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- W1507469040 abstract "Anabaena spiroides has the ability to maintain intense biomass production for extensive periods in the epilimnion of a small eutrophic lake characterized by conditions shown to cause photooxidative death in a number of other phytoplankton. By the enhancement of carotenoid synthesis chlorophyll a was protected from photooxidation and prevented from catalyzing other photooxidative reactions within the cells. By temporally separating CO 2 and N 2 fixation, maximum utilization of photosynthetically active radiation was achieved. Because CO 2 fixation was more sensitive than N 2 fixation to a high oxygen concentration, the former was maximized during morning hours, before the afternoon buildup of dissolved oxygen. The diurnal partitioning of carbon and N 2 fixation has two additional advantages; possible competition for reductant-generating compounds is minimized, and adequate endogenous pools of carbon skeletons are assured to accept newly fixed ammonia. Hence, Anabaena , far from undergoing photooxidative death, appears to utilize a physiological strategy which allows optimization of radiant energy use for reductive processes and dominance of surface waters and shading of deeper phytoplankton during summer blooms." @default.
- W1507469040 created "2016-06-24" @default.
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- W1507469040 date "1980-09-01" @default.
- W1507469040 modified "2023-10-10" @default.
- W1507469040 title "Physiological Adaptations in Response to Environmental Stress During an N <sub>2</sub> -Fixing <i>Anabaena</i> Bloom" @default.
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- W1507469040 doi "https://doi.org/10.1128/aem.40.3.587-595.1980" @default.
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