亚居群 meaning in Chinese
subpopulation
Examples
- Coefficient of gene differentiation ( gsr ) was 0 . 1567 , that was 15 . 7 % of genetic variation among subpopulations , and 84 . 3 % within subpopulation
基因分化系数g _ st值和shannon多样性指数分析结果均表明遗传变异的大部分存在于亚居群内(约为84 - By shannon phenotypic diversity index from rapd data , it was found that 69 . 33 % of molecular variation existed within subpopulations while 30 . 67 % of which among subpopulations
又利用neis指数估计叉毛蓬居群的遗传多样性，也表明大部分的分子变异存在于亚居群之内( 69 . 48 ) 。 - The result with nei ' s index also identified it . and the genetic differentiation coefficient was 0 . 3052 , which showed the genetic differentiation had occurred among subpopulations of p . sibirica in the oasis - desert zone
但叉毛蓬亚居群的遗传分化系数( g _ ( st ) )为0 . 3052 ，说明亚居群间已有明显的遗传分化发生。 - The individuals within subp . 4 were clustered firstly into one group as well as subp . 5 in fact , because of the similarity of the environment , subp . 4 and subp . 5 had the same genetic characteristics . and then subp . 1 , subp . 2 was clustered
这可能是由于亚居群4 、 5所处环境的相对一致性；亚居群1 、 2也是由于所处环境的相对一致性，之后聚为一支。 - The higher ppb ( 77 . 99 % ) was in subp . 2 and lower ( 61 . 04 % ) in subp . 5 . the ppb ' s order was subp . 2 > subp . l > subp . 4 > subp . 3 > subp . 5 . the result revealed higher genetic diversity level in p . sibirica
利用shannon多样性指数估计5个亚居群的遗传多样性，叉毛蓬亚居群内和亚居群间的遗传多样性所占的比例分别为69 . 33和30 . 67 ，遗传变异大部分存在于亚居群之内。