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62. Jahrgang (1925)

Bibliografische Daten

fullscreen: 62. Jahrgang (1925)

Zeitschrift

Strukturtyp:
Zeitschrift
Sammlung:
Deutsches Schiffahrtsmuseum Bremerhaven
Titel:
Hansa : Schiffahrt, Schiffbau, Häfen
Untertitel:
Schiffahrt, Schiffbau, Häfen
Publikationsort:
Hamburg
Persistente Url:
https://www.digishelf.de/piresolver?id=722238312

Zeitschriftenband

Strukturtyp:
Zeitschriftenband
Sammlung:
Deutsches Schiffahrtsmuseum Bremerhaven
Titel:
62. Jahrgang
Band, Heft, Nummer:
1925
Signatur:
online
Persistente Url:
https://www.digishelf.de/piresolver?id=72223831262

Zeitschriftenheft

Strukturtyp:
Zeitschriftenheft
Titel:
März
Band, Heft, Nummer:
3

Inhaltsverzeichnis

Inhalt

  • Measurement of primary production from the molecular to the global scale_ICES Marine Science Symposia Volume 197
  • Titelseite
  • Inhaltsverzeichnis
  • William K.W. Li; Serge Y. Maestrini: Measurement of Primary Production from the Molecular to the Global Scale
  • Trevor Platt; Shubha Sathyendranath: Fundamental issues in measurement of primary production
  • Peter J. leB. Williams: On the definition of plankton production terms
  • Peter J. leB. williams: Chemical and tracer methods of measuring plankton production
  • John A. Raven:The potential of molecular biological and stable isotopic ideas and techniques for field measurements of marine primary productivity
  • Julie La Roche; Richard J. Geider; Paul G. Falkowski: Molecular biology in studies of oceanic primary production
  • N. Hoepffner; T. Barker; P. Schlittenhardt: Marine productivity in the Northeast Atlantic: estimation from satellite data - M. Khondker: Phytoplankton production in a well-mixed water column in Bangladesh - O. Koblentz-Mishke: Quantum yield of photosynthesis of marine phytoplankton measured in natural conditions
  • K. Kononen; L. Grönlund; E. Lahdes: Evaluation of the nutrient control hypothesis on filamentous cyanobacteria blooms in the central Gulf of Finland - J. Kromkamp: The influence of vertical mixing on the photosynthesis and primary production of a marine diatom: a culture study
  • M. Kyewalyanga: Ocean primary production calculated by spectral and broad-band models - A. Latala: Characteristics of photosynthetic activity of Baltic phytoplankton
  • A. Le Bouteiller: Distribution of phytoplankton in the largest productive system of the world ocean: the Pacific equatorial upwelling
  • L. Legendre; B. Klein; M. Mingelbier; E. Tamigneaux: Measuring primary production at sea: potential problem with 24-h incubations using the 14C method - C. Legrand ; N. Z. Malinsky-Rushansky: Organic production and exeretion by different phytoplankton size classes
  • J. Marra: Verification of a simple optical model for estimating daily primary production: examples from various ocean environments - J. McGlade; P. Bauer; S. Gaito; J. Marshall; D. Winter: Modelling primary production in the mid-North Atlantic: a comparison of model simulations of phytoplankton growth with NOAA AVHRR images
  • C. Minier; F. Galgani; J. M. Robert: In vivo characterization of esterase activity in Synechococcus PCC 7601, Haslea ostrearia, and Prorocentrum micans - G. Moncoiffe; G. Savidge: Estimation of seasonal metabolic rates in size-fractionated planktonic communities by the in bottle oxygen method
  • F. Partensky; N. Hoepffner; W. K. W. Li: Photo-acclimation of marine Prochlorococcus sp. (Prochlorophyta) in culture - Y. Pazos; F. G. Figueiras: Photosynthetic responses in relation to species composition and the environmental conditions in the ria de Arousa
