非基因遗传和环境变化

S. Salinas, Simon C. Brown, M. Mangel, S. Munch
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引用次数: 137

摘要

气候变化继续影响着世界各地的物种。了解和预测人口的反应显然很重要。在这里,我们回顾了种群可能对这些变化做出快速反应的机制:跨代可塑性(TGP)。当父母所经历的环境影响其后代反应规范的形状时,存在TGP;也就是说,亲代环境和子代环境相互作用决定子代表型。我们调查了63个物种(32目9门)的80个实证研究结果。总体而言,三峡库区在分类学上分布广泛,并对可能受到气候变化影响的环境因素作出反应。虽然现在有很多例子,但我们也确定了可以大大提高我们对TGP理解的研究领域。我们的结论是,三峡工程在理论和经验上都是充分建立的,值得研究作为应对快速环境变化的潜在策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-genetic inheritance and changing environments
Climate change continues to impact species worldwide. Understanding and predicting how populations will respond is of clear importance. Here, we review a mechanism by which populations may respond rapidly to these changes: Trans-Generational Plasticity (TGP). TGP exists when the environment experienced by the parents affects the shape of the reaction norm in their offspring; that is, the parental and offspring environments interact to determine the offspring phenotype. We survey 80 empirical studies from 63 species (32 orders, 9 phyla) that demonstrate TGP. Overall, TGP is taxonomically widespread and present in response to environmental drivers likely to be impacted by climate change. Although many examples now exist, we also identify areas of research that could greatly improve our understanding of TGP. We conclude that TGP is sufficiently established both theoretically and empirically to merit study as a potential coping tactic against rapid environmental changes.
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