Department of Animal Husbandry, University of Sydney, 2006, Sydney, N.S.W., Australia.
Theor Appl Genet. 1984 Feb;67(4):317-22. doi: 10.1007/BF00272867.
Sex-linked effective population size (Ne) is derived for a variety of control population structures relevant to normal diploid and/or, more importantly, to haplo-diploid species. For equal sex ratio, it is shown that the control population structure which doubles autosomal effective population size trebles sex-linked effective size. For haplo-diploid species where the number of males exceeds the number of reproductive females, several different control structures are described, which tend to increase effective population size by about 1/3. These would be suitable for stock maintenance of honeybees. Directional selection programmes employing within-family selection would maintain most of the minimum drift/inbreeding properties of these control populations.
性连锁有效种群大小 (Ne) 是针对各种与正常二倍体和/或更重要的单倍二倍体物种相关的控制种群结构推导出来的。对于性别比例相等的情况，研究表明，使常染色体有效种群大小增加一倍的控制种群结构会使性连锁有效大小增加两倍。对于雄性数量超过繁殖雌性数量的单倍二倍体物种，描述了几种不同的控制结构，这些结构往往会使有效种群大小增加约 1/3。这些结构适合用于维持蜜蜂种群。采用家系内选择的定向选择方案将保持这些控制种群的大部分最小漂移/近交特性。
