It is shown that the heat production by primary film of antropogenic (polymetacrilat) or natural (Mytilus galloprovinsialis) surfaces is connected with growth of the heterotrophic bacteria population and is changed from 0.18 to 14.6 mw/103 cells of heterotrophic bacteria. The structure-quantitative unsteadity and Cu2O as component of surface decrease the heat production and change its dynamic in experimental microcenoses.Показано, что теплопродукция первичной пленки антропогенных (полиметакрилатные поверхности) и естественного (створка живой мидии Mytilus galloprovinsialis) субстратов связана с ростом популяции гетеротрофных бактерий и изменяется от 14.6 до 0.18 мквт/103 клеток гетеротрофных бактерий. Структурно-количественная нестабильно...
The study of coastal upwelling as processes determining the productivity of marine farms largely is ...
Study of seasonal microflora of macrophytes has shown that different groups of bacteria whose quanti...
The data on some anaerobic bacteria in Sevastopol Bays bottom sediments in summer 2003 are given. Th...
Degradational activity of heterotrophic bacteria was estimated by the heat production of bacteria...
В експериментальних умовах визначено, що найтриваліший (18–21 день) термін виживання E. coli та Vibr...
Some growth characteristics of marine bacteria and yeasts, which were isolated from periphyton of th...
Comparative study of marine bacteria and viruses interactions was carried on by the methods of micro...
The results of studing of number of various groups of heterotrophic microorganisms of the periphyton...
The mussel M. galloprovincialis is studied for its growth rate dependence. Equations of the growth r...
The data are given on the bacteria amount and biomass in the water surface layer of the Sevastopol B...
The data on changes of physico-chemical and microbiological conditions in installations with closed ...
The production rates of heterotrophic bacteria utilizing decomposable organic matter and oil-carbohy...
The quantity and generic belonging of microorganisms in the water and periphyton of the artificial s...
For carbon limit conditions the assessment of limit productivity and carbon absorption coefficient b...
Regularities of production processes in populations of mussel (Mytilus galloprovincialis Lam.), cult...
The study of coastal upwelling as processes determining the productivity of marine farms largely is ...
Study of seasonal microflora of macrophytes has shown that different groups of bacteria whose quanti...
The data on some anaerobic bacteria in Sevastopol Bays bottom sediments in summer 2003 are given. Th...
Degradational activity of heterotrophic bacteria was estimated by the heat production of bacteria...
В експериментальних умовах визначено, що найтриваліший (18–21 день) термін виживання E. coli та Vibr...
Some growth characteristics of marine bacteria and yeasts, which were isolated from periphyton of th...
Comparative study of marine bacteria and viruses interactions was carried on by the methods of micro...
The results of studing of number of various groups of heterotrophic microorganisms of the periphyton...
The mussel M. galloprovincialis is studied for its growth rate dependence. Equations of the growth r...
The data are given on the bacteria amount and biomass in the water surface layer of the Sevastopol B...
The data on changes of physico-chemical and microbiological conditions in installations with closed ...
The production rates of heterotrophic bacteria utilizing decomposable organic matter and oil-carbohy...
The quantity and generic belonging of microorganisms in the water and periphyton of the artificial s...
For carbon limit conditions the assessment of limit productivity and carbon absorption coefficient b...
Regularities of production processes in populations of mussel (Mytilus galloprovincialis Lam.), cult...
The study of coastal upwelling as processes determining the productivity of marine farms largely is ...
Study of seasonal microflora of macrophytes has shown that different groups of bacteria whose quanti...
The data on some anaerobic bacteria in Sevastopol Bays bottom sediments in summer 2003 are given. Th...