Under stable conditions of stratification of the sea, evidence of generic differences of the associated bacterial flora of the water masses has been obtained, between surface and sub-surface water. Gram negative rods, especially pseudomonads and achromobacters were more frequent at the surface. The fermentative and oxidase negative flora was more frequent in sub-surface water. The surface water in general had a greater variety of bacterial types while the sub-surface water had a flora with a greater range of biochemical activity. These results are discussed in relation to the hydrological condition of the water masses and the bacterial flora of freshly caught fish
80% of the flora of skin, gills and intestines of oil sardine and mackerel at isolation temperature ...
The observations of Issatchenko (1914), Benecke (1933), Waksman (1934), ZoBell (1938) and others hav...
This paper embodies the results of bacteriological investigations carried out in the Wadge Bank regi...
Bacteria are widely distributed in the marine environment. They influence the chemical and biologica...
The heterotrophic bacteria commonly present in the marine environment have received little attentio...
Investigations by marine bacteriologists during the course of the last seventy years in different p...
The “oxidase reaction” (using p-amino-dimethyl-aniline oxalate as the reagent) has been used to dist...
57 bacterial strains isolated from marine plankton and mud from the inshore waters of Cochin, are de...
The distribution of two trophic groups of bacteria, oligotrophs and eutrophs, was studied. The forme...
Distribution of heterotrophic bacteria in water samples collected from surface and 50 m depth in 26...
Qualitative and quantitative studies of the bacterial population in two stations, Karwar and Venguri...
The bacterial flora of waste water from Trivandrum, was investigated to understand the rate of pol...
Marine fish doma (Sciaenoids) (Small spp.) from Bombay coast was studied for total bacterial counts ...
The quantitative distribution and biochemical activity of heterotrophic bacteria capable of multiply...
284 heterotrophic bacteria were isolated from 17 sea water samples of the IndianOcean, collected dur...
80% of the flora of skin, gills and intestines of oil sardine and mackerel at isolation temperature ...
The observations of Issatchenko (1914), Benecke (1933), Waksman (1934), ZoBell (1938) and others hav...
This paper embodies the results of bacteriological investigations carried out in the Wadge Bank regi...
Bacteria are widely distributed in the marine environment. They influence the chemical and biologica...
The heterotrophic bacteria commonly present in the marine environment have received little attentio...
Investigations by marine bacteriologists during the course of the last seventy years in different p...
The “oxidase reaction” (using p-amino-dimethyl-aniline oxalate as the reagent) has been used to dist...
57 bacterial strains isolated from marine plankton and mud from the inshore waters of Cochin, are de...
The distribution of two trophic groups of bacteria, oligotrophs and eutrophs, was studied. The forme...
Distribution of heterotrophic bacteria in water samples collected from surface and 50 m depth in 26...
Qualitative and quantitative studies of the bacterial population in two stations, Karwar and Venguri...
The bacterial flora of waste water from Trivandrum, was investigated to understand the rate of pol...
Marine fish doma (Sciaenoids) (Small spp.) from Bombay coast was studied for total bacterial counts ...
The quantitative distribution and biochemical activity of heterotrophic bacteria capable of multiply...
284 heterotrophic bacteria were isolated from 17 sea water samples of the IndianOcean, collected dur...
80% of the flora of skin, gills and intestines of oil sardine and mackerel at isolation temperature ...
The observations of Issatchenko (1914), Benecke (1933), Waksman (1934), ZoBell (1938) and others hav...
This paper embodies the results of bacteriological investigations carried out in the Wadge Bank regi...