Placer Dome 6-K Current report (foreign)

SECURITIES AND EXCHANGE COMMISSION

Washington, D.C. 20549

FORM 6 - K

Report of Foreign Private Issuer
Pursuant to Rule 13a-16 or 15d-16 of
the Securities Exchange Act of 1934

For the month of October, 2005

PLACER DOME INC.

Suite 1600, 1055 Dunsmuir Street
P.O. Box 49330, Bentall Postal Station
Vancouver, British Columbia
Canada V7X 1P1

          Indicate by check mark whether the registrant files or will file annual reports under cover Form 20-F or Form 40-F.

Form 20-F  o       Form 40-F   þ

          Indicate by check mark whether the registrant by furnishing the information contained in this Form is also thereby furnishing the information to the Commission pursuant to Rule 12g3-2(b) under the Securities Exchange Act of 1934.

Yes   o       No   þ

SIGNATURES

     Pursuant to the requirements of the Securities Exchange Act of 1934, the registrant has duly caused this report to be signed on its behalf by the undersigned, thereunto duly authorized.

PLACER DOME INC. (Registrant)
By:	/s/ Geoffrey P. Gold
	Geoffrey P. Gold
	Vice-President, Assistant Secretary and Associate General Counsel

Date: October 27, 2005

IMPORTANT NOTICE

Recognizing that Placer Dome Inc. (PDI) has legal and regulatory obligations in a number of global jurisdictions, AMEC Americas Limited (AMEC) consents (a) to the filing of this report with any stock exchange and other regulatory authority and any publication of this report by them for regulatory purposes, including electronic publication in the public company files on their websites accessible by the public, and (b) to the publication of this report and/or excerpts thereof and/or information therein by PDI on its company website or otherwise, and (c) to all other uses by PDI of this report and/or excerpts thereof and/or information therein in connection with its business.

This report was prepared as a National Instrument 43-101 Technical Report, in accordance with Form 43-101F1, for Placer Dome Inc. (PDI) by AMEC Americas Limited (AMEC). The quality of information, conclusions, and estimates contained herein is consistent with the level of effort involved in AMEC’s services, based on: i) information available at the time of preparation, ii) data supplied by outside sources, and iii) the assumptions, conditions, and qualifications set forth in this report. This report is intended to be used by PDI, subject to the terms and conditions of its contract with AMEC. That contract permits PDI to file this report as a Technical Report with Canadian Securities Regulatory Authorities pursuant to provincial securities legislation. Except for the purposes legislated under provincial securities laws, any other use of this report by any third party is at that party’s sole risk.

CERTIFICATE OF AUTHOR

Larry B. Smith, R. Geo, C. P. Geo
780 Vista Blvd., Suite 100
Sparks, Nevada 89434
Tel: (775) 331-2375
Fax: (775) 331-4153
larry.smith@amec.com

I, Larry B. Smith, R. Geo, C.P. Geo., am a Registered Geologist and Chartered Professional Geologist, and Manager of Mining & Metals Consulting of AMEC Mining & Metals, Inc. of 6575 Stone Valley Drive in the city of Reno in the state of Nevada.

I am registered as a Professional Geologist in the state of Wyoming (PG-324), am a Fellow and Chartered Professional Geologist in the Australasian Institute of Mining and Metallurgy (Registration number 209301) and am a Certified Professional Geologist with the American Institute of Professional Geologists (CPG-10313). I graduated from Boise State University with a Bachelor of Science in geology in 1972 and subsequently obtained a Master of Science degree in Economic Geology from the Colorado School of Mines in 1982.

I have practiced my profession continuously since 1972 and have been involved in: mineral exploration for uranium, copper, gold, silver, nickel, lead, zinc, and industrial minerals in the United States, Canada, Mexico and Central America; exploration data evaluation, geological modeling and resource modeling of gold, copper, iron, manganese and industrial mineral deposits in the United States, Canada, Colombia, Chile, Bolivia, Brazil, Greenland, Bosnia and Niger.

As a result of my experience and qualifications, I am a Qualified Person as defined in National Instrument 43-101.

I am currently a Consulting Geologist and have been so since February 1998.

I am responsible for the preparation of the technical report titledTechnical Report and Qualified Persons Review, Cortez Joint Venture, Nevadaand dated 20 October 2005 (the “Technical Report”) relating to the Cortez Joint Venture Mine in Lander County, Nevada. I prepared Sections 1 through 12, 15, 18, 19.7 to 19.10, 20 and 21 of the Technical Report. Between 9 to 18 December 2003, 23 to 24 August 2004 and 26 to 30 September 2005 I visited the Cortez Joint Venture property and reviewed exploration programs, exploration data, geological models, resource estimates and reserve estimates for the purpose of preparing a technical report on all mining operations and mineral resources and reserves within the joint venture. I was assisted in the site review of resource estimations, mining, pit designs and reserve estimation by Mr. Tracy E. Barnes, P.Eng., a Qualified Person in the areas of resource estimation, reserve estimation and mining engineering, and in analysis of sampling, assaying and quality assurance / quality control by Todd Wakefield, Member, AusIMM, a Qualified Person in the area of assaying and quality assurance / quality control. Mr. Barnes prepared Sections 17, 19.1, 19.2, 19.6 and 19.11 through 19.13. Mr. Wakefield prepared Sections 13 and 14. Alexandra Kozak, P.Eng, a

AMEC E&C Services In.
780 Vista Blvd., Suite 100
Sparks, Nevada 89434
Tel	+1 775 331 2375
Fax	+1 775 331 4153	www.amec.com

Qualified Person in the area of metallurgy and process, assisted with an office review of metallurgical tests and plant performance. She prepared Sections 16 and 19.3 through 19.5. The resulting Technical Report was prepared under my supervision.

I was the Qualified Person responsible for the preparation of the previous technical reports on the Cortez property, which reports were dated 26 February 2004 and 08 September 2004 respectively and which were filed with the Canadian securities regulators on 5 March 2004 and 13 September 2004 respectively. I have had no other prior involvement with the property that is the subject of the Technical Report.

Tracy E Barnes is a Registered Professional Engineer in the State of Colorado, Registration No. 33381, and is employed by Barnes Engineering Services, Inc as President and Principal Mining Engineer, and residing at 12945 W 15^th Drive in the City of Golden in the State of Colorado, USA. He is a member of the Society for Mining, Metallurgy, and Exploration, the American Statistical Association, and the International Association for Mathematical Geology. He graduated from the University of Washington, Seattle, Washington with a Bachelor of Science in Mining Engineering degree in 1975. Mr. Barnes has practiced his profession continuously since 1975 and has been involved in: gold operations in the United States, New Zealand and Chile and preparation of mine audits, scoping, pre-feasibility, and feasibility level studies for gold properties in United States, Canada, Chile, Peru, New Zealand, and Brazil.

Todd Wakefield is a Member, Australasian Institute of Mining and Metallurgy, employed as Principal Geologist of AMEC E&C Services Inc. and residing at 4110 Twin Falls Drive in the City of Reno in the State of Nevada, USA. He is a Member of the Society of Mining, Metallurgy and Exploration and the Geological Society of Nevada. He graduated from the Colorado School of Mines with a Masters of Science in Geology in 1989 and from the University of Redlands, California with a Bachelor of Science in Geology in 1986. Mr. Wakefield practiced his profession continuously from 1989 to 2002 and from 2004 to the present. He has been involved in geology, geochemistry, sampling, assaying and QAQC evaluation in exploration and at established mine sites in the United States, Canada, Venezuela, Peru and Indonesia.

Alexandra J. Kozak, P.Eng. is a Professional Engineer, employed as Senior Process Engineer of AMEC Americas Limited and residing at 5021 Pinetree Crescent in the City of West Vancouver in the Province of British Columbia. She is a member of the Association of Professional Engineers and Geoscientists of British Columbia (APEGBC). She graduated from the University of Alberta with a Bachelor of Science in Mineral Process Engineering degree in 1985. Ms. Kozak has practiced her profession continuously since 1985 and has been involved in: gold operations in Canada and Guyana and preparation of scoping, pre-feasibility, and feasibility level studies for gold, silver, zinc, nickel/cobalt and molybdenum metal recovery from properties in Canada, United States, Peru, Mexico, Mongolia, Ghana and New Guinea.

I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I, Mr. Tracy Barnes, Mr. Todd Wakefield and Ms. Alexandra Kozak are independent of Placer Dome Inc. in accordance with the application of Section 1.5 of National Instrument 43-101.

I have read National Instrument 43-101 and certify that the Technical Report has been prepared in compliance with that Instrument. I further certify that, as of the date of this certificate, the Technical Report contains all of the information required under Form 43-101F1 in respect of the property that is the subject of the report.

Dated at Sparks, Nevada, this 20^th day of October 2005.

Larry B. Smith, P.Geo., C.P. Geo.

Larry B. Smith, R. Geo, C. P. Geo
780 Vista Blvd., Suite 100
Sparks, Nevada 89434
Tel: (775) 331-2375
Fax: (775) 331-4153
larry.smith@amec.com

CONSENT of AUTHOR

TO:	British Columbia Securities Commission
	Alberta Securities Commission
	Saskatchewan Securities Commission
	Manitoba Securities Commission
	Ontario Securities Commission
	Commission des valeurs mobilieres du Quebec
	Nunavut Legal Registry
	Officer of the Administrator, New Brunswick
	Nova Scotia Securities Commission
	Registrar of Securities, Prince Edward Island
	Securities Commission of Newfoundland
	Registrar of Securities, Government of the Yukon Territories
	Securities Registry, Government of the Northwest Territories

AND TO: Placer Dome Inc.

I, Larry B. Smith, do hereby consent to the filing of the technical report prepared for Placer Dome Inc. titledTechnical Report and Qualified Persons Review, Cortez Joint Venture, Nevadaand dated 20 October 2005 (the “Technical Report”) with the securities regulatory authorities referred to above.

I further consent (a) to the filing of the Technical Report with any stock exchange and other regulatory authority and any publication of the Technical Report by them for regulatory purposes, including electronic publication in the public company files on their websites accessible by the public, and (b) to the publication of the Technical Report and/or excerpts thereof and/or information therein by Placer Dome Inc. on its company website or otherwise, and (c) to all other uses by Placer Dome Inc. of the Technical Report and/or excerpts thereof and/or information therein in connection with its business, and (d) to the use of my name as a Qualified Person in connection with the Technical Report in any continuous disclosure documents or other regulatory documents or filings of Placer Dome Inc., in all applicable jurisdictions.

I certify that I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I confirm that I have read the Placer Dome Inc. news release dated September 15, 2005 entitled “Placer Dome Approves Cortez Hills Project” and that its contents are consistent with the information in the Technical Report.

Dated this 20th day of October 2005.

Larry B. Smith

AMEC E&C Services In.
780 Vista Blvd., Suite 100
Sparks, Nevada 89434
Tel	+1 775 331 2375
Fax	+1 775 331 4153	www.amec.com

CERTIFICATE OF QUALIFIED PERSON

Tracy E Barnes, P.E.
12945 W 15^th Drive
Golden, Colorado, USA
Tel: (303) 202-3667
Fax: (303) 202-3696
tbarnes@barnesengr.com

I, Tracy E Barnes am a Registered Professional Engineer in the State of Colorado, Registration No. 33381, employed by Barnes Engineering Services, Inc as President and Principal Mining Engineer, and residing at 12945 W 15^th Drive, Golden, Colorado, USA.

I am a member of the Society for Mining, Metallurgy, and Exploration, Inc., the American Statistical Association, and the International Association for Mathematical Geology. I graduated from the University of Washington, Seattle, Washington with a Bachelor of Science in Mining Engineering degree in 1975.

I have practiced my profession continuously since 1975 and have been involved in: gold operations in the United States, New Zealand and Chile and preparation of mine audits, scoping, pre-feasibility, and feasibility level studies for gold properties in United States, Canada, Chile, Peru, New Zealand, and Brazil.

As a result of my experience and qualifications, I am a Qualified Person as defined in National Instrument 43-101.

I am currently a Consulting Engineer and have been so since May 1996.

I served as the Qualified Person writing sections 17, 19.1, 19.2, 19.6 and 19.11 through 19.13 of the technical report titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20 October 2005 on the Cortez Joint Venture Mine in Lander County, Nevada (the “Technical Report”), relating to mineral resource and reserve estimates, mine design, mine planning, and mining operations. I visited the Cortez Mine site December 15 through 18, 2003, August 23 through 24, 2004 and September 26 through 29 2005.

I served as a Qualified Person writing sections 17 and 19 of the previous technical reports on the Cortez property, which reports were dated 26 February 2004 and 08 September 2004 respectively and which were filed with the Canadian securities regulators on 5 March 2004 and 13 September 2004 respectively. I have had no other prior involvement with the property that is the subject of the Technical Report.

I am not aware of any material fact or material change with respect to the subject matter of the Technical Report which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I am independent of Placer Dome Inc. in accordance with the application of Section 1.5 of National Instrument 43-101.

Voice: (303) 202-3667 Facsimile: (303) 202-3696 e-mail: tbarnes@barnesengr.com

I have read National Instrument 43-101 and certify that the portions of the Technical Report for which I served as a Qualified Person have been prepared in compliance with that Instrument. I further certify that, as of the date of this certificate, the portions of the Technical Report for which I served as a Qualified Person contain all of the information required under Form 43-101F1 in respect of the property that is the subject of the report.

Dated at Golden, Colorado, United States of America, this 20^th day of October 2005.

Signature on File

Tracy E. Barnes, P.E.

Tracy E. Barnes, P.E.
12945 W 15^th Drive
Golden, Colorado, USA
Tel: (303) 202-3667
Fax: (303) 202-3696
tbarnes@barnesengr.com

CONSENT of AUTHOR

TO:	British Columbia Securities Commission
	Alberta Securities Commission
	Saskatchewan Securities Commission
	Manitoba Securities Commission
	Ontario Securities Commission
	Commission des valeurs mobilieres du Quebec
	Nunavut Legal Registry
	Officer of the Administrator, New Brunswick
	Nova Scotia Securities Commission
	Registrar of Securities, Prince Edward Island
	Securities Commission of Newfoundland
	Registrar of Securities, Government of the Yukon Territories
	Securities Registry, Government of the Northwest Territories

AND TO: Placer Dome Inc.

I, Tracy E. Barnes, do hereby consent to the filing of the technical report prepared for Placer Dome Inc. titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20 October 2005 (the “Technical Report”) with the securities regulatory authorities referred to above.

I further consent (a) to the filing of the Technical Report with any stock exchange and other regulatory authority and any publication of the Technical Report by them for regulatory purposes, including electronic publication in the public company files on their websites accessible by the public, and (b) to the publication of the Technical Report and/or excerpts thereof and/or information therein by Placer Dome Inc. on its company website or otherwise, and (c) to all other uses by Placer Dome Inc. of the Technical Report and/or excerpts thereof and/or information therein in connection with its business, and (d) to the use of my name as a Qualified Person in connection with the Technical Report in any continuous disclosure documents or other regulatory documents or filings of Placer Dome Inc., in all applicable jurisdictions.

I certify that I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I confirm that I have read the Placer Dome Inc. news release dated September 15, 2005 entitled “Placer Dome Approves Cortez Hills Project” and that its contents are consistent with the information in the Technical Report.

Dated this 20^th day of October 2005.

Signature on File

Tracy E. Barnes

Voice: (303) 202-3667 Facsimile: (303) 202-3696 e-mail: tbarnes@barnesengr.com

CERTIFICATE OF QUALIFIED PERSON

Alexandra J. Kozak, P.Eng.
111 Dunsmuir Street, Suite 400
Vancouver, BC
Tel: (604) 664-4578
Fax: (604) 664-3057
alexandra.kozak@amec.com

I, Alexandra J. Kozak, P.Eng., am a Professional Engineer, employed as Senior Process Engineer of AMEC E&C Services Limited and residing at 5021 Pinetree Crescent in the City of West Vancouver in the Province of British Columbia.

I am a member of the Association of Professional Engineers and Geoscientists of British Columbia (APEGBC). I graduated from the University of Alberta with a Bachelor of Science in Mineral Process Engineering degree in 1985.

I have practiced my profession continuously since 1985 and have been involved in: gold operations in Canada and Guyana and preparation of scoping, pre-feasibility, and feasibility level studies for gold, silver, zinc, nickel/cobalt and molybdenum metal recovery from properties in Canada, United States, Peru, Brazil, Mexico, Mongolia, Ghana and New Guinea.

As a result of my experience and qualifications, I am a Qualified Person as defined in National Instrument 43-101.

I am currently a Consulting Engineer and have been so since September 1996.

I served as the Qualified Person writing sections 16 and 19.3 through 19.5 of the technical report titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20^th October 2005 on the Cortez Joint Venture Mine in Lander County, Nevada (the “Technical Report”), relating to mineral processing, metallurgical testing and process operating cost estimates. I visited the Cortez Mine site December 17 and 18, 2003. My work on the current Technical Report did not necessitate a further site visit.

I served as a Qualified Person writing sections 16 and 19 of the previous technical reports on the Cortez property, which reports were dated 26 February 2004 and 08 September 2004 respectively and which were filed with the Canadian securities regulators on 5 March 2004 and 13 September 2004 respectively. I have had no other prior involvement with the property that is the subject of the Technical Report.

I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

AMEC Americas Limited
111 Dunsmuir Street, Suite 400
Vancouver, B.C. V6B 5W3
Tel	(604) 664-4315
Fax	(604) 664-3057	www.amec.com

2

I am independent of Placer Dome Inc. in accordance with the application of Section 1.5 of National Instrument 43-101.

I have read National Instrument 43-101 and certify that the portions of the Technical Report for which I served as a Qualified Person have been prepared in compliance with that Instrument. I further certify that, as of the date of this certificate, the portions of the Technical Report for which I served as a Qualified Person contain all the information required under Form 43-101F1 in respect of the property that is the subject of the report.

Dated at Vancouver, British Columbia, this 20^th day of October 2005.

Signature on File

Alexandra J. Kozak, P.Eng.

Alexandra J. Kozak, P. Eng.
AMEC Americas Limited
111 Dunsmuir Street, Suite 400
Vancouver, BC
Telephone: (604) 664-4578
Fax: (604) 664-3057
Email: alexandra.kozak@amec.com

CONSENT of AUTHOR

TO:	British Columbia Securities Commission
	Alberta Securities Commission
	Saskatchewan Securities Commission
	Manitoba Securities Commission
	Ontario Securities Commission
	Commission des valeurs mobilieres du Quebec
	Nunavut Legal Registry
	Officer of the Administrator, New Brunswick
	Nova Scotia Securities Commission
	Registrar of Securities, Prince Edward Island
	Securities Commission of Newfoundland
	Registrar of Securities, Government of the Yukon Territories
	Securities Registry, Government of the Northwest Territories

AND TO: Placer Dome Inc.

I, Alexandra J. Kozak, P. Eng., do hereby consent to the filing of the technical report prepared for Placer Dome Inc. titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20 October 2005 (the “Technical Report”) with the securities regulatory authorities referred to above.

I further consent (a) to the filing of the Technical Report with any stock exchange and other regulatory authority and any publication of the Technical Report by them for regulatory purposes, including electronic publication in the public company files on their websites accessible by the public, and (b) to the publication of the Technical Report and/or excerpts thereof and/or information therein by Placer Dome Inc. on its company website or otherwise, and (c) to all other uses by Placer Dome Inc. of the Technical Report and/or excerpts thereof and/or information therein in connection with its business and (d) to the use of my name as a Qualified Person in connection with the Technical Report in any continuous disclosure documents or other regulatory documents or filings of Placer Dome Inc., in all applicable jurisdictions.

I certify that I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I confirm that I have read the Placer Dome Inc. news release dated September 15, 2005 entitled “Placer Dome Approves Cortez Hills Project” and that its contents are consistent with the information in the Technical Report.

Dated this 20^th day of October 2005.

Signature on File
Alexandra J. Kozak, P.Eng.
AMEC Americas Limited
111 Dunsmuir Street, Suite 400
Vancouver, B.C. V6B 5W3
Tel	(604) 664-4315
Fax	(604) 664-3057	www.amec.com

CERTIFICATE OF QUALIFIED PERSON

Todd Wakefield
780 Vista Blvd., Suite 100
Sparks NV 89511
Tel: (775) 331-2375
Fax: (775) 331-4153
todd.wakefield@amec.com

I, Todd Wakefield, am employed as Principal Geologist of AMEC E&C Services Limited and residing at 4110 Twin Falls Drive in the City of Reno in the State of Nevada.

I am a member of the Australasian Institute of Mining & Metallurgy (AusIMM). I graduated from the University of Redlands with a Bachelor of Science degree in Geology in 1986 and the Colorado School of Mines with a Masters of Science degree in Geology in 1989.

I have practiced my profession continuously since 1987 and have been involved in: gold and copper operations in the United States, Venezuela, Indonesia, and Peru. I have been involved in exploration for gold, silver, copper, and lead-zinc deposits in the United States, Venezuela, Ecuador, Peru, Chile, Colombia, Argentina, Paraguay, Indonesia, the Philippines, Thailand, Laos, and Myanmar. I have been involved in evaluating the data quality for scoping, pre-feasibility, and feasibility level studies for gold, diamonds, nickel, silver, and copper from properties in Canada, United States, Peru, Australia, and Mexico.

As a result of my experience and qualifications, I am a Qualified Person as defined in National Instrument 43-101.

I served as the Qualified Person writing sections 13 and 14 of the technical report titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20^th October 2005 on the Cortez Joint Venture Mine in Lander County, Nevada (the “Technical Report”), relating to sample preparation, analyses, and security and data verification. I visited the Cortez Mine site from 26 to 29 September 2005.

I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I am independent of Placer Dome Inc. in accordance with the application of Section 1.5 of National Instrument 43-101.

I have read National Instrument 43-101 and certify that the portions of the Technical Report for which I served as a Qualified Person have been prepared in compliance with that Instrument. I further certify that, as of the date of this certificate, the portions of the Technical Report for which

AMEC Americas Limited
111 Dunsmuir Street, Suite 400
Vancouver, B.C. V6B 5W3
Tel	(604) 664-4315
Fax	(604) 664-3057	www.amec.com

2

I served as a Qualified Person contain all the information required under Form 43-101F1 in respect of the property that is the subject of the report.

Dated at Reno, Nevada, this 20^th day of October 2005.

Signature on File

Todd Wakefield.

Todd Wakefield
780 Vista Blvd., Suite 100
Sparks NV 89511
Tel: (775) 331-2375
Fax: (775) 331-4153
todd.wakefield@amec.com

CONSENT of AUTHOR

TO:	British Columbia Securities Commission
	Alberta Securities Commission
	Saskatchewan Securities Commission
	Manitoba Securities Commission
	Ontario Securities Commission
	Commission des valeurs mobilieres du Quebec
	Nunavut Legal Registry
	Officer of the Administrator, New Brunswick
	Nova Scotia Securities Commission
	Registrar of Securities, Prince Edward Island
	Securities Commission of Newfoundland
	Registrar of Securities, Government of the Yukon Territories
	Securities Registry, Government of the Northwest Territories

AND TO: Placer Dome Inc.

I, Todd Wakefield., do hereby consent to the filing of the technical report prepared for Placer Dome Inc. titled Technical Report and Qualified Persons Review, Cortez Joint Venture, Nevada and dated 20 October 2005 (the “Technical Report”) with the securities regulatory authorities referred to above.

I further consent (a) to the filing of the Technical Report with any stock exchange and other regulatory authority and any publication of the Technical Report by them for regulatory purposes, including electronic publication in the public company files on their websites accessible by the public, and (b) to the publication of the Technical Report and/or excerpts thereof and/or information therein by Placer Dome Inc. on its company website or otherwise, and (c) to all other uses by Placer Dome Inc. of the Technical Report and/or excerpts thereof and/or information therein in connection with its business and (d) to the use of my name as a Qualified Person in connection with the Technical Report in any continuous disclosure documents or other regulatory documents or filings of Placer Dome Inc., in all applicable jurisdictions.

