Formation of a unified system for collecting seismological information in the Sakhalin Division GS RAS

Abstract

The main stages of creation and development of a seismic monitoring network of the Sakhalin Division GS RAS are considered. The main types of seismic data recording equipment used in the Sakhalin Division GS RAS are listed. The structure of the seismological data collection system of the Sakhalin Division GS RAS and its components are presented. The concept of creation and operation of autonomous points of instrumental seismic observations, as the main element of the development of a system for collecting seismological data, is proposed. The implementation of autonomous points of instrumental seismic observations is shown in detail on the example of the creation of emergency rescue centers for monitoring and forecasting emergency situations on the Kuril Islands of the EMERCOM of Russia in the Sakhalin Region. An assessment of the current state of the system for collecting seismological data in the Sakhalin Division GS RAS and its registration capabilities is given. The significance of the system for collecting seismological data of the Sakhalin Division GS RAS as a part of the large-scale research facilities of the GS RAS - a complex of continuous seismic monitoring of the Russian Federation, adjacent territories, and the world

The first results of the seismic monitoring system of the Solntsevsky open pit coal mine area (on Sakhalin Island)

“…In connection with the above-mentioned earthquake, as well as the established change in the seismicity regime of the Solntsevsky open pit coal mine region [6], in accordance with the decision of the Sakhalin branch of the Russian Expert Council on earthquake prediction, a project for monitoring the Solntsevsky open pit coal mine was developed. This project took into account the author's experience in the development and creation of automatic points for instrumental seismological observations and their integration into a unified data collection system [7], as well as existing monitoring systems for similar coal deposits in the Kemerovo region [8].…”