The qualitative and quantitative composition of culturable heterotrophic bacteria in water samples from the Southern Adriatic Sea of Italy was examined. Water samples were collected monthly, for a year, at 16 stations along the coast line between Brindisi and Santa Maria di Leuca. The results obtained described the heterotrophic bacterial community over an annual cycle. Mean values of bacterial densities were 5.3 x 104 CFUml-1 in Brindisi, 5.8 x 104 CFUml-1 in S. Cataldo, 4.3 x 104 CFUml-1 in Otranto and 6.7 x 104 CFUml-1 in S. M. di Leuca. The differences in bacterial densities between the sites considered were estimated. The hydrodynamic circulation, the trophism and the geographical position of the examined sites contribute to justify th...
This research was carried out with the aim to explore the heterotrophic microbial population of two ...
Field studies were carried out to determine and compare the impact of organic loads due to the biode...
Bacteria are the most important microorganisms in the world oceans, accounting for up to 75% of the ...
In the Southern Adriatic Sea (Italian coasts) bacterial and diatom diversity was studied over an ann...
Heterotrophic bacteria contribute significantly to food web structure and biogeochemical cycling in ...
A one-year survey of HNA and LNA heterotrophic bacteria abundance and its relation to bacterial prod...
A 21-year time series of heterotrophic bacteria density (CFU on agar plates) at one coastal and one ...
The microdiversity and composition of culturable heterotrophic aerobic bacteria were investigated in...
Vibrio spp. in the marine environment play an important role in biodegradation, nutrient regeneratio...
To determine the abundance and species composition of luminous bacteria in the coastal waters of the...
More than 70% of the world population is spread over catchments draining inorganic substances and nu...
We studied the bacterial community in Rambla Salada in three different sampling sites and in three ...
The “Saline di Tarquinia” salterns have been scarcely investigated regarding their microbiological a...
U ovom radu je detaljno prikazana raspodjela heterotrofnih bakterija, heterotrofnih nanoflagelata, s...
The \u201cSaline di Tarquinia\u201d salterns have been scarcely investigated regarding their microbi...
This research was carried out with the aim to explore the heterotrophic microbial population of two ...
Field studies were carried out to determine and compare the impact of organic loads due to the biode...
Bacteria are the most important microorganisms in the world oceans, accounting for up to 75% of the ...
In the Southern Adriatic Sea (Italian coasts) bacterial and diatom diversity was studied over an ann...
Heterotrophic bacteria contribute significantly to food web structure and biogeochemical cycling in ...
A one-year survey of HNA and LNA heterotrophic bacteria abundance and its relation to bacterial prod...
A 21-year time series of heterotrophic bacteria density (CFU on agar plates) at one coastal and one ...
The microdiversity and composition of culturable heterotrophic aerobic bacteria were investigated in...
Vibrio spp. in the marine environment play an important role in biodegradation, nutrient regeneratio...
To determine the abundance and species composition of luminous bacteria in the coastal waters of the...
More than 70% of the world population is spread over catchments draining inorganic substances and nu...
We studied the bacterial community in Rambla Salada in three different sampling sites and in three ...
The “Saline di Tarquinia” salterns have been scarcely investigated regarding their microbiological a...
U ovom radu je detaljno prikazana raspodjela heterotrofnih bakterija, heterotrofnih nanoflagelata, s...
The \u201cSaline di Tarquinia\u201d salterns have been scarcely investigated regarding their microbi...
This research was carried out with the aim to explore the heterotrophic microbial population of two ...
Field studies were carried out to determine and compare the impact of organic loads due to the biode...
Bacteria are the most important microorganisms in the world oceans, accounting for up to 75% of the ...