Яндекс.Метрика

The Trofimuk Institute of Petroleum Geology and Geophysics SB RAS is expanding its international scientific collaboration, in this case, via dissertation supervision. Muradi Imran Bahram ogly, a researcher from the Institute of Geology and Geophysics, National Academy of Sciences of Azerbaijan, presented his research results to colleagues in Novosibirsk. His research focuses on studying earthquake source zones in the Absheron Peninsula and adjoining areas using artificial intelligence (AI) and Earth remote sensing (ERS) data.


Muradi Imran Bahram ogly

The methods I.B. Muradi used in work include reflection seismology, along with geological interpretation of the results, geodynamics, mathematical statistics, thematic processing of Earth remote sensing (ERS) data, as well as mapping, and GIS-analysis. The research draws heavily on the data from seismic deformation monitoring based on GPS and InSAR, releveling, and earthquake catalogs.

Also, geodetic sounding was used to investigate deformation processes in oil and gas fields; InSAR time series was employed to measure surface deformations and build a digital elevation model (DEM). AI technologies were employed alongside instrumental methods for a comprehensive analysis of seismicity and geodynamic processes in the Absheron Peninsula.

On a last note, the speaker highlighted versatile potential applications of the obtained results, such as seismic forecasting and prediction, geodynamic modeling, seismic zoning, and as part of measures enabling enhancement of seismic resilience of infrastructure facilities.

I.B. Muradi’s report was based on materials of his PhD dissertation (specialty 1.6.9 Geophysics) supervised by Konstantin Fedin, senior research scientist at the Laboratory of Dynamic Analysis in Seismology (IPGG SB RAS).

Published by IPGG Press Service