I certify that I am not aware of any material fact or material change with respect to the subject matter of the Technical Report, which is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.

I confirm that I have read the Placer Dome Inc. news release dated September 15, 2005 entitled “Placer Dome Approves Cortez Hills Project” and that its contents are consistent with the information in the Technical Report.

Dated this 20^th day of October 2005.

Signature on File

Todd Wakefield, Geologist

AMEC Americas Limited
111 Dunsmuir Street, Suite 400
Vancouver, B.C. V6B 5W3
Tel	(604) 664-4315
Fax	(604) 664-3057	www.amec.com

Contents

1.0	SUMMARY		1-1
	1.1	Introduction	1-1
	1.2	Geology and Mineralization	1-2
	1.3	Exploration Data	1-3
	1.4	Mineral Resource Estimates	1-5
	1.5	Metallurgy and Processing	1-7
	1.6	Mining and Mineral Reserves	1-9
	1.7	Environmental Conditions and Operating Permits	1-10
	1.8	Mineral Resource and Mineral Reserve Summary	1-11
2.0	INTRODUCTION AND TERMS OF REFERENCE		2-1
	2.1	Introduction	2-1
	2.2	Terms of Reference	2-1
	2.3	Units of Measure	2-2
		2.3.1 Common Units	2-2
		2.3.2 Common Chemical Symbols	2-3
		2.3.3 Metric Conversion Factors (divide by)	2-4
3.0	DISCLAIMER		3-1
4.0	PROPERTY DESCRIPTION AND LOCATION		4-1
	4.1	Location	4-1
	4.2	Mineral Tenure and Agreements	4-1
		4.2.1 Mineral Rights	4-1
		4.2.2 Agreements and Royalties	4-10
	4.3	Operational Permits and Jurisdictions	4-10
5.0	ACCESSIBILITY, CLIMATE, AND PHYSIOGRAPHY		5-1
6.0	HISTORY		6-1
7.0	GEOLOGICAL SETTING		7-1
	7.1	Regional Geology	7-1
	7.2	District Geology and Stratigraphy	7-2
	7.3	Deposit Geology	7-6
		7.3.1 Pipeline/South Pipeline/Crossroads	7-6
		7.3.2 Gold Acres	7-7
		7.3.3 Gap	7-7
		7.3.4 Cortez and Cortez NW Deep	7-8
		7.3.5 Cortez Hills and Pediment	7-8
		7.3.6 Hilltop	7-13
8.0	DEPOSIT TYPES		8-1
9.0	MINERALIZATION		9-2
	9.1	Pipeline/South Pipeline/Crossroads	9-2
	9.2	Gap Deposit	9-10
	9.3	Cortez NW Deep	9-13
	9.4	Cortez Hills and Pediment Deposits	9-13
		9.4.1 Cortez Hills Deposit	9-18
		9.4.2 Pediment Deposit	9-19

Project No.: 149638
October 2005 TOC i

	9.5	Hilltop	9-19
10.0	EXPLORATION		10-1
11.0	DRILLING		11-1
	11.1	Introduction	11-1
	11.2	Reverse-Circulation Drilling	11-2
	11.3	Core Drilling	11-9
	11.4	Blast Holes	11-10
	11.5	Surveying	11-10
		11.5.1 Drill Collars	11-10
		11.5.2 Down-Hole Surveys	11-10
	11.6	Core Recovery	11-11
	11.7	Reverse-Circulation Sample Recovery	11-11
12.0	SAMPLING METHOD AND APPROACH		12-1
	12.1	Introduction	12-1
	12.2	Sample Collection	12-1
		12.2.1 Reverse Circulation Drilling	12-1
		12.2.1 Core Drilling	12-2
	12.3	Core and Reverse-Circulation Drilling Comparison – Cortez Hills Deposit	12-3
	12.4	Blast Holes	12-3
	12.5	List of Significant Data	12-4
13.0	SAMPLE PREPARATION, ANALYSES, AND SECURITY		13-1
	13.1	Introduction	13-1
	13.2	Sample Preparation	13-2
	13.3	Gold Assays	13-3
	13.4	Trace Element Analysis	13-4
	13.5	Assay Quality Assurance and Quality Control	13-4
		13.5.1 Introduction	13-4
		13.5.2 Standards	13-6
		13.5.3 Check Assays	13-7
		13.5.4 Analytical Precision	13-9
	13.6	Bulk Density	13-9
	13.7	Assay Adjustments 2003	13-11
14.0	DATA VERIFICATION		14-1
15.0	ADJACENT PROPERTIES		15-1
16.0	MINERAL PROCESSING AND METALLURGICAL TESTING		16-1
	16.1	Pipeline and South Pipeline	16-1
	16.2	Crossroads and Gap	16-2
	16.3	Pediment	16-2
	16.4	Cortez Hills	16-3
	16.5	Cortez NW Deep	16-4
	16.6	Hilltop	16-5
17.0	MINERAL RESOURCE AND MINERAL RESERVE ESTIMATES		17-6
	17.1	Introduction	17-6
	17.2	Geological Models	17-7
		17.2.1 Pipeline/South Pipeline/Crossroads/Gap/Cortez NW Deep Deposits	17-7
		17.2.2 Pediment and Cortez Hills Deposits	17-8

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		17.2.3 Cortez NW Deep Deposit	17-9
		17.2.4 Hilltop Deposit	17-10
	17.3	Pipeline/South Pipeline/Crossroads/Gap Mineral Resource Estimates	17-11
		17.3.1 Introduction	17-11
		17.3.2 Resource Model	17-11
		17.3.3 Cross Validation	17-14
		17.3.4 Mine to Model Reconciliation	17-15
		17.3.5 Sample Block Model Sections and Plans	17-16
		17.3.6 Conclusions and Recommendations	17-16
	17.4	Pediment and Cortez Hills Mineral Resource Model	17-26
		17.4.1 Introduction	17-26
		17.4.2 Resource Model	17-27
		17.4.3 Estimation of the Underground Resource Model	17-33
		17.4.4 Estimation Validation	17-34
		17.4.5 Conclusions and Recommendations	17-35
	17.5	Cortez NW Deep Mineral Resource Estimate	17-35
		17.5.1 Introduction	17-35
		17.5.2 Resource Model	17-36
		17.5.3 Model Validation	17-40
		17.5.4 Recommendations and Conclusions	17-40
	17.6	Hilltop Mineral Resource Estimate	17-41
		17.6.1 Introduction	17-41
		17.6.2 Resource Model	17-41
		17.6.3 Model Validation	17-45
		17.6.4 Recommendations and Conclusions	17-45
	17.7	Mineral Resource Classification	17-46
		17.7.1 Classification Parameters	17-46
		17.7.2 Comments	17-47
	17.8	Mineral Reserve Estimation	17-47
	17.9	Mineral Resource and Mineral Reserve Statements	17-48
18.0	OTHER RELEVANT DATA AND INFORMATION		18-1
19.0	REQUIREMENTS FOR TECHNICAL REPORTS ON PRODUCTION AND DEVELOPMENT PROPERTIES		19-1
	19.1	Open Pit Mining Operations	19-1
	19.2	Dewatering	19-10
	19.3	Process Operations	19-10
		19.3.1 Mill No. 1	19-10
		19.3.2 Mill No. 2	19-11
		19.3.3 Pipeline/Cortez Hills Mill Flowsheet	19-12
	19.4	Water, Power, and Tailings	19-14
	19.5	Gold Recovery	19-15
	19.6	Operating Costs	19-17
	19.7	Markets	19-18
	19.8	Contracts	19-18
	19.9	Environmental Considerations	19-18
	19.10	Taxes and Royalties	19-20
	19.11	Capital and Operating Costs Estimates	19-21
	19.12	Economic Analysis	19-21
	19.13	Mine Life	19-21

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20.0	CONCLUSIONS AND RECOMMENDATIONS	20-1
21.0	REFERENCES	21-1

Tables

Table 1-1:	CJV Mineral Resource Models	1-5
Table 1-2:	CJV Mineral Reserve Estimate, 1 September 2005	1-11
Table 1-3:	CJV Mineral Resource Estimate, 1 September 2005	1-11
Table 4-1:	Unpatented Lode Mining Claims Wholly Owned or Leased by Joint Venture in Area of Interest	4-3
Table 4-2:	Unpatented Millsites in Pipeline Area Wholly-Owned by Joint Venture	4-4
Table 4-3:	Unpatented Mill Site Claims in Pipeline Area under Lease to Joint Venture	4-6
Table 4-4:	Holdings of Fee Lands (Wholly Owned Unless Otherwise Noted)	4-6
Table 4-5:	Patented Lode Mining Claims in Cortez Mine Area (Wholly-Owned)	4-7
Table 4-6:	Patented Millsites in Cortez Mine Area (Wholly-Owned)	4-8
Table 4-7:	Patented Lode Claims in Gold Acres Area (Wholly-Owned)	4-9
Table 4-8:	Patented Lode Claims in Hilltop Area (Wholly-Owned)	4-9
Table 6-1:	History of Exploration and Mining in the Cortez Joint Venture	6-2
Table 6-2:	Cortez Joint Venture Annual Production, 1991 — 30 August 2005	6-3
Table 11-1:	Drilling in CJV by Area	11-2
Table 13-1:	Mine Analytical Standards	13-5
Table 13-2:	Bulk Densities — Pipeline, South Pipeline, Crossroads, and Gap Deposits	13-10
Table 13-3:	Bulk Densities — Pediment and Cortez Hills Deposits	13-10
Table 13-4:	Assay Adjustments Used in 2003 and 2004 Resource Models for Pipeline, South Pipeline, Crossroads and Gap Deposits	13-13
Table 13-5:	Comparison of Adjusted and Unadjusted Models for Pipeline/South Pipeline	13-13
Table 17-1:	CJV Resource Models	17-6
Table 17-2:	Cortez Hills — Pediment Rock Types	17-9
Table 17-3:	Gold Estimation Parameter Summary	17-12
Table 17-4:	Indicator Classes for Shear Zone Rock Type	17-13
Table 17-5:	Pipeline Variogram Summary — Ordinary Kriging	17-13
Table 17-6:	Pipeline Variogram Summary, Shear Zone Indicator Kriging — Flat Zone	17-14
Table 17-7:	Pipeline Variogram Summary, Shear Zone Indicator Kriging — Steep Zone	17-14
Table 17-8:	Drill Hole vs. Model Statistics	17-15
Table 17-9:	Pipeline Monthly Reconciliation Summary	17-15
Table 17-10:	Cortez Hills — Pediment Composite Trimming Limits	17-27
Table 17-11:	Variogram Summary — Cortez Hills and Pediment	17-33
Table 17-12:	Cortez Hills — Pediment Model Validation	17-34
Table 17-13:	Cortez NW Deep Search Parameters	17-40
Table 17-14:	Cortez NW Deep Variogram Parameters	17-40
Table 17-15:	Hilltop Search Parameters	17-45
Table 17-16:	Hilltop Variogram Parameters	17-45
Table 17-17:	Estimation Variance Thresholds for Classification of 2003 Mineral Resource	17-46
Table 17-18:	Factors Considered in Establishing Individual Block Value	17-47

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Table 17-19:	1 September 2005 Proven and Probable Mineral Reserve Estimates for Cortez Joint Venture at $350 Gold Price	17-49
Table 17-20:	Cutoff Grades and Recoveries Used in Mineral Resource and Mineral Reserve Estimates by Zone and Ore Type	17-50
Table 17-21:	1 September 2005 Measured + Indicated Mineral Resource Estimates for Cortez Joint Venture at $425 Gold Price1	17-51
Table 17-22:	1 September 2005 Inferred Mineral Resource Estimates for Cortez Joint Venture at $425 Gold Price1	17-52
Table 19-1:	Current Mining Equipment	19-2
Table 19-2:	List of Major Equipment in Mill No. 2	19-13
Table 19-3:	Historic Mill Gold Recovery, 1991 through 2004	19-15
Table 19-4:	3rd Party Roaster Recovery, 2000 through 2004	19-15
Table 19-5:	Heap Leach Recovery, 1999 to date	19-16
Table 19-6:	Taxes and Royalties Applied to the CJV Operation	19-20

Figures

Figure 4-1:	Location of Cortez Joint Venture in Nevada	4-2
Figure 4-2:	Mining Operations and Leases for Mining and Exploration Purposes	4-5
Figure 7-1:	Location of Cortez Mine in Regional Gold Trends, North Central Nevada	7-2
Figure 7-2:	District Geology	7-3
Figure 7-3:	Stratigraphy of Cortez Joint Venture Area	7-4
Figure 7-4:	Geology of Cortez, Cortez Hills, and Pediment Areas	7-11
Figure 7-5:	Southwest-Northeast Section in Cortez Hills Deposit	7-12
Figure 9-1:	East-West Cross Section of Pipeline Deposit at 5700N	9-3
Figure 9-2:	North-South Longitudinal Section of Pipeline and South Pipeline Deposit at 103200E	9-4
Figure 9-3:	Level Plan for Pipeline and South Pipeline Deposit at 4670 ft Elevation	9-4
Figure 9-4:	East-West Cross Section of Crossroads Deposit at 52500N	9-6
Figure 9-5:	North-South Longitudinal Section of Crossroads Deposit at 106650E	9-6
Figure 9-6:	Level Plan of Crossroads Deposit at 4210 ft Elevation	9-7
Figure 9-7:	Grade x Thickness Plot for South Pipeline Area	9-9
Figure 9-8:	East-West Cross Section of Gap Deposit at 57400N	9-11
Figure 9-9:	North-South Longitudinal Section of Gap Deposit at 99300E	9-11
Figure 9-10:	Level Plan of Gap Deposit at 5010 ft Elevation	9-12
Figure 9-11:	Plan Geological Map of Cortez Hills and Pediment Deposits at 5750 Ft Elevation	9-14
Figure 9-12:	Longitudinal Section of Cortez Hills and Pediment Deposits (Looking East Southeast)	9-15
Figure 9-13:	East-West Cross Section of Cortez Hills Deposit at 28600N (Looking North)	9-16
Figure 9-14:	East-West Cross Section of Pediment Deposit at 26000N (Looking North)	9-17
Figure 9-15:	Geological Map and Diagrammatic Section of Hilltop Deposit, from Kelson, et al, 2000	9-21
Figure 10-1:	Geological Setting of Cortez Hills and Pediment Deposits	10-3
Figure 10-2:	Cortez Hills Deposit and Gravity Anomalies	10-4
Figure 11-1	Hole Collar Map — Pipeline and South Pipeline Deposits	11-3
Figure 11-2:	Drill Hole Collar Map — Crossroads Deposit	11-4
Figure 11-3:	Drill Hole Collar Map — Gap Deposit	11-5

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Figure 11-4:	Drill Hole Collar Map — Cortez NW Deep Deposit	11-6
Figure 11-5:	Drill Hole Collar Map — Pediment and Cortez Hills Deposits, Showing Outline of Ultimate Design Pit	11-7
Figure 11-6:	Drill Hole Collar Map — Hilltop Deposit	11-8
Figure 17-1:	East-West Cross Section of Pipeline-South Pipeline Block Model at 57000N, Looking North	17-17
Figure 17-2:	North-South Longitudinal Section of Pipeline-South Pipeline Block Model at 103200E, Looking West	17-18
Figure 17-3:	Level Plan of Pipeline-South Pipeline Block Model at 4670 ft ASL	17-19
Figure 17-4:	East- West Cross Section of Crossroads Block Model, Looking North	17-20
Figure 17-5:	North-South Longitudinal Section of Crossroads Block Model, Looking West	17-21
Figure 17-6:	Level Plan of Crossroads Block Model at 4,270 ft ASL Elevation	17-22
Figure 17-7:	East-West Cross Section of Gap Deposit Block Model at 57,400N, Looking North	17-23
Figure 17-8:	North-South Longitudinal Section of Gap Deposit Block Model at 99,300E, Looking West	17-24
Figure 17-9:	Level Plan of Gap Deposit Block Model at 5,010 ft ASL Elevation	17-25
Figure 17-10:	Plan Map of Cortez Hills and Pediment Deposits at 5750 Ft Elevation Showing Block Model Grades	17-29
Figure 17-11:	East-West Cross Section of Cortez Hills Deposit at 28600N (Looking North), Showing Block Model Grades	17-30
Figure 17-12:	East-West Cross Section of Pediment Deposit at 26000N (Looking North), Showing Block Model Grades	17-31
Figure 17-13:	Longitudinal Section of Cortez Hills and Pediment Deposits (Looking East Southeast), Showing Block Model Grades	17-32
Figure 17-14:	Southwest-Northeast Cross Section of Cortez NW Deep Deposit Block Model, Looking Northwest	17-37
Figure 17-15:	Southeast-Northwest Longitudinal Section of Cortez NW Deep Deposit Block Model, Looking Northeast	17-38
Figure 17-16:	Level Plan of Cortez NW Deep Deposit Block Model	17-39
Figure 17-17:	East-West Cross Section of Hilltop Deposit Block Model, Looking North	17-42
Figure 17-18:	North-South Longitudinal Section of Hilltop Deposit Block Model, Looking West	17-43
Figure 17-19:	Level Plan of Hilltop Deposit Block Model	17-44
Figure 19-1:	Layout of Pipeline Mining Operations	19-5
Figure 19-2:	Pipeline Mining Phases	19-6
Figure 19-3:	Pipeline and Gap Ultimate Pit Outlines	19-7
Figure 19-4:	Layout of Infrastructure for Cortez Hills and Pediment Pits	19-8
Figure 19-5:	Pediment and Cortez Hills Ultimate Pits	19-9
Figure 19-6:	Simplified Flowsheet for Mill No. 2	19-13

Appendices

A Assay Composite Data

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1.0	SUMMARY
1.1	Introduction
	Placer Dome Inc. (PDI) commissioned AMEC Americas Limited, formerly AMEC E&C Ltd (AMEC) to review mineral resource and mineral reserve estimates for the Cortez Joint Venture (CJV) and determine if these estimates have been carried out in accordance with industry standard practices and are compliant with Canadian Institute of Mining, Metallurgy and Petroleum (CIM) Standards on Mineral Resources and Reserves and Canadian National Instrument 43-101. AMEC prepared this Technical Report in support of the public disclosure of Mineral Reserve and Mineral Resource estimates as of 1 September 2005. The format and content of the report are intended to conform to Form 43-101F1 of National Instrument 43-101 (NI 43-101) of the Canadian Securities Administrators.
	Larry B. Smith, P.Geo., and Alexandra Kozak, P.Eng., employees of AMEC, and Tracy Barnes, P.E., Principal of Barnes Engineering Inc., served as Qualified Persons responsible for preparation of this report. Larry Smith visited the property between 9 and 18 December 2003, between 23 and 24 August 2004 and between 26 and 30 September 2005, and reviewed pertinent aspects of geology, exploration data, geological models, resource estimates, land status and permitting. Tracy Barnes visited the property from 15 to 18 December 2003, 23 to 24 August 2004 and 26 and 30 September 2005 and reviewed resource estimates, mining and reserve estimates. Alexandra Kozak visited the project 17 and 18 December 2003 and reviewed metallurgical studies and processing facilities. She reviewed additional metallurgical test results and recovery information for the Cortez Hills and Pediment deposits between 3 to 5 October 2005. All information was reviewed in sufficient detail to ensure that mineral resource and reserve estimates as of 1 September 2005 comply with NI 43-101.
	Significant assistance in preparation of files, presentation of geological models, resource estimates, pit designs, production plans, permitting, land status, metallurgy and process performance, and preparation of report figures were provided by Cortez Gold Mines staff, including Bill Martinich, Robert Hays, Kerry Hart, Thomas Dyer, Andrew Issel, Jerritt Collord, Julius Stieger, and Randy Powell.
	Unless stated otherwise, all quantities are in United States Commercial Imperial units and currencies are expressed in constant 2005 US dollars.
	The Cortez Joint Venture (CJV) is operated by Placer Dome US Inc. Equity is held 60% by Placer Cortez Inc., an indirect wholly-owned subsidiary of PDI, and 40% by Kennecott Explorations (Australia) Ltd. The joint venture produces approximately 1 Moz of gold annually from one integrated open pit and mill-heap leach facility.

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1.2	Geology and Mineralization
	Gold mineralization in the Cortez Joint Venture occurs as multiple deposits hosted by Paleozoic carbonate rocks, siliceous metasediments, and felsic intrusive porphyries. Mineral reserves are estimated for the Pipeline, South Pipeline, Gap, Pediment, and Cortez Hills deposits. These deposits contain additional mineral resources separate from mineral reserves. Mineralization in the Crossroads, Cortez NW Deep, and Hilltop deposits are classified as mineral resources only.
	The Pipeline, South Pipeline and Crossroads deposits are separate zones of one system of gold mineralization hosted by altered, dolomitic siltstones of the Silurian Roberts Mountains Formation. Ore-grade mineralization preferentially occurs within a shallow east-dipping thrust duplex, high-angle NNW and NE structures and intersections of these features. Pipeline is from 50 to 300 ft thick and extends 750 ft north-south by 1,500 ft east-west. The top of the ore body is from 500 to 600 ft below surface. South Pipeline consists of two zones: a shallow body between 65 and 150 deep and a deeper zone 1000 ft below surface. The shallow zone is up to 300 ft thick and extends 1,880 ft north-south and 2,000 ft east-west. The deep zone is up to 250 ft thick and extends 200 ft north-south and 600 ft east-west. Crossroads is a deeper extension of the South Pipeline lower zone to the southeast.
	A majority of Pipeline, South Pipeline, and Crossroads mineralization is oxide and is treated either on an oxide leach heap or in a mill. Refractory, carbonaceous mineralization is mined and stockpiled for eventual shipment to a third-party processing facility. Pit phases 8 and 9 are dominantly unoxidized, refractory mineralization.
	The Cortez NW Deep deposit is a downward extension of mineralization previously mined in the dormant Cortez pit. Gold mineralization is hosted by decalcified, argillized and silicified Roberts Mountains Formation near NNW and NE structures.
	The Gap deposit is located west of Pipeline. It is hosted by weakly thermally altered, oxidized Devonian Wenban Limestone and locally skarn. Mineralization occurs in the axial zone of an anticline along well-developed NNW fault zones.
	The Pediment deposit is a recent discovery located about three miles south of the Cortez mine. Pediment is a unique gold deposit for Nevada, consisting of mineralized clasts in Tertiary to recent conglomerates that have been transported from their place of mineralization and deposited in a NNE trending bedrock trough by landslide, debris flow, or alluvial processes. The top of mineralization is from 150 to 300 ft from surface, beneath unaltered colluvium. The deposit is 250 ft thick and extends 3,000 ft northeast by 600 ft northwest. The water table is at a depth of about 500 ft.
	Mineralization in Wenban Limestone marble was discovered north of Pediment in 2002. This new discovery, Cortez Hills, is a structurally controlled, high-grade gold deposit

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	hosted by variably metamorphosed, silty to micritic limestones of the Roberts Mountains and Wenban Formations. The deposit has similarities to high-grade, structurally controlled deposits in the Carlin District such as Miekle, Deep Star and West Leeville. The top of the deposit is 350 ft below surface, concealed beneath colluvium and landslide debris. Mineralization extends downward at least 2,000 ft. The deposit extends up to 1,800 ft NNW. Gold mineralization follows the upper portion of a marble zone, which rises upward from the west and extends more than 10,000 ft north-south. Individual zones of high-grade mineralization dip 65° to 75° degrees SW and strike NNW. Mineralization plunges steeply SW through the Wenban Formation and less steeply SW in the underlying Roberts Mountains Formation. The primary control on mineralization is the intersection of a series of faults that strike NNW and dip WSW and a series of faults that strike WNW and dip SSW. The result is strong fracturing that plunges to the SW. Zones of less steeply plunging mineralization in the Roberts Mountains Formation may be related to low-angle thrust faults of Antler Orogeny age.
	Internal CJV feasibility studies demonstrate that a significant portion of the deposit can be mined by open pit methods. Additional resources are present that are of suitable grade and geometry to be mined by underground methods.
	The Hilltop deposit is located 16 miles northwest of the Pipeline mine and mill. Gold mineralization occurs in silicified and brecciated argillite, siltstone, and chert within the Ordovician Valmy Formation and Tertiary felsic intrusives between two, shallow west-dipping fault zones. Internal CJV feasibility studies suggest that the deposit could be economically mined by open pit and processed in a combined oxide and bio-oxide heap leach facility at a gold price between $425 and $450.
1.3	Exploration Data
	Data used in resource estimates consist of assays of HQ (2.5”) diamond drill core and reverse-circulation (RC) drill cuttings. Drill samples for the Pipeline, South Pipeline, Crossroads, and Cortez NW Deep deposits are primarily core, and drill holes are spaced on nominal centers of 100 ft. Gap and Hilltop were drilled with a combination of core and RC tools. Initial drilling on Pediment and Cortez Hills was with RC tools. Sampling was converted to a combination of RC and core for development drilling. RC stepout holes are surrounded by core infill holes to a nominal spacing of approximately 100 ft.
	Drilling and sampling methods are professional and are carried out to ensure high recoveries of mineralized materials. Sample preparation protocols have improved with time and are generally adequate for gold mineralization of this type. CJV’s mine laboratory now employs automated crushing and splitting equipment for both exploration samples and blast hole samples.

