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    Chapter and Conference Paper

    Dimethylsulfide Production and Marine Phytoplankton: An Additional Impact of Unusual Blooms

    The oceans contribute an estimated 1.1 Tmol · S · y-1 to the global sulfur budget, largely from the volatile sulfur compound, dimethylsulfide (DMS) (Andreae, 1986; Bates et al., 1987a). This has important implica...

    Maureen D. Keller, Wendy K. Bellows, Robert R. L. Guillard in Novel Phytoplankton Blooms (1989)

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    Article

    Light quality and oceanic ultraphytoplankters

    Photosynthetic prokaryotic picoplankters (<2µm), Synechococcus spp.1,2, provide a significant fraction of oceanic primary production3,4. The significance of similarly sized eukaryotic algae has not been fully app...

    Hilary E. Glover, Maureen D. Keller, Robert R. L. Guillard in Nature (1986)

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    Article

    Widespread occurrence of a unicellular, marine, planktonic, cyanobacterium

    IN marked contrast to their freshwater counterparts, marine planktonic cyanobacteria are restricted to a few nostocalean genera, of which only Trichodesmium is capable of forming extensive water blooms1–3. We rep...

    JOHN B. WATERBURY, STANLEY W. WATSON, ROBERT R. L. GUILLARD, LARRY E. BRAND in Nature (1979)

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    Chapter

    Culture of Phytoplankton for Feeding Marine Invertebrates

    These pages describe relatively simple and reliable methods for the culture of marine phytoplankton species useful for feeding marine invertebrates. The methods suffice for the most fastidious algae now routin...

    Robert R. L. Guillard in Culture of Marine Invertebrate Animals (1975)

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    Article

    Low Molecular Weight Organic Base from the Dinoflagellate Amphidinium carteri

    IN the course of an investigation into the nature of the soluble carbohydrate materials released by phytoplankton into their culture medium1, we found that media from cultures of Amphidinium carteri, a dinoflagel...

    PETER J. WANGERSKY, ROBERT R. L. GUILLARD in Nature (1960)