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  • Engineering seismology
    • Regional and local tectonic and seismic activity investigations
    • Seismic hazard and risk assessment
    • Seismic zoning and microzoning
    • Seismic design parameters
    • Planning of urban development in seismically active regions
    • Technical regulations, standards and codes for seismic design and construction of civil engineering structures
    • Design and maintenance of strong motion instrument networks and telemetric systems of instruments for seismic monitoring (free field, dams, bridges, buildings, special structures, etc.)
    • Recording of strong earthquake motions, data acquisition and analysis
  • Geophysical investigations
    • Seismic site characterization
    • Definition and modelling of seismogeological conditions
    • Investigation of terrain tectonic structures
    • Investigation of underground and thermal mineral waters
    • Investigation of effects of geodynamic processes (rockfalls, landslides)
    • Suitability of locations for waste landfills from geological aspect
    • Explosion measurements
    • Methods-Seismic refraction; Seismic reflection; Seismic investigations; Down hole and cross hole seismic investigations; Surface waves investigations; Seismic tomography; Microtremors – ambient and forced vibrations
  • Ecology
    • Protection against natural and technological catastrophes – preparation of technical-technological reports, solutions and preliminary projects
    • Solid and communal waste management
    • Investigation of potential for pollution of land, surface and underground waters, measures for protection and remedy