度。表S5：高微生物丰度（High Microbial Abundance, HMA）与低微生物丰度（Low Microbial Abundance, LMA）海绵之间α多样性差异的统计检验汇总。表S6：已完成细菌群落表征且被划分为低微生物丰度（LMA）或高微生物丰度（HMA）的海绵物种。表S7：海绵物种与共生体生活型之间组成差异比较的置换多元方差分析（PERMANOVA）结果汇总。表S8：用于构建系统共生（phylosymbiosis）分析中基因树的18S rRNS序列的GenBank登录号。表S9：针对成对姊妹物种对的系统共生信号检测统计表格。表S10：基于观测到的扩增子序列变体（Amplicon Sequence Variants, ASVs）与系统发育多样性的各物种平均α稀释曲线值[232–267]。