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Titlebook: Evolutionary Pathways and Enigmatic Algae; Cyanidium caldarium Joseph Seckbach Book 1994 Springer Science+Business Media Dordrecht 1994 Eu

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Images of Expertise in Mathematics Teaching colonization of such habitats. Among the algae inhabiting acidic and thermal environments, the C. . — group has attracted the attention of biologists because of its unique characteristics, whereas the systematics of the group have been often ignored. Recently, Seckbach (1991, see also this volume)
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https://doi.org/10.1057/9780230523470of cyanophytes, unicellular chlorophytes and rhodophytes on the one hand, and some unique features on the other hand (see Seckbach 1992; Seckbach .. 1992). For a long time these organisms were erroneously referred to the same taxon ., although in reality they represent a significant range of morphol
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Michael Yaremchuk,David Straughan concerning their biology has accumulated over the last decades. The genus . was, however, also reported by several authors from non thermal, non acidic habitats such as limestone caves. The taxonomic position of this enigmatic aerophytic alga, called ‘cave .’ in the following, is not resolved; in t
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Hans Gruber,Angelika Weber,Albert Zieglerre almost exclusively cyanobacteria. Among algae, only the members of the class Cyanidiophyceae [including the families Cyanidiaceae and Galdieriaceae (Merola .. 1981)] were found to live in thermal acidic habitats up to 57 °C (Doemel and Brock 1970). The family Cyanidiaceae includes the alga .. For
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Experts and Consensus in Social Sciences, lipids and other organic substances may be useful also for algal phylogeny. Although studies of algal chemotaxonomy have been carried out over the years, one must still keep in mind that natural com pounds change quantitatively under various physiological states and also according to the algal st
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