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首页> 外文期刊>Biological Journal of the Linnean Society >Stability in fig tree-fig wasp mutualisms: how to be a cooperative fig wasp
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Stability in fig tree-fig wasp mutualisms: how to be a cooperative fig wasp

机译:无花果树的稳定性,无花果,是如何成为合作无花果的

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摘要

Fig tree-fig wasp mutualisms are diverse and underpin much biodiversity. The wasps (Agaonidae) are the sole pollinators of the trees (Ficus). Figs are enclosed inflorescences, each of which contains many small flowers. Female wasps (foundresses) enter receptive figs to spread pollen and to lay their eggs individually into fig flowers. As they oviposit, wasps also inject chemicals that transform individual flower ovaries into galls that will feed and house wasp offspring. For fig tree-fig wasp mutualisms to persist, the trees must set seed; therefore, the wasps have both to pollinate and to fail to gall all flower ovaries. However, wasps that avoid pollination costs and/or gall all flowers are predicted to outcompete more cooperative conspecifics, resulting in destabilisation of the mutualism. Here, I review the literature on why wasps pollinate by focusing on how trees reduce investment to unpollinated figs, resulting in 'sanctions' to wasps that fail to pollinate via reduced production of offspring. I also review the mechanisms that prevent wasps from galling all flowers, mainly those in monoecious Ficus, that also result in wasps predominantly galling longer flowers whilst leaving shorter flowers to become seeds. I make suggestions for future work and conclude by reaffirming why multiple processes promote stability in fig tree-fig wasp mutualisms.
机译:无花果树是多种多样的生物多样性。黄蜂(Agaonidae)是树木(榕树)的唯一粉刷者。无花果是封闭的花序,每个花序包含许多小花。雌性黄蜂(基础)进入接受无花果涂抹花粉并单独将鸡蛋放入图上。随着它们的产卵,WASP也注射了将单个花卵巢转化为蜂窝的化学品,以饲料和屋宇的黄蜂后代。对于无花果树,无花果持续存在,树木必须设置种子;因此,黄蜂曾经授粉,并且不能吞噬所有花卵巢。然而,避免授粉成本和/或胆量所有花的黄蜂预计将渗透更多的合作消除,导致相互主义的破坏。在这里,我通过专注于树木如何将投资降低到未加压的无花果,在这里审查为什么WASP授粉的文献,导致对黄蜂的“制裁”,通过减少后代的产量,未能授粉。我还审查了防止黄蜂侵入所有花的机制,主要是猴子的榕树,这也导致黄蜂主要陷入较长的花朵,同时留下较短的花朵成为种子。我提出了未来的工作和得知,重申为什么多个进程促进无花果树的稳定性。

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