1) interpopulation genetic structure
种群间遗传结构
2) Population genetic structure
种群遗传结构
1.
MHC can provide information such as population genetic diversity,evolutionary history and population dynamics,and population genetic structure etc.
通过MHC的遗传变异分析可以提供物种的遗传多样性水平、进化历史和种群动态,以及种群遗传结构等信息,并在濒危物种饲养繁殖种群的遗传管理中有重要应用。
2.
Plant mating system is theoretically considered as a significant factor which has the most apparent effects on population genetic structure.
植物的交配系统在理论上被视为影响种群遗传结构最为显著的因素之一。
3) genetic structure
种群遗传结构
1.
To estimate the genetic structure and demographic history of Coilia nasus,55 individuals were sampled from 5 localities,which included Poyang Lake(PY),Taihu Lake(TH)and Jiuduansha area(JJ)in Yangtze River system,Qiantangjiang River estuary(QT)and Zhoushan(ZS).
种群遗传结构分析显示,刀鲚种群具有丰富的遗传多样性(h=0。
4) Fish population genetic structure
鱼类种群遗传结构
5) Human population spatial genetic structure
人类群体遗传空间结构
1.
The geographical pattern and its changing rule of population genetic structure is defined as the human population spatial genetic structure, and the complexity and variability is defined as the.
为此,本研究遵循人类群体遗传学原理,将地质统计学、数学生态学、混沌分形理论、图论、分子遗传学等学科理论方法相结合,研究了人类群体遗传空间结构异质性(即复杂性和变异性)的定量分析方法,旨在完善人类群体遗传空间结构定量分析方法体系。
6) population genetic structure
群体遗传结构
1.
The gene flow of population genetic structure;
群体遗传结构中的基因流
2.
Molecular population genetic structure of Anopheles lesteri(Diptera:Culicidae) based on mtDNA-COI gene sequences
基于mtDNA-COI基因序列的雷氏按蚊分子群体遗传结构研究
3.
Analysis of molecular variance (AMOVA) has become one of the important methods utilized in analysis of population genetic structure.
最后 ,以产自中国和巴西 8个普通野生稻 (Oryzarufipogon)天然群体为例 ,演示了对RAPD表型数据进行AMOVA分析的过程 ,讨论了AMOVA分析结果在群体遗传结构上的意义。
补充资料：种群增长率(见种群出生率)
种群增长率(见种群出生率)
种群增长率见种群出生率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条