柴达木野生黑果枸杞的空间遗传结构
王春成1, 马松梅2,*(
), 张丹1, 王绍明1
), 张丹1, 王绍明1
Spatial genetic structure of Lycium ruthenicum in the Qaidam Basin
WANG Chun-Cheng1, MA Song-Mei2,*(), ZHANG Dan1, WANG Shao-Ming1
), ZHANG Dan1, WANG Shao-Ming1
图3. 柴达木盆地黑果枸杞叶绿体单倍型的系统发育树。
A, 最大似然(ML)树, 分支点上方的数字为大于等于80的自展支持率。B, 贝叶斯树, 分支节点右侧的数字表示所有大于0.80的后验概率值。两系统发育树右侧的黑条表示相应的分支。
Fig. 3. Phylogenetic trees of chloroplast haplotypes of Lycium ruthenicum in the Qaidam Basin.
A, Maximum likelihood (ML) tree. Bootstrap values equal to or greater than 80 are shown above the corresponding branching points. B, Bayesian tree. The values on the right of the branching points represent the posterior probability greater than 0.80. The black bars on the right of the two phylogenetic trees indicate the corresponding clades.
