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Combating planktonic algae with benthic algae
Ecological Engineering, 2015Anthropogenic eutrophication of surface waters may cause mass development of algae, including cyanoprokaryotes, with serious effects on ecosystem health. In the current study, drastic hydrological changes initiated a eutrophication process of a former backwater of the river Danube (Austria). As a first restoration measure, a gravel filter followed by a
Mayr, Magdalena +2 more
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Algae Crops: Coproduction of Algae Biofuels
2014The chapter discusses potential uses of algae, and the benefits of coproducing algae biofuels and value-added products such as wastewater treatment and fish. Because of the discussion and the data surrounding algae, and the large technical and economic barriers faced by producers of algae biofuels, we predict that the use of algae to produce energy ...
Gal Hochman +2 more
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Current Biology
Borg introduces the red algae - the largest living group of seaweeds.
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Borg introduces the red algae - the largest living group of seaweeds.
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Algae, which live in marine or freshwater, are photosynthetic organisms. They vary greatly in size, morphology, and degree of complexity of their body structures. Algae are generally divided into two main groups, microalgae, which are small in size, and macroalgae, which are larger in size.
Aysegul Inam +2 more
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Aysegul Inam +2 more
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Fighting planktic algae with benthic algae
2012Die Eutrophierung des Heustadelwassers, ein ehemaliger Altarm der Donau im Prater bei Wien, führte zu schwerwiegenden Algenproblemen. Massenauftreten von Cyanoprokaryoten, welche fakultativ stark toxische Substanzen bilden können, Fischsterben und üble Gerüche waren Ausdruck starker Verschmutzung.
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