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异配生殖与达尔文-贝特曼范式。

Anisogamy and the Darwin-Bateman paradigm.

作者信息

Janicke Tim

机构信息

CEFE, University of Montpellier, CNRS, EPHE, IRD, Montpellier, France.

出版信息

Evol Lett. 2024 Aug 17;8(6):756-760. doi: 10.1093/evlett/qrae044. eCollection 2024 Dec.

Abstract

The Darwin-Bateman paradigm advanced as the central concept to explain the evolutionary origin of sex differences. However, debates regarding its theoretical underpinnings persist, particularly with respect to the role of anisogamy in sexual selection. The theoretical work presented by Lehtonen and Parker suggests that the initial split in gamete production rate drives sex differences in sexual selection but that any further variation in the degree of anisogamy is not expected to alter the strength of sexual selection in males and females. Here, I discuss the historical background of a recently emerged controversy and present empirical data that corroborate the theoretical predictions. Lehtonen and Parker's contribution refines our understanding of the Darwin-Bateman paradigm by providing a broad theory for large-scale patterns of sex differences that can be observed in nature. Further understanding of how demographic and environmental factors influence sexual selection is essential to predict the vast diversity of sex differences across the tree of life, beyond the primordial impact of anisogamy.

摘要

达尔文-贝特曼范式作为解释性别差异进化起源的核心概念而被提出。然而,关于其理论基础的争论仍在持续,特别是在异配生殖在性选择中的作用方面。莱托宁和帕克所做的理论研究表明,配子产生速率的最初差异驱动了性选择中的性别差异,但预计异配生殖程度的任何进一步变化都不会改变雄性和雌性的性选择强度。在此,我将讨论最近出现的一场争议的历史背景,并展示证实这些理论预测的实证数据。莱托宁和帕克的贡献通过为自然界中可观察到的大规模性别差异模式提供一个广泛的理论,完善了我们对达尔文-贝特曼范式的理解。进一步了解人口统计学和环境因素如何影响性选择,对于预测生命之树上性别差异的巨大多样性至关重要,这超出了异配生殖的原始影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/72f0/11637679/40a642e45c83/qrae044_fig1.jpg

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