Toward a Cladistic View of Phytoplankton Physiological Ecology

J. C. Gallagher
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Abstract

AbstractAdvanced techniques in phytogeny reconstruction have the potential for providing new insights into phytoplankton ecology and physiology. Recent analysis of the phytogeny of algal groups has demonstrated that the traditional biological oceanographic concept of chlorophyll c containing algae (chromophytes) as a natural group is erroneous. This error can lead to problems in experimental design that can affect some models of global primary production. Cladistic analyses of character distributions can be used to identify traits that have adaptive value for ecological physiology. The prospective union of systematics and biological oceanography is threatened by a worldwide decline in the availability of training in systematics.
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浮游植物生理生态学的枝支观
摘要先进的植物生长重建技术为研究浮游植物的生态学和生理学提供了新的思路。最近对藻类群的植物发生的分析表明,传统的生物海洋学概念中含有叶绿素c的藻类(色藻)是一个自然群是错误的。这种误差可能导致实验设计出现问题,从而影响一些全球初级生产模型。性状分布的枝系分析可用于识别具有生态生理适应价值的性状。系统系统学和生物海洋学的未来结合受到世界范围内系统系统学培训机会减少的威胁。
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A Note on the Feeding, Growth, and Reproduction of the Epipelagic Scyphomedusa Pelagia noctiluca (Forskål) The Control of Marine Phytoplankton. Use of Quine's View of “Object” in Assessing Productivity and Control Biology of Myctophid Fishes (Family Myctophidae) in the Rockall Trough, Northeastern Atlantic Ocean The Availability of Iron in Seawater: A Perspective Toward a Cladistic View of Phytoplankton Physiological Ecology
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