We offer a unique set of geological skills including structural mapping and remote sensing interpretation techniques to better constrain the spatial distribution and geometry of epithermal and porphyry style deposits. We further examine the structural controls of orogenic gold deposits, VMS, and carbonate rock hosted systems. We offer expertise in exploration and lithogeochemistry, mapping of mineral systems and integrated interpretation of geophysical, geochemical and geological datasets. Our ultimate goal is to improve the efficiency and accuracy of targeting for mineral deposits.
We integrate high precision space-geodesy with structural geology and geophysical data for monitoring and modeling active crustal deformation. We use Global Positioning System (GPS) and Radar images (InSAR) for quantifying regional and local scale deformation associated to active fault systems and seismicity. Our principal goal is to offer superior precision and accuracy for continuous monitoring of active deformation at mine sites.
District and project scale structural, geological and alteration mapping. Structural interpretation of geological maps and characterization of structural types and architectures.
Stress reconstructions and cross-cutting analysis of fault/fracture and vein arrays. Interpretation of fault/fold geometries and cross-section construction and balancing.
Magnetic and geolectrical characterization for mineral deposits pattern recognition and targeting.
Magnetic, gravity and radiometric data interpretation for structural mapping and mineral deposit control.
Geological and structural interpretation of satellite images for structural styles characterization and geological units and alteration zones mapping.
Satellite image and Digital Elevation Data (DEM) interpretation for tectono-geomorphology analysis.
Structural and stratigraphic analysis of 2D and 3D seismic reflection and well data, from generation of plays and leads to definition of complex traps.
Post-stack processing and calculation of seismic attributes for enhanced subsurface imaging.