Additional file 1 of Phenotypic and molecular marker analysis uncovers the genetic diversity of the grass Stenotaphrum secundatum

Additional file 1: Table S1. Phenotypic characteristics of S. secundatum (n = 49). Table S2. Summary of RAD-seq. Table S3. Statistics for raw data (RAD-seq) from the 49 S. secundatum accessions (cultivar). Table S4. Detailed information on polymorphism revealed by 28 SRAP primer pairs. Table S5. Genetic diversity parameters (h and I) of 46 S. secundatum accessions based on SRAP markers. Table S6. Genetic similarity coefficients between 46 S. secundatum accessions based on SRAP data. Table S7. Primer sequences and amplification results of ISSR analysis. Table S8. Genetic diversity parameters (h and I) of 46 S. secundatum accessions based on ISSR markers. Table S9. Genetic similarity coefficients between 46 S. secundatum accessions based on ISSR data. Table S10. Origins of the 49 S. secundatum accessions examined in this study. Table S11. Primer sequences used for SRAP analysis of S. secundatum. Table S12. Primer sequences used for ISSR analysis of S. secundatum.

附加文件1：表S1：钝叶草（S. secundatum）的表型特征（n=49）。表S2：限制性位点相关DNA测序（RAD-seq）概况。表S3：49份栽培钝叶草（S. secundatum）种质的RAD-seq原始数据统计。表S4：28对序列相关扩增多态性（SRAP）引物揭示的多态性详细信息。表S5：基于SRAP标记的46份钝叶草（S. secundatum）种质的遗传多样性参数（h和I）。表S6：基于SRAP数据的46份钝叶草（S. secundatum）种质间的遗传相似性系数。表S7：简单序列重复间扩增（ISSR）分析的引物序列及扩增结果。表S8：基于ISSR标记的46份钝叶草（S. secundatum）种质的遗传多样性参数（h和I）。表S9：基于ISSR数据的46份钝叶草（S. secundatum）种质间的遗传相似性系数。表S10：本研究涉及的49份钝叶草（S. secundatum）种质的来源信息。表S11：钝叶草（S. secundatum）SRAP分析所用引物序列。表S12：钝叶草（S. secundatum）ISSR分析所用引物序列。