在苏联吉尔吉斯首府附近建成的地下地震实验室能够帮助吉尔吉斯的科学家掌握地球的脉动情况。这个中亚地区较大的监测地震前兆的试验场,装有苏式新型测量仪器。这些仪器能够记录磁场、地表电阻率、地下水化学成分和气体成分的微弱变化,提前显示岩层深部地震活动性的增强。对天山地层构造过程机制的研究目前已经达到一定水平,也就是说,吉尔吉斯的地震学家们已经能够很准确地预报地震的地点和强度。专家们已得出结论:地震震中是沿地壳断层迁移的,而构造位移具有百年周期性。近几年来,吉尔吉斯地震学家们业已查明,在两条中亚较大断层——吉萨尔-科克沙 Underground seismic laboratories built near the capital of the Kyrgyz Republic of the Soviet Union help Kyrgyz scientists master the earth’s pulsation. The larger test center for monitoring earthquakes in Central Asia is equipped with new Soviet-type measuring instruments. These instruments record weakening of the magnetic field, surface resistivity, groundwater chemistry, and gas composition to advance the enhancement of deep seismic activity in the rock. The study of the Tianshan stratigraphic process has now reached a certain level, that is, the seismologists in Kyrgyzstan have been able to accurately predict the location and intensity of the earthquake. Experts have come to the conclusion that the epicenter of the earthquake migrated along the crustal fault and the structural displacement has a century-long periodicity. In recent years, Kyrgyz seismologists have identified that in the two larger faults in Central Asia - Giza - Corksha