Marine Ecology Progress Series · 1995 · 140 citations · 6 references
Life SciencesEcologyMarine SciencesCoastal OceanographyMarine EcologyPhycologyCoastal Marine EcologyPelagic EcosystemsPhytoplankton EcologyChlorophyll ConcentrationHydrographic StructurePhytoplankton Community CompositionPhytoplankton DistributionPhytoplankton Functional TypesPhytoplankton Pigment CompositionPhytoplankton Species CompositionPhytoplankton Taxonomy
a n intensive sampllng p r q g a m was carried out at a coastal station in the Northwestern Mediterranean Sea to study the relations9:p between phytoplankton distributions, as evaluated by taxonomic pigments, and the hydrographx structures of the water column. The study period covered the range of hydrographlc conditions whlct prevail in the Mediterranean Sea. The 0 to 75 m integrated chlorophyll a concent]-ation averaged 23 3 m g m 2 , with the highest values (above 45 mg m-') restricted to semi-mixed penods. The major ph floplankton signature and water column structure r e l a t ~o n s h ~p s were: (1) phytoplankton~c prokaryotes (ryanobacteria and prochlorophytes] appear sensitive to water column mixing with prochlorophylc~ being the most sensitive group a s strong stratification is associated with the highest biomass found mainly in deeper waters;
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D. A. Everitt, Simon W. Wright, John K. Volkman et al. · Deep Sea Research Part A Oceanographic Research Papers · 1990 · 155 citations
New fucoxanthin-related carotenoids from Coccolithus huxleyi
N. Arpin, Walter A. Svec, S. Liaaen‐Jensen · Phytochemistry · 1976 · 94 citations
Life Sciences, Biology, Botany +5