How Do El NINO/ LA Nina Climate Phenomena Affect the West-Southern Indian Ocean Basin?

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Abstract

Climate variability is an integral part of the climate system. Water and air are among the fundamental elements that drive this system at several scales on the earth's surface. Oscillatory phenomena such as El Nino or La Nina have also always had their place in this system. However, with the disruption of the global climate, the short period of their returns and their strong implications for extreme weather events are very clear, and marked by the rise in sea surface temperature in the South-East Pacific, known as El Nino Zones. Currently, what are their impacts in the Indian Ocean given that it has its own gyre? (Closed circulatory movement of the sea). At high altitudes, the correlation of this phenomenon with the "southern subtropical jet stream" is probably effective.
厄尔尼诺/拉尼娜气候现象如何影响西南印度洋海盆?
气候变率是气候系统的一个组成部分。水和空气是驱动地球表面不同尺度系统的基本要素。厄尔尼诺或拉尼娜等振荡现象也一直在这个系统中占有一席之地。然而,随着全球气候的破坏,它们的短期回归及其对极端天气事件的强烈影响是非常明显的,其标志是东南太平洋海面温度的上升,即厄尔尼诺区。目前,鉴于印度洋有自己的环流,它们对印度洋的影响是什么?(海的封闭循环运动)。在高海拔地区,这种现象与“副热带南部急流”的相关性可能是有效的。
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