The combination of geodetic and geophysical research methods in the study of landslide processes is highly relevant as it provides opportunities to comprehend deformational phenomena. Typically, observations of deformations in constantly changing natural environments are conducted to monitor, study, and predict such dynamic systems. Various factors at the global, regional, and local scales influence these dynamic systems, including movements of tectonic plates, weather fluctuations, mass displacements of soil, alterations in river courses, and more. Researchers attempt to anticipate these changes by developing a priori models. To verify these models, measurements must be carried out.In monitoring studies, numerous methods are employed, such as geodetic, geophysical, ground-penetrating radar, electromagnetic, and others. In our research, we investigate the combination of geodetic and geophysical methods, which has yielded promising results for making informed decisions regarding road stabilization in Lviv city. This integrated approach enhances the understanding of deformation processes and contributes to the development of effective solutions for managing geological hazards and ensuring the stability of infrastructure.
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