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Li RUODUN,ZHAO XUKONG,JING CHUANCAI. 1984. EFFECT OF THE KUROSHIO VARIATION ON THE SUBTROPICAL HIGH PRESSURE. Acta Oceanologica Sinica, (2):172-180
EFFECT OF THE KUROSHIO VARIATION ON THE SUBTROPICAL HIGH PRESSURE
EFFECT OF THE KUROSHIO VARIATION ON THE SUBTROPICAL HIGH PRESSURE
Received:April 29, 1982  Revised:June 19, 1983
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Author NameAffiliation
Li RUODUN First Institute of Oceanography, National Bureau of Oceanography, Qingdao 
ZHAO XUKONG First Institute of Oceanography, National Bureau of Oceanography, Qingdao 
JING CHUANCAI Qingdao Meteorological Office, Qingdao 
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Abstract:
      By using occanographic data during 1955-1978, we have analysed aspects of volume transport variation of the Kuroshio tor PN-linc in the East China Sea, and relationships between volume transport variation of the Kuroshio and the subtropical high pressure (SHP) of the Pacific. We have found that volume transport of the Kuroshio is closely related to the long-period oscillations of the subtropical high pressure for 8-9 years and 2-3 years, respectively. The subtropical high pressure has a phase lag behind compared with volume transport of the Kuroshio. In addition, the seasonal volume transport of the Kuroshio is closely related to the subtropical high pressure, too. The results show that volume transport variation of the Kuroshio has certain influence on future variation of the subtropical high pressure. Therefore, the volume transport of the Kuroshio may be an important parameter lor long-period forecasting of the subtropical high pressure.
中文摘要:
      By using occanographic data during 1955-1978, we have analysed aspects of volume transport variation of the Kuroshio tor PN-linc in the East China Sea, and relationships between volume transport variation of the Kuroshio and the subtropical high pressure (SHP) of the Pacific. We have found that volume transport of the Kuroshio is closely related to the long-period oscillations of the subtropical high pressure for 8-9 years and 2-3 years, respectively. The subtropical high pressure has a phase lag behind compared with volume transport of the Kuroshio. In addition, the seasonal volume transport of the Kuroshio is closely related to the subtropical high pressure, too. The results show that volume transport variation of the Kuroshio has certain influence on future variation of the subtropical high pressure. Therefore, the volume transport of the Kuroshio may be an important parameter lor long-period forecasting of the subtropical high pressure.
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