A large number of hydrocarbon-oxidizing bacteria is registered in the zone of the Suez Canal and the Red Sea. Their number increased in the regions of the Indian Ocean and the Arabian Sea as compared with the previous investigations. These microorganisms are shown to possess the highest hydrocarbon-oxidizing activity in oil-polluted places.Приведены данные о численности и распространении углеводородокисляющих микроорганизмов в Индийском океане, Красном и Аравийском морях. Увеличение числа углеводородокисляющих бактерий в Индийском океане и Аравийском море, по сравнению с предыдущими исследованиями, может свидетельствовать о значительном загрязнении вод нефтепродуктами. Наибольшие величины этих микроорганизмов отмечены в районе портов и прип...
Among environmental factors determining conditions for the development of coastal bivalve aquacultur...
Microorganisms of mussel mantle fluid and gut have been found to be different in composition and bio...
The production rates of heterotrophic bacteria utilizing decomposable organic matter and oil-carbohy...
The results of studing of number of various groups of heterotrophic microorganisms of the periphyton...
The data on number and biochemical peculiarities of periphyton bacteria and seawater in the zone of ...
Exchange of main classes of organic matter in hepatopancreas, gonads, gills of Black Sea rocky Mytil...
The total number of heterotrophic and oil-oxidizing bacteria in bottom sediments was determined. It ...
The paper deals with the study in seasonal dynamics of quantity, morphologic composition and certain...
The coastal zone of Sevastopol, especially its recreational part, feels great anthropogenic impact d...
A new method applied to determine quantity of two forms of hydrocarbon-oxidizing microflora (active:...
The analysis of spatio-temporal changes in the macrophytobenthos of the regions of the old and the r...
In the article presence of oil product in the sea area near the oil and gas facilities in the Northe...
On the personal researches and analysis of literary data the oil hydrocarbons bacterial destruction ...
Chlorophyll a concentration was determined in the surface and 0-100 m layers in the tropical and sub...
The work is an analysis of environmental problems in the oil and gas industry. The main sources of p...
Among environmental factors determining conditions for the development of coastal bivalve aquacultur...
Microorganisms of mussel mantle fluid and gut have been found to be different in composition and bio...
The production rates of heterotrophic bacteria utilizing decomposable organic matter and oil-carbohy...
The results of studing of number of various groups of heterotrophic microorganisms of the periphyton...
The data on number and biochemical peculiarities of periphyton bacteria and seawater in the zone of ...
Exchange of main classes of organic matter in hepatopancreas, gonads, gills of Black Sea rocky Mytil...
The total number of heterotrophic and oil-oxidizing bacteria in bottom sediments was determined. It ...
The paper deals with the study in seasonal dynamics of quantity, morphologic composition and certain...
The coastal zone of Sevastopol, especially its recreational part, feels great anthropogenic impact d...
A new method applied to determine quantity of two forms of hydrocarbon-oxidizing microflora (active:...
The analysis of spatio-temporal changes in the macrophytobenthos of the regions of the old and the r...
In the article presence of oil product in the sea area near the oil and gas facilities in the Northe...
On the personal researches and analysis of literary data the oil hydrocarbons bacterial destruction ...
Chlorophyll a concentration was determined in the surface and 0-100 m layers in the tropical and sub...
The work is an analysis of environmental problems in the oil and gas industry. The main sources of p...
Among environmental factors determining conditions for the development of coastal bivalve aquacultur...
Microorganisms of mussel mantle fluid and gut have been found to be different in composition and bio...
The production rates of heterotrophic bacteria utilizing decomposable organic matter and oil-carbohy...