首页> 外文期刊>The Journal of Experimental Biology >Physiological variation and phenotypic plasticity: a response to ;Plasticity in arthropod cryotypes' by Hawes and Bale.
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Physiological variation and phenotypic plasticity: a response to ;Plasticity in arthropod cryotypes' by Hawes and Bale.

机译:生理变异和表型可塑性:对Hawes和Bale的“节肢动物低温型可塑性”的反应。

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摘要

In a recent publication, Hawes and Bale provide an extended discussion of phenotypic plasticity in the context of low temperature responses of animals. They argue that phenotypic plasticity may be partitioned phylogenetically at several levels and go on to explore these levels, and cold hardiness strategies that they term cryotypes, which in their view constitute cryotypic plasticity. Here we argue that this attempt to partition plasticity is misleading, that the term ;genotypic plasticity' is potentially highly confusing and a misnomer for physiological variance, and that the term ;superplasticity' should not be used. We also show that a definition of strategies as cryotypes is not useful and that the hypothesis about the relationship between evolutionary derivation and extent of plasticity in freeze-avoiding vs freeze-tolerant species is not supported by current evidence.
机译:在最近的出版物中,Hawes和Bale在动物的低温反应中提供了对表型可塑性的扩展讨论。他们认为,表型可塑性可能会在系统发育上划分为几个级别,然后继续探索这些级别,他们称之为冷冻类型的抗寒性策略在他们看来也构成了冷冻型可塑性。在这里,我们认为,这种划分可塑性的尝试具有误导性,术语“基因型可塑性”可能会引起高度混乱,并且会导致生理变异,并且不应使用术语“超塑性”。我们还表明,将策略定义为冷冻型是没有用的,并且目前的证据不支持关于避免冷冻与耐冷冻的物种中进化衍生与可塑性程度之间关系的假设。

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