Through its role in regulating pollinator behavior, floral display size and nectar gradient
within inflorescences may alter the extent of geitonogamy and thus female reproductive …

Variation among the leaves, flowers or fruit produced by a plant is often regarded as a
nuisance to the experimenter and an impediment to selection. Here, we suggest that within …

通过调节传粉者行为, 花显示大小和花序内的花蜜梯度可以改变雄先熟植物同株异花自交的发生
, 进而影响植物繁殖成功. 然而, 对此进行验证的研究仍然较少. 本研究通过测定自交率 …

The optimal life history and sex allocation of perennial hermaphrodites should depend on
both their size and the relative costs and benefits of reproducing through male versus female …

Premise of research. Cosexual plants reproduce as females by maturing seeds from
fertilized ovules and as males by fertilizing their own ovules or those of other plants …

Flowering phenology and clonal growth are known to affect resource and pollen availability,
and therefore select for adaptive or constrained sex allocation strategies to some degree …

Gene flow between populations can allow the spread of beneficial alleles and genetic
diversity between populations, with importance to conservation, invasion biology, and …

开花时间决定了植物雌雄功能的交配机会, 最终影响繁殖成功. 交配环境假说认为雌雄异熟植物
开花时间的差异能引起植物表型性别的变异, 改变种群内的交配环境, 影响植物对雌雄功能的最 …

The variety and evolution of reproductive strategies in plants have attracted the attention of
scientists for a long time. The genus Silene has been the focus of several studies related to …

The flowering time plays an important role in the mating opportunities of male and female
functions and final reproductive success in plants. The mating environment hypothesis …