Characteristics of frequency response between El Nino and Southern Oscillation 厄尔尼诺和南方涛动的频率响应特征
The Relationship between Southern Oscillation Index ( SOI), El Nino and Flooding at Xiangtan Flood Period SOI和ELNino与湘潭汛期洪涝的关系
Durative El Nino events are likely to induce the abnormal increment of the thunderstorm frequency while fewer thunderstorms occur in the period of ENSO ( El Nino/ Southern Oscillation) transformation years. 持续型(秋季型)的ELNino事件可能会引起上海地区年雷暴日数异常偏多,而少雷暴年则多为ENSO(ELNino/SouthernOscillation)冷暖事件的更替年。
The study on the tropical air-sea interaction centered at El Nino/ Southern Oscillation phenomenon is one of the most developing research areas in recent geoscience that has not only the important scientific significance, but also the prospective practical application to climate prediction. 以埃尔尼诺/南方涛动(ELNino/SouthernOscillation)为中心的热带海气相互作用的研究,是具有明确应用前景的重要科学问题,是当前地球科学中发展最快的领域之一。
Decomposition and reconstruction techniques of dyadic wavelet are used to analyze the possible relationship between solar activity, El Nino Southern Oscillation ( ENSO), and meteorological parameters in Shanghai. 运用2进小波的分解与重构技术分析了太阳活动、厄尔尼诺-南方涛动(ENSO)与上海地区月降水量、月均气压和月均温度序列之间的可能关系。
In this paper the relationship between ENSO ( El Nino Southern Oscillation phenomena) and variability of oceanic front of the Kuroshio in the East China Sea are described. 本文讨论了厄·尼诺、南方涛动现象(ENSO)和东海黑潮锋变异的关系。
ENSO ( El Nino/ Southern Oscillation) was considered the strongest signal in the short-term climate variability and played an important role in the global climate change. ENSO是短期气候变化中最强的信号之一,对全球气候有非常重要的影响,因此,对ENSO现象的研究一直是气候研究的热点。
A review of study on El nino/ southern oscillation associated with the interannual climate variability 埃尔尼诺/南方涛动现象与年际气候变化
Finally, we analyze the associations of the Asian and Australian winter monsoons, the westerly wind anomalies and the El Nino and La Nina alternations with the propagating anomalies of the Southern and Northern Oscillation. 最后,分析了亚、澳冬季风的活动,西太平洋西风异常的形成和东传,以及厄尔尼诺和拉尼娜的交替出现等现象与南方涛动和北方涛动传播波的联系。
El Nino and Southern Oscillation ( ENSO) is a phenomenon that exhibits interannual variability in tropical Pacific Ocean and it plays an important role in global climate change. 厄尔尼诺/南方涛动(ENSO)是热带太平洋海区存在的明显的年际变化现象,在全球气候变化中占有重要的地位。
Free surface tropical Pacific ocean GCM with high resolution developed at the Institute of Atmospheric Physics is used to simulate the La Nina event, one of the important phase try the EI Nino/ Southern Oscillation ( ENSO) cycle. 用中国科学院大气物理研究所高分辨率、自由表面热带海洋环流模式对厄尼诺/南方涛动(El/SouthernOscillation)循环中另一重要位相La事件进行了数值模拟研究。
OVALS is developed by the Institute of Atmospheric Physics, which provides initial fields to ENSO ( El Nino Southern Oscillation) prediction system by using the 3D-Var method to assimilate various temperature and salt data. OVALS是中国科学院大气物理研究所开发的海洋资料同化系统,采用三维变分方法同化各种温盐观测资料,为ENSO(ElNinoSouthernOscillation)预报系统提供初始场。