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Evolution of Animal Photoperiodism

机译:动物光周期论的演变

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摘要

Photoperiodism is the ability of organisms to assess and use the day length as an anticipatory cue to time seasonal events in their life histories. Photoperiodism is especially important in initiating physiological and developmental processes that are typically irrevocable and that culminate at a future time or at a distant place; the further away in space or time, the more likely a seasonal event is initiated by photoperiod. The pervasiveness of photoperiodism across broad taxa, from rotifers to rodents, and the predictable changes of pho-toperiodic response with geography identify it as a central component of fitness in temperate and polar seasonal environments. Consequently, the role of day length cannot be disregarded when evaluating the mechanisms underlying life-historical events, range expansions, invasions of novel species, and response to climate change among animals in the temperate and polar regions of the world.
机译:光周期症是生物体评估和利用天长作为生活史中季节性事件的前兆的能力。光周期在启动通常不可撤销的生理和发育过程中尤其重要,而生理过程和发育过程最终会在将来或遥远的地方达到顶峰。空间或时间越远,光周期引发季节性事件的可能性就越大。从轮虫到啮齿类动物,光周期的普遍性遍及整个分类单元,并且地理学上的磷定周期响应的可预测变化将其确定为温带和极地季节性环境中适应性的重要组成部分。因此,在评估世界历史和温带地区动物的生命历史事件,范围扩展,新物种入侵以及对气候变化的响应机制时,不能忽略日长的作用。

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