Arctic Marine Phototrophic Systems: Functions of Sea Ice Stabilization

  • Apollonio S
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Abstract

A forgotten nineteenth-century report provides evidence that there are two floras, not one, on the bottom o distinguishable in time, species composition, and, perhaps, nutrient condition. A halocline flora is also noted from recent studies that habitat to the ice floras. Thus at least three separate autotrophic systems augment phytoplankton production in arctic seas. These augm seem to be a function of stability provided by sea ice. Key words: sea ice, ice algae, phytoplankton, halocline flora, ecosystem stability RESUME. Un rapport oublié du 19e siècle fournit la preuve qu'il existe deux flores, et non pas un seule, au-dessous de la glace ma que les deux peuvent être distingués quant à leur âge, leur composition par espèces et parfois, leur condition nutritive. Une flor l'habitat est analogue à la flore glaciale est aussi signalée à partir d'études récentes. Donc, au moins trois systèmes autotrophes distinct la production de phytoplancton dans les mers arctiques. Ces systèmes en pleine croissance semblent résulter de la stabilité assu marine.

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APA

Apollonio, S. (1985). Arctic Marine Phototrophic Systems: Functions of Sea Ice Stabilization. ARCTIC, 38(3). https://doi.org/10.14430/arctic2129

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