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J.Norris

Jessica Norris
MSc
Economic Geology
Office: EOS-Main 308C   Phone: 778-997-4365
E-mail: 

Profile

Education


July 2009 – Present: Master of Science in Economic Geology – University of British Columbia (Vancouver, British Columbia, Canada)


            Thesis: Magmatic Evolution, Mineralization and Alteration of the Red Chris Copper-Gold Porphyry Deposit, northwestern British Columbia


            Supervisors: Dr. Craig Hart, Dr. Richard Tosdal


September 2003 – April 2006: Bachelor of Science with First Class Honours in Geology – University of Alberta (Edmonton, Alberta, Canada)


            Thesis: Experimental Petrology on the Yamato 980459 Meteorite from 10 to 20 Kilobars.


            Supervisor: Dr. Chris Herd


September 2001 – April 2003: University Transfer Program in Sciences – Grant MacEwan Community College (Edmonton, Alberta, Canada)


Employment History:


April 2008 – January 2009: Project Geologist – Overland Resources Ltd. (Vancouver, BC, Canada)



  • Andrew Pb-Zn Project – Selwyn Mountains, Yukon Territory, Canada


May 2006 – March 2008: Geologist - Aurora Geosciences Ltd. (Whitehorse, Yukon, Canada)



  • Logged core of various deposit types, including VHMS and Sed-Ex, Uranium, and Magmatic Sulphide deposits.

  • Logged core and sampled soil at the Greens Creek Mine, Admiralty Island, Alaska

  • Supervised diamond drill programs

  • Carried out soil sampling and prospecting programs.

  • Participated in IP geophysical surveys.

  • Prepared NI43-101 reports for clients.

  • Geologically mapped and prospected areas of economic interest.

  • Generated computer plan maps and down-hole drill sections, incorporating assay and composite information.

  • Travelled to Siberia to gather data and arranged a method for transfer of geological drilling information from Russian geologists to Canadian geologists.


May 2005 – August 2005: Research Assistant – University of Alberta (Edmonton, Alberta, Canada)



  • Carried out a series of experimental petrology tests using a high-pressure and high-temperature piston cylinder apparatus. (Basis of Honours Thesis)


May 2004 – August 2004: Research Assistant – University of Alberta (Edmonton, Alberta, Canada)



  • Organized and documented miscellaneous items within the Meteorite Collection at the University of Alberta.


Scholarships and Awards


2010: Graduate Student Fellowship, Barrick Scholar – Society of Economic Geologists


2010: Geoscience BC Graduate Student Research Scholarship


2005: Bill Elder Scholarship in Geology – University of Alberta (Edmonton, Alberta, Canada)


2005: NSERC – Undergraduate Student Research Award


2005: Jason Lang Scholarship (Edmonton, Alberta, Canada)


2004: NSERC – Undergraduate Student Research Award


Publications


Norris, J.R., Hart, C.J.R., Tosdal, R.M. and Rees, C. (2010): Preliminary study of the magmatic evolution, mineralization and alteration at the Red Chris copper-gold porphyry deposit, northwestern British Columbia (NTS 104H/12W); in Geoscience BC Summary of Activities 2010, Geoscience BC, Report 2010-1, p. 77–86.


Norris, J. R. and Herd, C. D. K. (2006): The Yamato 980459 Liquidus at 10 to 20 Kilobars; Lunar and Planetary Sciences Conference, XXXVII, 1787 (Abstract).


Professional Memberships


November 2008 – Present: Society of Economic Geologists (SEG) – Member and Student Member (2010-2011 UBC Student Chapter Secretary)


May 2006 – Present: Association of Professional Engineers, Geologists and Geophysicists of Alberta (APEGGA) – Geologist -in-Training.

Research Interests

Paragenesis, Mineralization and Alteration of the East Zone at the Red Chris Cu-Au Porphyry Deposit, Northwestern British Columbia

The Red Chris Cu-Au porphyry deposit is located in northwestern British Columbia near the northern extent of the Stikinia terrane. This silica-saturated alkalic porphyry contains several generations of carbonate material, an unusual occurrence in such a deposit. In 2007 Imperial Metals Corp. conducted a deep drilling program to examine the deposit down to 1 km depth. Drill hole RC07-335, a vertical, 1029 m deep hole intersected 1.02% Cu, 1.26 g/t Au and 3.92 g/t Ag over the length of the hole.  This indicated that significant ore mineralization was located at previously untested depths, beneath the original ore-model. The scope of the study at Red Chris is to define the evolution of the East Zone, involving the paragenesis, mineralization and alteration. Mineralization at Red Chris is hosted within quartz stockworks and veins dominantly as chalcopyrite and bornite. Gold mineralization occurs as microscopic inclusions within the copper-sulphides. The K-silicate altered core has been highly overprinted by later illite-kaolinite+/-sericite+/-chlorite+/- carbonate alteration assemblages. The main objective of this study is to examine the relationship between mineralization and alteration assemblages at the deposit with the goal of developing and applying exploration vectors to find similar deposits in the region.

 

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