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Ecological role of volatiles produced by plants in response to damage by herbivorous insects

机译:植物对草食性昆虫的伤害产生的挥发物的生态作用

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摘要

Plants often release a blend of volatile organic compounds in response to damage by herbivorous insects that may serve as cues to locate those herbivores by natural enemies. The blend of compounds emitted by plants may be more variable than is generally assumed. The quantity and the composition of the blends may vary with the species of the herbivore, the plant species and genotype within species, the environmental conditions under which plants are grown, and the number of herbivore species attacking the plant. Although it is often assumed that induced emission of these compounds is an adaptive tactic on the part of plants, the evidence that such responses minimize fitness losses of plants remains sparse because the necessary data on plant fitness rarely have been collected. The application of techniques of evolutionary quantitative genetics may facilitate the testing of widely held hypotheses about the evolution of induced production of volatile compounds under natural conditions.
机译:植物通常会响应草食性昆虫的破坏而释放出挥发性有机化合物的混合物,这可能会成为天敌发现食草动物的线索。植物排放的化合物的混合物可能比通常假定的要多。共混物的数量和组成可能随草食动物的种类,植物种类和物种内的基因型,植物生长的环境条件以及攻击植物的草食动物种类的数量而变化。尽管通常认为这些化合物的诱导排放是植物方面的一种适应性策略,但是由于很少收集到有关植物适应性的必要数据,因此此类反应将植物适应性损失降至最低的证据仍然很少。进化定量遗传学技术的应用可能有助于检验关于在自然条件下诱导产生挥发性化合物的进化的广泛假设。

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