Marine Microbiology: A Monograph on HydrobacteriologyChronica Botanica Company, 1946 - 240 pagine |
Dall'interno del libro
Risultati 1-3 di 58
Pagina 20
... oxygen per liter . The solu- bility of oxygen increases with decreasing temperature and it increases with decreasing salinity . Oxygen is consumed by respiring organisms in- cluding bacteria . In sea water and bottom deposits bacteria ...
... oxygen per liter . The solu- bility of oxygen increases with decreasing temperature and it increases with decreasing salinity . Oxygen is consumed by respiring organisms in- cluding bacteria . In sea water and bottom deposits bacteria ...
Pagina 107
... oxygen consumption : - Most bacteria consume oxygen . The marine bacteria studied by JOHNSON ( 1936 ) consumed from 2.8 to 185 X 10-12 mgm . of oxygen per cell per hour as " resting cells " sus- pended in sea water at 25 ° C. About one ...
... oxygen consumption : - Most bacteria consume oxygen . The marine bacteria studied by JOHNSON ( 1936 ) consumed from 2.8 to 185 X 10-12 mgm . of oxygen per cell per hour as " resting cells " sus- pended in sea water at 25 ° C. About one ...
Pagina 108
... oxygen consumption by aquatic bacteria should suffice to indicate that the abundant bacterial flora of bottom deposits may play an important role in depleting dissolved oxygen in lake bottoms . Not only is all of the oxygen consumed in ...
... oxygen consumption by aquatic bacteria should suffice to indicate that the abundant bacterial flora of bottom deposits may play an important role in depleting dissolved oxygen in lake bottoms . Not only is all of the oxygen consumed in ...
Sommario
Chapter I | 1 |
COLLECTION AND EXAMINATION OF SAMPLES | 26 |
TION OF SAMPLES AT | 39 |
Copyright | |
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Altre edizioni - Visualizza tutto
Marine Microbiology, a Monograph on Hydrobacteriology Claude Ephraim 1904- Zobell Anteprima non disponibile - 2021 |
Marine Microbiology: A Monograph on Hydrobacteriology Claude E. ZoBell Anteprima non disponibile - 1946 |
Marine Microbiology, a Monograph on Hydrobacteriology Claude Ephraim Zobell Anteprima non disponibile - 2015 |
Parole e frasi comuni
abundance of bacteria Achromobacter acid aerobes agar algae ammonia anaerobic animals aquatic autotrophs Bacillus Bact bacteria found bacteria per ml bacteria were found bacterial activity bacterial population Bacterium Beggiatoa bottles bottom deposits CaCO3 carbon cells cellulose cent coli coliform colonies concentration copepods cultures decomposed decomposition decrease depth diatoms dilution distribution of bacteria environment euphotic zone factors FISCHER fish fresh water fresh-water fungi glass growth hydrocarbons influence inoculated isolated ISSATCHENKO Lake Mendota lakes large numbers lignin marine bacteria marine mud meters microbiology Micrococcus microorganisms nitrate nitrifiers nitrifying bacteria nitrogen number of bacteria nutrient observed occur ocean organic content organic matter overlying water oxidation oxygen particles phosphate phytoplankton plankton plants plate counts precipitation pressure production Pseudomonas quantities salinity salt sea water sediments soil solid surfaces species sterile submerged sulfate reducers sulfate-reducing bacteria sulfur bacteria surface water temperature teria tion tube Vibrio WAKSMAN yeasts ZOBELL zone zooplankton