| Wang Zipan,D. Eslake. 1997. Community succession of zooplankton in marine derived saline lakes in antarctic continental margin. Acta Oceanologica Sinica, (1):109－119 |
| Community succession of zooplankton in marine derived saline lakes in antarctic continental margin |
| Community succession of zooplankton in marine derived saline lakes in antarctic continental margin |
| Received:August 08, 1996 Revised:November 10, 1996 |
| DOI： |
| Key words:Zooplankton community succession saline lake Antarctica |
| 中文关键词: Zooplankton community succession saline lake Antarctica |
| 基金项目: |
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| Abstract: |
| Ecological research has been made for quite a long period in some marine-derived saline lakes in the Vestfold Hills,Antarctica.The results show distinct succession of zooplankton community in those lakes.The change in community structure of zooplankton is related directly to environmental evolution in nature and the variation of lake conditions,such as physical and chemical factors as well.In the Burton Lake,there is a rather stable annual fluctuation in both temperature and salinity,and the community has probably been in the stage of climax succession.The Fletcher Lake is still undergoing a process by unregular tide flood from nearby bay,so that zooplankton community has been changing due to variance in temperature and salinity. |
| 中文摘要: |
| Ecological research has been made for quite a long period in some marine-derived saline lakes in the Vestfold Hills,Antarctica.The results show distinct succession of zooplankton community in those lakes.The change in community structure of zooplankton is related directly to environmental evolution in nature and the variation of lake conditions,such as physical and chemical factors as well.In the Burton Lake,there is a rather stable annual fluctuation in both temperature and salinity,and the community has probably been in the stage of climax succession.The Fletcher Lake is still undergoing a process by unregular tide flood from nearby bay,so that zooplankton community has been changing due to variance in temperature and salinity. |
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