厄尔尼诺事件和强潮汐与日本樱岛火山爆发的对应关系

日、地、月和行星相对位置的变化决定了潮汐的强度。其变化规模与全球灾害变化周期相对应。强潮汐加大垂直方向和水平方向海水的混合，使西太平洋和北太平洋暖水变冷水位下降，使东南太平洋冷水变暖水位上升，海温均衡运动和水均衡运动形成厄尔尼诺事件和相应的构造活动。天文和火山资料表明。行星冲日、近地潮、日月大潮、日食、月食的叠加所形成的强潮汐和厄尔尼诺事件与日本樱岛火山的爆发时间有非常好的对应关系。

The relationship between El Nino, strong tide and volcano eruption in Ying Island in Japan

The comparative position's change of the sun, the earth, the moon and the planet decides the strength of the tide. Its change degree is corresponding to the period of the global disaster. The strong tide strengthens the seawater mixture vertically and horizontally; makes the warm water cooler and water level decrease in the west and north Pacific Ocean, makes the cool water warmer and the water level increase in the east and south Pacific. The sea temperature and water evenly movement forms E1 Nino incident and the corresponding structure movement. Chronometer and volcanic information indicate that there is a good corresponding relationship between the strong tide overlapped among the plant and the earth opposite the sun, the close to earth tide, the big tide, the solar eclipse, the lunar eclipse and E1 Nino incident, and the Japanese Ying Island volcanic eruption.