The laboratory members collectively possess extensive expertise in studying the subsurface, and the GeoEduLab team is continuously striving to enhance its proficiency.
Exploration Geophysics
- Identifying and mapping tectonic and geological structures using seismological or seismic data;
- Identifying and mapping tectonic and geological structures based on gravimetric and magnetic data;
- Acquiring, processing, and interpreting high-resolution imaging to determine surface and deep crustal structures through active and passive seismic methods;
- Local seismic tomography for determining surface and deep crustal structures;
- Gravimetric mapping of crustal and sedimentary elements;
- Geophysical evaluation and characterization of sites of interest for CO2 storage;
- Studies for exploring areas with geothermal potential.
Environmental and Engineering Geophysics
- Monitoring natural and anthropogenic microseismicity;
- Detecting and mapping anthropogenic subsurface objects (foundations, utilities, archaeological remains, etc.);
- Monitoring and modeling landslides in seismically risky areas using integrated geodesy and geophysics data;
- Geophysical studies to assess geohazards around dams and the potential structural defects of the dams themselves;
- Determining hydrological and hydrogeological conditions using electrical methods;
- High-resolution 3D mapping of geological, biological, and anthropogenic features of interest using drones;
- Geophysical studies for geotechnical applications;
- Site assessments for renewable energy installations (wind turbines, solar panels);
- Detecting underground contamination using geophysical methods (electrical, GPR, etc.);
- Geophysical studies of avalanches and associated risk conditions;
- Mapping and evaluating areas prone to flooding;
- Detecting underground cavities using electrical and gravimetric methods;
- Monitoring coastal erosion and saltwater intrusion using electrical methods and UAVs;
- Bio-geophysical studies in forestry and agriculture;
- Studies on waste dumps and other industrial waste deposits;
- Detecting and monitoring underground voids and subsidence.
Subsurface Monitoring and Modeling
- Monitoring infiltration and underground contamination;
- Identifying and modeling subsurface parameters using active and passive seismic methods and HVSR (Horizontal-to-Vertical Spectral Ratio) techniques;
- Ground-based and satellite interferometry for precise monitoring of surface/topographic displacements or irregularities;
- Monitoring soil deformations caused by natural and anthropogenic phenomena;
- Numerical modeling of subsurface permittivity parameters (for GPR models).
Public Engagement and Education
- Designing, creating, and presenting static and mobile exhibitions on geoscience topics;
- Delivering courses, presentations, webinars, and other forms of science communication focused on geosciences;
- Utilizing innovative concepts (such as 3D printing) to inform and educate the general public;
- Providing training or courses on scientific communication.