它与赤道东太平洋沿岸海区的SST关系又是如何？
And what does it relate to the equator East Pacific Ocean seacoast area 's SST?
赤道东太平洋海温异常和印度洋偶极子有协同作用。
So Equator East Pacific SSTA and the IOD have synergic effect.
本文分析了华南沿海海雾的气候特征及其与赤道东太平洋海温的关系。
In this paper the climatic features of the sea fog along the coast of South China are analyzed, and the relationship between the sea fog and the eastern equatorial Pacific SST is revealed.
夏半年赤道东太平洋海温的强的“记忆”能力对长期天气趋势预报有一定的意义。
The strong memory of summer half year SST in EEP plays a role in the long forecast.
冬半年大气对赤道东太平洋海温的响应表现为不同于pna的呈纬向分布的模态结构。
The wintertime Northern Hemisphere atmospheric response to SST in EEP is the zonal mode structure which is different from PNA.
冬季赤道东太平洋海温变化是冬、夏东亚环流季节以及年际变化的一个重要外强迫因子。
The sea surface temperature (SST) over equatorial eastern Pacific was the most important force factor for the seasonal and annual variation of east Asian monsoon circulation.
在赤道东太平洋冷舌区北侧，弱混合导致混合层变浅，变浅使热量堆积进而使平均SST升高约0.3 ？
In the northern part of eastern Pacific cold tongue, the reduced mixing causes heat accumulate on upper layer and then lead to a increase in SST about 0.3?
用小波分解和自适应神经模糊推理系统(ANFIS)相结合的方法，建立了赤道东太平洋海温的集成预报模型。
Based on the method of wavelet decomposition combining with ANFIS, a compositive prediction model of the equatorial east Pacific sea surface temperature anomaly (SSTa) was established.
对凝聚谱和位相谱值的分析结果表明，赤道东太平洋地区海温变化超前宁夏夏季降水变化1.67年，这就为宁夏的夏季降水长期预报提供了依据。
The results of coagulation spectrum and phase spectrum analysis give us that sea temperature changes in East equator Pacific region go 1.67-year ahead precipitation changes in Summer in Ningxia.
而且更为重要的是，在拉尼娜现象的作用之下，冰冷的海水被带到东太平洋赤道处。
What's more, a La Nina effect, bringing cold water to the eastern equatorial Pacific, has taken hold.
格雷表示，目前海洋的热容量很高，海面温度也在不断上升；而且更为重要的是，在拉尼娜现象的作用之下，冰冷的海水被带到东太平洋赤道处。
Gray says the ocean's thermal heat capacity is high and sea-surface temperatures are increasing; what's more, a La Nina effect, bringing cold water to the eastern equatorial Pacific, has taken hold.
赤道西太平洋潜流和东太平洋南赤道流减弱是产生厄尔尼诺的必要条件。
It is necessary for the undercurrent to strongen in the western Pacific Ocean and for the sea surface current to weaken in the eastern Pacific Ocean.
赤道西太平洋潜流和东太平洋南赤道流减弱是产生厄尔尼诺的必要条件。
It is necessary for the undercurrent to strongen in the western Pacific Ocean and for the sea surface current to weaken in the eastern Pacific Ocean.
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