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The results of comprehensive ground-space monitoring of geodynamic processes in the area of the former Mirgalimsay deposit (Kentau, Kazakhstan) are presented. The objective of the study is to develop a monitoring and early warning system for hazardous surface deformations under conditions of mine flooding and changes in the hydrogeological regime. Monitoring was carried out using static GNSS measurements (41 benchmarks) and multi-temporal interferometric analysis of archival Sentinel-1 radar images using Persisten...

One of the results of increasingly intensive development of subsurface resources is a global change in ecological and geodynamic safety of the natural environment. It is known that intensive extraction of minerals has led to the change on the subsoil and, as a consequence, to the redistribution of the deformed state of very significant volumes of rock mass with adverse consequences for the environment. For this reason, in many deposit fields geodynamic monitoring is actively carried out using ground-based technolo...