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So here goes. Equatorial Kelvin waves occur constantly in Earth's atmosphere and ocean. They constitute an isolated and powerful component of the observed atmospheric wave spectrum, whereas oceanic Kelvin waves drive up- and downwelling in the Pacific Ocean thermocline, which affects the El Niño–Southern Oscillation. In the atmosphere, Kelvin waves are initiated by and coupled to convective activity (storm systems), mostly over the Indian and the western Pacific Oceans. So as we have more dramatic temperature changes, Kelvin waves will play more of a role in weather.
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