首页> 外文期刊>Journal of Plant Studies >Reproductive Strategy of Aegiceras corniculatum L. (Blanco.) - A Mangrove Species, in MNP&S, Gujarat, India
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Reproductive Strategy of Aegiceras corniculatum L. (Blanco.) - A Mangrove Species, in MNP&S, Gujarat, India

机译:印度古吉拉特邦MNP&S上的红树植物Aegiceras corniculatum L.(Blanco。)的繁殖策略

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Mangroves occur in the tropical and subtropical inter-tidal regions of the world. Owing to their locations, they are expected to have a reproductive strategy which can facilitate generalized pollination. The present work has examined the floral biology, breeding system, pollinator resource and their efficiency, and the reproductive strategy of Aegiceras corniculatum L. (Blanco) at three islands (three populations) in Marine National Park and Sanstuary (MNP&S), Gulf of Kachchh, Gujarat, India. The temporal relations in the floral processes such as anther dehiscence, stigma receptivity and nectar secretion were studied and the results were juxtaposed to have comprehensive view. The floral life is very long (21 days) and the pace of floral transformation varies with the floral process. Significant diurnal variations in the stigma receptivity and nectar secretions influence the pollinators’ availability during different periods of the day. All the three breeding systems are present indicating occurrence of autogamy. However, strong protandry reduces its possibility to a significant level. Further, the asynchrony in the flowering processes at inflorescence level and the foraging behavior of pollinators increase the possibility of geitonogamy. The reproductive strategy of the plant is inclined towards cross pollination with keeping some possibility of self-pollination.
机译:红树林分布在世界的热带和亚热带潮间带地区。由于它们的地理位置,预计它们将采取能够促进普遍授粉的繁殖策略。目前的工作已经检查了花卉生物学,育种系统,传粉媒介资源及其效率,以及在国家海洋公园和圣公会(MNP&S)的三个岛屿(三个种群)的喀什湖湾上的Aegiceras corniculatum L.(Blanco)的繁殖策略。 ,印度古吉拉特邦。研究了花药开裂,柱头接受性和花蜜分泌等花艺过程中的时间关系,并将结果并列以具有综合性。花的寿命很长(21天),花的转化速度随花的过程而变化。柱头接受能力和花蜜分泌的昼夜变化显着影响授粉者在一天中不同时期的可用性。所有这三个育种系统都存在,表明发生了同卵繁殖。但是,强的原核生物将其可能性大大降低。此外,在花序水平上开花过程中的异步性和授粉媒介的觅食行为增加了基因组配子的可能性。植物的繁殖策略倾向于异花授粉,同时保持一定的自花授粉可能性。

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