Oxidation rate of 35S-thiosulfate under simulated natural conditions and abundance of thiosulfate-oxidizing bacteria in a redox zone of the Black Sea are lower during winter and spring than in summer, especially in halistatic regions. Oxidation of thiosulfate under natural conditions is performed chiefly by lithotropic thionic bacteria, whose activity is limited by low temperatures. Adding thiosulfate and readily available organic matter to water samples from the redox zone and raising temperature of water stimulated activity of heterotrophic thiosulfate-oxidizing bacteria. Oxidation of elemental sulfur tagged with 35S apparently invovled two stages: abiotic oxidation of thiosulfate and subsequent bacterial oxidation of thiosulfate to sulfa...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
Bacterial sulfate reduction and transformations of thiosulfate were studied with radiotracers in a M...
A budget for the sulfur cycle in the Black Sea is proposed which incorporates specific biogeochemica...
Methods are described to study the mechanism and rate of sulphide oxidation in water using 35S. Thes...
Rate of hydrogen sulfide oxidation in the redox zone of the Black Sea and rate of hydrogen sulfide f...
Natural microbial populations in deep and shallow North Atlantic water and previously isolated heter...
The main pathways of sulfide oxidation in marine sediments involve complex interactions of chemical ...
The history of the elucidation of the microbiology and biochemistry of the oxidation of inorganic su...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The deep Black Sea is known to be depleted in electron-acceptors for sulfide oxidation. This study o...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The deep Black Sea is known to be depleted in electron-acceptors for sulfide oxidation. This study o...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
Bacterial sulfate reduction and transformations of thiosulfate were studied with radiotracers in a M...
A budget for the sulfur cycle in the Black Sea is proposed which incorporates specific biogeochemica...
Methods are described to study the mechanism and rate of sulphide oxidation in water using 35S. Thes...
Rate of hydrogen sulfide oxidation in the redox zone of the Black Sea and rate of hydrogen sulfide f...
Natural microbial populations in deep and shallow North Atlantic water and previously isolated heter...
The main pathways of sulfide oxidation in marine sediments involve complex interactions of chemical ...
The history of the elucidation of the microbiology and biochemistry of the oxidation of inorganic su...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The deep Black Sea is known to be depleted in electron-acceptors for sulfide oxidation. This study o...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
The colorless sulfur bacterium Thiobacillus thioparus T5, isolated from a marine microbial mat, was ...
The deep Black Sea is known to be depleted in electron-acceptors for sulfide oxidation. This study o...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
36 strains of sulfur-oxidizing bacteria were isolated in Southern Kazakhstan soda-saline soils and ...
Bacterial sulfate reduction and transformations of thiosulfate were studied with radiotracers in a M...
A budget for the sulfur cycle in the Black Sea is proposed which incorporates specific biogeochemica...