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PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY

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  • Based on the El Nino event data sequence from 1854 to 1993, the nature of sequences was determined by using statistical normal and independent tests, etc. With the Markov random process and first order auto-regression predictive model, we set up the prognostication mode and give the time limit of the occurrence of next El Nino event, which probably occurs around 2002.The occurring probability for 2001 is 44 %, and it is 61 % for 2002.
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LI Ke, LIU Yao-wu, YANG Wen-feng, et al. PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY [J]. Journal of Tropical Meteorology, 2001, 7(2): 163-174.
LI Ke, LIU Yao-wu, YANG Wen-feng, et al. PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY [J]. Journal of Tropical Meteorology, 2001, 7(2): 163-174.
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PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY

Abstract: Based on the El Nino event data sequence from 1854 to 1993, the nature of sequences was determined by using statistical normal and independent tests, etc. With the Markov random process and first order auto-regression predictive model, we set up the prognostication mode and give the time limit of the occurrence of next El Nino event, which probably occurs around 2002.The occurring probability for 2001 is 44 %, and it is 61 % for 2002.

LI Ke, LIU Yao-wu, YANG Wen-feng, et al. PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY [J]. Journal of Tropical Meteorology, 2001, 7(2): 163-174.
Citation: LI Ke, LIU Yao-wu, YANG Wen-feng, et al. PROGNOSTICATION AND INVESTIGATION OF EL NIÑO EVENT PROBABILITY [J]. Journal of Tropical Meteorology, 2001, 7(2): 163-174.
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