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CJV mine laboratories have served as the primary laboratories for a majority of core and RC gold assays for Pipeline, South Pipeline, Crossroads, Gap, and Cortez NW Deep. Mine assays were first provided by Laboratory #1 at the Cortez mill. This laboratory was closed in 1996 and assaying shifted to Laboratory #2 at the Pipeline mill. A variety of commercial laboratories, including Rocky Mountain Geochemical Laboratory (RMG), American Assay Laboratory (AAL), Monitor Geochemical Laboratory (MGL), Chemex, Barringer Laboratories, and Assayers Laboratory provided checks of CJV mine laboratory assays in the period between 1992 and 1997. Since then, RMG and AAL have provided the majority of check assays. RMG and AAL served as the primary laboratories for analysis of exploration samples for the Pediment and Cortez Hills deposits in 2002 and 2003. In 2004, the primary laboratory was changed to ALS Chemex and to a lesser extent, Inspectorate. CJV #2 Laboratory has provided checks and assays all production blast holes.

Assays are supported with appropriate quality assurance and quality control measures with insertion of mine standards, duplicates (rig, coarse and pulp) and blanks in the sample stream. Standards are developed from mine ore and exhibit more variation than commercial standards, but the method of identifying analytical failures accounts for this. Check assays of pulps are routinely obtained from commercial laboratories and these show that the mine laboratory is still biased from 5% to 8% low. Assays from the mine laboratory and commercial laboratories employed are suitable to support resource estimates.

Density measurements for ore and waste materials have been performed with generally acceptable methods and are adequate to support resource estimates.

All core and RC holes are surveyed at collar and downhole with acceptable methods. There are a relatively small number of holes in the early period of Pipeline and South Pipeline drilling without downhole surveys.

Drill hole logging of geological and geotechnical attributes is professional and applicable for sediment-hosted gold mineralization. Core recovery exceeds 92% in all drilling campaigns.

Geological models reflect primary ore controls and are suitable to support resource estimates. Alteration and structure are the primary controls of mineralization in the Pipeline, South Pipeline, Crossroads, Gap and Cortez NW Deep deposits and these features are emphasized in geological modelling. Mineralization in the Pediment deposit is controlled by lithology. Mineralization in the Cortez Hills deposit is controlled by a combination of lithology, structure, and alteration. Future work on geological modeling will attempt to better define local controls of high-grade mineralization to guide resource estimation.

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1.4	Mineral Resource Estimates
	Four mineral resource models cover eight gold deposits on the joint venture, as listed in Table 1-1. Mineral reserves are estimated for five deposits in two areas. Additional reserves are contained in various stockpiles.
	Table 1-1: CJV Mineral Resource Models

Model	Deposits	Resource	Reserve
Pipeline	Pipeline	•	•
	South Pipeline	•	•
	Crossroads	•
	Gap	•	•
Cortez Hills / Pediment/ Northwest Deeps	Cortez Hills	•	•
	Pediment	•	•
	Northwest Deep	•
Cortez Hills Underground	Cortez Hills	•
Hilltop	Hilltop	•

The Pipeline resource model, which includes the spatially related Pipeline, South Pipeline, Crossroads, and Gap deposits, has evolved from the feasibility study model created in 1995 to the present model. Resource estimation uses two interpolation methods: ordinary kriging for all domains except for shear zone, and indicator kriging for the shear zone rock type. Recent improvements include incorporation of a local anisotropy model, use of additional data in density modelling, use of spatial statistics for classification and adjustment in historical assays for laboratory and sampling biases.

AMEC checked the general descriptive statistics of the model by domain and as compared to drill hole values. Global statistics of domains and drill holes show a very good correlation. There is a slight negative bias in some of the higher-grade zones, which would make the model slightly conservative.

Reconciliation of the new model using adjusted assays against mill and leach production for the period of June 2004 to August 2005 suggests that the model accurately predicts global production of tons and contained gold, but is biased between components of mill and leach tons and grade, most likely due to over smoothing at mill cutoff grades..

The Pediment resource model was estimated using lithological controls on mineralization. Gold grades were estimated using ordinary kriging with semi-soft boundaries from the lithological model, using the main mineralized units of siltstone and limestone conglomerate. The Cortez Hills resource model was developed using lithological, alteration and structural controls. First, two mineralized domains were built encapsulating all contiguous zones of gold mineralization exceeding 0.005 oz/t; one for the Wenban Formation and the other for the underlying Roberts Mountains Formation. Separate

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domains were then made in the upper zone from the Horse Canyon Member of the Wenban Formation and the main limestone of the lower Wenban Formation. Grade was estimated in the upper domain using soft boundaries between the Horse Canyon domain and the Wenban limestone domain. The lower zone was estimated only with composites from the Roberts Mountains Formation. Dikes were volumetrically removed from the resource blocks, but composites from dike intervals were used in estimating grade for adjacent mineralized carbonate rocks. This was done because of low confidence in the actual outlines and limits of post-mineral dikes. Oriented core was used to determine the bedding dip of host units (strike of N0°E, dip of 20°E). Structural information obtained from recent drilling has allowed understanding of relatively complex displacements of ore zones along post-mineral and reactivated syn-mineral faults. Newly identified faults include a series of N70°W, 65°SW-dipping faults (the “287” faults) and a system of faults striking N15-20°W and dipping 60°-65°WSW. The geological interpretation of ore zones also consider that a NNW-striking and ENE-dipping normal fault cuts the host section and 287 Faults, down-dropping mineralization to the east.

The resource model for the open pit portion of Cortez Hills and Pediment appears to provide a reasonable representation of the drill hole information. Standard industry practices were used in the estimation of the model. There is no production history to use to validate the model, but it has been statistically validated. These statistical validations show that the model should provide a reasonable global estimate of the resource, but the grades in the Horse Canyon member of the Wenban Formation in the Cortez Hills deposit are oversmoothed, therefore the estimate is conditionally biased. It is recommended that future models attempt to provide a better match between the theoretical variance reduction and the model variance. This would minimize any problems that could arise for conditional biases in the estimate. A small block (10 ft x 10 ft x 10 ft) resource model of the underground resources for Cortez Hills, developed by CJV in May 2005, was not directly validated by AMEC, but the total Indicated and Inferred Resources in this model are similar to the total Indicated and Inferred Resources in the July 2004 large block model that was validated by AMEC.

Gold was estimated in the Hilltop deposit model using ordinary kriging. The boundary between the Hilltop Main Zone and the other rock types was treated as a hard boundary with the other five rock types treated as a single unit. Model validation statistics are not available for the Hilltop model. The model was examined in cross-section and plan relative to the drilling. It appears that the model does a reasonable job of representing the drilling. The Hilltop resource model provides a reasonable estimate sufficient for the declaration of an Indicated or Inferred resource. It would be necessary to refine the model and the economic evaluation of the deposit prior to the declaration of a reserve.

AMEC reviewed mineral resource classification parameters used by the CJV. The classification of the mineral resource and reserves for the CJV was based primarily on the kriging estimation variance derived in the estimation of each particular block. This was correlated to the drilling support and sample distances that appeared to be visually

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	reasonable for each resource class by inspection of sections and plans. Inspection of cross sections and plans revealed that Measured Resources (high confidence in estimation of grade and tons) are supported by assay composites no farther than 80 ft from individual resource blocks. Indicated Resources (less confidence in estimation of grade and tons, but with reasonable continuity) are supported by assays from drill holes between 80 and 150 ft from individual resource blocks. Inferred Resources are generally supported by assays from holes spaced greater than 150 ft from a resource block. The estimation variance was examined in cross-section and plan view relative to the composite data used for the estimates and the thresholds chosen that would be relatively consistent with the distance criteria. The exception is in the Hilltop resource. This model was built in 1997, prior to CJV adopting estimation variance as a classification criterion. For the Hilltop model, the classification was based on the search radii used with a two-pass kriging plan. Anything estimated using the initial pass was classified as Indicated. The search radii were expanded by 50 ft, and the additional blocks estimated were classified as Inferred.
	Sufficient work has been accomplished by CJV and Placer Dome to demonstrate reasonable prospects for future economic extraction of mineralization beneath the Cortez Hills open pit.
	AMEC examined the models in cross-section and plan and found that the classification is consistent with the definition of Measured, Indicated, and Inferred Mineral Resources as referenced in CIM Standards on Mineral Resources and Reserves, Definitions and Guidelines (2000).
1.5	Metallurgy and Processing
	The metallurgical process has been well established and developed over an operating period of more than 30 years. The CJV has a number of processing facilities:

• Mill No. 1, the Cortez mill (inactive)

• Mill No. 2, the Pipeline mill

• Heap leaching at Cortez (now inactive), Pipeline, Gold Acres, and South Area facilities

• Dry grinding and roasting plant at Cortez (inactive).

The metallurgical characteristics of the South Pipeline and Pipeline deposits have been developed through extensive mill and heap leach experience and ongoing testwork at site. Mill and heap production show stable metallurgical performance consistent with ongoing in-house test programs.

Carbonaceous materials are also present in the Pipeline and South Pipeline deposits. Currently, carbonaceous materials are stockpiled for future processing through the Cortez roasting plant or potential treatment through new proprietary processes being developed

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by Placer Dome Technical Services Limited (PDTS). Some of the stockpiled carbonaceous ores are sold for outside roaster processing at third-party facilities.

Some pilot scale testwork has been completed on new PDTS proprietary processes to support predictions for metallurgical performance. Implementation of these processes would require construction of additional leach heap facilities. A small portion (4%) of the Pipeline and South Pipeline reserves that comprise carbonaceous material requires support from a successful, production-scale execution of these processes at the Pipeline facilities.

The Crossroads deposit is an extension of the South Pipeline deposit. The Gap deposit contains oxide mineralization similar to that present in South Pipeline, although the host rocks are somewhat different. CJV predicts that the oxide mill ore from Gap will have a similar recovery to oxide mill ore from South Pipeline. Leach material from Gap will have a somewhat lower recovery compared to South Pipeline leach ore. These are reasonable assumptions.

The Crossroads deposit contains some carbonaceous ores. Alternative treatment processes are assumed to be the same as those proposed for Pipeline and South Pipeline ores. This is a reasonable assumption.

The Pediment deposit primarily consists of oxide ore and contains little to no sulphide component. Column leach testwork was conducted on RC or PQ drill samples from the Pediment deposit in 2002 and 2003. Pediment ore requires a 90 day primary leach cycle compared to 60 days for Pipeline ores. Reagent consumption for Pediment ore is similar to Pipeline ores. Testwork on mill grade oxide Pediment ore in milling is limited, however, results to date indicate that the ore is reasonably amenable to milling.

Metallurgical tests of mill grade oxide ore from Cortez Hills indicate recovery characteristics not dissimilar to Pipeline oxide feed to Mill #2. Results of column tests demonstated that the primary leach cycle for Cortez Hills ore is in the order of 120 to 150 days.

Gold in the Cortez NW Deep deposit is extremely fine grained and is associated with quartz, pyrite, and arsenopyrite. In 1993 and 1994, a number of preliminary roasting and bottle roll tests were conducted on ore from the Cortez NW Deep zone. Results showed that roasting followed by leaching would result in reasonable recovery. Leaching alone resulted in poor recovery.

The Hilltop deposit includes both sulphide and oxide material. Preliminary tests have been conducted including, flotation, bottle rolls, leach columns, and bioxidation/leach columns. Potential flowsheet options for Hilltop include heap leach, flotation, bioxidation, roasting, and various combinations thereof to optimize oxide and sulphide recoveries. The most

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	economically feasible process option is an oxide heap leach combined with a separate bio-oxidation assisted heap leach.
	Gold recovery is a function of the processing method (milling, leaching, roasting) and ore type. Mill recovery is 89% for Pipeline, Gap, and Crossroads, 88% for Cortez Hills and 87% for Pediment ores. Heap leach recoveries are 50% for Gap, 54% for South Pipeline O Zone, 62% for South Pipeline and Crossroads, 65% for Cortez Hills oxide, and 68% for Pipeline and Pediment oxide. Metallurgical recoveries for refractory, carbonaceous and sulfidic mineralization depends on the process used. Roasting followed by milling on a toll basis recovers 85% of the gold. Anticipated recovery for Pediment and Cortez Hills refractory ore on a toll basis is 80%.
	During 2004, the mine produced 1,051,336 oz of gold (45.3% mill, 47.1% heap leach, and 5.6% carbonaceous). Unit cash and total production costs were US$162 and US$201/oz, respectively. The mine has produced 644,645 oz of gold in the first eight months of 2005, comprised of 49.2% mill, 45.5% heap leach and 5.3% carbonaceous ores.
1.6	Mining and Mineral Reserves
	Pit optimization at the CJV is achieved using routine 60 (an implementation of the Lerchs-Grossmann Algorithm) in Placer Dome’s in-house OP software system. OP60 allows the use of multiple slope domains based on the geology and a pre-determined profit/cost block model to estimate an optimal pit shell. The profit/cost block model is based on grade, recovery, and economic data, including:

• Gold resource model

• Different recovery models for each processing method (CIP milling, leaching, and roasting) and the distinctly different geological domains.

Estimates of the block revenue are based on the best block value less the estimated mining and processing costs associated to produce the gold product, and less royalties.

A cutoff grade is applied at a zero profit breakeven, and block profit or cost is attributed accordingly. Operating costs are dependent on the lithology and/or the ore/waste classification, and mining costs are incremented with depth below the pit rim.

The optimal pit shell is smoothed to produce an operationally viable design using the VULCAN® software package and obeying geotechnical constraints.

All pit optimizations were based on resource models developed during the fall of 2003 and in the spring of 2004. The recovery and cost models were developed in conjunction with the 2005 budget plan and the life of mine (LOM) plan using a long-term gold price of US$375/oz for the Cortez Hills and Pediment pits and $350/oz for all other pits.

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	The most recent pit designs for the Cortez Hills deposit have incorporated geotechnical studies carried out in 2003, 2004 and 2005 by BGC Engineering, Inc.
	Ore cutoff grades are determined by reviewing variable mine operating costs for ore and waste, mill processing tonnage costs by material type, variable leach tonnage costs by material type, roasting costs, variable gold refining costs and fixed overhead costs. Milling and leaching costs include allowances for all other costs applicable to pit optimization other than mining costs. AMEC reviewed these costs and found them to be reasonable and in agreement with historical costs. AMEC found pit design criteria to be reasonable and consistent with past operating and design criteria.
	The lack of comprehensive, pilot-scale tests with this proprietary technology and the uncertainty of the performance of the present resource model with respect to predicting mill tonnes and grade in Phases 8 and 9 lowers the confidence in these reserves. These modifying factors may justify a reclassification of Proven Mineral Reserves to Probable Mineral Reserves for the two phases. AMEC recommends that this adjustment be made in the next update of reserves. The net effect would be only a re-classification and not a reduction in reserves
	Proven and Probable Mineral Reserves are adequate for a mine life of approximately 13 years, or to the end of 2018.
1.7	Environmental Conditions and Operating Permits
	The CJV has appropriate operating permits with the US Department of Interior, Bureau of Land Management (BLM) and the Nevada State Division of Environmental Protection for the Pipeline and South Pipeline pit through mining Phases 1 to 9. A Record of Decision for the Pipeline/South Pipeline Pit Expansion Project, which incorporates deepening of Phases 8 and 9 of Pipeline, expansion of the Pipeline pit into the Crossroads deposit and mining of the Gap deposit, was received on 13 July 2005.
	Preparation of an Environmental Impact Study (EIS) for the Pediment deposit began in February 2001 and is expected to be completed in 2006. Baseline work including Cortez Hills is in progress. CJV anticipates filing an Amendment to the Pipeline Plan of Operation (POO) for the Cortez Hills/Pediment project in the fourth quarter of 2005. NDEP water permits will also be required. Cultural artefacts in the Cortez Hills area will need to be mitigated to obtain a final operating permit. It is reasonable to expect that operating permits will be obtained.
	New POOs will be required in the future to mine the Cortez NW Deep and Hilltop deposits, which are presently held as resources. It is reasonable to expect that operating permits will be obtained.

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	The CJV mine operates under Placer Dome’s sustainability policy, which commits the operation to a high standard of environmental stewardship.
1.8	Mineral Resource and Mineral Reserve Summary
	CJV mineral reserve and mineral resource summaries, as of 1 September 2005, are listed in Tables 1-2 and 1-3.

Table 1-2: CJV Mineral Reserve Estimate, 1 September 2005

	Ore Tons		Gold Grade		Ore Tonnes		Gold Grade		Contained Gold Ounces
Classification	(000s)		(oz/ton)		(000s)		(g/t)		(000s)
Proven Mineral Reserves		180,200		0.045		163,500		1.54		8,193
Probable Mineral Reserves		95,600		0.030		86,800		1.03		2,875
Proven + Probable Reserves		275,800		0.040		250,300		1.37		11,068

Notes: Mineral reserves are separate from mineral resources. Reserves are contained within pits designed with a gold price of US$375/oz for Cortez Hills and $350/oz for all other deposits. Estimates use a leach ore cutoff grade of 0.005 oz/t and variable cutoff grades for different mill ores. Columns and rows do not total exactly due to rounding.

Table 1-3: CJV Mineral Resource Estimate, 1 September 2005

	Ore Tons		Gold Grade		Ore Tonnes		Gold Grade		Contained Gold Ounces
Classification	(000s)		(oz/ton)		(000s)		(g/t)		(000s)
Measured Mineral Resources		128,100		0.033		116,200		1.131		4,209
Indicated Mineral Resources – Open Pit		175,100		0.021		158,900		0.720		3,669
Indicated Mineral Resources – Cortez Hills Underground		5,800		0.419		5,300		14.364		2,422
Total Measured + Indicated Mineral Resources		309,000		0.033		280,400		1.131		10,300
Inferred Mineral Resources – Open Pit		34,600		0.022		31,300		0.754		770
Inferred Mineral Resources – Cortez Underground		4,600	��	0.323		4,200		11.073		1,492
Total Inferred Mineral Resources		39,200		0.058		35,500		1.988		2,262

Notes: Mineral resources are exclusive to mineral reserves. Open pit resources are estimated within ultimate pits developed with a $425/oz gold price and a leach ore cutoff grade of 0.005 oz/t. Underground resources are defined using cutoff grades for oxide and refractory gold calculated at a gold price of $425/oz and are bound by the outer limit of the resource model envelope. Columns do not total exactly due to rounding.

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2.0	INTRODUCTION AND TERMS OF REFERENCE
2.1	Introduction
	Placer Dome Inc. commissioned AMEC to review resource and reserve estimates for all gold deposits within the Cortez Joint Venture (CJV) in Lander County, Nevada USA and prepare a Technical Report to support the public disclosure of Mineral Reserve and Mineral Resource estimates as of 1 September 2005. The format and content of this report are intended to conform to Form 43-101F1,Technical Reportof National Instrument 43-101, Standards of Disclosure for Mineral Projectsof the Canadian Securities Administrators.
	Larry B. Smith, P.Geo., an employee of AMEC, directed the review of resource and reserve estimates for the property. Mr. Smith reviewed the geology, exploration data, geological models, resource estimate procedures, land position, and status of permits. Tracy Barnes, P.E., an employee of Barnes Engineering Inc., reviewed resource estimates, mine designs, production plans, reserves, and cash flows. Alexandra Kozak, P.Eng., an employee of AMEC, reviewed metallurgical test data, process facilities and processing performance.
	Information and data for the review and preparation of the report were obtained from the Cortez Joint Venture during site visits carried out between 9 and 18 December 2003, between 23 and 24 August 2004, between 26 and 29 September 2005, and from transmittal of data to AMEC following the site visits. Some aspects of this report regarding summarizations of the geology, mineralization, mining, and mineral processing were derived from an internal Placer Dome Technical Report authored by Alfred L. Hills and Robert B. Pease (2003) and an internal Placer Dome and Kennecott Minerals feasibility study on the Cortez Hills/Pediment project (2005). Contributions from these reports were checked for accuracy by AMEC staff. William M. Martinich, Member AusIMM, a Cortez Joint Venture Qualified Person, provided assistance in making all pertinent data available to the AMEC team.

2.2	Terms of Reference
	Unless stated otherwise, all quantities are in US Commercial Imperial units and currencies are expressed in constant 2004 US dollars. This report is written for the entire operation; the interests of any particular joint venture owner must therefore be deduced from the figures presented.
	Placer Dome Inc. generally uses metric units of measurement in its public disclosures. However, since the CJV uses imperial measurement units this report has been prepared using imperial units. To convert numbers from imperial to metric please refer to

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Section 2.3.3. The mineral resource and mineral reserve summaries are reported in both imperial and metric units.

