The position of geophysics in the sciences of the Earth, basic concepts.
Basic physical properties of rocks influencing the measured physical fields.
Gravimetry method, derived gravity fields, regional and residual, anomalies, interpretation of gravimetric data.
Magnetometry, geoelectric methods, electrochemical methods, data processing and interpretation.
Electromagnetic methods and their use in geology.
Radionuclide methods, Seismic methods, interpretation of seismic measurements.
Logging methods, characteristics of the measured field, types of detected anomalies and their interpretation,
Geothermal energy - methods of field measurements contact, contactless, interpretation, application and use.
The role of geophysics in hydrogeology and engineering geological survey.
Seismology, geodynamics and deep structure.
Basic physical properties of rocks influencing the measured physical fields.
Gravimetry method, derived gravity fields, regional and residual, anomalies, interpretation of gravimetric data.
Magnetometry, geoelectric methods, electrochemical methods, data processing and interpretation.
Electromagnetic methods and their use in geology.
Radionuclide methods, Seismic methods, interpretation of seismic measurements.
Logging methods, characteristics of the measured field, types of detected anomalies and their interpretation,
Geothermal energy - methods of field measurements contact, contactless, interpretation, application and use.
The role of geophysics in hydrogeology and engineering geological survey.
Seismology, geodynamics and deep structure.