机译:'在多倍体的十字路口中':基因组分歧和同性金杂交的程度是用于形成氧眼雏菊多倍体络合物的司机(& i> leucanthemum,Composita-Anthemideae)
Evolutionary and Systematic Botany GroupUniversity of RegensburgUniversit?tsstr. 31 D‐93053 Regensburg Germany;
Evolutionary and Systematic Botany GroupUniversity of RegensburgUniversit?tsstr. 31 D‐93053 Regensburg Germany;
Evolutionary and Systematic Botany GroupUniversity of RegensburgUniversit?tsstr. 31 D‐93053 Regensburg Germany;
Evolutionary and Systematic Botany GroupUniversity of RegensburgUniversit?tsstr. 31 D‐93053 Regensburg Germany;
Botanic Garden &
Botanical Museum Berlin‐DahlemFreie Universit?t BerlinK?nigin‐Luise‐Str. 6‐8 D‐14191 Berlin Germany;
Evolutionary and Systematic Botany GroupUniversity of RegensburgUniversit?tsstr. 31 D‐93053 Regensburg Germany;
Darlington's rule; genetic divergence; homoploid hybridization; molecular dating; multispecies coalescent; polyploidy; Quaternary;
机译:'在多倍体的十字路口中':基因组分歧和同性金杂交的程度是用于形成氧眼雏菊多倍体络合物的司机(& i> leucanthemum,Composita-Anthemideae)
机译:多倍体复合体中生态气候生态位的填充-以植物类植物Leantanthemum Mill为例。 (菊科,菊科)来自伊比利亚半岛
机译:Leucanthemum Mill属多倍体复合体的系统发育研究。 (菊科,菊科)基于cpDNA序列变异
机译:多倍体对Leantanthemum Mill中细胞器和核基因组之间基因表达协调的影响。 (菊科菊科)
机译:多倍体对白蜡渣磨机中细胞素和核基因组基因表达协调的影响。 (Compositae,Anthemideae)