2.3	Units of Measure
2.3.1	Common Units

Above mean sea level	amsl
Ampere	A
Annum (year)	a
Billion years ago	Ga
British thermal unit	Btu
Cubic feet per second	ft3/s or cfs
Cubic foot	ft3
Cubic inch	in3
Cubic yard	yd3
Day	d
Days per week	d/wk
Days per year (annum)	d/a
Degree	°
Degrees Fahrenheit	°F
Foot	ft
Gallon	gal
Gallons per minute (US)	gpm
Greater than	>
Horsepower	hp
Hour	h
Hours per day	h/d
Hours per week	h/wk
Hours per year	h/a
Inch	”
Kilo (thousand)	k
Kilovolt	kV
Kilovolt-ampere	kVA
Kilovolts	kV
Kilowatt	kW
Kilowatt hour	kWh
Kilowatt hours per short ton (US)	kWh/st
Kilowatt hours per year	kWh/a
Less than	<
Megavolt-ampere	MVA
Megawatt	MW
Micrometre (micron)	µm
Miles per hour	mph
Milliamperes	mA

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Milligram	mg
Milligrams per litre	mg/L
Millilitre	mL
Millimetre	mm
Million	M
Minute (time)	min
Month	mo
Ohm (electrical)	Ù
Ounce	oz
Parts per billion	ppb
Parts per million	ppm
Percent	%
Phase (electrical)	Ph
Pound(s)	lb
Pounds per square inch	psi
Short ton (2,000 lb)	st
Short ton (US)	t
Short tons per day (US)	tpd
Short tons per hour (US)	tph
Short tons per year (US)	tpy
Specific gravity	SG
Square foot	ft2
Square inch	in2
Total dissolved solids	TDS
Total suspended solids	TSS
Volt	V
Yard	yd
Year (US)	yr

2.3.2 Common Chemical Symbols

Aluminum	Al
Ammonia	NH3
Antimony	Sb
Arsenic	As
Bismuth	Bi
Cadmium	Cd
Calcium	Ca
Calcium carbonate	CaCO3
Calcium oxide	CaO
Calcium sulphide dehydrate	CaSO4• 2H2O
Carbon	C
Carbon monoxide	CO
Chlorine	Cl
Chromium	Cr

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Cobalt	Co
Copper	Cu
Cyanide	CN
Gold	Au
Hydrogen	H
Iron	Fe
Lead	Pb
Magnesium	Mg
Manganese	Mn
Manganese dioxide	MnO2
Manganous hydroxide	Mn (OH)2
Molybdenum	Mo
Nickel	Ni
Nitrogen	N
Nitrogen oxide compounds	Nox
Oxygen	O2
Palladium	Pd
Platinum	Pt
Potassium	K
Silver	Ag
Sodium	Na
Sulphur	S
Tin	Sn
Titanium	Ti
Tungsten	W
Uranium	U
Zinc	Zn

2.3.3 Metric Conversion Factors (divide by)

Short tons to tonnes	1.10231
Pounds to tonnes	2204.62
Ounces (Troy) to tonnes	32,150
Ounces (Troy) to kilograms	32.150
Ounces (Troy) to grams	0.03215
Ounces (Troy)/short ton to grams/tonne	0.02917
Acres to hectares	2.47105
Miles to kilometres	0.62137
Feet to metres	3.28084

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3.0	DISCLAIMER
	AMEC did not independently verify the validity of unpatented mining claims, leases, and title to wholly-owned patented mining claims and fee lands, but reviewed records on mining claims, fee lands and mineral leases at the mine office.
	AMEC interviewed Cortez Joint Venture staff regarding the status of state and federal mining and water permits, but did not independently confirm the status of permits with government agencies.
	Geotechnical Engineering studies by Golder Associates support pit designs for the Pipeline, South Pipeline, and Gap deposits. BGC Engineering Inc. (BGC) conducted geotechnical studies supporting pit designs for the Pediment deposit in 2000 and for the Cortez Hills deposit in 2003, 2004, and 2005. Leach pad designs were developed by AMEC Earth and Environmental. In each case, AMEC’s review was based on the assumption that the work was prepared by qualified experts.

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4.0	PROPERTY DESCRIPTION AND LOCATION
4.1	Location
	The Cortez Joint Venture (CJV) is located 80 miles southwest of Elko, Nevada, USA., in Lander County (Figure 4-1). The Pipeline gold operation is seven miles northwest of the original Cortez milling complex. The new Pediment and Cortez Hills gold deposits are three miles south of the Cortez mill. The Hilltop resource is 16 miles northwest of the Pipeline mine and mill. The operation is accessed on Nevada State Highway 306, which extends southward from US Interstate 80, both of which are paved roads.
	The Pipeline, South Pipeline, Crossroads, and Gap deposits all lay within Township 27 North, Range 47 East (T27N, R47E) and Township 28 North, Range 47 East (T28N, R47E) Mount Diablo Base and Meridian (MDBM). The Pediment deposit and proposed facilities are in the southeast portion of Township 27 North, Range 47 East, the southwest portion of Township 27 North, Range 48 East, the northeast portion of Township 26 North, Range 47 East, and the northwest portion of Township 26 North, Range 48 East MDBM. The Cortez Hills deposit is principally in the northwest portion of Township 27 North, Range 48 East MDBM. The Hilltop deposit is in the northwest portion of Township 29 North, Range 46 East and the southwest portion of Township 30 North, Range 46 East MDBM.
4.2	Mineral Tenure and Agreements
	The CJV is managed and operated by Placer Dome US Inc.for the benefit of the CJV. Equity is split between Placer Cortez Inc., an indirect wholly-owned subsidiary of PDI and Kennecott Explorations (Australia) Ltd. in the following amounts:

• Placer Cortez Inc. 60%

• Kennecott Explorations (Australia) Ltd. 40%

	The joint venture is governed by the terms of an Amended and Restated Mining Venture Agreement dated effective 01 January 1998, between Placer Cortez Inc. and Placer Dome US Inc. and Kennecott Explorations (Australia) Ltd.
4.2.1	Mineral Rights
	CJV encompasses an area of approximately 640,000 acres (258,700 ha) along the Cortez/Battle Mountain mineral trend, within which the CJV directly controls about 249,100 acres (100,850 ha) of mineral rights with ownership of mining claims and fee lands (Figure 4-2). In total, the property rights controlled by the CJV through outright

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Figure 4-1: Location of Cortez Joint Venture in Nevada

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ownership consist of 75 patented lode claims, 8,932 unpatented lode claims, 363 unpatented millsite claims, 124 patented millsite claims, and 48,437 acres of fee mineral and surface land. An additional 4,000 acres of surface rights are owned. The CJV also has lease agreements on an additional 865 unpatented lode claims, 282 unpatented millsites, and 5,080 acres of fee lands throughout the area of interest. Table 4-1 lists the principal groups of unpatented lode mining claims on the entire joint venture Area of Interest. Table 4-2 shows the unpatented mill site claims in the Pipeline area wholly-owned by the joint venture. Table 4-3 lists unpatented mill site claims in the Pipeline area leased by the joint venture. Table 4-4 lists the fee lands wholly-owned by the joint venture and under lease in the entire Area of Interest. Table 4-5 shows the principal groups of patented lode claims in the Cortez Mine area. Table 4-6 lists wholly-owned patented millsites at the Cortez Mine, followed by a list of patented lode mining claims at Gold Acres (Table 4-7) and patented lode mining claims at Hilltop (Table 4-8).

Table 4-1: Unpatented Lode Mining Claims Wholly Owned or Leased by Joint Venture in Area of Interest

Claim Group	Number of Claims
Owned Claims
Black Lady		1
Cooks Creek — HS&HO		109
Cortez Mine		5,026
GAS		526
Gavel		58
Hilltop		276
Marvel		79
MOAB		127
Mocking Bird & Juniper		15
Percival		37
Robertson Coral Resources		161
Toiyabe Mine		152
Chivo		61
Cricket		16
Emmy		8
Grit		99
Mari		35
Match		31
Moab		128
Patch		734
Powder Keg		168
Sand		204
Storm		257
WFM		4
Wind		483
Zach		27
Total Owned		8,932

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Claim Group	Number of Claims
Leased
GAS		318
Genesis — JR		127
Kurtz		7
Ward — Fox, PF and PUP		60
Ward — PFX		12
Ward — Sly		212
Ward — SlyR		11
WPL		118
Total Leased		865
Total Lode Claims		9,797

Table 4-2: Unpatented Millsites in Pipeline Area Wholly-Owned by Joint Venture

Claim Name	Nevada Claim Number	Claim Name	Nevada Claim Number
AL 29-36	NMC 697433-697440	M 162-166	NMC 65490-65494
AL 49-58	NMC 697453-697462	M 175-176	NMC 65503-65504
AL 69-79	NMC 697473-697483	M 186-191	NMC 65514-65519
AL 85-95	NMC 697489-697499	M 200	NMC 65528
AL 106-143	NMC 697510-697547	M 211-213	NMC 65539-65541
AL 148-162	NMC 697552-697566	M 217-219	NMC 65545-65547
AL 167-179	NMC 697571-697583	M 285-287	NMC 146145-146147
AL 184-221	NMC 697588-697625	M 298-302	NMC 146158-146162
AL 228-240	NMC 697632-697644	M 314-318	NMC 146175-146179
AL 245-266	NMC 697649-697670	M 448	NMC 303600
AL R74-78	NMC 813379-813383	M 456	NMC 303608
AL R96-100	NMC 813384-813388	PLMS R1-R83	NMC 813399-813481
AL R222-227	NMC 813389-813394	PLMS R86-R89	NMC 813484-813487
AL R241-244	NMC 813395-813398	PLMS R92-R96	NMC 813490-813494
M 15	NMC 65343	PLMS R99-R103	NMC 813497-813501
M 41-42	NMC 65369-65370	PLMS R108-R112	NMC 813506-813510
M 149	NMC 65477	SAW 1-31	NMC 825953-825983
M 157	NMC 65485
Total Millsites			363

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Figure 4-2: Mining Operations and Leases for Mining and Exploration Purposes

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Table 4-3: Unpatented Mill Site Claims in Pipeline Area under Lease to Joint Venture

Mill Site Claim Numbers	Nevada Claim Number
SPMS 1-231 SAE 1-51	NMC 813511-851676 NMC 825984-826034

Table 4-4: Holdings of Fee Lands (Wholly Owned Unless Otherwise Noted)

Fee Lands	Acreage
Dean Ranch — Eureka and Lander Counties		48,437
Surface Rights
Township 30 North, Range 46 East, MDB&M
Section 33:          All		640
Township 29 North, Range 46 East, MDB&M
Section 4:           Lot 4 (NW/4 NW/4)		40
Section 5:           All		640
Section 8:           N/2, S/2 SE/4		400
Township 28 North, Range 49 East, MDB&M
Section 17:           All		640
Township 28 North, Range 47 East, MDB&M
Section 13:           S1/2		320
Section 27:           E1/2		320
Section 35:           W/2		320
Section 36:           SW/4		160
Township 26 North, Range 48 East, MDB&M
Section 7:           NE/4, NW/4 SE/4		200
Section 18:           Lot 4, SE/4 SW/4		80
Section 19:           Lot 1, E/2 NW/4, NW/4 SE/4, S/2 SE/4		240
Marvel Lease		5,000
Baumann Lease		80
Total		57,517

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Table 4-5: Patented Lode Mining Claims in Cortez Mine Area (Wholly-Owned)

	Eureka County Records
Claim Name	Book		Pages
Arctic		11		595-97
Avalanche		12		558-60
Adjunct		13		544-45
Alta		13		546-47
Bewick		13		566-67
Cummings		11		586-88
Central Consolidated		13		50-52
Concave		13		562-63
Compressor		13		44-46
Conjunction		13		570-71
Chance		20		276-79
Devalla		13		550-51
Equator		13		558-59
Eclipse		13		542-44
Excelsior		13		53-55
Fitzgerald		11		589-91
Garrison		11		583-85
Hidden Treasure		13		554-55
Idaho		11		598-600
Junction		11		580-82
Jeanette		13		47-49
Kingsbury		13		564-65
Lead		20		276-79
Moring		13		556-57
Monarch		13		552-53
Meteor		13		585-86
Mt. Tenabo		13		560-61
Premium		11		592-94
Pontifex		13		548-49
Protection		13		574-75
Revision		13		572-73
Quartzite		20		276-79
Rosebush		20		276-79
Remnant		13		587-88
St. Louis		11		601-03
Speculation		13		540-41
Summit		13		568-69
Millsite – Cortez		19		462-63

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Table 4-6: Patented Millsites in Cortez Mine Area (Wholly-Owned)

Claim	MS#		Patent #		Claim		MS#		Patent #		Claim		MS#		Patent #		Claim		MS#		Patent #
M 4		5000		27-90-0007		M 93		5000		27-90-0007		M 180		5000		27-90-0007		M 426		5000		27-90-0007
M 5		5000		27-90-0007		M 94		5000		27-90-0007		M 181		5000		27-90-0007		M 427		5000		27-90-0007
M12		5000		27-90-0007		M 95		5000		27-90-0007		M 182		5000		27-90-0007		M 428		5000		27-90-0007
M 13		5000		27-90-0007		M 96		5000		27-90-0007		M 183		5000		27-90-0007		M 429		5000		27-90-0007
M 14		5000		27-90-0007		M 97		5000		27-90-0007		M 184		5000		27-90-0007		M 430		5000		27-90-0007
M 33		5000		27-90-0007		M 98		5000		27-90-0007		M 185		5000		27-90-0007		M 449		5000		27-90-0007
M 36		5000		27-90-0007		M 99		5000		27-90-0007		M 199		5000		27-90-0007		M 450		5000		27-90-0007
M 37		5000		27-90-0007		M 104		5000		27-90-0007		M 201		5000		27-90-0007		M 451		5000		27-90-0007
M 38		5000		27-90-0007		M 105		5000		27-90-0007		M 202		5000		27-90-0007		M 452		5000		27-90-0007
M 39		5000		27-90-0007		M 106		5000		27-90-0007		M 203		5000		27-90-0007		M 453		5000		27-90-0007
M 40		5000		27-90-0007		M 107		5000		27-90-0007		M 204		5000		27-90-0007		M 454		5000		27-90-0007
M 55		5000		27-90-0007		M 108		5000		27-90-0007		M 205		5000		27-90-0007		M 455		5000		27-90-0007
M 56		5000		27-90-0007		M 109		5000		27-90-0007		M 206		5000		27-90-0007		M 431		5001		27-90-0005
M 57		5000		27-90-0007		M 110		5000		27-90-0007		M 207		5000		27-90-0007		—		—		—
M 58		5000		27-90-0007		M 111		5000		27-90-0007		M 208		5000		27-90-0007		—		—		—
M 59		5000		27-90-0007		M 112		5000		27-90-0007		M 209		5000		27-90-0007		—		—		—
M 60		5000		27-90-0007		M 113		5000		27-90-0007		M 210		5000		27-90-0007		—		—		—
M 61		5000		27-90-0007		M 114		5000		27-90-0007		M 220		5000		27-90-0007		—		—		—
M 62		5000		27-90-0007		M 115		5000		27-90-0007		M 221		5000		27-90-0007		—		—		—
M 70		5000		27-90-0007		M 116		5000		27-90-0007		M 222		5000		27-90-0007		—		—		—
M 71		5000		27-90-0007		M 117		5000		27-90-0007		M 223		5000		27-90-0007		—		—		—
M 72		5000		27-90-0007		M 137		5000		27-90-0007	M No 294			5000		27-90-0007		—		—		—
M 73		5000		27-90-0007		M 138		5000		27-90-0007	M No. 295			5000		27-90-0007		—		—		—
M 74		5000		27-90-0007		M 139		5000		27-90-0007	M No. 296			5000		27-90-0007		—		—		—
M 75		5000		27-90-0007		M 140		5000		27-90-0007	M No. 297			5000		27-90-0007		—		—		—
M 76		5000		27-90-0007		M 145		5000		27-90-0007	M No. 319			5000		27-90-0007		—		—		—
M 77		5000		27-90-0007		M 146		5000		27-90-0007	M No. 320			5000		27-90-0007		—		—		—
M 78		5000		27-90-0007		M 147		5000		27-90-0007	M No. 321			5000		27-90-0007		—		—		—
M 79		5000		27-90-0007		M 148		5000		27-90-0007	M No. 322			5000		27-90-0007		—		—		—
M 80		5000		27-90-0007		M 153		5000		27-90-0007	M No. 323			5000		27-90-0007		—		—		—
M 81		5000		27-90-0007		M 154		5000		27-90-0007	M No. 324			5000		27-90-0007		—		—		—
M 87		5000		27-90-0007		M 155		5000		27-90-0007	M No. 325			5000		27-90-0007		—		—		—
M 88		5000		27-90-0007		M 156		5000		27-90-0007	M No. 326			5000		27-90-0007		—		—		—
M 89		5000		27-90-0007		M 161		5000		27-90-0007	M No. 327			5000		27-90-0007		—		—		—
M 90		5000		27-90-0007		M 177		5000		27-90-0007		M 422		5000		27-90-0007		—		—		—
M 91		5000		27-90-0007		M 178		5000		27-90-0007		M 423		5000		27-90-0007		—		—		—
M 92		5000		27-90-0007		M 179		5000		27-90-0007		M 425		5000		27-90-0007		—		—		—

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Table 4-7: Patented Lode Claims in Gold Acres Area (Wholly-Owned)

Claim Name	Patent No.
Ambrose E		1161800
Afterthought		1161800
Bruce		1161800
Fandango		1161800
Gold Drift		1161800
Gold Bar		1161800
Gold Case		1161800
Harry C.		1161800
Hub		1161800
Homestead No. 2		1161800
Hope to Do		1161800
Iron Blossom No. 3		1161800
Jumbo		1161800
Jupiter		1161800
New Monarch		1161800
Neptune		1161800
Polaris		1161800
Robert W.		1161800
Second Guess		1161800
Venus		1161800

Table 4-8: Patented Lode Claims in Hilltop Area (Wholly-Owned)

Claim Name	MS #		Patent No.
Hilltop No. 2		4086		448057
Independence Strike 1		4086		448057
Independence Strike 2		4086		448057
Independence Strike 3		4086		448057
Independence Strike 4		4086		448057
Cloro		4086		448057
Sunshine		4086		448057
Hobo		4086		448057
Golden Creek		4086		448057
White Rock		4086		448057
Hilltop		4090		440649
Hilltop Extension		4090		440649
Hilltop 3		4090		440649
Hilltop 4		4090		440649
Nellie G		4090		440649
Log Cabin		4090		440649
Carnation 1 & 2		3640

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The CJV also manages the Buckhorn Joint Venture, which holds 34 patented lode claims, 157 unpatented lode claims, and 24 unpatented millsite claims. The CJV does not have declarable mineral resources and reserves on the Buckhorn Joint Venture land.

4.2.2	Agreements and Royalties
	All production at Cortez is subject to a 1.5% gross smelter return (GSR) royalty payable to the former shareholders of Idaho Mining Corporation. This pertains to any production from the Pipeline, South Pipeline, Crossroads, Gap, Gold Acres, Cortez NW Deep, Cortez Hills, Pediment and Hilltop deposits. In addition, Royal Gold Inc. holds a GSR royalty over the Pipeline/South Pipeline deposits (graduating from 0.4% to 5.0% based on the price of gold), and ECM Inc. holds a net value royalty of 5.0% of gold sales from the South Pipeline deposit (which is approximately equivalent to a 3.9% GSR). A separate sliding scale GSR (based on gold price) from 0.72% to 9.0% is owed to Royal Gold Inc. and Royal Crescent Valley Inc. on 370 GAS claims in the vicinity of the South Pipeline deposit. An additional sliding scale GSR (based on gold price) is owed to Royal Gold Inc. and Royal Crescent Valley Inc. on 52 other claims in the vicinity of the South Pipeline deposit.
	Production from the Hilltop deposit is subject to a 10% Net Profits royalty, capped at $8 million, due to LHTW Properties (owned by Chevron).
	Since 1992, Placer Dome US Inc. (PDUS) and the CJV have been involved in litigation against ECM Inc. concerning claims by ECM arising from PDUS’ and the CJV’s acquisition of a lease from ECM of the GAS mining claims on which the South Pipeline deposit was discovered. This claim is disclosed in the notes to Placer Dome Inc.’s consolidated financial statements, but no loss accrual for that contingency has been made since management believes, on balance, that it will be finally successful in defending the litigation against ECM.
4.3	Operational Permits and Jurisdictions
	All mineral reserves and mineral resources, in addition to existing and future facilities to be used to exploit the mineral reserves, are on public lands administered by the Battle Mountain Field Office of the US Department of Interior, Bureau of Land Management (BLM). The Nevada State Division of Environmental Protection (NDEP) requires Water Pollution Control Permits related to heap leach and mill process facilities and aquifer infiltration galleries.
	Existing state and federal permits cover the Pipeline and South Pipeline pits. Mining of stockpile material at the Gold Acres pit is covered by the existing BLM Plan of Operation (POO). In January 2001, the CJV filed an Amended POO with the BLM in to deepen Phases 8 and 9 in the Pipeline/South Pipeline pit and extend the pit into the Crossroads deposit to the south. The Amendment also included mining of the Gap pit located between

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Pipeline/South Pipeline and the historical Gold Acres pit. The final Environmental Impact Statement (EIS) for this amendment was released at the end of January 2004 and a positive Record of Decision was received from the BLM on July 13, 2005.

Preparation of an Environmental Impact Study (EIS) for the Pediment deposit began in February 2001 and is expected to be completed in 2006. Baseline work including Cortez Hills is in progress. CJV anticipates filing an Amendment to the Pipeline Plan of Operation (POO) for the Cortez Hills/Pediment project in the fourth quarter of 2005. NDEP water permits will also be required. Cultural artefacts in the Cortez Hills area will need to be mitigated to obtain a final operating permit. It is reasonable to expect that operating permits will be obtained.

The Cortez NW Deep deposit (located northwest of the historical Cortez mine pit) and the Hilltop deposit are presently classified as resources. If the Cortez NW Deep deposit were mined in the future, an amendment to the existing POO for the Cortez pit would be required. The Hilltop deposit would require a new POO and EIS if resources there were converted to reserves.

The CJV mine operates under Placer Dome’s sustainability policy, which commits the operation to a high standard of environmental stewardship. This involves protecting human health, reducing the impact of mining on the ecosystem, and returning the site to a state compatible with a healthy environment. Nine “issue management plans” (IMPs) have been developed for the major environmental issues identified. These IMPs include a plan for rehabilitation, site decommissioning, and closure. Environmental considerations are discussed in Section 19.9 of this Technical Report.

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5.0	ACCESSIBILITY, CLIMATE, AND PHYSIOGRAPHY
	The Cortez Joint Venture operation is reached by travelling approximately 32 miles east from Battle Mountain, Nevada, on US Interstate 80 (I-80). Alternative access is from Elko, Nevada, approximately 45 miles west to the Beowawe exit, then approximately 35 miles south on Nevada State Route 306.
	The present Pipeline/South Pipeline mine and Mill No. 2 of the CJV are at the southern end of the Crescent Valley in Lander County, Nevada. The Crescent Valley is a structural and topographic basin between the Northern Shoshone Range on the west and the Cortez Range on the east. Most mine facilities are on the west side of the valley at an elevation of about 5,000 ft. This includes the original workings of the Gold Acres mine, now inactive and the proposed pit of the Gap deposit. The Cortez mine and Mill No.1 (both inactive) are located along the northern edge of the Cortez Range seven miles southeast of the Pipeline pit. The recently discovered Cortez Hills and Pediment deposits are located in the Cortez Hills approximately three miles south of the Cortez pit and at an elevation of about 6,000 ft.
	The mine workforce presently consists of 370 employees, who commute to the property via company sponsored bussing, company vehicles, or privately owned vehicles.
	The area is sparsely populated. The small community of Crescent Valley is about 10 miles north of the Cortez Mill No. 2 complex.
	The climate of central Nevada is generally characterized as mid-latitude steppe. Low humidity, mostly clear skies, and large diurnal temperature fluctuations represent normal daily conditions. Winds are generally from the southwest; however, channelling of wind flow by the north-south oriented mountain ranges is common.
	Temperatures range from an average mean of 48°F to an absolute minimum of -30°F and an absolute maximum of 105°F. January is the coldest month, with an average mean monthly temperature of 26°F. July is the warmest month, with an average temperature of 72°F. Average annual precipitation is approximately 9”. May is the wettest month (one inch average) and July is the driest (0.3” average). Precipitation between November and March is normally dominated by snowfall. Summer precipitation is usually characterized by short-duration, high-intensity thunderstorms.
	Water for process use at Cortez Mill No. 2 is supplied from the open pit dewatering system. Currently, approximately 1,450 gpm of the pit dewatering volume is diverted for plant use.
	Electric power at Pipeline is supplied by Sierra Pacific Power Company (SPPC) through a 50 mile long, 120 kV transmission line. The average power requirement of the mine is about 150 MkWh/a.

