Redstar Gold Corp.'s Newman-Todd Property:

Defining Structural & Geological Relationships from Sensitive Titan MT Resistivity

In the early winter of 2003, a Titan survey was conducted over 6.9 km of line at Redstar's Newman-Todd Property located in British Columbia's Red Lake Greenstone Belt. The images below illustrate the advantages of the bigger picture provided by Titan's MT capabilities and also serve as an example of how distributed dense MT resistivity data can enable high resolution in the depth range of 200-2000 metres and beyond.

 

 

 

 

 

 

 

 

 

 

 

 

Titan survey Data

During the months of January and February 2003, 6.9km of line were surveyed using Tensor Magnetotelluric (MT), DC Resistivity and Induced Polarization (DCIP) surveys. The purpose of the survey was to help define structural features, lithological units and conductive rock units. Using a combination of aeromagnetic data, geological data and limited drill data, a preliminary interpretation of the MT data was created to help Redstar plan future work on the property.

During the months of January and February 2003, 6.9km of line were surveyed using Tensor Magnetotelluric (MT), DC Resistivity and Induced Polarization (DCIP) surveys.

The purpose of the survey was to help define structural features, lithological units and conductive rock units. Using a combination of aeromagnetic data, geological data and limited drill data, a preliminary interpretation of the MT data was created to help Redstar plan future work on the property.

The results of this interpretation confirmed the presence of deep crustal features (thrust faults) as well as major breaks in lithological units.

“The interpretation of the MT data from this survey have provided Redstar with additional drill targets for the Newman-Todd property and have increased our understanding of the structural and geological relationships at the margins of the Balmer and Bell assemblages of the Red Lake Greenstone Belt. ”  Redstar Gold Corporation