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Seismic Risk investigations in rural and/or urban areas and at sites of major infrastructures.
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Microzonation studies for seismic hazard mitigation in cities or other populated areas.
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Studies of seismic precursors in areas of high or low seismic activity.
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Seismic source and strong ground motion research for the design of major infrastructures.
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Seismotectonic studies for the identification of active faults.
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Structure vulnerability due to potential seismic load, taking into account the local soil conditions.
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Designing emergency response scenarios to potential earthquake disaster in specific regions.
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Seminars, lectures and publications, informing the public on earthquakes and the means of protection and hazard mitigation.
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Geodetic (GPS) research for the detection of tectonic movements and crustal deformation.
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Environmental research, i.e. pollution of aquifers, site effects of the use of geothermal energy.
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Engineering seismology and geology techniques, i.e. identification of the depth and topography of the bedrock for the foundation of major structures, such as bridges, dams and ports.
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Seismic tomography studies.
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Cross-hole.
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Seismic refraction studies.
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Seismic reflection studies.
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