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6.0	HISTORY
	The following history of mining in the Cortez Joint Venture is abstracted from Hays and Foo (1990), Foo, et al., (1996) and Thompson and Hays (2000), and is listed in Table 6-1. Mining in the area occurred as early as 1862 when silver was discovered near the present Cortez mine. Gold, lead, copper, and antimony were mined from quartz veins at the Hilltop deposit from 1912 to 1921 (Kelson, et al., 2000). Gold mineralization at Gold Acres was discovered in the late 1920’s and mined by a small mining company from 1935 to 1960. The mine was one of the few gold operations to remain open during World War II. Mining began with underground methods and later converted to open pits. The north pit produced about US$10 million in gold from 1942 to 1961 (Hays and Foo, 1990).
	In 1959, American Exploration & Mining Co. (AMEX), a wholly-owned US subsidiary of Placer Development Ltd., entered into a lease-option agreement on the properties of the Cortez Metals Co. and started extensive exploration of the mine workings and surrounding area. In 1963 AMEX entered into an exploration agreement with Idaho Mining Corp., which had acquired large areas of mineralized ground adjoining the AMEX holdings. In 1964, AMEX formed the Cortez Joint Venture with the added participation by the Bunker Hill Co., Vernon F. Taylor, Jr., and Webb Resource, Inc,
	The US Geological Survey found anomalous gold in altered outcrops at the base of the Cortez Range in 1966. The CJV shortly afterwards discovered the Cortez deposit. Production at Cortez began in 1969 and continued until 1972, and then resumed from 1988 to 1993. Unmined resources comprise deep extensions of mineralization northwest of the existing Cortez pit. Work continues to convert these resources to reserves.
	The CJV obtained exploration rights to the Gold Acres mine in 1969. Drilling confirmed reserves and open pit mining began in 1973. Low-grade ores from Gold Acres were mined and processed by heap leaching until 1976. Leaching and milling of Gold Acres stockpiles and dumps continued until 1983. Drilling resumed, resulting in the discovery of refractory gold mineralization in the vicinity of the north pit. Mill-grade ores were mined from 1987 to 1996 and processed at the Cortez Mill #1. In 2003, the CJV commenced shipping Gold Acres refractory stockpiles for toll processing at third-party facilities.
	The Pipeline, South Pipeline, and Crossroads gold deposits occur in sequence from northwest to southeast and are entirely concealed beneath pediment gravels up to 300 ft thick. The Pipeline deposit was discovered by CJV geologists in March 1991 during drilling of deep condemnation holes on the pediment east of Gold Acres. Initial indications of the South Pipeline deposit were discovered by Royal Gold during drilling campaigns carried out in 1990 and 1991. CJV shortly afterward assumed the role of operator in the Royal Gold-ECM joint venture and then in late 1991 discovered the South Pipeline deposit. Drilling west of the South Pipeline deposit revealed a shallow zone of gold mineralization termed the Crescent deposit and mineralization farther west at Gap.

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Mining began on the Crescent pit in 1994. An internal feasibility study covering the Pipeline and South Pipeline deposits was completed by Placer Dome Technical Services in 1995. Construction of Mill #2 and pre-stripping of the first stage of the Pipeline pit began in 1996.

Continued drilling along northwest-southeast structural trends at Pipeline in 1998 resulted in discovery of the Crossroads deposit southeast of the South Pipeline deposit. Crossroads is concealed beneath 550 ft of alluvium. It represents a continuation of mineralization from South Pipeline.

Table 6-1: History of Exploration and Mining in the Cortez Joint Venture

Period	Activity
1862 – 1932	Cortez Silver mine in operation
1912 – 1921	Mining of gold, lead, copper and antimony at Hilltop
Late 1920s	Gold Acres deposit discovered
1935 – 1960	Gold mined from the Gold Acres deposit by other companies. Gold Acres mined as an open pit operation
1964	Cortez Joint Venture (CJV) formed
1966	Cortez deposit discovered
1969 – 1972; 1988 – 1993	Cortez deposit mined
1973 – 1976	New southern extension of the Gold Acres deposit mined and Horse Canyon deposit discovered
1976 – 1983	Low-grade oxide ores from Cortez and Gold Acres heap leached
1983 – 1987	Horse Canyon deposit mined
1987 – 1996	Mining resumed in the Cortez and Gold Acres deposits
1989	Hilltop deposit acquired
1991	Pipeline, South Pipeline, Crescent and Gap deposits discovered
1994	Commenced mining the Crescent pit within the north western portion of the South Pipeline deposit
1996	Mining commenced on the Pipeline deposit
1997	Production at Mill No. 2 commenced. Total development and capital costs were $250 million.
1998	Crossroads deposit discovered.
1998	Pediment deposit discovered
1999	Mill No. 1 was placed on care and maintenance.
2001	Plan of Operations was submitted for Pipeline expansion and Pediment projects
2002	South Area heap leach facility was commissioned
2003	Cortez Hills deposit discovery was announced in April
2004	Infill drilling continued at Cortez Hills and Pediment deposits
2005	Condemnation drilling and geotechnical drilling for Cortez Hills pit

In 1996, CJV geologists began a program to test for concealed mineralization south of the Cortez mine. Geochemical and geophysical surveys were used to guide deep reverse-

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circulation drilling, initially focussing on an area immediately west of the Cortez Fault. In 1998, the Pediment deposit was discovered in a ten hole, deep RC drilling program designed to test potential for bedrock mineralization in the central and western portions of the alluvium-covered Cortez Fault Corridor. One of these holes, 98205, cut a 130 ft intercept averaging 0.046 oz/t Au. A second drill hole, 98207, demonstrated the economic potential of the Pediment deposit cutting a 190 ft intercept averaging >0.100 oz/t Au. Subsequent RC and core drilling programs through 2002 defined the Pediment reserve.

The Cortez Hills deposit was discovered in October 2002 as part of a seven RC hole exploration program investigating a steep gravity gradient anomaly near the projected intersection of NNW trending Cortez Fault Corridor structures and WNW trending faults beneath alluvial cover immediately to the north of the Pediment deposit. The sixth RC hole of this program intercepted 120 ft with an average grade of 0.278 oz/t Au. Three additional RC holes drilled were drilled in the fall of 2002 to confirm potential continuity and significance of mineralization. Continued RC and core drilling programs have defined the current reserves.

Development drilling was carried out to the extent that a resource estimate was announced by PDI in April 2003. Since then, a total of 626 core and RC holes totalling 893,989 ft have been drilled on the Cortez Hills and Pediment deposits.

Production from the Cortez Joint Venture from 1991 to 30 August 2005 is shown in Table 6-2.

Table 6-2: Cortez Joint Venture Annual Production, 1991 – 30 August 2005

Year	Gold
Ended	(troy oz)
1991		38,495
1992		75,922
1993		66,852
1994		69,608
1995		111,215
1996		160,782
1997		407,973
1998		1,138,725
1999		1,328,525
2000		1,009,922
2001		1,188,083
2002		1,082,000
2003		1,065,000
2004		1,051,336
2005 (to 30 August)		644,645
Total		9,439,083

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7.0 GEOLOGICAL SETTING

7.1	Regional Geology
	Comprehensive regional geologic studies of the Cortez area include Gilluly and Masursky (1965), Gilluly and Gates (1965), and Madrid (1987). Other publications discuss more detailed geologic features of the Cortez (Wells et al., 1969), Horse Canyon (Foo and Hebert, 1987), Gold Acres (Hays and Foo, 1990), the Pipeline and South Pipeline (Foo et al., 1996), Cortez (Thompson and Hays, 2000) and Cortez Hills/Pediment (Thompson, 2003) gold deposits.
	The geological setting of the Cortez area is typical of the Basin and Range province in northeastern Nevada and western Utah. The gold deposits of the district lie along the western margin of the Crescent Valley at the foot of the Shoshone Range (Pipeline, South Pipeline, Crossroads, Gap and Gold Acres) or within the southern end of the Cortez Range (Cortez, Cortez NW Deep, Cortez Hills and Pediment). Alluvial fill in the Crescent Valley between the fault blocks forming the two mountain ranges is up to 10,000 ft thick.
	The regional geology consists of deep-water siliceous rocks, and shallower-water carbonate rocks of the Paleozoic Roberts Mountains allochthon. Time-equivalent siliceous rocks of the upper plate of the Roberts Mountains Thrust (RMT) are juxtaposed over lower-plate carbonate rocks. Cretaceous to Eocene felsic dikes cut host rocks and mineralization throughout the district. Locally, volcanic rocks of Oligocene to Miocene age cover the Paleozoic-age sedimentary rocks.
	Styles of gold mineralization within the CJV Area of Interest include Carlin-type sediment-hosted deposits, porphyry deposits, and epithermal vein/stockwork deposits. The style most conducive to large tonnage and higher grades is the Carlin-type deposits hosted in the lower-plate carbonate rocks (e.g., Pipeline, South Pipeline, Crossroads Cortez, Cortez NW Deep, Gold Acres, Gap, Cortez Hills, Pediment, Horse Canyon, and Toiyabe). The porphyry and epithermal styles of mineralization rely on extensive structural ground preparation in less-receptive siliceous and volcanic host rocks (e.g., Hilltop, Coral, and Buckhorn).
	Carlin-type, sediment-hosted gold mineralization is the main target of exploration efforts in the CJV. These deposit types are situated along the Cortez Rift, which is within the northern Nevada Rift as defined by Stewart et al. (1975, Figure 7-1). The Cortez Rift is a distinct geological feature within the Battle Mountain-Eureka mineral belt (otherwise known as the Cortez Trend) defined by Roberts (1960). The rift is principally a feature of Miocene-age extension, normal faulting and emplacement of mafic intrusives and volcanic rocks. This structural zone mimics older north-northwest trending structures in some areas and in others masks older northwest and northeast-trending faults and folds that control mineralization. Gold mineralization in the CJV occurs within the lower-plate carbonates in

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or adjacent to structural closures (folds and horst blocks), which are along major, through-going normal faults and Mesozoic-age intrusive stocks. The principal hosts of gold mineralization are the Silurian Roberts Mountains Formation and the Devonian Wenban Limestone.

Figure 7-1: Location of Cortez Mine in Regional Gold Trends, North Central Nevada

7.2 District Geology and Stratigraphy

Figure 7-2 shows the local geology of the joint venture area. The general stratigraphy of the CJV deposits area is illustrated in Figure 7-3. The geological and stratigraphic setting of individual CJV gold deposits is described in subsequent sections.

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Figure 7-2: District Geology

Note: Map supplied by CJV. Cortez — Pediment map data is from detailed Cortez Joint Venture field mapping; Cortez Joint Venture map data is from Stewart & Carlson 1976. Geological Map of North-Central Nevada

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Figure 7-3: Stratigraphy of Cortez Joint Venture Area

Note:Host of Gap deposit and majority of Cortez Hills deposit is Devonian Wenban Limestone. Host of Pipeline, South Pipeline, Crossroads and lower Cortez Hills deposits is Silurian Roberts Mountains Formation.

The Cortez region is underlain by Paleozoic sedimentary rocks of the Roberts Mountain allochthon, Mesozoic granitic plutons and Tertiary volcanic rocks. A majority of the Northern Shoshone Range, comprising the northwest portion of the district, is underlain by siliceous cherts, sandstones, shales, and mafic volcanic rocks of deep-water origin, representing the upper structural plate of the Roberts Mountains Thrust. This includes the

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Cambrian Harmony Formation, Ordovician Valmy and Vinini Formations, Silurian Elder Sandstone and Fourmile Canyon Formations, and the Devonian Slaven Chert. The Hilltop gold deposit is hosted by brecciated, Upper Plate siliceous sedimentary rocks of the Ordovician Valmy Formation and Eocene porphyry along a northwest-trending fault system. The Gold Acres, Gap, Pipeline, South Pipeline, and Crossroads occur within Lower Plate Roberts Mountains Formation and within the Wenban Limestone at the south end of the Shoshone Range where erosion has exposed these units within structural uplifts.

The Crescent Valley cuts southwest across the centre of the district, disrupting the north-northwest trend of Cortez Rift structures and windows of Lower Plate rocks. In part, the top of bedrock on the west side of the valley slopes south-eastward, forming the toe of the southeast-dipping Shoshone Range structural block. Alluvium is abruptly thick on the southeast side of the Valley due to a normal fault bounding the front of the Cortez Range. Gravity data suggest that the alluvium is up to 10,000 ft thick on the east side of the valley.

The south-western Cortez Range is underlain by Upper Plate Valmy and Vinini Formation, Lower Plate Roberts Mountains Formation and Wenban Limestone, Jurassic intrusives (the Mill Canyon Stock) and Oligocene to Miocene volcanic rocks. Gold mineralization at Cortez, Horse Canyon, Cortez Hills, and Pediment occur along a north-northwest corridor where erosion of structural uplifts has exposed the Lower Plate limestones. To the west and east, Paleozoic rocks are covered by Oligocene felsic volcanic rocks and Miocene mafic volcanic rocks.

Emplacement of Jurassic and Cretaceous granitic stocks appears to have increased the structural preparation of carbonate host rocks in gold deposits within the Gold Acres-Pipeline and Cortez-Horse Canyon areas, although thrust zones within the carbonate rocks exhibit a strong local control on mineralization. Mineralization at Gold Acres, Gap, and Pipeline-South Pipeline are within the west, apex, and east portions, respectively, of an anticline created by emplacement of the Gold Acres stock. The Jurassic Mill Canyon Stock lies immediately east of the Cortez deposit and north of the Horse Canyon deposit. Oligocene felsic dikes are common at Gold Acres, Cortez, and Cortez Hills.

The intersection of north-northwest-trending faults and shallow east-dipping thrust faults within the Roberts Mountains Formation and Wenban Limestone control the location of gold mineralization in the Gold Acres, Gap, Pipeline, South Pipeline, Crossroads, Cortez and Cortez NW Deep deposits. Locally, mineralization expands where these features are intersected by northeast- and northwest-striking faults.

The Pediment deposit appears to be contained within a Miocene-age slide block that was displaced southwest from an original source located somewhere near Mt. Tenabo. The Cortez Hills deposit is within Wenban Limestone bedrock immediately north of Pediment. Both deposits are concealed underneath from 10 ft to 300 ft of alluvium and colluvium.

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7.3	Deposit Geology
7.3.1	Pipeline/South Pipeline/Crossroads
	These deposits represent a continuum of gold mineralization along a north-northwest (N15W to N20W), high-angle fault. Mineralization occurs where this structure, termed the Pipeline Fault, intersects a shallow east-dipping thrust duplex within the Roberts Mountains Formation. The thickest zones of mineralization occur where this structural setting is intersected by northeast-trending faults. Quaternary alluvium covers the area and contains a wide range of grain sizes from coarser cobbles and boulders of chert, argillite, siltstone, limestone, and quartzite to fine sands and silts. The alluvium-bedrock contact dips gently to the east (less than 10°) at an angle shallower than and sub-parallel to the bedding of the Roberts Mountains Formation below.
	The most important ore host is a silty carbonate unit in the Roberts Mountains Formation. Unaltered Roberts Mountains Formation is typically black to dark grey, thin- to medium-bedded, thinly laminated, calcareous to dolomitic siltstone, containing about 70% total carbonate, 22% detrital silt-sized grains of quartz and feldspar, and about 8% clay minerals (Stewart, 1980, and Mullens, 1980). Petrographic descriptions from the immediate deposit area indicate that the Roberts Mountains Formation can have a variable composition ranging from 10% to 80% quartz silt and up to 90% total carbonate as an indication of degrees of alteration. Carbonaceous material and pyrite are common. Fossiliferous horizons are noted in the deposit area, but detailed identification and dating have not been completed.
	The thickest Roberts Mountains Formation in its type section is 1,900 ft thick. In the Cortez Mountains, the thickest measured section is 1,000 ft (Gilluly and Masursky, 1965). Drill data suggest that the Roberts Mountains Formation exceeds 2,500 ft in thickness in the deposit area. Thickening is thought to be the result of repeated orogenic activity from the Antler through the Sevier Orogenies and a possible variation in deposition basin morphology. Doming, related to the Jurassic intrusives, may account for additional thickening along the margins of the igneous bodies.
	The lower-plate Devonian Wenban limestone is exposed to the west of the deposit and is evident to the south at depth. The Wenban Limestone is similar to and overlies the Roberts Mountains Formation, but is typically thicker bedded with less detrital silt grains. It is generally a relatively crystalline limestone, which was deposited in a shallow-shelf to moderately deep outer-shelf environment (Stewart, 1980). Although the Wenban Limestone is not evident within the Pipeline, South Pipeline, and Crossroads deposits, it will comprise portions of the ultimate western pit wall. The stratigraphically deeper Ordovician Hanson Creek Formation was also encountered in deep reverse-circulation drill holes to the south.

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	The distribution of host rocks and gold mineralization is controlled by a series of north-northwest-trending (N15W-N20W) faults that dip from 75° to 85° east. The most important of these is the Pipeline Fault, which was recognized as a photo lineament early in exploration drilling. The Pipeline Fault and sub-parallel faults to the west cut through the centre of a horst block of Lower Plate rocks located between Wenban Formation to the west and Upper Plate rocks to the east.
7.3.2	Gold Acres
	Gold Acres is located within the western limb of an anticline in Lower Plate and Upper Plate rocks that overlies the Cretaceous Gold Acres Stock. The Upper Plate siliceous rocks are represented by the Ordovician Valmy Formation, the Silurian Elder sandstone and the Devonian Slaven chert. The Upper Plate units consist of quartzite, chert, shale, siltstone, greenstone, and minor amounts of limestone; silty sandstone with lesser amounts of sandy siltstone and chert; and thin-bedded chert, respectively.
	The Lower Plate carbonate rocks are represented by the Silurian Roberts Mountains Formation and the Devonian Wenban limestone. The Roberts Mountains Formation is a thin-bedded calcareous to dolomitic siltstone, with discontinuous thin lenses of black chert. The Roberts Mountains Formation is pervasively carbonaceous near mineralization. The Wenban Limestone is a medium- to thick-bedded, silty to crystalline limestone, which has been altered to skarn near gold mineralization. Ore is hosted predominantly by the Roberts Mountains Formation, with minor gold hosted within the Upper Plate Slaven chert and Valmy Formation.
	The Gold Acres Stock lies beneath the Gold Acres area, but does not outcrop near the deposit and is not evident in the walls of the pit. Drilling indicates that the pluton is from 400 to 600 ft below the current Gold Acres pits.
	The deposit is bounded on the north by the Gold Acres Fault, which strikes northeast and is near vertical. The Island Fault strikes N20E and dips 50° northwest. It displaces mineralization in the North Pit downward relative to mineralization within the South Pit. Multiple northeast-trending faults are present between the Gold Acres and Island Faults and these displace mineralized stratigraphy downward in a stair-step pattern to the north. The Gold Acres pit is presently inactive.
7.3.3	Gap
	The Gap deposit is hosted in Devonian Wenban Limestone. Mineralization occurs where north-northwest and northeast, high-angle faults intersect thermally altered Wenban Formation in the axis of the Gold Acres Anticline. Bedding in the Wenban Limestone is relatively horizontal to gently east dipping. Mineralization preferentially occurs at the intersection of the faults.

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7.3.4	Cortez and Cortez NW Deep
	The geological setting of the Cortez, Cortez NW Deep, Cortez Hills, and Pediment Deposits is illustrated in Figure 7-4.
	The Cortez Deposit is hosted by thin- to medium-bedded, thinly laminated, calcareous to dolomitic siltstone of the Roberts Mountains Formation. Dolomite, limestone and calcareous mudstones of the Ordovician Hanson Creek Formation underlie the Roberts Mountains Formation at the deposit and crop out east of the deposit on Mt. Tenabo. The Wenban Formation caps most ridges and hills around the Cortez deposit and locally appears to have acted as a cap rock over alteration systems in the underlying Roberts Mountains Formation. Prior to mining, Quaternary alluvium formed a thin veneer of cover over mineralization. Alluvium thickens abruptly to the north across the Cortez range-front normal fault.
	Quartz monzonites of the Jurassic Mill Canyon Stock are present east of the deposit on the uplifted side of a north-northwest-trending normal fault. Numerous Oligocene quartz porphyry dikes and sills intrude the deposit. These dikes are barren of gold and pathfinder elements and are post mineral (Thompson and Hays, 2000).
	A series of north-northwest-trending and northeast-trending faults cut the Roberts Mountains Formation at the deposit. Mineralization occurs where these faults intersect shallow east-dipping thrust breccia zones (thrust duplexes) within the Roberts Mountains Formation.
	The Cortez NW Deep Zone comprises mineralization between the 4,300 ft and 4,500 ft elevations beneath previously mined mineralization in the Cortez pit. Mineralization occurs within two zones: an oxidized and strongly altered thrust zone within the Roberts Mountains Formation and an unoxidized, sulphide-bearing thrust zone at the top of the Hanson Creek Formation.
7.3.5	Cortez Hills and Pediment
	Cortez Hills is located in concealed lower plate rocks in the Cortez window, two and one-half miles south of the Cortez deposit. The Pediment deposit is located an additional mile south of Cortez Hills and is in Tertiary, mass-wasting conglomerates on top of lower plate rocks and beneath recent alluvial and colluvial cover.
	Figure 7-4 shows the surface geology of the area between the historic Cortez deposit. Assemblages of the eastern facies (lower plate) are exposed on the uplifted east side of the Cortez fault. From youngest (shallow) to oldest, the exposed assemblages of the Eastern Assemblage are: the Mississippian-Devonian Pilot shale (MDps), Devonian Wenban Limestone (Dw), Silurian-Devonian Roberts Mountain Limestone (DSrm),

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Ordovician Hanson Creek Dolomite/Limestone (Ohc), Ordovician Eureka Quartzite (Oe), and Cambrian Hamburg Dolomite (Ch). On the west side of the Cortez Fault, the eastern facies extend to a depth of at least 2,500 ft below the surface in the area of the Cortez Hills deposit.

The Roberts Mountains Formation is a dark grey, carbon rich, calcareous to dolomitic siltstone, and is exposed at the top of Mount Tenabo east of the Cortez Fault. The Hanson Creek Formation, a grey to black dolomite with an intermediate medium gray limestone unit, and the brown to white cliff-forming Eureka Quartzite are exposed down the western slope of Mount Tenabo. The Cambrian Hamburg Dolomite, a thick uniform sequence of gray parallel-bedded dolomite, is in fault contact with the Devonian Wenban Limestone along the Cortez fault. The Wenban Limestone is exposed to the east of the Cortez fault on the east side of Mount Tenabo, as well as at the top of the southern Cortez Mountains. It also occurs in a ridge immediately to the west of the planned Cortez Hills pit, extending westward to the Crescent Fault and northward forming the upper wall rocks in the formerly mined Cortez, F-Canyon, and ADA 52 pits. The Wenban Limestone varies from 300 ft to 1,000 ft deep in the proposed pit area and is overlain by more recent alluvial deposits.

Quaternary and Tertiary alluvium, resulting from ongoing erosion of the Cortez Mountains, covers the Wenban Limestone at the western base of Mount Tenabo. The proposed Cortez Hills pit will be excavated in marbleized Wenban Limestone, carbonate-cemented Tertiary conglomerate, and Quaternary alluvium. The eastern high wall and part of the pit floor will expose marbleized and unaltered Wenban Limestone, and extend to a depth of approximately 1,000 ft to 2,300 ft below surface. The western wall and pit floor will expose Quaternary alluvium as well as Tertiary conglomerate units.

Gold mineralization in the Cortez Hills deposit is hosted by Devonian Wenban Limestone and Silurian Roberts Mountains Formation. The limestones dip east at 20° (Figure 7-5). Mineralization is hosted by siltstones and cherts in the upper portion of the Wenban Limestone (Horse Canyon Member), limestones in the lower calcareous unit of the Wenban Limestone and calcareous siltstones of the Roberts Mountains Formation. The majority of mineralization is in decalcified, metamorphosed micritic limestones of the lower Wenban Limestone. Hydrothermal breccias are common and generally high grade. Mineralization extends upward into decalcified, silty limestone and chert units of the Horse Canyon Member of the Wenban Limestone.

