Search Constraints

Start Over
Filtering by: Keyword IOCG Remove constraint Keyword: IOCG Creator Stephens, Abigail E. Remove constraint Creator: Stephens, Abigail E. Rights Statement Copyright Not Evaluated Remove constraint Rights Statement: Copyright Not Evaluated

Search Results

  • Appendix I-3B.pdf

    Creator:
    Stephens, Abigail E.
    Abstract:
    The Lights Creek Stock is an 18 square kilometer copper-bearing granitoid intrusion within the Plumas Copper Belt in the northern California Sierra Nevada. Engels Mine, Superior Mine, and Moonlight Valley represent the main copper-mineralization in the Lights Creek district and small prospects include the Ruby Mine, and Moonlight Creek. The...

  • Appendix I-3A.pdf

    Creator:
    Stephens, Abigail E.
    Abstract:
    The Lights Creek Stock is an 18 square kilometer copper-bearing granitoid intrusion within the Plumas Copper Belt in the northern California Sierra Nevada. Engels Mine, Superior Mine, and Moonlight Valley represent the main copper-mineralization in the Lights Creek district and small prospects include the Ruby Mine, and Moonlight Creek. The...

  • Appendix C Thin Section Descriptions.zip

    Creator:
    Stephens, Abigail E.
    Abstract:
    The Lights Creek Stock is an 18 square kilometer copper-bearing granitoid intrusion within the Plumas Copper Belt in the northern California Sierra Nevada. Engels Mine, Superior Mine, and Moonlight Valley represent the main copper-mineralization in the Lights Creek district and small prospects include the Ruby Mine, and Moonlight Creek. The...

  • StephensAbigailE2011.pdf

    Creator:
    Stephens, Abigail E.
    Abstract:
    The Lights Creek Stock is an 18 square kilometer copper-bearing granitoid intrusion within the Plumas Copper Belt in the northern California Sierra Nevada. Engels Mine, Superior Mine, and Moonlight Valley represent the main copper-mineralization in the Lights Creek district and small prospects include the Ruby Mine, and Moonlight Creek. The...
    Full Text:
    Stock. These features are similar to the class of ores known as iron oxide- copper-gold (IOCG