DOI: 10.5176/2251-3353_GEOS16.40
Authors: Zhantayev Zh., Fremd A., Talgarbayeva D., Yelisseyeva A., Iskakov B.
Abstract: As a rule, any mineral resource field development is accompanied by deformation processes caused by disturbance of geodynamic balance of geological environment. Consequences of such disturbance make oneself evident in the induced seismic activity and accompanying phenomena and resulted sometimes in different-scale environmental disasters. In order to prevent unexpected occurrence and unpredictable consequences of mancaused events it is recommended to create tools of monitoring system, which is hold a prominent place for building a foundation in the form of geodynamic zoning maps. Creation of such maps is a very responsible stage influencing the configuration of geodynamic monitoring networks and hence all subsequent results and conclusions. For the purpose of geodynamic zoning in most cases it is used the results of engineering survey works, including the data of geomorphological and geophysical studies, assessments of rock massif stress-strain behavior, etc., that require a lot of time and recourses. This work is focused on methods of using the Earth Remote Sensing data for the purpose of geodynamic zoning. The results are illustrated by the example analysis of Digital Elevation Model for the Central Kazakhstan area which include Karaganda coal basin. Proceeding from the obtained results, a geodynamic basing has been developed for the network of comprehensive monitoring for territory under investigation. The project of geodynamic polygon network for Karaganda coal basin has been developed and justified.
Keywords: digital elevation model, lineaments, geodynamic active zones, geoecology, field monitoring
Updating...