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Aggressive bodyguards are not always the best: Preferential interaction with more aggressive ant species reduces reproductive success of plant bearing extrafloral nectaries

机译:侵略性的保镖并不总是最好的:优先与更具侵略性的蚂蚁物种的互动减少了植物轴承的营造成功

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摘要

Variation in partner species and frequency of interaction between species pairs are potential drivers of the net outcome of generalized mutualisms. In ant-plant mutualisms, the quality of defence provided by ants is related to ant aggressiveness. Hence, we hypothesize that the performance of plants bearing extrafloral nectaries will be higher when they interact more frequently with more aggressive ant species. We estimated ant aggressiveness in the field by observing their behaviour towards soil baits. Afterwards, we observed the frequency with which individuals from these ant species visited plants through an entire reproductive cycle. We measured the production and persistence of plants reproductive structures through this period and the total seed production. Increasing in the interaction frequency with highly aggressive ants reduced the number of floral buds and seeds produced. Increased visitation frequency by less aggressive ants increased the number of floral buds and seeds per branch. The inverse relationship between ant aggressiveness and seed production may be influenced by the costs imposed by different mutualistic partners. Thus, frequent interaction with highly aggressive ants may lead to a higher accumulation of costs through time, resulting in a negative net outcome for the plants. Our results bring new evidence highlighting the importance to incorporate temporal aspects in the study of mutualistic interactions. We suggests that the quality of mutualistic partners must be understood as a function of its per-interaction benefit and their cumulative costs to their partner over time, what puts in check our current classification regarding partner quality in mutualistic systems.
机译:伴侣物种的变化和物种对之间的相互作用的频率是广义互动的净结果的潜在驱动因素。在蚂蚁融合中,蚂蚁提供的辩护质量与蚂蚁侵略性有关。因此,我们假设植物患者患者患者的性能在更频繁的侵略性蚂蚁物种中更频繁地相互作用时会更高。我们通过观察其对土壤诱饵的行为来估计了该领域的蚂蚁侵略性。之后,我们观察到通过整个生殖循环来观察来自这些蚁群物种的个体的频率。我们通过该时期和总种子生产来衡量植物生殖结构的生产和持续性。伴随高侵袭性蚂蚁的相互作用频率增加减少了生产的花芽和种子的数量。通过不太侵略性的蚂蚁增加探索频率增加了每分支的花芽和种子的数量。蚂蚁侵袭性和种子生产之间的反向关系可能受到不同互联配合作伙伴施加的成本的影响。因此,与高度侵略性蚂蚁的频繁相互作用可能通过时间导致成本较高,导致植物的负净结果。我们的成果带来了新的证据,突出了在互相互动研究中纳入时间方面的重要性。我们建议,互行合作伙伴的质量必须被理解为其互动效益的函数及其随着时间的推移对其伴侣的累积成本,所提出的是检查我们目前的伴侣质量在互行系统中的分类。

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