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座谈会介绍——藤壶生物学:基本方面和当代方法。

Introduction to the symposium--barnacle biology: essential aspects and contemporary approaches.

机构信息

The Citadel, Department of Biology, 171 Moultrie Street, Charleston, SC 29407, USA.

出版信息

Integr Comp Biol. 2012 Sep;52(3):333-6. doi: 10.1093/icb/ics102. Epub 2012 Jul 20.

Abstract

Barnacles have evolved a number of specialized features peculiar for crustaceans: they produce a calcified, external shell; they exhibit sexual strategies involving dioecy and androdioecy; and some have become internal parasites of other Crustacea. The thoroughly sessile habit of adults also belies the highly mobile and complex nature of their larval stages. Given these and other remarkable innovations in their natural history, it is perhaps not surprising that barnacles present a spectrum of opportunities for study. This symposium integrates research on barnacles in the areas of larval biology, biofouling, reproduction, biogeography, speciation, population genetics, ecological genomics, and phylogenetics. Pioneering comparisons are presented of metamorphosis among barnacles from three major lineages. Biofouling is investigated from the perspectives of biochemical and biomechanical mechanisms. Tradeoffs in reproductive specializations are scrutinized through theoretical modeling and empirical validation. Patterns of endemism and diversity are delineated in Australia and intricate species boundaries in the genus Chthamalus are elucidated for the Indo-Pacific. General methodological concerns with population expansion studies in crustaceans are highlighted using barnacle models. Data from the first, draft barnacle genome are employed to examine location-specific selection. Lastly, barnacle evolution is framed in a deep phylogenetic context and hypothetical origins of defined characters are outlined and tested.

摘要

藤壶进化出了许多甲壳类动物特有的特殊特征

它们产生钙化的外壳;它们表现出涉及雌雄异体和两性异体的性策略;并且有些已经成为其他甲壳类动物的内部寄生虫。成体完全固着的习性也掩盖了其幼虫阶段高度移动和复杂的本质。鉴于它们在自然历史中的这些以及其他显著创新,藤壶为研究提供了一系列机会也就不足为奇了。本次专题讨论会整合了藤壶幼虫生物学、生物污损、繁殖、生物地理学、物种形成、种群遗传学、生态基因组学和系统发生学等领域的研究。先驱性的比较呈现了来自三个主要谱系的藤壶变态之间的比较。从生化和生物力学机制的角度研究了生物污损。通过理论建模和实证验证来仔细研究繁殖特化的权衡。在澳大利亚划定了特有模式和多样性模式,并为印度-太平洋地区阐明了 Chthamalus 属的复杂物种界限。使用藤壶模型突出了甲壳类动物种群扩张研究中的一般方法问题。利用第一个藤壶基因组草案的数据来检查特定位置的选择。最后,藤壶进化在深系统发生背景下进行了框架构建,并概述和测试了定义特征的假设起源。

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