  • E. G. Rodriguez: Yearly variation in primary productivity of marine phytoplankton from the Frio region, Brazil - N. Schilling; T. Schadtle; R. Gruner; X. Schindele: Dynamics of ribulose-1,5-bisphosphate carbaxylase and phosphoenolpyruvate carboylase activities in a natural phytoplankton succession in relation to primary production
  • G. Schmuck; P. Schlittenhardt; D. van der Linde; I. Moya: Fluorescence induction of algae (Scenedesmus obliquus) as an indicator of photosynthetic activity - A. Van Spaendonk: Phytoplankton primary production in the Westerschelde Estuary, The Netherlands
  • G. Schmuck; P. Schlittenhardt; D. van der Linde; I. Moya: Fluorescence induction of algae (Scenedesmus obliquus) as an indicator of photosynthetic activity - A. Van Spaendonk: Phytoplankton primary production in the Westerschelde Estuary, The Netherlands
  • D. Vaulot; F. Partensky; R. Casotti: Application of flow cytometric and microfluorometric DNA measurements to phytoplankton studies - G. Weichart: Estimation of primary production in the open sea from changes in O2, CO2 and nutrients in the upper mixed layer
  • Richard J. Geider: Quantitative phytoplankton physiology: implications for primary production and phytoplankton growth
  • Egil Sakshaug: The relationship between phytoplankton growth rate and production with emphasis on respiration and excretion
  • Christopher Langdon: The significance of respiration in production measurements based on oxygen
  • William K. W. Li: Estimation of primary production by flow cytometry
  • Paul G. Falkowski; Zbigniew Kolber: Estimation of phytoplankton photosynthesis by active fluorescence
  • Roland Doerffer: Estimation of primary production by observation of solar-stimulated fluorescence
  • Winfried W. C. Gieskes; Fijsbert W. Kraay; Anita G. J. Buma: 14C labelling of algal pigments to estimate the contribution of different taxa to primary production in natural seawater samples
  • Aubert Le Bouteiller: comparison of in-bottle measurements using 15N and 14C
  • Karl Banse: On the dark bottle in the 14C method for measuring marine phxytoplankton produktion
  • George A. Jackson: The importance of the DOC pool for primary production estimates
  • W. Glen Harrison: Nutrient recycling in production experiments
  • Steven E. Lohrenz: Estimation of primary production by the simulated in situ method
  • Yves Dandonneau: Measurement of in situ profiles of primary production using an automated sampling and incubation device
  • Max M. Tilzer; Clivia Häse; Ines Conrad: Estimation of in situ primary production from parameters of the photosynthesis-light curve obtained in laboratory incubators
  • Steven Emerson; Paul Quay; Charles Stump; David Wilbur; Rebecca Schudlich: Determining primary production from the mesoscale oxygen field
  • Jane E. Robertson; Andrew J. Watson: Estimation of primary production by observation of changes in the mesoscale carbon dioxide field
  • Hans Joachim Minas; Louis A. Codispoti: Estimation of primary production by observation of changes in the mesoscale nitrate field
  • Shubha Sathyendranath; Trevor Platt: Remote sensing of water-column primary production
  • Serge Y. Maestrini; Alain sournia; Alain Herbland: Measuring phytoplankton production in 1992 and the coming years: a dilemma?
  • Serge Y. Maestrini; Alain sournia; Alain Herbland: Measuring phytoplankton production in 1992 and the coming years: a dilemma?
  • A. Andrushaitis; M. Balode; G. Lagzdins: Eutrophication of the Gulf of Riga - J. Aristegui; M. F. Montero; S. Ballesteros; G. Basterretxea; R. Vanderschuur: Response of size-fractionated plankton metabolism to upwelling events off Gran Canaria
  • M. Babin; M. Levasseur; D. Michaud; L. Legendre: Effect of the angular distribution of light on photosynthesis at the scale of a phytoplankton cell - K. Banse; J. R. Postel: Further observations on sources of variability in satellitederived estimates of phytoplankton production
