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RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS

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  • Based on ECMWF objective analysis data, and with use of Batterworth bandpass-filtered skill and diagnostic analysis method, the interaction characteristics of low frequency wave and mean flow in midlatitudes during the winter years of 1983 / 1984 and 1986 / 1987 have been studied in this paper. The main results point out the important role of the tropical convective activity on the above mentioned interaction process.
  • [1] He Jinhai,Xu Jianjun, Zhang Yongxin, 1993. The distribution of low frequency energy in northern hemisphere and its relation to the westerly jet. J. Tropical Meteor.,9: 28-35.
    [2] Hoskins B J, Pearce R,1983. Large-scale dynamical processes in the atmosphere. Beijing; Academic Press.
    [3] Huang Ronghui,1991. Teleconnection of atmospheric circulation. In:Modern climate research, Beijing: Chinese Meteorolgical Press,113-136.
    [4] Krishnamurti T N,Gadgil S, 1985. On the structure of the 30 to 50 day mode over the globe during FGGE. Tellus,37: 336-360.
    [5] Lau K M,Boyle J S, 1987. Tropical and extratropical forcing of the large-scale circulation:a case study. Mon. Wea. Rev.,115:400-428.
    [6] Li Chongyin,1991. Atmospheric low frequency oscillation. Beijing:Chinese Meteorological Press, 207pp.
    [7] Simmons A J,1982. The forcing of stationary wave motion by tropical diabatic heating. Q. J. R. Meteor. Soc.,108: 503-534.
    [8] Yu Bin,1993. Study of tropical-extropical interaction on intraseasonal time scale. Ph. D. Thesis,Inst. Atmos. Phys. /Chinese Academy of Science,188pp.
    [9] Yu Bin, Huang Ronghui,1994. The intraseasonal interaction characteristics of the tropical and extratropical circulations:(I):Diagnostic analysis study, Scientia Atm os. Sinica(to be published).
    [10] Yu Bin,Huang Ronghui,1994. The role of the tropical convection on the variations of intraseasonal teleconnections of tropical and extratropical circulations,Acta Meteor. Sinica(to be published).

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Yu Bin, Huang Ronghui. RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS [J]. Journal of Tropical Meteorology, 1995, 1(1): 46-55.
Yu Bin, Huang Ronghui. RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS [J]. Journal of Tropical Meteorology, 1995, 1(1): 46-55.
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Manuscript History

Manuscript received: 21 September 1994
Manuscript revised: 25 January 1995
通讯作者: 陈斌, bchen63@163.com
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RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS

Abstract: Based on ECMWF objective analysis data, and with use of Batterworth bandpass-filtered skill and diagnostic analysis method, the interaction characteristics of low frequency wave and mean flow in midlatitudes during the winter years of 1983 / 1984 and 1986 / 1987 have been studied in this paper. The main results point out the important role of the tropical convective activity on the above mentioned interaction process.

Yu Bin, Huang Ronghui. RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS [J]. Journal of Tropical Meteorology, 1995, 1(1): 46-55.
Citation: Yu Bin, Huang Ronghui. RELATIONSHIPS BETWEEN DIFFERENT TROPICAL CONVECTIVE ACTIVITIES AND LOW FREQUENCY WAVE-MEAN FLOW INTERACTIONS [J]. Journal of Tropical Meteorology, 1995, 1(1): 46-55.
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