Americas Troubled Waters

There was a disaster in Japan that shocked the world on March 11, 2011. The tsunami caused an earthquake of magnitude 0, resulting in complete damage. In the aftermath of the aftershocks, three nuclear power plants in Japan exploded. Radiation from the power station leaked into the open space and killed thousands of people. To make matters worse, a large amount of radiation spread all over the world keeps pollution to a record high, and water around Japan is very safe and approaching America.

I have a trouble in the air. Specifically, on the western coast of the Americas, the ominous intermittent hot water called El-Nino is extremely extreme flood. "El Niño" meaning the term "child" refers to the warm trend that it originally arrives every year during the Christmas season on the coast of Peru and Ecuador. This term later was confined to the local fish and bird population, confined to particularly intense cyclical warming, extending across the equatorial Pacific Ocean to the west to the west. What is El Niño? The El Nino phenomenon is warming in the waters of the Pacific Ocean. It occasionally occurs due to the natural oscillation of equatorial Pacific atmospheric pressure and marine movements. The warm sea sends more energy and moisture into the atmosphere, which in turn changes the pattern of wind and rain all over the world.

Under the guidance of the wind, the westward flow carries water from the East Pacific to the Central Pacific. As water is pumped out of the East Pacific, the coastal water of South America is replaced by cold groundwater. This process is called uphill and leads to typical cold water in the East Pacific. Far away from the equator, this westward flow diverges. Due to the Coriolis force, water changes north in the northern hemisphere and south in the southern hemisphere. As a result, surface water is pumped along the equator. The warm water in the western Pacific and the cold water in the East Pacific tend to fill this gap, but the gravitational force of the east of warm water is balanced by a consistent east wind trade wind. As a result, cold water usually reaches the middle of the Pacific Ocean.

This cycle begins when the warm water of the western tropical Pacific moves east along the equator towards the coast of South America. Usually, this warm pool is close to Indonesia and the Philippines. During the El Niño phenomenon, the warmest surface water in the Pacific Ocean was off the northwestern part of South America. When a forecaster saw the ocean temperatures and storms going east, they announced the official announcement of officials. During the El Nino climate phenomenon experts sought a general trade wind to weaken or even reverse the direction. These changes create a feedback loop between the atmosphere and the ocean, strengthening the El Niño phenomenon. According to Mike Huperut, deputy director of the National Oceanic and Atmospheric Administration's Climate Prediction Center, El Niño phenomenon is expected to be one of the strongest forecasts ever.