The core of the deposit is associated with an irregular zone of marble that rises upward from the west and extends more than 6,000 ft north from beneath the Pediment deposit to a location immediately north of the Cortez Hills deposit. The marble front is not related to any known intrusive mass, but CJV geologists propose that a Mesozoic pluton similar to the Mill Canyon Stock (east of Cortez) is present at depth west of the deposit. Tertiary felsic dikes and sills intrude the marble and unmetamorphosed Wenban Limestone and cut mineralization. These appear to be the same as Oligocene quartz porphyry dikes exposed in the Cortez pit. Oriented drill core suggest that the dikes strike N50° to 70°W and dip SW

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at 65° to 75°. Drilling information also suggests the presence of numerous NW and NNW-striking faults, some of which control deposition of mineralization and others that displace mineralization. SW-dipping faults include the Cortez Hills 287-1, 287-2 and 287-3 faults. The deposit occurs at the intersection of 287 faults and normal faults parallel to the Cortez Fault. striking 15° to 20°W and dipping 60° to 65°WSW. The result is complex series of fault blocks and a body of mineralization that plunges 65° WSW.

A deeper zone of sub-horizontal, refractory mineralization is also present in the upper portion of the Roberts Mountains Formation approximately 2,000 feet below surface and 300-400 feet beneath the presently designed Cortez Hills ultimate pit. This zone, as well as high-grade mineralization hosted by Wenban Formation beneath the ultimate pit are being explored as a resource mineable by underground methods.

Cortez Hills mineralization is entirely concealed beneath from 250 ft to 300 ft of colluvium and alluvium.

The Pediment deposit is unique to the district in that it is comprised of a Miocene conglomerate slide block or debris flow of mineralized Silurian Roberts Mountains Formation. The slide block was most likely derived from the east in an area near Mt. Tenabo. Four distinct stratigraphic units are recognized in the deposit. These may represent different slide block or debris flow events and different sources. The uppermost unit is an unmineralized colluvium composed of limestone and quartzite cobbles and boulders. The colluvium is from 80 ft to 130 ft thick. Limestone conglomerate underlies the colluvium. The conglomerate consists of gravel to cobble-sized clasts of siltstone and limestone and is from 50 ft to 200 ft thick. Limestone within the conglomerate is locally mineralized. The third unit is a siltstone conglomerate, which consists of gravel to cobble-size fragments of mineralized siltstone and limestone. The siltstone conglomerate is 100 ft to 800 ft thick and dips from 10° to 20° west.

Rock types represented in the mineralized siltstone conglomerate are similar to lithologies in the Roberts Mountains Formation. Limestone blocks in the limestone conglomerate are similar to the Wenban Limestone.

Bedrock beneath the limestone conglomerate is marble formed from thermal metamorphism of the Wenban Limestone. The marble is locally altered and mineralized.

Quaternary alluvium and colluvium conceal the slide-block lithologies. The alluvium and colluvium are from 10 ft thick (along eastern part of property) to more than 150 ft thick (western part of property).

There are no apparent structural controls, although the deposit is strongly elongated north-northeast.

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Figure 7-4: Geology of Cortez, Cortez Hills, and Pediment Areas

Note:See Figure 7-2 explanation for key to geological units, figure supplied by CJV.

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Figure 7-5: Southwest-Northeast Section in Cortez Hills Deposit

Note:See Figure 7-4 for location of section; for explanation of units, see following figure. Figure supplied by CJV.

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7.3.6

Hilltop

The Hilltop deposit is located in Upper Plate siliceous sedimentary rocks of the Ordovician Valmy Formation and in Oligocene intrusive porphyries and breccias (Kelson, et al., 2000). Mineralization is hosted by megabreccia developed between the Hilltop Mine and Independence Faults, which dip west at 20° and 30°, respectively. Thrust movement along the faults developed the host breccia, which was intruded by diorite-granodiorite sills and dikes in Eocene time. Initial weak porphyry-style copper, molybdenum, gold mineralization was associated with emplacement of the 41.2 ±0.5 Ma intrusives. Gold mineralization in the fault breccias followed the porphyry event.

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8.0	DEPOSIT TYPES
	Styles of gold mineralization within the CJV include Carlin-type sediment-hosted, porphyry-hosted and epithermal, volcanic-hosted deposits. The style most conducive to large tonnage and higher grades is the sedimentary rock-hosted, Carlin-type deposits located in carbonate rocks of the lower plate of the Roberts Mountains Thrust (e.g., Pipeline, South Pipeline, Crossroads, Cortez, Cortez NW Deep, Gold Acres, Gap, Horse Canyon, and Cortez Hills). The porphyry and epithermal styles of mineralization rely on extensive structural ground preparation in less-receptive siliceous and volcanic host rocks (e.g., Hilltop).
	The Carlin-type mineralization is the main focus of exploration efforts. The typical deposit is structurally controlled, with sub-microscopic gold particles distributed throughout strongly altered sedimentary host rocks near controlling structures. Gold is usually associated with anomalous levels of arsenic, antimony, and mercury. The Carlin-type deposits in the CJV are situated along the Cortez Rift, which is within the northern Nevada Rift defined by Stewart et al., (1975) and is a distinct geologic feature within the Battle Mountain-Eureka mineral belt defined by Roberts (1960). North-northwest-trending faults that define the Miocene-age rift are developed along older faults of the same orientation. Oligocene and older northwest- and northeast-trending faults and the margins of Mesozoic intrusive stocks control the distribution of structural blocks near each deposit. Deposits are exposed where erosion has removed Upper Plate rocks of the Roberts Mountains Thrust. The Silurian Roberts Mountains Formation is the principal ore host at Gold Acres, Pipeline, South Pipeline, Crossroads, Cortez, and Cortez NW Deep. The Devonian Wenban Limestone is the main host in the Gap and Cortez Hills deposits. The Cortez Hills deposit shows similarities to other structurally controlled, high-grade gold deposits in the Carlin District such as Meikle, Deep Star and possibly West Leeville. The Pediment deposit comprises mineralization in the Roberts Mountains Formation and Wenban Limestone that has been displaced in a landslide block.

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9.0	MINERALIZATION
9.1	Pipeline/South Pipeline/Crossroads
	The following description of deposits was derived mostly from Foo, Hays, and McCormack (1996) and confirmed by AMEC in inspections of cross sections and level plans.
	The Pipeline, South Pipeline, and Crossroads deposits are disseminated, Carlin-type, sedimentary rock-hosted gold occurrences which are located within the projected extent of the Gold Acres window in the Roberts Mountains Thrust. The deposits represent pods of similar mineralization along one structural trend and essentially are segments of one deposit. The mineralization is hosted in variably altered, silty carbonate units of the Roberts Mountains Formation. The deposits occur within an extensively altered and mineralized system estimated to be more than 10,000 ft long (north-south) and 5,000 ft wide (east-west). Economic gold grades do not occur over the full expanse of this system, but variable degrees of hydrothermal alteration are evident throughout. Alteration types include oxidation, decalcification, weak contact metamorphism, argillization, silicification, and carbonization.
	The top of the main Pipeline deposit is from 500 ft to 600 ft beneath the surface. The deposit is tabular, dips at a low angle to the east and extends 750 ft north-south by 1,500 ft east-west. The mineralized zone is from 50 to 300 ft thick. Figures 9-1 to 9-3 illustrate a typical cross section, longitudinal section and level plan of the deposits. Figures 9-4 to 9-6 show a typical cross section, longitudinal section, and level plan of the Crossroads deposit. Figure 9-7 illustrates a composite grade x thickness map of the deposits.
	South Pipeline consists of two zones: a shallow zone with a depth to the top of the zone ranging from 65 ft to 150 ft deep, and a deep zone, which begins at approximately 1,000 ft. The shallow mineralized zone exhibits both low-angle and high-angle structural controls to gold deposition and occupies an area approximately 1,800 ft in a northerly direction by 2,000 ft in an easterly direction. The shallow zone is approximately 300 ft thick. The deep zone is up to 250 ft thick and has more closely spaced high-angle structural control; it occupies an area extending approximately 200 ft north-south and more than 600 ft east-west.
	Crossroads comprises additional, deeper mineralization along the Pipeline duplex zone south of South Pipeline. Mineralization is in Roberts Mountains Formation immediately west of a NNW-trending fault that is located east of the main Pipeline Fault.
	A primary ore-controlling feature is a low-angle, bedding sub-parallel duplex zone ranging from less than 10 ft thick to more than 300 ft thick near the centre of the deposits. The duplex zone has an overall easterly dip of less than 20°. It is generally steeper to the west (30°) and flatter to the east. The zone is intensely sheared, shattered, and/or brecciated,

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with minor offsets along the high-angle faults. Bedding within the zone varies from low-angle to highly contorted. Some deformed bedding appears, in places, to be soft-sediment deformation.

Current interpretations suggest that the duplex was generated during the formation of the Roberts Mountains Thrust along rheologic and stratigraphic boundaries within the lower plate of the thrust. The deposit occurs within a horst block of Roberts Mountains Formation on the northeast limb of an anticline, or domed feature, formed by the intrusion of the Gold Acres stock. The direction of movement along the roof structure was west to east.

A weakly developed structural zone is present beneath and sub-parallel to the duplex zone, which is referred to as the microbreccia zone. The rocks within this zone appear weakly altered in hand sample, but in thin section display patchy silicification and quartz veinlets within a brecciated texture. In the microbreccia zone, gold is associated with silica in veinlets or replacements of the matrix, and occurs in and on iron oxide pseudomorphs after pyrite. Decalcification is not pervasive in this zone and when present is confined to fractures. The microbreccia zone is thought to be a weakly developed structural horizon similar to the ore-hosting duplex zone described above.

High-angle faults include a NNW-striking fault set (N15W to N20W), of which the Pipeline Fault is the most readily identifiable, with steep (75° to 85°) easterly dips. This fault set parallels the overall Cortez trend and is inferred to be an offset extension of the NNW-striking fault set in the Cortez Range (McCormack and Hays, 1995). Intersecting the NNW fault system are N30-50E- and N35-45W-striking sets of high-angle faults.

Figure 9-1: East-West Cross Section of Pipeline Deposit at 5700N

Note:See explanation following Figure 9-3 for geological units, all geological sections and plans were supplied by CJV.

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Figure 9-2: North-South Longitudinal Section of Pipeline and South Pipeline Deposit at 103200E

Figure 9-3: Level Plan for Pipeline and South Pipeline Deposit at 4670 ft Elevation

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Explanation for all geological cross sections, longitudinal sections, and level plans for Pipeline, South Pipeline, Crossroads, and Gap deposits.

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Figure 9-4: East-West Cross Section of Crossroads Deposit at 52500N

Figure 9-5: North-South Longitudinal Section of Crossroads Deposit at 106650E

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Figure 9-6: Level Plan of Crossroads Deposit at 4210 ft Elevation

An example of this fault set is the Fence Fault. The NNW faults typically display normal oblique right-slip and the NE faults some component of normal movement with significant left-slip. Multiple fracture and joint sets tend to parallel the NNW and NE fault systems. Ore occurs at the intersection of the duplex with both fault systems, as shown by the grade times thickness plot (Figure 9-4).

Decalcification affects most of the deposit area and is typified by the partial or complete removal of carbonate matrix material.

Carbonization is typified by a pronounced, black, sooty appearance to the host rock resulting from thermal maturation of remobilized organic carbon in concentrations of up to

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4% (Edison and Hallager, 1987). Carbon-rich zones often contain less pyrite than the less carbonaceous zones, which contain up to 2% by visual estimates.

Contact metamorphism from the intrusion of the Gold Acres stock in the deposit area has produced local low-grade/low-temperature metasomatic changes in the Paleozoic host rock. The presence of up to 5% of disseminated calc-silicate minerals, or the re-crystallization of limy or siliceous beds, marks the thermal aureole of the stock.

Argillization is characterized by illite and/or sericite and occurs pervasively throughout the rock or as concentrations along fractures. An accessory amount of authigenic sericite grains typically occurs along bedding planes.

Silicification occurs as bedding replacement after decalcification and as microveins. Locally, microveining is intensely developed, forming an interconnected mesh of linear and irregular fillings. Bedding replacement occurs along what were carbonate-rich interbeds, forming a coarse, interlocking, crystalline, granular, central core that grades into a fine-grained exterior. With increasing silicification intensity, the interbeds become massive silicified zones.

Oxidation is the most common type of alteration and affects the entire deposit area, including some overprint of the deep carbonaceous units. The oxidation is typically disseminated to pervasive. It is commonly bedding and fracture controlled, and is often present as abundant iron oxide pseudomorphs after iron sulphides. Hematite and limonite are common, while goethite and other identified forms of iron oxides occur as stainings. Uninterrupted oxidation extends to depths in excess of 1,300 ft. In some areas, oxidation is isolated from the surface, occurring beneath fresh to weakly carbonaceous sedimentary rock at depths in excess of 1,800 ft.

Gold typically occurs as submicroscopic disseminated grains in both sheared and unsheared Roberts Mountains Formation associated with all alteration types. Petrographic examinations show that microscopic gold particles most commonly occur as sparse, very fine (1 µm or 2 µm), irregularly shaped blebs disseminated through the host matrix. Gold is most typically associated with silica, in replaced matrix and quartz veinlets, and in and on larger goethite pseudomorphs after authigenic pyrite.

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Figure 9-7: Grade x Thickness Plot for South Pipeline Area

Gold in carbonaceous samples is also associated with silicification, but displayed no obvious pyrite association.

The original presence of pyrite is inferred from limonite and goethite pseudomorphs; however, pyrite does occur locally in low concentrations (typically <2%) in carbonaceous samples along bedding planes, fractures, open-space fillings, and occasionally as framboids. Extremely fine (1 µm to 3 µm) pyrite commonly occurs in all samples encapsulated in silica. These occurrences suggest that both authigenic and syngenetic pyrite are present.

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9.2	Gap Deposit
	The Gap deposit is a sedimentary rock-hosted, disseminated Carlin-type gold deposit situated east of the Roberts Mountains Thrust near the western margin of the Gold Acres window, less than 2 km to the west of the Pipeline mining complex. Mineralization occurs where massive Wenban Limestone in the axis of an anticline is strongly faulted. The primary control for gold mineralization is the intersection of NNW- and NE-striking high-angle faults and skarns in the Wenban Formation. Figures 9-8 to 9-10 show a representative cross section, longitudinal section, and level plan of the deposit.
	A northern zone of mineralization is primarily hosted within gossan horizons cut by high-angle faults in thermally altered, marbled, and skarned Devonian Wenban Limestone. There appears to be a gently southeast plunging antiform with two mineralized zones at a depth of 30 to 300 ft and a second at greater than 600 ft deep. The northeast and southwest limbs dip at 15° to 20° and roughly define the apex along the projected axis of the buried Gold Acres stock. A deep skarn host in the upper Roberts Mountains Formation (approximately 1,500 ft depth) occurs in the area between the two main resources and appears to be relatively flat dipping from west to east. The geometry of the deep skarn resource is very similar to a deep duplex zone, with a later skarn overprint, and may represent the regional duplex horizon in the upper Roberts Mountains Formation.
	The southern zone is hosted within a 1,000 ft wide corridor of strong fracturing bounded on the northeast side by a high-angle, N45W northeast-dipping fault. The southern area of mineralization does not show any recognizable thermal metamorphic component.
	Gold mineralization occurs as a post-metamorphic, late-stage, strongly oxidized to gossanous overprint on Wenban Limestone and Wenban Limestone marble. Gold is geochemically associated with elements such as As, Sb, Hg, and Tl that are distinctly different from the anomalous elements typical in the skarn.

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Figure 9-8: East-West Cross Section of Gap Deposit at 57400N

Note:See map explanation after Figure 9-3. All geological sections and plans were provided by CJV

Figure 9-9: North-South Longitudinal Section of Gap Deposit at 99300E

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Figure 9-10: Level Plan of Gap Deposit at 5010 ft Elevation

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Figure 9-11: Plan Geological Map of Cortez Hills and Pediment Deposits at 5750 Ft Elevation

Note:Figure supplied by CJV.

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Figure 9-12: Longitudinal Section of Cortez Hills and Pediment Deposits (Looking East Southeast)

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Figure 9-13: East-West Cross Section of Cortez Hills Deposit at 28600N (Looking North)

     Note:Figure supplied by CJV.

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Figure 9-14: East-West Cross Section of Pediment Deposit at 26000N (Looking North)

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9.4.1	Cortez Hills Deposit
	The Cortez Hills deposit is a sedimentary rock-hosted, Carlin-style gold deposit. The Cortez Hills deposit is hosted by marble developed after massive limestones in the Wenban Limestone, silty limestones within the Horse Canyon member of the Wenban Limestone and laminated calcareous siltstones of the Roberts Mountains Formation. The majority of mineralization is in marbles developed from massive, micritic limestones in the main Wenban Limestone.
	As presently defined by drilling, the main zone of mineralization in the Wenban Limestone plunges 65° WSW and extends 2,000 ft downward beneath a Quaternary cover sequence and 1,800 ft NNW. Gold mineralization follows the structural intersection between faults striking N60-70W and dipping 55° to 65° SSW and normal faults striking N15-25W and dipping 65° 75° W. High-grade mineralization appears to be associated with decalcification of marbles and development of hydrothermal or tectonic breccias along structural intersections.
	A sub-horizontal zone of carbon-rich, refractory mineralization is present in the upper Roberts Mountains Formation down-plunge from mineralization in the Wenban Limestone. Mineralization appears to follow bedding in the Roberts Mountains Formation. Its limits have not yet been defined, but to date it is up to 500 ft thick, 500 ft wide and 1,000 ft long.
	The majority of gold mineralization identified to date is oxidized with high atomic absorption/fire (AA/FA) assay gold ratio. Oxide zones contain goethite after pyrite and goethite as veins with limonite envelopes. Gold is present as 2 µm to 5 µm grains of relatively pure gold. Within the marble, two types of poor AA/FA ratios occur. One appears to be associated with carbonaceous beds with a strong, sooty sulphide component. The other is present within oxidized marble and may be zones of fine-grained sulphides that were not fully oxidized. Zones of refractory mineralization in the Wenban Formation appear to be of a sulphide type.
	Late-stage realgar veins cut mineralization and occur with calcite in veins outside zones of mineralization.
	The water table rises from an elevation of 4600 ft at the Cortez pits to 5000 ft within the main Cortez Hills design pit, then abruptly up to 5700 ft on the south side of the Cortez Hills pit. Hyrdraulic pressures presently are an important design consideration for the Cortez Hills pit.
	Apparent late-stage veins of realgar are observed cross-cutting mineralized zones, as well as peripheral calcite veins. Realgar veins occur both within and outside mineralized drill intercepts. No other identifiable sulphide minerals have been observed thus far.

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9.4.2	Pediment Deposit
	The Cortez Pediment deposit is an oxidized gold deposit derived from an in situ, sediment-hosted Carlin-type gold deposit. The Cortez Pediment deposit is unique to the district in that it is comprised of a Tertiary conglomerate slide block or debris flow sourced from areas of mineralized Silurian Roberts Mountains Formation and Wenban Limestone. Two mineralized zones have been delineated: a shallow zone along the southern extent of the deposit, with a depth to the top of the zone ranging from 150 to 300 ft, and a deeper zone at the northern part of the deposit, which begins at approximately 500 ft. Both mineralized zones exhibit a tabular morphology and occupy a general area 3,000 ft north-south by 600 ft east-west. Thickness of the main mineralized zone averages about 250 ft. Figures 9-12 and 9-114 illustrate a typical longitudinal section and cross section of the deposit, respectively.
	Quaternary alluvium and colluvium ranging in thickness from less than 10 ft (along eastern part of property) to more than 150 ft (western part of property) covers the deposit area.
	Four distinct material types are recognized, which may represent different slide block or debris flow events and different sources. The Tertiary units identified suggest a focussed slide or debris flow. There is no placer-style gold enrichment.
	The majority of gold in the Pediment deposit is present within the lower of two conglomerate units draped over a paleo-topography of thermally altered limestone and marble basement. Gold is contained in mineralized clasts of Roberts Mountains Formation calcareous siltstone and silty limestone clasts consistent with the Wenban Limestone. The current geologic model places the source area for the gold mineralized clasts as the eroded western portion of the Mt. Tenabo deposit. The paleo-channel morphology of the gold deposit suggests that rock mass failure from the elevated Mt. Tenabo deposit to the base of the Cortez Fault, followed by erosion and dispersion through weathering, placed the gold mineralized clasts in their present location.
	Gold mineralization is associated with clasts of strongly altered carbonate rocks. The most commonly observed alteration is strong to intense goethite and hematite oxidation. Mineralized clasts are also predominately decalcified, silicified, and retain relict textures suggesting that the original in situ deposit formed as part of a gold mineralized breccia in the footwall of the Cortez Fault.
9.5	Hilltop
	The Hilltop deposit is retained as a resource and periodically is evaluated for its potential conversion to a reserve. An internal Cortez Gold Mines feasibility study in 1997 concluded that the deposit would be marginally economic at a $425 gold price if ores were treated with a bio-oxidation/heap leach process. The CJV acquired the property in 1989 after

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several other companies explored the deposit from the 1960s to the 1980s. The deposit has been tested with 401 core, rotary, and reverse-circulation drill holes.

Mineralization is present as a tabular, lense-shaped body of silicified and sulphide-impregnated breccia within argillite, siltstone and chert of the Ordovician Valmy Formation and Eocene felsic porphyry (Figure 9-15). Gold is associated with pyrite, marcasite, arsenopyrite, stibnite, and fine-grained black sulphides, which occur as veinlets, breccia matrix, and fault gouge. Dominant gangue minerals are quartz, sericite, and dolomitic calcite. Mineralization is hosted by megabreccia (“main zone”) developed between the Hilltop Mine and Independence Faults, which dip west at 20° and 30°, respectively. Thrust movement along the faults developed the host breccia, which was intruded by diorite-granodiorite sills and dikes in Eocene time. Initial weak porphyry-style copper, molybdenum, gold mineralization was associated with emplacement of the 41.2 ±0.5 Ma intrusives. This mineralization is physically separate from the main zone. Main-stage gold mineralization in the megabreccia followed the porphyry event. A separate style of gold, lead, zinc, copper and silver mineralization occurs in a discordant quartz-impregnated breccia pipe, which cuts across the megabreccia zone. The breccia pipe is truncated by the Hilltop Mine Fault.

The main zone is approximately 250 ft thick and extends 2,500 ft north-south and at least 10,000 ft down-dip to the west (Figure 9-17). Mineralization is generally restricted to veins and open-space infillings of quartz and sulphides because of the generally unreactive nature of the siliceous host rocks. Base and precious metal values increase towards the upper and lower boundaries of the megabreccia; silver, arsenic, and antimony increase within the core of the megabreccia (Kelson, et al, 2000). Copper, lead, and zinc increase down-dip.

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Figure 9-15: Geological Map and Diagrammatic Section of Hilltop Deposit,
from Kelson, et al, 2000

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10.0	EXPLORATION
	Since 1964, the CJV has explored the joint venture Area of Interest using geological mapping, geochemistry, geophysical surveys, and drilling. The extent of surveys and drilling has varied each year depending on the profitability of the mine and the availability of exploration funding. The CJV has been aggressive in funding exploration annually since 1991, when the Pipeline and South Pipeline deposits were discovered. This has led to a better understanding of the geological setting and controls of gold mineralization. New exploration tools, such as the use of detailed gravity data to map basement structures, have guided exploration drilling in areas where upper plate rocks of the Roberts Mountains Thrust or alluvium cover favourable carbonate host rocks in the lower plate of the Roberts Mountains Thrust.
	Exploration and development activities are carried out by CJV staff and independent contractors under the direction of CJV personnel. Exploration data, geological models, resource estimates and reserves are audited at least biannually by Placer Dome Inc. personnel and less frequently by representatives of Rio Tinto and independent auditors.
	CJV typically first drills exploration targets with reverse-circulation tools until making a discovery. Core drilling is implemented after from 15 to 25 RC holes indicate the presence of gold mineralization. Drilling is guided by structural geology (drilling extensions of structural corridors known to host gold mineralization), geophysics and geochemistry. Since the discovery of the Pipeline deposit in 1991, exploration has mainly emphasized areas where lower plate host rocks are concealed beneath post-mineral overburden or upper plate rocks. The best example of an integrated exploration program resulting in discovery of a major gold deposit is the Cortez Hills discovery. As documented by Thompson (2003), Cortez Hills was discovered after evaluation of the structural and stratigraphic setting of the area south of the historic Cortez deposit. The following tools were used:

• detailed geological mapping along pediment edges and projection of known ore-controlling structures into cover

• aeromagnetics, remote-sensing data and district-scale gravity data to map structures

• detailed gravity, induced polarization and magneto-telluric surveys to map specific ore-controlling structures and define presence of Lower Plate carbonate rocks

• rock, soil and drill-hole geochemistry to prioritize structural targets

• RC drilling to test concepts.

