Applications

 

ARCHAEOLOGICAL | ENGINEERING | ENVIRONMENTAL | NATURAL RESOURCES | MARINE UNDERWATER

 

 
imageNATURAL RESOURCES AND GEOLOGY
Geologic Mapping, Detection of minerals and mining:Detect minerals fast and accurately.
 
 
    NATURAL RESOURCES & GEOLOGY
  • GPR can evaluate base and sub-base layers with data collection densities not obtainable by traditional labor - intensive methods, such as coring.
  • Borehole Geophysical Logging General Investigation of Subsurface Geology
  • Buried mineshafts
  • Buried river channels
  • Characterize mineral deposits
  • location and identification of mineral and ore deposits
  • ice and permafrost thickness
  • Mining and Mineral Exploration
  • complex subsurface problems, such as stratigraphy--
  • depletion of water table, groundwater management
  • Depth to bedrock
  • Detect location and orientation of faults
  • determination of near-surface morphology and soil properties
  • determine the depth to water table
  • Farming and Precision Agriculture
  • Groundwater studies (water table detection, groundwater movements, etc)
  • Evaluation of Subsurface Bedding for Slope Investigation of Groundwater Conditions
  • Explore minerals
  • General Investigation of Deeper Subsurface Geology Seismic Velocity Surveys- Crosshole and Downhole Methods
  • General Investigation of Shallow Subsurface Geology High-Resolution Seismic Reflection Profiling
  • Geological structures (faults, folds, joints, fissures, etc)
  • geology mapping
  • geothermal resources
  • Hydrogeological Applications
  • Hydrogeological Investigations and Groundwater Modelling
  • Identify karst bedrock features
  • identifying /predict potential pathways for subsurface flow.
  • Earthquake Vibration Studies (using S-Wave Velocities)
  • Rock rippability
  • Investigation of Groundwater Conditions view example General Investigation of Subsurface Geology
  • landfill geometry
  • locate sinkholes and features related to karst environments.
  • Locate water resources
  • Location of Shallow Subsurface Faults
  • Location of Subsurface Cavities Location of Subsurface Faults
  • Location of Subsurface Faults Subsurface Mapping for Groundwater Investigations
  • Location of Subsurface Faults view example Evaluation of Bedrock Velocity for Rippability
  • location of underground water sources
  • Map geological features
  • Map lateral and vertical distribution of soil type
  • Map stratigraphy and bedrock
  • Mapping mineral, sand and gravel deposits
  • Mapping subsurface lithologies
  • Mine workings, concealed voids/subsidence
  • mineral, sand and gravel deposits
  • Mining
  • Predict areas prone to slope failure
  • Provide bedrock depth information
  • sources of underground water
  • sources of underground water (even as geothermal resources)
  • Stratigraphic studies (erosional surfaces, unconformi-ties, etc)
  • subsurface lithology
  • Thickness of overburden
  • to mapping the subsurface layers in real time
  • unknown depth to bedrock
 


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