摘要
气候潮汐循环说和海震调温说，阐明了冷气候、强潮汐和强震相互对应的物理机制，对2000年地球进入拉马德雷冷位相后的气候预测有重大科学意义．中国连续18年暖冬的终结是2000年地球进入拉马德雷冷位相和印尼发生地震海啸的合理结果．规律表明，在拉马德雷冷位相时期，全球强震、低温、飓风伴随拉尼娜、全球性流感伴随厄尔尼诺将越来越强烈．在20世纪50-70年代，强沙尘暴年与流感爆发年一一对应，沙尘暴可能传播禽流感。
Lunar oscillations explain an intriguing 60-year cycle in the world＇s temperature. Strong tides and the great earthquake in ocean and its margin are one of thermostats for adjusting climate. The strong earthquakes in the ocean bottom can bring the cool waters at the deep ocean up to the ocean surface and make the global climate cold. So, earthquake, strong tide and global low temperature are closely related together. In this paper, the relation of low temperature, Pacific Decade Oscillation, the strongest earthquake, Influenza, hurricane and El Nino are discussed. In the cold period of Pacific Decade Oscillation, the strongest earthquake, hurricane with La Nina, Pandemic Influenza with El Nino will occur stronger and stronger. Before and after the El Nino event and the La Nina event, the oceanic water in East Pacific Ocean and West Pacific Ocean may rise or fall 60cm oppositely, which make oceanic crust fall or rise 20cm. It is the reason that the El Nino events and the La Nina events are interrelated with the earthquakes and volcanoes. From 1950 to 1976, the strongest sand-dust storm is connected with Pandemic Influenca one by one. So, sand-dust storm may spread Pandemic Influenza Viruses.
出处
《地球物理学进展》
CSCD
北大核心
2006年第3期1023-1027,共5页
Progress in Geophysics
基金
国家自然科学基金项目(批准号:49774228)
吉林大学社会科学精品工程项目
关键词
强震
强潮汐
低温
海啸
太平洋十年涛动
全球大流感
strong earthquake, strong tides, low temperature, tsunami, Pacific Decade Oscillation, Pandemic Influenza
