附着和自由生活的甲壳珊瑚藻及其在地质记录和当今的功能特征

IF 1.8 3区 地球科学 Q1 GEOLOGY Facies Pub Date : 2024-04-29 DOI:10.1007/s10347-024-00682-1
Sebastian Teichert
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引用次数: 0

摘要

甲壳纲珊瑚藻(CCA)是当今和过去地质环境中重要的生态系统工程师和碳酸盐生产者。尽管有关 CCA 的出版物数量逐年增加,但在将 CCA 划归分类学和功能组别方面显然存在许多误解和不一致之处。其部分原因是,生物学家、生态学家和古生物学家都对 CCA 进行了研究,而且从地理科学到生物科学的各种期刊也都对其进行了报道,因此经常会出现术语混用和科学侧重点不同的情况。在这篇综述中,我们将全面综述对 CCA 的了解、其功能特征及其在现在和过去环境中的作用。在此背景下,我们在生态学家和古生物学家常见的不同观点之间架起了一座桥梁,包括提出了一个共同的、简单明了的术语,强调并部分合并了不同的分类学观点,以及总结了 CCA 最重要的功能特征。理想情况下,未来的研究应寻求定量分析持续全球变化对 CCA 及其相关生物的潜在影响。
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Attached and free-living crustose coralline algae and their functional traits in the geological record and today

Crustose coralline algae (CCA) are important ecosystem engineers and carbonate producers today and in the geological past. While there is an increasing number of publications on CCA every year, it is evident that there are many misunderstandings and inconsistencies in the assignment of CCA to taxonomic and functional groups. This is partly because CCA are treated by biologists, ecologists and palaeontologists as well as covered by studies published in journals ranging from geo- to biosciences, so that there is often a mixture of terminology used and differing scientific focus. In this review, a comprehensive overview is given on what is known about CCA, their functional traits and their roles in environments from the present and the past. In this context, some bridges are built between the commonly different viewpoints of ecologists and palaeontologists, including suggesting a common and straightforward terminology, highlighting and partially merging different taxonomic viewpoints as well as summarizing the most important functional traits of CCA. Ideally, future studies should seek to quantitatively analyse potential implications for CCA and their associated organisms under ongoing global change.

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来源期刊
Facies
Facies 地学-地质学
CiteScore
3.70
自引率
5.60%
发文量
15
审稿时长
>12 weeks
期刊介绍: The journal is open to papers dealing with the interpretation of ancient and modern biotopes and carbonate depositional environments by means of facies analysis in its broadest sense. Once the central part of research in hydrocarbon exploration, facies analysis more and more integrates modern and ancient biogeological processes of a changing earth. Special emphasis is laid on paleobiology and -ecology, basin evolution, sedimentology including diagenesis and geochemistry, as well as studies emphasising the impact of life on earth history. The main part of the target group will be people in academia.
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