Аннотация:Various characteristics of seismic process on the territory of
Bishkek geodynamic proving ground are considered. Seismicity analysis is
performed on the basis of earthquake catalogue, according to KNET
network data. The catalog includes more than 10,000 seismic events that
occurred from 1994 to 2019. To describe the energy distribution function
of earthquakes, the Gutenberg - Richter law was used, as well as the
position of nonequilibrium thermodynamics with the use of Tsallis
statistics, which generalizes classical thermodynamics to the case of
nonextensive systems. It is shown that the flow of earthquakes on the
territory of the Bishkek geodynamic proving ground is a system with
memory and long-range spatial correlations, and the study region itself is
characterized as seismically active. The following seismic process
characteristics are distributed in space and in time: KSR seismogenic
fracture parameter, seismotectonic deformation intensity, seismic activity,
Tsallis parameter q and constants a, as well as a parameter characterizing
the slope of the repeatability graph (b-value).
