Advances in Microbiology of the Sea, Volume 1E. J. Ferguson Wood, M. R. Droop Academic Press, 1968 - 239 pagine |
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Pagina 37
... production in mass culture is that of Myers and Graham ( 1959 ) . Freshwater Chlorella ellipsoidea was grown by the chemostat technique at 25 ° C , illuminated continuously with tungsten light at 0.5 ly / min , less than 700 mp , and ...
... production in mass culture is that of Myers and Graham ( 1959 ) . Freshwater Chlorella ellipsoidea was grown by the chemostat technique at 25 ° C , illuminated continuously with tungsten light at 0.5 ly / min , less than 700 mp , and ...
Pagina 38
... production beneath unit area with increasing depth of the euphotic zone ( Nielsen and Jensen , 1957 ) must represent a combined effect of these factors . Extrapolation of their data for daily production versus euphotic depth to a ...
... production beneath unit area with increasing depth of the euphotic zone ( Nielsen and Jensen , 1957 ) must represent a combined effect of these factors . Extrapolation of their data for daily production versus euphotic depth to a ...
Pagina 60
... Production of Marine Phytoplankton . " Bulletin 122 , Fisheries Research Board of Canada . Queen's Printer , Ottawa . Strickland , J. D. H. ( 1965 ) . Production of organic matter in the primary stages of the marine food chain . In ...
... Production of Marine Phytoplankton . " Bulletin 122 , Fisheries Research Board of Canada . Queen's Printer , Ottawa . Strickland , J. D. H. ( 1965 ) . Production of organic matter in the primary stages of the marine food chain . In ...
Sommario
Perspectives in Marine Microbiology | 1 |
The Present and the Future | 10 |
Kinetics of Marine Phytoplankton Growth | 23 |
Copyright | |
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Advances in Microbiology of the Sea, Volume 1 E. J. Ferguson Wood,M. R. Droop Visualizzazione estratti - 1968 |
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acid activity algae algal animals appendages aquatic assimilation Bact bacterial cells bacteriophages bacterium biol biomass Braarud Candida carbon cell division cell envelopes cell wall Chlorella chlorophyll compounds cultures Cytophaga Debaryomyces diatom dinoflagellates ecology ecosystem effect electron microscope enzyme estuaries excreted factors fish flagella flagellation Fogg Gram-negative growth rate hansenii heterotrophic inhibition inhibitory inorganic intracellular ions isolated Jitts Kriss laboratory light intensity Limnol lysis marine bacteria marine environment Marine Microbiology marine phytoplankton marine pseudomonad B-16 marine yeasts maximum McAllister measured medium membrane metabolism Metschnikowia Microbiol morphology NaCl nitrogen nutrient nutrition observed Ocean Oceanogr organic matter oxidation phosphorus photosynthesis Physiol physiology phytoplankton pigment plankton plants polyphenols present production pseudomonad quantitative requirement for Na+ Rhodotorula Ryther samplers samples sea water seaweeds sediments Sieburth sodium sodium chloride spore strains Strickland structure studies substances substrate surface suspended taxonomy temperature terrestrial Torulopsis Uden UNIV uptake yeasts ZoBell zooplankton