Results 91 to 100 of about 3,612 (134)

Virio- and Bacterioplankton of the Coastal Water of the Moscow River

Doklady Biological Sciences, 2022
The first study on the dynamics of virioplankton abundance (VA) in the coastal waters of the Moscow River in the autumn-winter period at stations differing in the level of anthropogenic impact has been performed. The VA in the waters of the more polluted Dzerzhinsky st.
I V, Mosharova, V V, Ilinskiy, I A, Kozlova, A Y, Akylova, K P, Hazanova, S A, Mosharov   +5 more
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Bacterioplankton of the Kara Sea shelf

Oceanology, 2015
The principal zones of the Kara Sea shelf are distinguished on the basis of structural and functional characteristics of bacterioplankton. Estuarine regions are characterized by elevated bacterial abundance and production rates, while the adjacent shelf has high abundance but lower production values. The southwestern part of the Kara Sea has relatively
N. D. Romanova, A. F. Sazhin
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Toward an Autecology of Bacterioplankton

1989
The purpose of this chapter on bacterioplankton is to place these procaryotes within the frame of reference commonly used to study and understand the eucaryotic plankton. The study of bacterioplankton is very recent compared to that of phyto- and zooplankton.
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Effect of aquatic macrophytes on the quantity of bacterioplankton.

Roczniki Akademii Medycznej w Bialymstoku (1995), 2000
The authors investigated the effect of aquatic macrophytes on the quantity of bacterioplankton. Among the 7 species of aquatic macrophytes the most pronounced effect on bacterioplankton is exerted by Potamogeton crispus, causing a decrease in its quantity to 53.28%. Polygonum amphibium stimulates the growth of bacteria to 121.96%.
Czeczuga, Bazyli, Chomutowska, Halina
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Evidence of biogeography in surface ocean bacterioplankton assemblages

Marine Genomics, 2008
Regardless of the importance of bacterial assemblages as essential components of ecosystems, little is known about how their populations are structured. We analyzed the composition and turnover rates, based on 16S rDNA sequences, of surface water oceanic bacterial assemblages of the fraction between 0.1 and 0.8 μm along a latitudinal gradient (45°6'42''
Luisa I, Falcón, Ana M, Noguez, Laura, Espinosa-Asuar, Luis E, Eguiarte, Valeria, Souza   +4 more
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On the role of bacterioplankton in the tropical ocean

Marine Biology, 1974
The high rates of production by planktonic bacteria reported by Sorokin for the warm surface layer of the oceans cannot be reconciled with the geographic distribution of dissolved organic carbon. These rates, as well as Sorokin's figures of bacterial production and, hence, consumption of oxygen in the deep sea are too high by an order of magnitude.
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Bacterioplankton

2022
Rocío J. Alcántara-Hernández, Miroslav Macek, Jesús Torres-Huesca, Juan Arellano-Posadas, Patricia M. Valdespino-Castillo   +4 more
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Bacterioplankton in the acidified Lake Gårdsjön

Hydrobiologia, 1983
Total bacterial numbers in different strata of lake water and in inlet and outlet streams have been recorded during a yearly cycle. A calculated mean cell volume of 0.342 µm2 has then been used to estimate bacterial biomass in the lake. Change of biomass during the year was substantial and the range was from about 0.1 g . m-3 to about 1.0–1.2 g .
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Similar geographic patterns but distinct assembly processes of abundant and rare bacterioplankton communities in river networks of the Taihu Basin

Water Research, 2022
Qitao Yi, Sai Xu, Yuexiang Gao
exaly  

Exudates: phytoplankton-bacterioplankton interactions in Pluβsee

Journal of Plankton Research, 1992
Sell, A., Overbeck, J.
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