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  • Federal

    NACP MT; 15 sites from pancan85; magnetotelluric

    A geophysical signature of the Trans Hudson Orogen is the North American Central Plains (NACP) conductivity anomaly. Magnetotelluric studies along five profiles in Saskatchewan map the NACP from south to north.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • EDI
  • Federal

    NACP MT; 20 sites from pancan84; magnetotelluric

    A geophysical signature of the Trans Hudson Orogen is the North American Central Plains (NACP) conductivity anomaly. Magnetotelluric studies along five profiles in Saskatchewan map the NACP from south to north.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • EDI
  • Federal

    NACP MT; 216 sites from nacpedi2; magnetotelluric

    A geophysical signature of the Trans Hudson Orogen is the North American Central Plains (NACP) conductivity anomaly. Magnetotelluric studies along five profiles in Saskatchewan map the NACP from south to north.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • EDI
  • Federal

    Melville MT; 30 MT sites; 2D seismic reflection

    As part of a multidisciplinary geoscience project, the conductivity structure of the lithosphere beneath the Melville Peninsula, Nunavut, has been imaged using magnetotelluric methods. The data reveal near-vertical, less resistive features that extend through the crust and correlate with surface...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • EDI
  • Federal

    NACP MT; 135 sites from nacpedi1; magnetotelluric

    A geophysical signature of the Trans Hudson Orogen is the North American Central Plains (NACP) conductivity anomaly. Magnetotelluric studies along five profiles in Saskatchewan map the NACP from south to north.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • EDI
  • Federal

    GEM-Diamonds MT; 19 MT/LMT sites (2011); magnetotelluric

    As part of NRCan's GEM (Geo-mapping for Energy and Minerals)program, the Diamonds project is designed to study the deep lithosphere beneath the Slave and Churchill provinces of northern Canada. The primary goal of this project is to develop an understanding of the potential for diamonds and...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
    • EDI
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