The application of these techniques to identify, prioritize, and test individual targets results in a cost-effective use of exploration funds. Geological mapping and interpretation of regional aeromagnetic and gravity data led to the understanding that Lower Plate Rocks in the Cortez erosional window must extend under colluvium southeast of the historic Cortez mine (Figure 10-1). NNW-trending ore-controlling structures also extend into this covered

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area. RC drilling in 1998 within this structural corridor revealed the slide-block Pediment deposit. The consensus was that the Pediment deposit was derived from an in situ, sediment-hosted gold deposit located east of the Cortez Fault (Figure 10-1) and topographically much higher than its present position. Follow up geophysical surveys developed a more precise understanding of the basement stratigraphy and structure beneath the colluvium west of the Cortez Fault to guide further drilling. A detailed gravity survey revealed a basement uplift north of the Pediment deposit. NWW faults associated with mineralization at the Cortez mine cut through the gravity high, demonstrating a structural setting similar to Pipeline and South Pipeline. Drilling north of Pediment encountered the Cortez Hills deposit where a gravity low occurs along the southern flank of the gravity high. A current thought is that the gravity low represents strong alteration of the Wenban Limestone in the structural margin of the basement uplift. Grade x thickness contours suggest that mineralization is controlled by both WNW and NW structures (Figure 10-2).

Approximately 163,000 ft of exploration, development and condemnation drilling were completed in 2003. A total of 300,030 ft of drilling was carried in 2004. Of this drilling, 36% was directed to the Pipeline/South Pipeline/South Pipeline Extension/Gap area and 64% to the Cortez Hills/Pediment area.

The 2003 drilling program continued delineation of the Pipeline/South Pipeline/South Pipeline Extension (Crossroads area), Gap, Cortez Hills and Pediment deposits. The exploration focus in 2004 was to define lateral and downward extensions of the Cortez Hills mineral resource, explore other anomalous areas within the joint venture, and continue to refine the limits of mineralization around the Pipeline/South Pipeline and Gap deposits. In 2005, most drilling was carried out to condemn areas needed for infrastructure around the Cortez Hills and Pediment deposits, and to provide geotechnical information for the Cortez Hills pit.

Deep step out holes on the west-southwest side of the Cortez Hills deposit have defined a sub-horizontal zone of high-grade, refractory mineralization in the Roberts Mountains Formation beneath oxide mineralization in the Wenban Formation and approximately 2,000 ft below the surface. This and both oxide and refractory mineralization in the Wenban Formation beneath the Cortez Hills pit have the potential to be developed as underground mineable mineralization. A decline will be sunk starting in the fourth quarter of 2005 to provide access for exploration. The decline will be collared at the F-pit at Cortez and driven southward to beneath Cortez Hills.

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Figure 10-1: Geological Setting of Cortez Hills and Pediment Deposits

Note:All figures were supplied by CJV

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Figure 10-2: Cortez Hills Deposit and Gravity Anomalies

Grade x Thickness Key (oz x ft): Gray 1-2, Blue 2-5, Yellow 5-10, Green 10-25, Orange 25-50, Red 50-100, Magenta 100-200, Purple 200-300, Pink >300.

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11.0	DRILLING
11.1	Introduction
	The majority of drilling supporting resource and reserve estimates has been carried out since 1991, when the Pipeline deposit was discovered. A limited amount of documentation is available for RC and core drilling at the Hilltop resource. Drilling methods for the majority of reserves and resources (Pipeline, South Pipeline, Crossroads, Gap, Cortez NW Deep, Cortez Hills and Pediment) are documented in the 1995 Pipeline Feasibility Study (Placer Dome Technical Services, 1995), numerous internal CJV memoranda, and Placer Dome Inc. internal audits. Methods have not changed significantly since 1992, with the exception of improvements in core recovery techniques, sampling for density determinations and RC sampling protocols. AMEC interviewed present CJV geology staff and confirmed drilling and sampling protocols. Drilling methods generally meet or exceed industry standard practices for sedimentary rock-hosted gold deposits.
	The Pipeline deposit was discovered in a RC drilling campaign carried out to condemn potential sites for extensions of the Gold Acres heap leach pad. Projections of NNW lineaments into the pediment were tested and drilling quickly detected anomalous gold values in strongly altered Roberts Mountains Formation. Studies of RC sampling results early in the drilling campaign showed that down-hole contamination was occurring in the RC holes, primarily due to a shallow water table. Core drilling was substituted for RC methods for the remainder of drilling in the Pipeline, South Pipeline, Crossroads and Gap deposits. Presently, RC drilling is used during the initial phases of exploration and RC holes encountering mineralization are bracketed on four side with core holes to graduatlly produce sampling in mineralization that is dominated by core samples. RC tools are used for all condemnation drilling and to pre-collar core holes through intervals of overburden and unaltered cap rocks. RC intervals of precollar holes are cased with 4.5 inch rod casing, and drilling is continued with core tools through mineralization and footwall rocks. Mud-rotary drills have been used to drill relatively thick sections of alluvium over the Crossroads deposit or in areas being condemned for waste dump and processing facilities. Core tools were used to complete the bedrock sections of these holes.
	Drilling is initially carried out on a 400 ft square pattern, closing in the next stage to a 200 ft grid. Infill drilling is done on a five-spot pattern, resulting in an average hole spacing of 141 ft. Locally, X-shaped patterns of more closely spaced hole are drilled to provide information on gold variography. This locally decreases the hole spacing to about 70 ft. The Cortez Hills and Pediment deposits are drilled on nominal 100 ft centres. Stepout drilling on the west side of the Cortez Hills deposit is being done with RC methods to define the limits of deep mineralization in the Roberts Mountains Formation. This is followed with core holes at 100 ft centers for the purposes of final resource estimation. Drill hole locations for Pipeline/South Pipeline, Crossroads, Gap, NW Deep, Pediment-Cortez Hills, and Hilltop, with outlines of ultimate pit designs, are shown as Figures 11-1 to

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11-6. Drill holes are shown relative to local coordinates and with the present ultimate pit design outlines.

Holes are drilled vertical in most cases. Angle core holes were recently drilled at Cortez Hills to confirm the orientation of relatively high-grade ore zones and to obtain geotechnical information for the Cortez Hills pit. Several angle core holes were drilled at Pipeline and South Pipeline to provide geotechnical data.

Table 11-1 lists the number of holes and total footage by deposit area. These numbers were derived by AMEC by tabulating hole types and footage from collar files in each database or from other sources as noted.

Table 11-1: Drilling in CJV by Area

Area	Drilling	No. Holes		Feet
Pipeline, S. Pipeline, Crossroads, Gap, Gold Acres	Core		1324		675,295
	RCPilot		1324		655,429
	RC		1021		897,628
Sub-Total			2,345		2,228,352
Cortez NW Deep	Core		134		90,000
Sub-Total			134		90,000
Cortez Hills	Core		146		160,452
	RC Pilot		146		97,618
	RC		143		266,800
Sub-Total			289		524,870
Pediment	Core		94		52,432
	RC Pilot		94		32,588
	RC		243		284,100
Sub-Total			337		369,120
Hilltop	Core + RC1		401		159,100
Sub-Total			401		159,100
Total			3,506		3,371,442

     1. Core and RC drilling are combined since split in drilling types is not readily available; source is CJV internal study, 1997.

11.2	Reverse-Circulation Drilling
	RC drill rigs use pneumatic hammers to depths ranging from 600 to 750 ft. Centre-return hammers and bits were used for RC drilling at Pipeline and South Pipeline. Auxiliary compressors are used to increase the effectiveness of the down-hole hammers. Tri-cone rock bits were required to drill RC holes beyond a 750 ft depth.

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Figure 11-1 Hole Collar Map – Pipeline and South Pipeline Deposits

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Figure 11-2: Drill Hole Collar Map – Crossroads Deposit

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Figure 11-3: Drill Hole Collar Map – Gap Deposit

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Figure 11-4: Drill Hole Collar Map – Cortez NW Deep Deposit

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Figure 11-5: Drill Hole Collar Map – Pediment and Cortez Hills Deposits, Showing Outline of Ultimate Design Pit

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Figure 11-6: Drill Hole Collar Map – Hilltop Deposit

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	The deepest RC hole at Pipeline reached a depth of 3280 ft. The deepest RC hole drilled at Cortez Hills has been 3500 ft. Sample recovery is not an issue for RC holes used as pilot holes above mineralization for core holes, but is important for RC holes initially penetrating mineralization. Sample recovery for RC holes used in resource estimates is discussed in Section 12 of this Technical Report.
11.3	Core Drilling
	CJV principally uses HQ-size (2.5” diameter) core tools for development drilling. Core recoveries are maximized by use of triple-tube core barrels, face-discharge bits and specialized drilling mud. CJV employs a full-time drilling supervisor to ensure that drilling contractors emphasize core recovery. Core runs are made on five-foot intervals or less, depending on drilling conditions. Core barrels are retrieved by wire line. Upon retrieval, the split tube is opened by the driller’s helper, who transfers the core into a cardboard core box. The core is marked where it was manually broken to fit into the box. Drilled intervals are marked with wooden blocks. Every 50 ft in mineralization, the inner tube is replaced with a plastic liner. Similar procedures are used in waste-rock intervals above and below ore. The liner and core are retrieved from the core barrel and taken to a core processing facility. A one-inch-wide strip is cut along the core with a skill saw, exposing the core for geological and geotechnical logging. A representative one-foot section of the core is selected and cut, sealed with cellophane and sent for density measurements at the mine’s process laboratory. Other samples are collected for shear testing.
	The core is logged by a geologist for geological and geotechnical elements. Logged attributes previously were either entered on paper sheets and then keypunched into a computer using GEOLOG®, or entered directly at the logging site in GEOLOG®. GEOLOG® data were verified using the GEOCHCK program and converted into a text and graphics drill log using the LOG II program. Text files were then reviewed by geologists for errors and corrected where warranted, reprinted, and then electronically merged into the Master GEOLOG database by a computer administrator. With implementation of the aQuire® SQL Server database in 2004, logging was changed to an aQuire data input form. This requires selection of attributes from a prescribed list, avoiding entry of non-standard symbols or qualifiers.
	Geotechnical data were also collected down-hole with Colog Optical (OTV) and Acoustic (ATV) Televiewer methods. The Colog OTV/ ATV method using IDS’s MSRG gyroscopic surveys were utilized for 2005 Cortez Hills pit-wall geotech holes (ODC-023 through ODC-029 and ODC-040) as well as exploration decline corridor geotech holes (ODC-030 through ODC-039 and ODC-041 through ODC-046) to collect down-hole oriented structural data. Geological information for Colog holes were collected at the drill site in split-tubes to ensure reliable collection of rock mass data prior to transportation to CJV core logging facilities.

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	Core is digitally photographed. Prior to the availability of digital cameras, the core was photographed with a 35 mm single lense reflex camera. These earlier photographs have been scanned and electronically archived by each hole as jpeg images.
	Once photographed, core is transferred to a different facility for point load tests of selected intervals. Following this, the core is cut in half with a rock saw. Extremely hard intervals may be cut with a hydraulic splitter.
	The computerized geological logging format allows for recording mineralogy, structure, texture, alteration, rock type, colour, brightness, lightness, grain size, sorting, sphericity, shape, degree of decalcification and carbon content. Depending upon the deposit, alteration, structure and rock type appear to be the most dominant controls of mineralization. Alteration and structure are the key ore-controlling elements in the Pipeline, South Pipeline, Crossroads and Cortez NW Deep deposits. Structure and mineralogy (skarn and marble) control mineralization at Gap. Lithology (slide block units) is the main ore control at Pediment. Mineralization at Cortez Hills occurs preferentially along controlling structures in marble, associated with decalcification and argillization. AMEC found the logs to be reasonably detailed and suitable for development of geological models.
11.4	Blast Holes
	Variable patterns and hole size are employed depending on the bench height and material. Blast holes in rock on 20 ft benches are drilled on a square pattern of 20 ft × 20 ft with a 67/8” bit. This spacing has been decreased to 16 ft × 16 ft in carbonaceous ore. A subdrill of 2 to 3 ft is used. A blast hole spacing ranging from 24 ft × 24 ft up to 28 ft × 28 ft, with a subdrill of 5 to 7 ft, is used in rock on 40 ft benches. An 83/4” bit is used for these blast holes. Blast holes in alluvium employ an 83/4 to 123/4” bit and are spaced from 33 ft to 37 ft apart on a square grid. These holes have a 2 to 3 ft subdrill.
11.5	Surveying
11.5.1	Drill Collars
	Drill hole collars are surveyed with either Total Station electronic distance measurement (EDM) or geodetic-grade global positioning system (GPS) instruments. Separate reference grids are maintained for each deposit area because survey coordinates have not yet been transformed into one universal system.
11.5.2	Down-Hole Surveys
	Down-hole surveying began with the first RC hole drilled on the Pipeline deposit in 1991. Significant deviations were shown; therefore, down-hole surveying was routinely done from

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	that time on. For several reasons (unavailability of tools, drilling problems), 69 of 385 holes used in resource estimates of Pipeline-South Pipeline were not surveyed (Brunette, 2002). Subsequent to the early phases of Pipeline drilling, however, all holes were surveyed with a recording gyroscope by a commercial contractor. Readings are taken every 50 ft downhole and digitally transferred to the aQuire® database. Boyles Brothers Drilling used a multishot recording gyroscope (MSRG) tool until April 1993. Silver State Surveying later performed all MSRG surveys and now WelNav and IDS provide the surveys. Significant work was carried out to determine the accuracy of the instruments of each contractor
	Geotechnical holes have been drilled in each discovery to date using oriented tools. These normally use a plasticine, triple scribe, and downhole camera system.
	Surveying methods meet or exceed industry standard practices.
11.6	Core Recovery
	Core recovery averaged 93% for 314 holes used in the Pipeline and South Pipeline feasibility study (Placer Dome Technical Services, 1995). Core recovery for the Cortez Hills and Pediment deposits has averaged 94%. In general, core-drilling practices at Pipeline, South Pipeline, Crossroads, Gap, NW Deep, Cortez Hills and Pediment ensure a relatively high core recovery.
	Core recovery is sufficient to provide representative samples of a sedimentary rock-hosted gold deposit.
11.7	Reverse-Circulation Sample Recovery
	Samples were collected at five-foot intervals in drilling campaigns carried out at Gold Acres and the early stages of 1991 drilling at Pipeline. By late 1991, RC samples at Pipeline were collected on 10 ft intervals. Sampling was achieved with a hydraulic, rotary pie splitter mounted at the base of the sample cyclone. Two samples are collected in Micro Pore bags mounted in one-gallon metal tubes hung below the sample cyclone, with final 10 ft samples weighing from 10 lb to 15 lb. Drilling is almost always carried out with water injection. Drilling below elevations ranging from 5000 ft to 5700 ft at Cortez Hills is below the water table. Total sample weight cannot be measured because of wet drilling conditions, therefore, RC recovery cannot be calculated. RC sampling procedures were modified for drilling at the Pediment deposit in accordance with recommendations by F. Pitard (1999). Samples weighing from 35 lb to 40 lb are now collected from development RC holes at Pediment. Samples between 10 lb to 15 lb are collected in all other areas of mineralization drilled with RC tools.

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12.0 SAMPLING METHOD AND APPROACH

12.1	Introduction
	Core and RC sampling protocols were established during drilling of the Pipeline deposit. These have been only slightly modified to improve sample integrity or size. Sampling and analytical procedures were reviewed by Francis Pitard, an independent sampling expert, in 1992 and again in 1999. Protocols for sample collection, sample preparation, assaying generally meet industry standard practice for this type of gold deposit. Sample preparation protocols presently being practiced by ALS Chemex could be improved to provide a more homogenous first stage crush.
	All analytical data are verified by geologic staff prior to entry into the database used for modelling and resource estimation.
	Generally, RC drilling is used only in the early period of exploration drilling. RC holes in areas of mineralization at Cortez Hills and Pediment are gradually replaced with infill core holes. Drill sampling for Pipeline, South Pipeline, Crossroads, Gap and Cortez NW Deep is almost entirely core.
	The following descriptions of RC and core sampling procedures were obtained from the 1995 PDTS feasibility study and modified to reflect later changes. AMEC verified present procedures against these protocols and documented changes by interviewing CJV staff.
12.2	Sample Collection
12.2.1	Reverse Circulation Drilling
	Two sample splits were collected for each RC sample, initially at 5 ft intervals. By late 1991, this was changed to 10 ft intervals. In RC drilling, air circulates the sample up through the inner tube of the drill rods and into a sampling cyclone at the surface. During sample collection, all wet samples exiting the cyclone were passed through a hydraulic, revolving wet sample splitter. The portion of the sample to be retained was divided into two parts by a Y-shaped pipe joint constructed of 5” diameter pipe. The remaining material was discharged through a separate pipe joint. The drill crew collected a geologic logging split from the discharged material and placed it into a plastic ore sample container; the container was later delivered to the logging shed.
	The two sample splits were collected simultaneously in two five-gallon plastic buckets lined with 19” × 22” Micro Pore sample bags previously numbered and tagged by geologic technicians. This was later changed to Micro Pore bags placed in one-gallon, metal sleaves hung beneath each arm in the Y-shaped pipe below the rotary splitter. Sample weights vary from 10 lb to 15 lb. Footage intervals were recorded by a technician on a

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	separate shipment record from the corresponding sample numbers. Care was taken to fill the lined buckets at a similar rate, keeping both buckets as level as possible so that water overflowed evenly.
	When a sample interval was complete, a second pair of buckets with new bags replaced the filled buckets. The bags were carefully removed from the buckets by the drill crew and allowed to sit upright for a few minutes to allow further settling of fine particles. All bags were sealed with a plastic cable tie, with only a small amount of water decanted. The Micro Pore bags allow clear water to seep through the sides and seams, essentially filtering the sample particles and preventing cross-sample contamination yet still allowing partial drying in the field.
	Samples were picked up at the drill sites by geological technicians and taken to a heated warehouse attached to the logging facility to thaw and air dry the samples. Standards and blank check samples were inserted randomly into the numbering sequence prior to sample pickup.
	This procedure was modified in 2000 for RC drilling at the Pediment deposit. Mineralization there preferentially occurs in fines within the conglomerates. Based on recommendations by Francis Pitard, one RC sample weighing 35 lb to 40 lb was collected. This protocol is being retained for all Pediment RC holes that may be used in resource estimates.
12.2.1	Core Drilling
	Most cores were assayed at 10 ft intervals, though several holes were assayed at 5 ft or variable geological intervals early in the program. All cores were removed from the split core barrels by the drill crew and placed in wax-impregnated corrugated cardboard boxes. Each box contained approximately 10 ft of HQ core. Core runs of 5 ft were typical in waste rock zones, but the shattered and broken nature of the Pipeline and South Pipeline shear zone usually resulted in shorter runs. The drill crew inserted wooden blocks to mark the end of each core run. Manual versus natural breaks in the core were also clearly marked with a wax crayon. Core was delivered to the logging shed by technicians or the drilling foremen at least once per shift.
	All core was geologically and geotechnically logged by a geologist and then transferred to the processing area, where it was photographed with a Pentax 35 mm SLR camera (100 ASA Ektachrome slide film). The core then proceeded to a station for point-load testing by a trained technician. All point load data were recorded manually and later key-punched into spreadsheet format by the CJV geology department. Core was transferred to the cutting station after point lode testing was completed. In recent years, a digital camera was substituted for the SLR camera. Previous films were then scanned and an electronic database of all core images was developed.

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	Almost all cores were split with a rock saw by a technician. Three rock saws were on site, operating two shifts per day. If extremely hard rock was encountered, a hydraulic splitter was used to maintain acceptable production rates. Any material less than 1" diameter was split through a riffle splitter. Typically, 200 ft to 350 ft of core were cut or split per shift. One-half of the core was placed back in the original box and the other half in 10" X 22" Micro Por cloth sample bags with a numbered paper sample tag. This number was also hand-written on the exterior of the bag with a permanent marking pen, along with the drill hole number. A technician recorded footage intervals on a separate shipment record form with the corresponding sample number.
	Samples for measurement of in situ density are presently collected from core at 35 ft to 40 ft intervals in mineralization and less frequently in hangingwall and footwall lithologies. For the Pipeline and South Pipeline feasibility study, 243 samples were collected from representative intervals of mineralization and waste rock to develop a density model. The new system of sampling at 50 ft intervals was initiated after 1995.
	A total of 3,045 density measurements support tonnage estimates for ore and waste in the Cortez Hills and Pediment deposits.
12.3	Core and Reverse-Circulation Drilling Comparison – Cortez Hills Deposit
	An internal study was undertaken in July 2004 to compare results from RC and core holes used in the Cortez Hills resource estimate. This was warranted because down-hole contamination was noted in at least three RC holes (CH03-43, 48 and 52). Results for three RC/core twin holes were reviewed. In addition, resources were estimated separately using RC holes and core holes. Preliminary results suggest that core holes on average are higher grade than RC holes, depending on the grade range. Resources estimated with core assays at a leach cutoff of 0.007 oz/ton give an average grade 30% higher than resources estimated only with RC samples. Resources estimated with core assays at the mill cutoff grade of 0.080 oz/ton give an average grade 15% higher than resources estimated with only RC assays. The core average is biased high because core holes are more common in the high-grade centre of the deposit. Individual RC/core twin holes compare reasonably well, showing less of a high bias in the core holes. Further study of this is warranted. AMEC does not anticipate that the differences between RC and core holes will materially affect resource estimates.
12.4	Blast Holes
	Samples are collected by placing a 6" diameter, 12" tall vertical cylinder near the drill hole. A rubber curtain surrounds the drill hole and cylinder to retain dust. Approximately 7 lb to 8 lb of material is collected.

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	CJV reviewed the use of a pie sampler versus the cylinder sampler. CJV studies found no significant difference in assays obtained with a pie sampler and a cylinder sampler for 1900 blast holes. The cylinder sampler has been retained.
12.5	List of Significant Data
	Significant composited assays are shown in Appendix A. Listed values are from the Cortez Hills/Pediment mineralization which comprises a majority of the 1 September 2005 mineral resource and mineral reserve statement. Only values greater than 0.008 oz/ton Au have been tabulated.

