In the framework of the Belgian global change programme, we have developed a project devoted to the study of the inorganic carbon cycle in the Bay of Biscay where coccolithophore blooms occur frequently. The study focuses on processes associated with the oceanic production and dissolution of calcium carbonate and related CO2 fluxes. Real time remote sensing allowed to localize the coccolithophore bloom that the R.V. Belgica visited in June 2004 during a multidisciplinary scientific cruise. We will present vertical profiles of pH, Talk, along with other parameters (salinity, temperature, chlorophyll a and phaeopigments) and 14C incorporation experiments. Inorganic carbon fluxes will be discussed in the photic zone, in correlation with the b...
The production of organic matter and calcium carbonate by a population of the brittle star Acrocnida...
Coccolithophores, one of the most productive calcifying phytoplanktonic groups, often form massive b...
Coccolithophores, among which Emiliania huxleyi (Ehux) is the most abundant and widespread species,...
Until now, little attention has been paid to the processes controlling the production, dissolution a...
Little attention has been paid until now to the processes controlling the production, dissolution an...
Recent studies have demonstrated that changing ocean chemistry due to ocean acidification poses a g...
Pelagic and benthic processes were determined in the nothern Bay of Biscay when coccolithophores blo...
Recent findings have led to growing concern regarding the impact of ocean acidification on marine c...
We report a data set of dissolved inorganic carbon (DIC) obtained during three cruises in the northe...
Balch et al. (2007) evaluated global pelagic contemporary calcification from remote sensing data (ma...
Coccolithophores, the dominant pelagic calcifiers in the oceans, play a key role in the marine carbo...
Coccolithophores are probably the most important pelagic producers of calcium carbonate and perhaps ...
During coccolithophorid blooms, carbon (C) cycling in the photic zone is driven by the production an...
The present paper synthesizes data obtained during a multidisciplinary cruise carried out in June 20...
A biogeochemical multidisciplinary survey was carried out in the northern Bay of Biscay, in early Ju...
The production of organic matter and calcium carbonate by a population of the brittle star Acrocnida...
Coccolithophores, one of the most productive calcifying phytoplanktonic groups, often form massive b...
Coccolithophores, among which Emiliania huxleyi (Ehux) is the most abundant and widespread species,...
Until now, little attention has been paid to the processes controlling the production, dissolution a...
Little attention has been paid until now to the processes controlling the production, dissolution an...
Recent studies have demonstrated that changing ocean chemistry due to ocean acidification poses a g...
Pelagic and benthic processes were determined in the nothern Bay of Biscay when coccolithophores blo...
Recent findings have led to growing concern regarding the impact of ocean acidification on marine c...
We report a data set of dissolved inorganic carbon (DIC) obtained during three cruises in the northe...
Balch et al. (2007) evaluated global pelagic contemporary calcification from remote sensing data (ma...
Coccolithophores, the dominant pelagic calcifiers in the oceans, play a key role in the marine carbo...
Coccolithophores are probably the most important pelagic producers of calcium carbonate and perhaps ...
During coccolithophorid blooms, carbon (C) cycling in the photic zone is driven by the production an...
The present paper synthesizes data obtained during a multidisciplinary cruise carried out in June 20...
A biogeochemical multidisciplinary survey was carried out in the northern Bay of Biscay, in early Ju...
The production of organic matter and calcium carbonate by a population of the brittle star Acrocnida...
Coccolithophores, one of the most productive calcifying phytoplanktonic groups, often form massive b...
Coccolithophores, among which Emiliania huxleyi (Ehux) is the most abundant and widespread species,...