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首页> 外文期刊>Proceedings of the California Academy of Sciences >A Review of Diversification Trends in Diatom Research with Special Reference to Taxonomy and Environmental Applications Using Examples from Lake Baikal and Elsewhere
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A Review of Diversification Trends in Diatom Research with Special Reference to Taxonomy and Environmental Applications Using Examples from Lake Baikal and Elsewhere

机译:以贝加尔湖及其他地区为例,特别参考分类学和环境应用对硅藻研究的多元化趋势进行回顾

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摘要

The study of diatoms has diversified strongly since its beginnings in the 18th century. Early work focused upon collecting material for taxonomic analysis but by the mid 19th century a strong global perspective had already developed. In the 20th century, use of diatoms in biostratigraphy, environmental change and ecology and in biogeography proliferated as did work on diatom ultra structures, life cycles, and systematics. Most recently, systematics and molecular genetics have sought to reveal diatom genealogy and to refine taxonomy. Similarly, diatoms are used increasingly as time-space indicators of water quality and there is renewed interest in global diversity patterns. Taxonomy underpins these applications but changing concepts can either dimmish or enhance the value of diatoms to the environmental sciences. Some ways in which taxonomic analysis of diatom assemblages can benefit environmental research are discussed with reference to material from Lake Baikal and elsewhere.
机译:自18世纪开始以来,硅藻的研究就已经发生了巨大的变化。早期的工作集中于收集用于分类学分析的材料,但是到19世纪中叶,已经形成了强大的全球视野。在20世纪,硅藻在生物地层学,环境变化和生态学以及生物地理学中的使用激增,硅藻的超微结构,生命周期和系统研究也如此。最近,系统学和分子遗传学试图揭示硅藻的族谱并完善分类学。同样,硅藻被越来越多地用作水质的时空指标,并且人们对全球多样性格局也重新产生了兴趣。分类学是这些应用的基础,但是不断变化的概念可能会使硅藻对环境科学的价值降低或提高。参照贝加尔湖和其他地方的资料,讨论了硅藻组合物的分类学分析可以有益于环境研究的一些方法。

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