  • R. G. Barlow; M. A. Gough; R. F. C. Mantoura; T. W. Fileman: Pigment signatures of the phytoplankton composition in the Northastern Atlantic during the 1990 spring bloom - E. Berdalet; M. Estrada: Relationships between nucleic acid concentration and primary production in the Catalan Sea (Northwestern Mediterranean)
  • G. F. Blanchard; P. A. Montagna: Short-term changes in H14CO3 uptake by benthic microalgae throughout the photic layer of the sediment - N. P. Boucher; B. B. Prezelin: Bio-optical approaches to prediction of UV-inhibited rates of primary production in Antarctic waters
  • P. Boyd; J. Aiken; I. Bellan; Z. Kolber; C. Trees: A comparison of rates of primary production as derived from radiochemical methods and active and solar-stimulated fluorescence - J. G. Braun: Primary production cycles in Canary Island waters over the last 20 years
  • C. Brunet; V. Gentilhomme; J. M. Brylinski: Primary productivity along an inshore-offshore transect in the French part of the eastern English Channel - J. I. Carreto; V. A. Lutz; R. M. Negri; S. G. De Marco: Variability of in vivo absorption spectra of particulate material along a transect from the coast to the continental shelf break in the Argentine Sea
  • L. Chary: The importance of the small cyanobacteria Synechococcus in the primary production of atoll lagoons - A. M. Chekalyuk; A. A. Demidov; V. V. Fadeev; M. Yu Gorbunow: Shipboard LIDAR invertigations of marine phytoplankton
  • A. M. Chekalyuk; M. Yu Gorbunov: Remote laser in situ measurements of phytoplankton photosynthesis efficiency
  • A. M. Chekalyuk; M. Yu Gorbunov: Estimation of phytoplankton characteristics by LIDAR remote sensing of in vivo chlorophyll fluorescence - F. Colijn; L. Peperzak; G. W. Kraay; M. J. W. Veldhuis: Design and tests of a novel incubator to be used for measuring the phytoplankton primary production in ICES monitoring studies
  • A. Dauta; J. Capblancq: Photosynthesis-Simulator: a tool to simulate the gross primary production of phytoplankton - C. Descolas-Gros; L. Oriol: Importance of ?-carboxylation (dark carbon assimilation) in carbon flux studies
  • A. Edwards: A mechanistic model of the photoinhibited P-I curve - J. Erez; D. Iluz; B. Lazar; Z. Dubinsky: Primary production in the northern Gulf of Elat, Red Sea: a case study for open-sea coral-reef interactions
  • F. G. Figueiras; F. F. Perez; Y. Pazos: Phytoplankton P-I curves and maximum quantum yield near the ice edge of the Weddell Sea (Summer 1988-1989) - Z. Z. Finenko: Mesoscale changes in primary production estimated from chlorophyll vertical profiles and photosynthesis-light curve parameters
  • K. Furuya; W. K. W. Li: Evaluation of photosynthetic capacity of phytoplankton population by flow cytometry - J. I. Goes; H. do R. Gomes; A. H. Parulekar: Evidence of high rates of dark 14CO2 fixation in a tropical oceanic environment
  • J. C. Goldman: Potential role of large oceanic diatoms in new primary production - H. J. Gons; M. Rijkeboer: Diel productivity of cyanobacteria: when does it show in surface spectral reflectance
  • J. Gostan; M. Fiala; E. Nicolas: Effect of incubation duration on the estimation of the P vs. I curve parameters - E. Graneli; D. M. Anderson; S. Y. Maestrini; E. Paasche: Light and dark carbon fixation by the marine dinoflagellate genera Dinophysis and Ceratium
  • C. M. Happey-Wood: Bacteria and phytoplakton interactions: effects on the productivity of "new" carbon by picoplankton - C. Häse; M. M. Tilzer: Photosynthesis-irradiance parameters in phytoplankton: implications for producticity estimates in Lake Constance

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Ostdeutsche Morgenpost 1924.
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