苏联地震学家在吉尔吉斯地震活动区试验了一种以探测地下深部电磁变化为基础的地震预报方法,并展示出这种方法的巨大前景。地震孕育发展情况的变化伴随有地下深部电导率的改变,对这种变化进行分析,就能获知地下岩石主要部分构造活动过程的准确情况。然而,截至目前,进行这项研究需要复杂而昂贵的设备。为了完成对地壳深部的探测,吉尔吉斯的科学家们使用了工业供电线路,其 Soviet seismologists tested an earthquake prediction method based on the detection of deep underground electromagnetic changes in the Kyrgyz seismic activity area and demonstrated the great prospect of this method. Changes in the development of earthquakes are accompanied by changes in the electrical conductivity of the deep underground. Analysis of these changes can provide an accurate picture of the tectonic processes of the major parts of the underground rock. However, to date, the study required complex and expensive equipment. To complete the exploration of the deep crust, Kyrgyz scientists used industrial power lines that