Abstract: Variations in abundance and community structure of diatoms under the fast ice near Syowa Station were investigated almost daily during the austral summer of 1997/98. Two periods of high chlorophyll a concentration were observed through-out the study: from the end of December to early January and from the middle to the end of January. Size fractionation of chlorophyll a revealed that phytoplankton during the former period consisted mostly of organisms larger than 20,um and during the latter period, 10-20,um. The large diatoms, Porosira pseudodenticulata and Pseudo-nitzschia turgiduloides, and small diatoms, Fragilariopsis spp., were the dominant organisms in the former and latter periods, respectively. Melting of the fast ice occur...
Climate change at the Western Antarctic Peninsula (WAP) is predicted to cause major changes in phyto...
The Antarctic Zone, the southernmost belt of the Antarctic Circumpolar Current, plays an important r...
To test the hypothesis that phytoplankton assemblages dominated by different taxa have distinct biog...
Variations in abundance and community structure of diatoms under the fast ice near Syowa Station wer...
AbstractTo investigate the fate of ice algae released from sea ice, we investigated the abundance, s...
We investigated the composition of diatom communities in annual fast ice and their variations over t...
The development of ice algae and phytoplankton, and their sedimentation processes were studied in th...
Abstract: Temporal changes in phytoplankton abundance under Antarctic fast ice were investigated at ...
Temporal changes in phytoplankton abundance under Antarctic fast ice were investigated at three site...
The autotrophic component on Antarctic ice is mainly constituted by diatoms among which the pennates...
AbstractWe investigated the size fraction and pigment-derived class compositions of phytoplankton wi...
The distribution of diatom taxa was studied in the Enderby Basin, East Antarctica during the austral...
Phytoplankton assemblages from seasonally sea-ice covered Ryder Bay (Adelaide Island, Antarctica) we...
International audienceThe phytoplankton onset following the spring ice break-up in Ad & eacute;lie L...
Climate change at the Western Antarctic Peninsula (WAP) is predicted to cause major changes in phyto...
Climate change at the Western Antarctic Peninsula (WAP) is predicted to cause major changes in phyto...
The Antarctic Zone, the southernmost belt of the Antarctic Circumpolar Current, plays an important r...
To test the hypothesis that phytoplankton assemblages dominated by different taxa have distinct biog...
Variations in abundance and community structure of diatoms under the fast ice near Syowa Station wer...
AbstractTo investigate the fate of ice algae released from sea ice, we investigated the abundance, s...
We investigated the composition of diatom communities in annual fast ice and their variations over t...
The development of ice algae and phytoplankton, and their sedimentation processes were studied in th...
Abstract: Temporal changes in phytoplankton abundance under Antarctic fast ice were investigated at ...
Temporal changes in phytoplankton abundance under Antarctic fast ice were investigated at three site...
The autotrophic component on Antarctic ice is mainly constituted by diatoms among which the pennates...
AbstractWe investigated the size fraction and pigment-derived class compositions of phytoplankton wi...
The distribution of diatom taxa was studied in the Enderby Basin, East Antarctica during the austral...
Phytoplankton assemblages from seasonally sea-ice covered Ryder Bay (Adelaide Island, Antarctica) we...
International audienceThe phytoplankton onset following the spring ice break-up in Ad & eacute;lie L...
Climate change at the Western Antarctic Peninsula (WAP) is predicted to cause major changes in phyto...
Climate change at the Western Antarctic Peninsula (WAP) is predicted to cause major changes in phyto...
The Antarctic Zone, the southernmost belt of the Antarctic Circumpolar Current, plays an important r...
To test the hypothesis that phytoplankton assemblages dominated by different taxa have distinct biog...