We identify, delineate and classify disasters, verify the state of evolution through the measurement of superficial and deep displacements and analyze and evaluate the possible evolutionary scenarios for planning seismic risk.
The seismic investigation methods are widely applied in the structural reconstruction of the subsoil for: the identification of mineral resources, the definition of landslides (collapses of rocks and subsidence of the ground), the determination of the degree of ripping, the determination of the degree of fracturing , the determination of dynamic elastic modules, the determination of the Vs30 value for the attribution of the soil category according to the anti-seismic regulations.
We identify, delineate and classify disasters, verify the
state of evolution through the measurement of superficial and deep displacements and analyze and evaluate the possible evolutionary scenarios for planning
seismic risk.
The seismic investigation methods are widely applied in the structural reconstruction of the subsoil for: the identification of mineral resources, the definition of landslides (collapses of rocks and subsidence of the ground), the determination of the degree of ripping, the determination of the degree of fracturing , the determination of dynamic elastic modules, the determination of the Vs30 value for the attribution of the soil category according to the anti-seismic regulations.