The author investigated the diatoms in inland waters around Molodezhnaya Station and Mirny Station. Seven materials from the former station were collected by the 7th Japanese Antarctic Research Expedition on February 4, 1966, and five materials from the latter station were collected by Dr T MATSUDA, Department of Polar Research, National Science Museum, in February 1965. Seven taxa of diatoms were found from two lakes around Molodezhnaya Station, and five of them could be identified. Of these five diatoms, Fragilanopsis antarctica and F. obhquecostata are Antarctic Ocean endemic species, and Navicula muticopsis is antarctic endemic species. From this fact, we can say that inland water diatoms around Molodezhnaya Station have a stronger cosm...
The non-marine diatom flora of the Antarctic continent is currently being revised as recent work wit...
We examined diatom assemblages from 18 stream and pond samples in the Franz Josef Land Archipelago (...
Background and aim – The non-marine diatom communities in the Antarctic Region are characterized by ...
The author investigated the diatoms in inland waters around Molodezhnaya Station and Mirny Station. ...
The author investigated the flora, particularly on algae, of the Shin-nan Rock Ice-free Area, on the...
This is a report on the investigations of 13 algal materials given by Dr. T. TORII, reader of winter...
Upon the request by Dr. H. MEGURO and others, the writer investigated the algae obtained by melting ...
When the writer visited the McMurdo Station in December, 1962, as an observer of the United States A...
Diatoms of South Georgia were reported in four papers up to the present, one by P. F. REINSCH (1890)...
Thirteen taxa were identified, of which eight were Antarctic endemic species and five were cosmopoli...
In this paper are reported 15 taxa of diatom. Among these taxa, Amphora holsatica HUST., Amphora ven...
On February 20, 1961, the writer collected algae in the Kasumi Rock ice-free area, which is located ...
During the Pre-FIBEX cruise of the R. V. KAIYO MARU to the Indian sector of the Antarctic in 1979/80...
Background and aim - The non-marine diatom communities in the Antarctic Region are characterized by ...
Organisms adapt to the environment by establishing themselves in suitable locations. Adaptation to t...
The non-marine diatom flora of the Antarctic continent is currently being revised as recent work wit...
We examined diatom assemblages from 18 stream and pond samples in the Franz Josef Land Archipelago (...
Background and aim – The non-marine diatom communities in the Antarctic Region are characterized by ...
The author investigated the diatoms in inland waters around Molodezhnaya Station and Mirny Station. ...
The author investigated the flora, particularly on algae, of the Shin-nan Rock Ice-free Area, on the...
This is a report on the investigations of 13 algal materials given by Dr. T. TORII, reader of winter...
Upon the request by Dr. H. MEGURO and others, the writer investigated the algae obtained by melting ...
When the writer visited the McMurdo Station in December, 1962, as an observer of the United States A...
Diatoms of South Georgia were reported in four papers up to the present, one by P. F. REINSCH (1890)...
Thirteen taxa were identified, of which eight were Antarctic endemic species and five were cosmopoli...
In this paper are reported 15 taxa of diatom. Among these taxa, Amphora holsatica HUST., Amphora ven...
On February 20, 1961, the writer collected algae in the Kasumi Rock ice-free area, which is located ...
During the Pre-FIBEX cruise of the R. V. KAIYO MARU to the Indian sector of the Antarctic in 1979/80...
Background and aim - The non-marine diatom communities in the Antarctic Region are characterized by ...
Organisms adapt to the environment by establishing themselves in suitable locations. Adaptation to t...
The non-marine diatom flora of the Antarctic continent is currently being revised as recent work wit...
We examined diatom assemblages from 18 stream and pond samples in the Franz Josef Land Archipelago (...
Background and aim – The non-marine diatom communities in the Antarctic Region are characterized by ...