Photosynthesis and Pigments Influenced By Light Intensity and Salinity in the HalophileDunaliella Salina(Chlorophyta)

Author:

Loeblich Laurel A.

Abstract

Dunal (1837) originally described the taxon now known asDunaliella salina(Dunal) Teodoresco, 1905, as consisting of spherical or elliptical cells, red-orange to rust coloured. Teodoresco, in his definition of the species (1905) stated that the zoospores had a green chromatophore but in aged zoospores the entire body, including chromatophore, was red. Thus, by definition, any isolate ofDunaliellawhich is not capable of turning redorange to rust coloured should not be consideredD. salina. Several strains have been reported in the literature under the nameD. salinabut do not meet the aforementioned criteria. These include UTEX 200 (= Cambridge 19/3), Mil'ko's strain (Mil'ko, 1963a, b) and Strain No. 6 used by Mironyuk (Drokova, 1970; Drokova, Popova & Tupik, 1964; Drokova & Popova, 1973, 1974; Mironyuk 1969a, b; Mironyuk & Einor, 1968).

Publisher

Cambridge University Press (CUP)

Subject

Aquatic Science

Reference53 articles.

1. Light responses in the brine flagellate Dunaliella salina with respect to wavelength;Blum;University of California Publications in Physiology,1933

2. Growth limitation of Dunaliella salina by CO2 at high salinity;Loeblich;Journal of Phycology,1970

3. Some carotene-containing strains of the alga Dunaliella salina Teod;Drokova;Ukrainskii Botanichnii Zhurnal,1970

4. The absorption spectra of suspensions of living micro-organisms

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