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

Levelheaded

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glacial

Glaucocystophyta model for symbiogenous evolution of new eukaryotic speciesry the evolution of eukaryotic cells was generally understood as an autogenous or . process (Allsopp 1969; Kirk 1971; Raff and Mahler 1972; Bogorad .. 1973; Parthier 1974, for review: Gray and Doolittle 1982), despite some daring hypotheses expressed early on (e.g. Meresch-kowsky 1905, 1910; Marguli

Flavouring

Alternative pathway (cyanobacteria to eukaryota)eukaryotic cells appeared. There is little doubt that this cell type arose from the bacterial cell. How this occurred has been the subject of much speculation. In this chapter we will present evidence that supports the idea that the eukaryotic cell arose by slow gradual change in a prokaryotic cell.

桉樹

, — a green enigmatic alga: morphology, biochemistry and molecular biology proves as especially pertinent, when the taxonomic position of the most original phytoflagellates has to be considered. In the classical view of the direct filiation theory the ancestral phytoflagellata is positioned at the verge of the prokaryotic to the eukaryotic stage.

CORE

勾引

The natural history of , (Geitler 1933): past and present perspectiveswhile other species in this class divide into different number of cyanidiospores). This unicellular organism tolerates very acidic growing media of pH 2–4 at maximum temperature of 57 °C (Doemel 1970) and shows better rates of growth and photosynthesis when cultured with pure CO. (Seckbach .. 1970).

勾引

A review on the taxonomic position of the algal genus , Geitler 1933 and its ecological cohorts , Mecologists who are concerned with phylogenetic considerations (e.g., Klein and Cronquist 1967) and from the algal physiologists who are attempting to define more precisely the physiological parameters permitting organisms to thrive in moderate to extreme environmental conditions (see Doemel 1970; Bro

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絕緣

New classification for the genus , Geitler 1933at have been applied at various times throughout the years to material presently recognized as the Cyanidaceae Geitler 1933. After each listed binomial there will be found, in parentheses, the modern name of the respective algal division to which the binomial would have been assigned at the time of

instulate

investigations in Japanonsidered his article ‘Untersuchungen über die Vegetation der mineralogenazidotrophen Gew?sser Japans’ by Negoro (1944). This article was written in German and published in ‘Tokyo Bunridai Kiy?’ (Academic Reports of Tokyo College of Science and Literature). The bulk of this report consists from five