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Pea Aphids (Hemiptera: Aphididae) Have Diurnal Rhythms When Raised Independently of a Host Plant

机译:豌豆蚜虫(半翅目:蚜虫)独立于寄主植物饲养时具有昼夜节律

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摘要

Seasonal timing is assumed to involve the circadian clock, an endogenous mechanism to track time and measure day length. Some debate persists, however, and aphids were among the first organisms for which circadian clock involvement was questioned. Inferences about links to phenology are problematic, as the clock itself is little investigated in aphids. For instance, it is unknown whether aphids possess diurnal rhythms at all. Possibly, the close interaction with host plants prevents independent measurements of rhythmicity. We reared the pea aphid Acyrthosiphon pisum (Harris) on an artificial diet, and recorded survival, moulting, and honeydew excretion. Despite their plant-dependent life style, aphids were independently rhythmic under light–dark conditions. This first demonstration of diurnal aphid rhythms shows that aphids do not simply track the host plant’s rhythmicity.
机译:假定季节时机涉及生物钟,这是一种跟踪时间并测量日长的内生机制。然而,仍然存在一些争论,蚜虫是最早被问到生物钟参与的生物之一。关于时钟与物候的联系的推论是有问题的,因为在蚜虫中很少研究时钟本身。例如,尚不清楚蚜虫是否完全具有昼夜节律。与寄主植物的紧密相互作用可能会阻止对节奏的独立测量。我们在人工饮食下饲养了豌豆蚜虫蚜虫(Harris),并记录了其存活,换羽和蜜露的排泄情况。尽管有依赖植物的生活方式,但在明暗条件下蚜虫的节律是独立的。昼夜蚜虫节律的第一个证明表明,蚜虫不仅可以跟踪寄主植物的节律。

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