大地构造学专家们知道,形成印度半岛的地壳板块,在长达5亿年的过程中逐渐向北移动,从而“支撑”在亚洲板块上。由于这种碰撞才形成了地球上最高的喜马拉雅高山。美国学者认为,大陆板块的碰撞,可以导致向地球大气层抛洒数百万亿吨的二氧化碳。他们以这个事实为证:如今堆砌成喜马拉雅山的地层中,就保留着过去 Geotectonics experts know that the crustal plate forming the Indian Peninsula has moved northward for as long as 500 million years, thus “supporting” the Asian plate. Because of this collision, the highest Himalayan mountain on Earth was formed. American scholars believe that the collision of the continental plates can result in the emission of hundreds of billions of tons of carbon dioxide into the Earth’s atmosphere. They testify to the fact that in the formations now piled up in the Himalayas, the past remains