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| - On the “spring predictability barrier” for strong ...
- 作者:QI QianQian;DUAN Wan... 来源期刊:Science China(Earth Sciences) 年卷号:2017,60(09):1614-1631
- 摘要:Using predictions for the sea surface temperature anomaly(SSTA) generated by an intermediate coupled model(ICM)ensemble
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- Processes involved in the second-year warming of t...
- 作者:ZHANG RongHua;GAO Ch... 来源期刊:Science China(Earth Sciences) 年卷号:2017,60(09):1601-1613
- 摘要:The tropical Pacific experienced a sustained warm sea surface condition that started in 2014 and a very strong El Nio e
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- Genesis of the 2014–2016 El Nio events
- 作者:LIAN Tao;CHEN DaKe;T... 来源期刊:Science China(Earth Sciences) 年卷号:2017,60(09):1589-1600
- 摘要:The 2015/2016 El Nio was one of the strongest El Nio events in history, and this strong event was preceded by a weak E
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- Evolution of the 2015_16 El Nio and historical pe...
- 作者:Yan XUE;Arun KUMAR; 来源期刊:Science China(Earth Sciences) 年卷号:2017,60(09):1572-1588
- 摘要:The 2015/16 El Nio developed from weak warm conditions in late 2014 and NINO3.4 reached 3℃ in November 2015. We describ
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- Enlightenments from researches and predictions of ...
- 作者:Mu MU;Hong-Li REN; 来源期刊:Science China(Earth Sciences) 年卷号:2017,60(09):1569-1571
- 摘要:El Nio is a remarkable climate phenomenon with a basinwide warming of sea surface temperatures(SST) in the easterncentr
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