| Wang Xiaolan,Fan Zhongxiu,Peng Gongbing,Zhou.Statistical study on the spatial-temporal distribution features of the arctic sea ice extent[J].Acta Oceanologica Sinica,1990,(3):373-387 |
| Statistical study on the spatial-temporal distribution features of the arctic sea ice extent |
| Statistical study on the spatial-temporal distribution features of the arctic sea ice extent |
| 投稿时间：1989-06-28 修订日期：1989-09-21 |
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| 中文摘要: |
| On the basis of the arctic monthly mean sea ice extent data set during 1953-1984, the arctic region is divided into eight subregions,and the analyses of empirical orthogonal functions, power spectrum and maximum entropy spectrum are made to indentify the major spatial and temporal features of the sea ice fluctuations within 32-year period.And then, a brief appropriate physical explanation is tentatively suggested.The results show that both seasonal and non-seasonal variations of the sea ice extent are remarkable, and iis mean annual peripheral positions as well as their interannual shifting amplitudes are quite different among all subregions.These features are primarily affected by solar radiation, ocean circulation, sea surface temperature and maritime-continental contrast, while the non-seasonal variations are most possibly affected by the cosmic-geophysical factors such as earth pole shife, earth rotation oscillation and solar activity. |
| 英文摘要: |
| On the basis of the arctic monthly mean sea ice extent data set during 1953-1984, the arctic region is divided into eight subregions,and the analyses of empirical orthogonal functions, power spectrum and maximum entropy spectrum are made to indentify the major spatial and temporal features of the sea ice fluctuations within 32-year period.And then, a brief appropriate physical explanation is tentatively suggested.The results show that both seasonal and non-seasonal variations of the sea ice extent are remarkable, and iis mean annual peripheral positions as well as their interannual shifting amplitudes are quite different among all subregions.These features are primarily affected by solar radiation, ocean circulation, sea surface temperature and maritime-continental contrast, while the non-seasonal variations are most possibly affected by the cosmic-geophysical factors such as earth pole shife, earth rotation oscillation and solar activity. |
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