Open Government Portal

  • Federal

    Thompson; Thompson utem; utem

    In 1991, 19 km of seismic reflection data and 20 km of deep-probing electromagnetic (EM) sounding data were acquired along a common corridor in the vicinity of the Thompson mine to help constrain the interpreation of sub-surface geological structures.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
  • Federal

    Thompson; Line 1bhr; 2D seismic reflection

    In 1991, 19 km of seismic reflection data and 20 km of deep-probing electromagnetic (EM) sounding data were acquired along a common corridor in the vicinity of the Thompson mine to help constrain the interpreation of sub-surface geological structures.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • SEGY
    • HTML
  • Federal

    Thompson; Line 1ahr; 2D seismic reflection

    In 1991, 19 km of seismic reflection data and 20 km of deep-probing electromagnetic (EM) sounding data were acquired along a common corridor in the vicinity of the Thompson mine to help constrain the interpreation of sub-surface geological structures.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • SEGY
    • HTML
  • Federal

    Timmins Kidd Creek; VSP phase2; vertical seismic profile

    Surface-seismic profiling is well suited for geological provinces characterized by low-to-moderate dip, but it is less effective where dips exceed 65o due to inherent limitations of the recording geometry and processing algorithms. This project evaluated the effectiveness of VSP methods for...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
  • Federal

    Timmins Kidd Creek; VSP 1995; vertical seismic profile

    Surface-seismic profiling is well suited for geological provinces characterized by low-to-moderate dip, but it is less effective where dips exceed 65o due to inherent limitations of the recording geometry and processing algorithms. This project evaluated the effectiveness of VSP methods for...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
  • Federal

    Timmins Kidd Creek; VSP phase3; vertical seismic profile

    Surface-seismic profiling is well suited for geological provinces characterized by low-to-moderate dip, but it is less effective where dips exceed 65o due to inherent limitations of the recording geometry and processing algorithms. This project evaluated the effectiveness of VSP methods for...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
  • Federal

    Timmins Kidd Creek; VSP phase1; vertical seismic profile

    Surface-seismic profiling is well suited for geological provinces characterized by low-to-moderate dip, but it is less effective where dips exceed 65o due to inherent limitations of the recording geometry and processing algorithms. This project evaluated the effectiveness of VSP methods for...
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
  • Federal

    Flin Flon; Line 11; 2D seismic reflection

    The Flin Flon mining camp in Manitoba, Canada, forms part of the largest Paleoproterozoic volcanogenic massive sulfide (VMS) district in the world. Seismic characterization of the camp using vsp, 2d and 3d reflection profiling has mapped various structures and aiding in tageting mineral resources.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • HTML
    • other
  • Federal

    Flin Flon; Line snowlake; 2D seismic reflection

    The Flin Flon mining camp in Manitoba, Canada, forms part of the largest Paleoproterozoic volcanogenic massive sulfide (VMS) district in the world. Seismic characterization of the camp using vsp, 2d and 3d reflection profiling has mapped various structures and aiding in tageting mineral resources.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • HTML
    • other
  • Federal

    Flin Flon; VSP 4q66w3; vertical seismic profile

    The Flin Flon mining camp in Manitoba, Canada, forms part of the largest Paleoproterozoic volcanogenic massive sulfide (VMS) district in the world. Seismic characterization of the camp using vsp, 2d and 3d reflection profiling has mapped various structures and aiding in tageting mineral resources.
    Organization:
    Natural Resources Canada
    Resource Formats:
    • other
    • HTML
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