Foram determinadas as velocidades de crescimento e de assimilaçao da diatomácea Phaeodactylum tricornutum, em função da concentração de nitrato e amônia. A fluorescência "in vivo" da cultura foi comparada com o número de células nas culturas crescendo em diferentes concentrações de nitrato e amônia. A velocidade de crescimento foi determinada como clorofila-a sintetizada, número de células no meio de cultura e assimilação de carbono durante a fotossíntese. A velocidade de assimilação de nutrientes foi determinada como nitrato e amônia consumidos. Foi observada inibição na velocidade de assimilação do carbono inorgânico, com a adição de nitrato ao meio de cultura.The growth and the uptake rate for the diatom P. tricornutum were determined in...
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
The dynamics of phytoplankton growth in relation to nutrient concentrations were studied in the subt...
The phytoplankton Ks anã Vmax as a function of ammonium and nitrate concentrations were determined. ...
The effects of nitrate, ammonium and phosphate on the abundance, chlorophyll a content (chl a), in v...
A series of 15NH,+ uptake studies with four species of marine phytoplankton, Dunaliella tertiolecta ...
The marine phytoplankton community represents a diverse group of organisms that display a wide range...
The mechanisms of supply of dissolved inorganic nitrogen and the kinetics of its utilization are bel...
We used continuous culture techniques and a sensitive fluorescence method to quantify relationships ...
Determining the in situ rates of growth and nitrogen incorporation of marine phytoplankton is criti...
The inhibitory effect of ammonium on nitrate uptake, which has received a fair amount of attention, ...
Laboratory and field experiments examined several aspects of the interaction of freshwater phytoplan...
The phytoplankton form the largest group of marine plants. Animal productivity in the oceans is depe...
High ammonium loading in Dokai Bay produces large diatom blooms and therefore laboratory experiments...
Nitrate utilization by marine phytoplankton is an important component of the marine nitrogen cycle....
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
The dynamics of phytoplankton growth in relation to nutrient concentrations were studied in the subt...
The phytoplankton Ks anã Vmax as a function of ammonium and nitrate concentrations were determined. ...
The effects of nitrate, ammonium and phosphate on the abundance, chlorophyll a content (chl a), in v...
A series of 15NH,+ uptake studies with four species of marine phytoplankton, Dunaliella tertiolecta ...
The marine phytoplankton community represents a diverse group of organisms that display a wide range...
The mechanisms of supply of dissolved inorganic nitrogen and the kinetics of its utilization are bel...
We used continuous culture techniques and a sensitive fluorescence method to quantify relationships ...
Determining the in situ rates of growth and nitrogen incorporation of marine phytoplankton is criti...
The inhibitory effect of ammonium on nitrate uptake, which has received a fair amount of attention, ...
Laboratory and field experiments examined several aspects of the interaction of freshwater phytoplan...
The phytoplankton form the largest group of marine plants. Animal productivity in the oceans is depe...
High ammonium loading in Dokai Bay produces large diatom blooms and therefore laboratory experiments...
Nitrate utilization by marine phytoplankton is an important component of the marine nitrogen cycle....
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
A multi-nutrient quota model was modified to describe the coupled dynamics of nitrate and nitrite ut...
The dynamics of phytoplankton growth in relation to nutrient concentrations were studied in the subt...