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Geotechnical
Engineered development and assessment of groundwater conditions demand solid definition of subsurface conditions.  GPR's ability to define geologic strata and detect anomalous geologic structure makes it a regular tool in the engineering geophysicist's arsenal of methods.  In addition, GPR is one the few methods that is directly sensitive to the water content and chemistry.  Applications range from route selection for roads, railway and pipelines to karst evaluation.

Geotechnical Engineering
Hydrogeology


Geotechnical Engineering 

GPR’s ability to provide high resolution subsurface geological structure leads to widespread geotechnical uses of GPR.  Applications are wide ranging such as determination of bedrock depth, definition of soil stratigraphy, identification of karstic features, and location of buried groundwater channels.

 
Sinkholes/Karst   Stratigraphy, Soil Structure
     
 
Drainage Tiles   Old Mine Shaft Detection
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Hydrogeology
 

GPR's sensitivity to soil water content and geologic structure make it a natural method for hydrogeology investigations.  From delineating water table, to stream and river bed structure, to borehole monitoring of contaminant flow, the spectrum of GPR uses is broad and varied.

 
Soil Water Content   Bathymetry & Sub-Bottom Profilling
     
   
Water Table   Saltwater Infiltration
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