关于功能形态学组在浮游植物研究中的应用和趋势的全球科学文献

Q2 Environmental Science
Ricardina Maria Lemos Trindade, Anny Kelly Nascimento Ribeiro, J. Nabout, J. C. Bortolini
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引用次数: 1

摘要

摘要:目的近年来解构方法在水生生态学中的应用日益增多。特别是对于浮游植物,一些功能分类总结了一组物种的相似特征,以了解生物对景观变化的反应。其中一种方法涉及基于形态学的浮游植物功能分类(MBFG-基于形态学的官能团)。围绕这种方法,我们系统地绘制了科学文献,以揭示这种功能框架在淡水浮游植物中的应用。方法在本研究中,我们从Thomson ISI Web of Science数据库中选择了2010年至2018年间发表的所有关于MBFG的文章。我们记录了179篇引用基于形态学的浮游植物功能分类的手稿,其中,由于缺乏信息,我们排除了三篇。结果随着形态学方法引用次数的增加,出现了明显的时间趋势,其中巴西、乌拉圭和中国是研究数量最多的国家。在总共的记录中,有60份手稿在研究中应用了形态学分类,其中23份手稿包括与其他功能方法的比较研究。大多数应用是针对湖泊中的浮游植物,生物量是MBFG中最常用的分类群框架指标。最常被记录的类群是MBFG IV(没有特化的中型生物)、VII(大型粘液菌落)和III(具有好气顶的大型丝状生物)。结论本研究显示,使用基于MBFG的功能方法的研究数量呈增加趋势。我们认为,解构方法,如MBFG,有助于评估浮游植物生态学中感兴趣的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The global scientific literature on applications and trends in the use of functional morphological groups in phytoplankton studies
Abstract: Aim The application of deconstructive approaches in aquatic ecology has been increasing recently. Especially for phytoplankton, some functional classifications summarize similar traits of a group of species to understand organisms’ response to landscape variability. One of these approaches deals with phytoplankton functional classification based on morphology (MBFG - Morphologically Based Functional Groups). Focusing on this approach, we systematic mapping the scientific literature to reveal this functional framework´s applications for freshwater phytoplankton. Methods For this study, we selected from the Thomson ISI Web of Science database all articles published between 2010 and 2018 dealing with MBFG. We recorded 179 manuscripts citing the phytoplankton functional classification based on morphology and, among them, we excluded three due to lack of access to information. Results A clear temporal trend occurred with an increase in citations involving the morphological approach, with Brazil, Uruguay, and China as the countries with the highest number of studies. Of the total records, 60 manuscripts applied morphological classification in their studies, of which 23 manuscripts comprised comparative studies with other functional approaches. Most applications were for phytoplankton in lakes, with biomass being the most used metric for framing taxa in MBFG. The most often recorded groups are MBFG IV (medium-sized organisms without specialization), VII (large mucilaginous colonies), and III (large filamentous organisms with aerotopes). Conclusion This study showed an increasing trend in the number of studies that used the functional approach based on MBFG. We believe that deconstructive approaches, such as MBFG, help assess issues of interest in phytoplankton ecology.
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来源期刊
Acta Limnologica Brasiliensia
Acta Limnologica Brasiliensia Environmental Science-Ecology
CiteScore
2.20
自引率
0.00%
发文量
17
审稿时长
50 weeks
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