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首页> 外文期刊>Biotropica >Non-pollinating fig wasps decrease pollinator and seed production in Ficus andicola (Moraceae).
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Non-pollinating fig wasps decrease pollinator and seed production in Ficus andicola (Moraceae).

机译:非授粉无花果黄蜂会降低榕树(榕科)的授粉和种子产量。

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摘要

Fig trees ( Ficus spp.) and Agaonine fig-wasps participate in an obligate mutualism. Fig wasps can only develop within fig inflorescences (syconia) and they are the only organisms capable of pollinating fig flowers. Other non-pollinating wasps that lay eggs by inserting their ovipositors from the outside can also develop in syconia. These parasitic wasps may be parasitoids of either pollinating or other non-pollinating wasps, or form galls in fig flowers or other tissues. Depending on this interaction, parasitic wasps may have various effects on the production of pollinating wasps and seeds. Wasps in the genus Idarnes, which parasitize New World figs (subgenus Urostigma), have an effect on wasp production but not on seed production. Heterandrium spp., which have short ovipositors and lay on external flowers, are infrequent and no effect on seed production has been documented. In the Colombian Andes, Idarnes spp. and Heterandrium spp. are the most frequent parasites of the Ficus andicola - Pegoscapus sp. mutualism, affecting 62 and 43 percent of syconia, respectively. Controlling for other factors that influence wasp and seed production, such as number of foundresses, syconium size and tree, we found that Idarnes reduced pollinator production by almost half but did not reduce seed production, whereas Heterandrium reduced seed production by 40 percent, and marginally affected pollinator production. Our results provide the first clear documentation of Heterandrium spp. impact on fig seed production. Whether the relative abundance of this genus is a generalized phenomenon in montane forest remains to be determined.Digital Object Identifier http://dx.doi.org/10.1111/j.1744-7429.2012.00901.x
机译:无花果树(Ficus spp。)和Agaonine无花果黄蜂参与专一的共生。无花果黄蜂只能在无花果花序(syconia)内发育,并且是唯一能够给无花果花授粉的生物。通过从外部插入产卵器产卵的其他非授粉性黄蜂也可能在syconia中发育。这些寄生黄蜂可能是授粉或其他非授粉黄蜂的寄生虫,或在无花果花或其他组织中形成虫form。取决于这种相互作用,寄生蜂可能对授粉蜂和种子的生产产生各种影响。寄生于新世界无花果(Urostigma属)的伊达尼斯属中的黄蜂对黄蜂的产量有影响,但对种子的产量没有影响。具有短产卵器并位于外花上的异花ium属种很少见,也没有对种子生产的影响。在哥伦比亚的安第斯山脉,伊达尼斯(Idarnes)。和Heterandrium spp。是榕树中最常见的寄生虫-Pegoscapus sp.。共生,分别影响62%和43%的syconia。控制其他影响黄蜂和种子生产的因素,例如种植者的数量,枸杞子大小和树木,我们发现Idarnes将传粉媒介的产量减少了近一半,但没有减少种子的产量,而Heterandrium减少了40%的种子产量,略有减少传粉者生产受到影响。我们的结果提供了Heterandrium spp的第一个清晰的记录。对无花果种子产量的影响。该属的相对丰度是否是山地森林中的普遍现象尚待确定。数字对象标识符http://dx.doi.org/10.1111/j.1744-7429.2012.00901.x

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