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13.0	SAMPLE PREPARATION, ANALYSES, AND SECURITY
13.1	Introduction
	Sample preparation and gold assays are conducted by the Cortez Gold Mines laboratory and by independent commercial laboratories. Sample preparation, assaying procedures and quality assurance/quality control measures were established as part of the development of the Pipeline and South Pipeline deposits in 1991. These protocols remained essentially the same since the 1995 feasibility study. Prior to construction of the Pipeline complex laboratory (CJV Laboratory #2) in 1998, mine assays were performed at the Cortez mill laboratory (CJV Laboratory #1). CJV Laboratory #2 recently acquired new preparation equipment and has improved its sample preparation protocols.
	Sample preparation, assaying procedures, and quality assurance/quality control measures are audited every two years by an internal (Placer Dome Inc.) audit team and less frequently by Francis Pitard of Francis Pitard Consultants.
	Drill samples collected for use in the geologic modelling and resource estimation are under the direct supervision of the geology department and are delivered to the assay laboratory under secure conditions. CJV geology staff deliver core in cardboard boxes to the CJV core logging facility. RC samples, collected in Micro Por bags, are closed with security seals and delivered directly to either the CJV Laboratory or a commercial laboratory. The laboratories are required to notify the CJV geology staff if seals are compromised. Split core to be assayed at commercial laboratories are delivered in a similar manner.
	Prior to 2000, the CJV laboratory assayed a majority of exploration samples, principally those for Pipeline, South Pipeline, Crossroads, Gap, and Cortez NW Deep. Rocky Mountain Geochemical Laboratory, American Assay Laboratory, Chemex, Barringer Laboratories, the Placer Dome Research Centre and Monitor Geochemical Laboratory were used for check assays and other routine assays during the period of 1991 to 1997. An increased workload of ore-control sample preparation and assaying at the CJV laboratory has resulted in a majority of exploration samples now being sent to commercial laboratories. Approximately 85% of exploration samples from the Pediment and Cortez Hills deposits have been sent to outside laboratories for analysis. Between 1997 and 2004, CJV principally used Rocky Mountain Geochemical Laboratory and American Assay Laboratory (both in Reno, Nevada) for outside assays and checks of the mine laboratory assays. CJV switched to ALS Chemex and Inspectorate (both in Reno, Nevada) as the primary laboratories for outside assays and check assays in 2004. A majority of core and RC samples for Cortez Hills and Pediment were prepared by ALS Chemex’s sample preparation facility in Reno, Nevada and assayed at their laboratory in Vancouver, B.C.

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13.2	Sample Preparation
	Sample preparation protocols were essentially the same from 1991 to 2000, when the mine laboratory acquired new preparation equipment.
	Core and RC samples are received in Micro Pore sample bags. Core samples weigh approximately 40 lb to 50 lb. RC samples weigh from 10 lb to 15 lb, or 35 lb to 40 lb if from the Pediment deposit.
	Commercial laboratory sample preparation protocols have been similar to those followed by the CJV laboratories #1 and #2. The initial sample preparation protocol in the Pipeline drilling campaign from 1991 to 1992 was:

1.	sample bags were dried at 350°F for six to 12 hours
2.	samples were weighed on a triple beam balance to an accuracy of 0.1 kg
3.	samples were fed through a TM Engineering Rhino Jaw Crusher set at 1/8"
4.	entire sample was screened to minus 10 mesh. Oversize was run through a Bico disc pulverizer to reduce the oversize to minus 10 mesh
5.	entire samples were split to 500 gram with a Jones-type splitter. The 500 gram split was dried a second time
6.	500 gram aliquot was pulverized to 100% passing 150 mesh in a TM vibratory ring pulverizer. Pulverized sample was homogenized on a roll mat. Ring pulverizer was cleaned by pulverizing a crushed crucible between each sample.
7.	Reject was retained and stored.

The coarse-crush protocol was changed to 80% passing 10 mesh in late 1992. Sometime between 1992 and 1997, the coarse crush standard was changed to 95% passing 6 mesh. By 1998, the crushing protocol was changed to 1) entire sample crushed to minus¹/4" in a jaw crusher, 2) entire sample crushed to 95% passing 8 mesh in a rolls crusher and 3) 500 gram aliquot split for pulverizing to minus 200 mesh in an automated pulverizer. This protocol was apparently maintained until 2000 when new crushing and grinding equipment was acquired by CJV Laboratory #2. The mine laboratory now uses a RockLabs crusher and rotary splitter and TM Engineering automated ring-and-puck pulverizer for exploration samples. The RockLabs splitter uses a two-stage process to crush the entire exploration sample to 95% passing 10 mesh and produce a 500 gram sample aliquot. The 500 gram is pulverized for 75 seconds in the automated pulverizer, producing a product of 95% passing 175 mesh. Gravel is pulverized between each run of the 24-compartment pulverizer to clean the unit.

Crush and pulverizer specifications are checked once weekly. Balances are calibrated every six months.

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	Blast hole sample preparation protocols are somewhat different. Blast hole samples from 3 to 20 lb and are crushed to 95% passing 6 mesh in a TM Engineering Rhino jaw crusher. A 250 gram to 300 gram aliquot is split with a Jones-type riffle splitter. No reject is retained. The 250 gram to 300 gram aliquot is then pulverized for 150 seconds in a manual ring-and-puck pulverizer or for 75 seconds in the TM Engineering automated pulverizer.
	Sample preparation protocols meet or exceed industry standard practices for this type of gold deposit. CJV has studied the effects of improving sample preparation further (90% passing 24 mesh) and found no material improvement in assays.
	AMEC found that 2004 Cortez Hills samples submitted to outside laboratories are not being prepared using the same protocol as those samples prepared at the CJV. Sample preparation protocol for samples submitted to ALSChemex (75% of all samples) is to crush samples to 70% passing a 2 mm screen, take a 250 gram split with a riffle splitter, and pulverize the split to 85% passing a 75 µm screen. AMEC recommends that CJV ensure that all outside laboratories temporarily performing as the primary laboratory conform to the sample preparation protocol being employed by the CMG laboratory.
13.3	Gold Assays
	A standard fire assay with gravimetric finish is performed on one-assay ton (29.18 g) aliquots of fine pulverized material for all core and RC samples analyzed by the CJV laboratory. If the initial fire assay is greater than 0.1 oz/ton Au, an additional fire assay is performed. If the initial fire assay is greater than 0.2 oz/ton Au, two additional fire assays are performed. The mean value of the two or three assays was used for resource estimation in the Pipeline feasibility study resource model. Current practice is to use the first assay when the range of the repeat assay falls within 10% of their mean.
	ALS Chemex assayed 2004 Cortez Hills and Pediment samples by fire assay and an atomic absorption finish, using a 30-gram sample. All samples reporting greater than 0.1 oz/ton Au on the initial assay were reassayed by fire assay on a 30 gram sample with a gravimetric finish. No additional assays were performed for initial assays greater than 0.2 oz/ton Au such as at the CMG laboratory. Cyanide leach gold assays were performed for initial assays reporting greater than 0.008 oz/ton Au.
	A cold cyanide shake leach, analyzed with an Atomic Absorption Spectrometer (AA), is performed if the initial fire assay is greater than 0.015 oz/ton Au. The cyanide shake leach is derived by mixing a 10 gram sample from the pulp with 20 ml of 5 lb/ton cyanide solution and agitating for 8 to 10 minutes. If the initial fire assay is greater than 0.04 oz/ton and less than 0.15 oz/ton, a preg rob test is performed to identify metallurgical concerns. This is done by combining 10 gram of pulp with 20 ml of a 0.05 oz/ton Au cyanide solution an agitating for 8 to 10 minutes, then assaying the sample with an AA.

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	Samples with an AA/Fire assay ratio of less than 0.3 are routinely assayed for sulphur and total carbon in a Leco furnace.
	Laboratory analyses at the CJV laboratories were manually entered into spreadsheets until a Laboratory Information Management System (LIMS) was set up at CJV Laboratory #2 in 1998. CJV Laboratory #2 now uses a sample bar code system and transfers all information to the mine database electronically via the LIMS. ALS Chemex assay certificates are downloaded from the ALS Chemex website and loaded directly into the mine database using acQuire®.
	AMEC recommends that CJV ensure that outside laboratories are following assay protocols established and used by the CMG laboratory.
13.4	Trace Element Analysis
	Core and RC samples are routinely analyzed for a 32-element suite by ACME Geochemical Laboratory of Vancouver, British Columbia. The trace-element suite is obtained by Induced Coupled Plasma-arc atomic absorption spectroscopy (ICP) following an aqua regia digestion of the sample pulp. Trace elements include Sb, Hg, Tl, As, Fe and Ca, which in association with Au, show a correlation with mineralized areas.
13.5	Assay Quality Assurance and Quality Control
13.5.1	Introduction
	Quality assurance and quality control for sampling, sample preparation, and assaying have evolved since discovery of the Pipeline deposit in 1991. Procedures include submissions of blanks and mine-derived standards into sample streams to the mine laboratories and commercial laboratories, check assays of pulp duplicates by commercial laboratories, and assaying of coarse reject duplicates. Starting with the Pipeline deposit, CJV submitted one blank and one standard sample with every ten core and RC samples. A check sequence typically consisted of a standard followed by a blank.
	Checks of the mine laboratory (CJV Laboratory #1) assays were made for the 1995 feasibility study. A pulp duplicate was prepared for every 5th Pipeline core sample and every 10th South Pipeline core sample. A pulp duplicate was prepared for every 10th RC sample for Pipeline and every 20th RC sample for South Pipeline. These were assayed by Monitor Geochemical Laboratory and the Placer Dome Research Centre. Since 1995, this procedure of checking the mine laboratory assays (CJV Laboratories #1 and #2) has continued using Rocky Mountain Geochemical Laboratory, American Assay Laboratory, Barringer Laboratories (now Inspectorate), and Monitor Geochemical Laboratory.

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A coarse-reject duplicate was prepared for every 10^th core sample and every 20^th RC sample to provide information on combined sample preparation and assay precision. These are assayed by the CJV laboratory or a commercial laboratory if the primary assay was by the mine laboratory or by a second commercial laboratory if the primary assay was another commercial laboratory.

The CJV laboratories also prepare three pulp duplicates for each tray of 30 samples for maintaining information on analytical precision. This is a routine procedure for most commercial laboratories and the information could be used for estimation of analytical precision.

Standards are made from stockpile materials at the mine. Blank material is made from unmineralized core from Gold Acres, waste rock from the Cortez pit, or alluvial gravel taken from a pit near the Gold Acres haulage road. Accepted values for each standard were determined by having the mine laboratory assay splits from the ore samples several times (ranging from twice to 40 times) following homogenization of the sample in a cement mixer. The average grade from the first six 50-gallon barrels of standard collected for the Pipeline drilling campaign was 0.175 oz Au/ton with a standard deviation of 0.0135 (Placer Dome Technical Services Ltd, 1995). When the material was consumed, six additional 50-gallon barrels of standard materials were collected. The average grade was 0.120 oz Au/ton with a standard deviation of 0.014 (op cit). Blanks were typically below the CJV lab detection limit (<0.002 oz Au/ton). Leach material grading 0.012 oz Au/ton was implemented later.

CJV has developed at least 48 mine standards with this method (Table 13-1). When barrels of standard material are consumed, new samples are collected from the mine stockpiles.

Table 13-1: Mine Analytical Standards

Standard	5CC	6CC	7CC	8CC	19CC	20CC
Mean	0.0295	0.0312	0.0323	0.0315	0.0883	0.0709
St Dev	0.0044	0.0046	0.0047	0.0044	0.0117	0.0127
Max	0.0350	0.0370	0.0390	0.0380	0.1100	0.0850
Min	0.0250	0.0260	0.0270	0.0260	0.0760	0.0550
Standard	21CC	22CC	23CC	30CC	31CC	32CC
Mean	0.0630	0.0828	0.0343	0.1643	0.1333	0.1062
St Dev	0.0037	0.0052	0.0032	0.0041	0.0195	0.0214
Max	0.0690	0.0900	0.0380	0.1690	0.1660	0.1320
Min	0.0570	0.0750	0.0310	0.1590	0.1130	0.0850
Standard	33CC	36CC	37CC	38CC	39CC	43CC
Mean	0.0777	0.0830	0.0855	0.0820	0.0980	0.0785
St Dev	0.0208	0.0028	0.0035	0.0000	0.0042	0.0106
Max	0.1040	0.0850	0.0880	0.0820	0.1010	0.0860
Min	0.0550	0.0810	0.0830	0.0820	0.0950	0.0710

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Standard	44CC	45CC	46CC	47CC	47CC	48CC
Mean	0.0755	0.1025	0.0980	0.0920	0.0910	0.0870
St Dev	0.0078	0.0233	0.0014	0.0000	0.0028	0.0057
Max	0.0810	0.1190	0.0990	0.0920	0.0930	0.0910
Min	0.0700	0.0860	0.0970	0.0920	0.0890	0.0830
Standard	49CC	51CC	52CC	53CC	54CC	55CC
Mean	0.0810	0.0833	0.0880	0.0882	0.0765	0.0855
St Dev	0.0014	0.0044	0.0040	0.0026	0.0021	0.0049
Max	0.0820	0.0910	0.0930	0.0930	0.0780	0.0890
Min	0.0800	0.0800	0.0830	0.0860	0.0750	0.0820
Standard	56CC	57CC	58CC	59CC	60CC	63CC
Mean	0.0670	0.0755	0.0863	0.0850	0.0830	0.0783
St Dev	0.0028	0.0106	0.0015	0.0014	0.0046	0.0006
Max	0.0690	0.0830	0.0880	0.0860	0.0870	0.0790
Min	0.0650	0.0680	0.0850	0.0840	0.0780	0.0780
Standard	64CC	65CC	66CC	67CC	68CC	PIT79
Mean	0.0743	0.0727	0.0720	0.0714	0.0667	0.0352
St Dev	0.0064	0.0059	0.0029	0.0030	0.0025	0.0039
Max	0.0790	0.0770	0.0750	0.0750	0.0690	0.0430
Min	0.0670	0.0660	0.0680	0.0670	0.0640	0.0270
Standard	PIT80	BRL81	BRL82	BRL83	BRL84	BRL85
Mean	0.0361	0.0280	0.0251	0.0309	0.0303	0.0317
St Dev	0.0064	0.0093	0.0048	0.0038	0.0032	0.0058
Max	0.0640	0.0620	0.0400	0.0410	0.0340	0.0440
Min	0.0260	0.0180	0.0200	0.0230	0.0210	0.0210

13.5.2	Standards
	Quality control efforts on a routine basis are limited to checking the assays of standards against accepted values. Generally, assay batches are rejected if the assay of a standard is outside the range of assay values originally returned by the mine laboratory during initially assaying of the standard. AMEC checked printouts and electronic files of standard assays provided by CJV and this practice appears to have been adhered to. The pass/fail criterion is approximately equivalent to one standard deviations from the mean. Generally accepted practice is to set acceptable limits at two standard deviations from the mean for homogenous pulp standards. However, CJV mine standards have not been developed in a rigorous manner because of the need for a significant volume of reference material. The more stringent fail limits are more appropriate given a large standard deviation in assays on the standards.
	Presently, reference material is obtained from working benches where blast hole assays show consistent grades between multiple holes. This material is scooped out with a front-end loader, placed at a storage area, then cone and quartered as needed. At least 20

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	samples are collected from each pile, then the remaining material is placed in a 55-gallon drum. The drum is sent to the mine laboratory where the ore is crushed to minus quarter inch and an additional 20 samples collected for assay. Crushed material is put back in the drums and moved to the Geology Department. The material is very similar in appearance to RC drill cuttings of material,
	River gravel is used for blank material.
	Assay results for the Cortez laboratories and commercial laboratories will include variability introduced by sampling biases, natural variability in the geological materials (heterogeneity), variations in the quality of sample preparation, variations in laboratory accuracy (relative to the true value) and laboratory imprecision (relative range in assay values). Standards should be used to determine the absolute accuracy of a specific laboratory and the highest quality standard is desirable in this regard. AMEC recommends that CJV determine the accepted value for each of its standards by having at least ten splits assayed by five or more reputable laboratories. In this manner, specific control limits can be established for each standard and accuracy biases by laboratories can be more confidently determined.
	AMEC plotted Round Robin results for standards used in 2004/2005 and found the mean value for some standards to be adversely affected by outliers. Relative standard deviations for the standards range between 10.7% and 33.2%, where 5% is typically used as the upper limit for a well behaved standard. This underlines the need to more thoroughly homogenize bulk standard material prior to determining the accepted values.
	AMEC also plotted control charts for standards submitted with 2004/2005 Cortez Hills and Pediment drill holes and found gold assays to be generally within CJV’s acceptable limits. SRM insertion rates were 2.5% for standards and 2.5% for blanks. AMEC reviewed cases where standards fell outside acceptable limits and found that the established protocol of reassaying drill holes for failed standards is not strictly being adhered to. AMEC recommends, especially with these poorly developed standards, that drill holes be reassayed which contain quality control failures.
	The Geology staff employ real-time plotting of standard assays versus accepted values using acQuire to control assay quality.
13.5.3	Check Assays
	Results of check assays, pulp duplicates (same laboratory – CJV) and coarse reject duplicates (external laboratory) are not routinely evaluated. Instead, the check assays were used intermittently to evaluate biases between the CJV laboratories and commercial laboratories. In 2003, CJV investigated these biases in detail and adjusted historical

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assays for the Pipeline, South Pipeline, Crossroads, and Gap deposits for laboratory biases and sampling biases. These bias adjustments are discussed in Section 13.7.

AMEC plotted core reject check assays of the CJV laboratory assays by ALS Chemex for the 2004 Cortez Hills and Pediment drilling program. The CJV assays were found to be biased low by approximately 8%. AMEC also plotted pulp check assays of the CJV laboratory assays by ALS Chemex and Inspectorate for Cortez Hills and Pediment drill holes. The CJV assays were found to be biased low by approximately 5% compared to ALS Chemex and 6.5% low compared to Inspectorate.

AMEC plotted check assays by Rocky Mountain Geochemical Laboratory (RMG) and Acem Assay Laboratory (AAL) for pulps of the 1997 through 2003 drill samples originally assayed by the CJV laboratory. AAL was the primary laboratory for Cortez Hills and Pediment drilling samples in 2003. RMG was the primary laboratory for exploration drilling samples in 1999. In these cases, the CJV laboratory was used as the check laboratory.

Check assay plots show a relatively high variability between the CJV laboratory and commercial laboratories for 1997 through 1999. Normally, a check assay should be within ±10% of the first assay as long as the sample size, preparation protocol and assay method is ideally matched to the homogeneity of the gold occurrence. Within the grade range of interest (>0.01 oz/ton), a majority of check assays are within ±20% to 30% of the original value. Check assays by RMG and AAL in 2000 to 2003 show less variability, with most checks within ±10% of the original value. These years represent primarily drill samples from the Pediment and Cortez Hills deposits.

Gold production from the Pipeline mill and leach heap exceeded resources predicted in the resource model between start up in 1996 and early 2004. In some years, actual production has exceeded the resource model prediction by as much as 20%. The positive reconciliation is the result of an historical low bias in assays by the CJV laboratories, sampling biases (losses of gold during coring or core sampling), and possible modelling biases. Given this, the relative high variability in check assays, although undesirable, has not been shown to jeopardize the resource and reserve estimates. Production of mill ore has been less and leach ore has been more than model predictions for 2004 and 2005. This appears to be the result of some oversmoothing in ordinary kriging of the Pipeline/South Pipeline resource estimate.

Plots of check assays for the period of 1992 to 1996 are not readily available. In this period, a large number of commercial laboratories were used to check assays by CJV Laboratory #1 (at Cortez mill). The CJV did not keep a record of the source laboratories for each check in all cases; therefore, some of the data cannot be separated by laboratory. A detailed review of check and duplicate assay records in 2003 reduced the number of unidentified laboratory assays to about 4%. No significant bias was detected between CJV and the commercial laboratories

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13.5.4	Analytical Precision
	AMEC plotted CJV pulp duplicate assays for 2004 Cortez Hills and Pediment drill holes. The calculated precision of these gold assays is ±40% at the 90% confidence limit, compared with the generally acceptable threshold of ±10% at the 90% confidence limit. These results show that the precision of the CJV laboratory gold assays is poor. AMEC recommends that CJV perform metallic screen tests for samples showing poor agreement in the pulp duplicate assays. Coarse gold in Cortez Hills and Pediment mineralization could be contributing to the poor precision of the CJV gold assays.
	CJV does not plot the relative differences between same-laboratory pulp duplicates. These assays can provide information regarding the precision of assays over time. AMEC recommends that CJV routinely plot the relative differences in pulp duplicates so that the relative precision of each laboratory can be routinely assessed.
13.6	Bulk Density
	Whole core sampling for measurement of bulk density was initiated in April 1992 during the commencement of Phase III drilling of the Pipeline deposit. A total of 243 samples of waste material and ore from Pipeline were measured. CJV collected an additional 224 core samples from the South Pipeline deposit in subsequent drilling campaigns. Starting in 1999, standard practice has been to collect core samples at 35 to 40 ft intervals in mineralized rock and less frequently in hangingwall and footwall lithologies. This has resulted in development of a reasonably comprehensive density database for the Pediment and Cortez Hills deposits.
	The method of core sampling for density measurements has evolved since 1992. Prior to drilling the Cortez Hills deposit, core for density measurements at Pipeline were collected in a plastic sleeve substituting for the triple tube in the core barrel. Core inside the sleeve was retrieved from the core barrel and taken to a core processing facility. A one-inch opening was cut the length of the core with a skill saw. A geologist logged the core for geological and geotechnical attributes, and then wrapped the core and plastic sleeve in cellophane and aluminium foil. The core was then transported to the CJV metallurgical laboratory for density measurements. Because of the relative competence of Cortez Hills core, samples for density measurements are now extracted from the core boxes at the logging facility (rather than collected from the core barrel), wrapped in cellophane with an outer layer of aluminium foil. Samples are sent to the CJV analytical laboratory for measurement.
	Density is presently measured by one of five methods:

1.	Fragment displacement (lacquer coated fragments are immersed in water)
2.	Core displacement (lacquer coated core is immersed in water)

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3.	Core axis length and diameter is measured and applied to dry weight of sample
4.	PVC (poor quality core in PVC pipe is wrapped and immersed in water)
5.	Buoyancy (competent core is wrapped in cellophane and immersed in water).

The laboratory attempts to measure competent core with at least three methods (numbers 2, 3 and 5 above). At least two methods are used to derive the bulk density, dry tonnage factor, and percent moisture for each sample. The buoyancy method is the most accurate and is used in most cases. After two or more methods are used, the results are compared. If the dry tonnage factor is within ±0.5 ft³/ton with both methods, the results are accepted. Several measurements may be required.

Table 13-3 lists specific gravity and bulk densities used for Pipeline, South Pipeline, Crossroads, and Gap and Table 13-4 lists specific gravity and bulk densities used for the Pediment and Cortez Hills deposits.

Table 13-2: Bulk Densities — Pipeline, South Pipeline, Crossroads, and Gap Deposits

			Bulk Density
Lithology	Rock Code	S.G.	(ft3/ton)
Alluvium	1	1.98	16.21
Unaltered carbonate wallrock	2, 8	2.44	13.11
Shear Zone	4, 10	2.14	14.94
Carbonaceous ore	5, 11	2.44	13.14
Oxidized carbonaceous ore	6, 12	2.31	13.89
O-zone	7, 13	2.40	13.35
Gossan	14	2.47	13.00
Marble	15	2.47	13.00
Skarn	16	2.56	12.50

Table 13-3: Bulk Densities – Pediment and Cortez Hills Deposits

				Bulk Density
Lithology	Rock Code	No. Samples	S.G.	(ft3/ton)
Alluvium	1		1.68	19.10
Limestone conglomerate	2	26	1.86	17.19
Siltstone conglomerate	3	39	1.81	17.69
Tertiary Caetano Tuff	4		2.50	12.82
Quartz porphyry dike	5	225	2.24	14.29
Breccia	7	225	2.39	13.43
Jurassic quartz monzonite	8		2.65	12.09
Undifferentiated Upper Plate RMT	9		2.61	12.28
Wenban Formation Horse Canyon member	10	106	2.06	15.54
Wenban Formation limestone	11	2,159	2.62	12.24
Roberts Mountains Formation	12	189	2.62	12.21
Hanson Creek dolomite & limestone	13		2.70	11.87
Eureka quartzite	14		2.50	12.82
Hamburg limestone	15		2.70	11.87
Altered marble		1,085	2.63	12.18

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	AMEC checked the density database against values used in resource estimates and found them to generally agree. Coefficients of variation (CV) of measured values are reasonably small for each unit. CVs range from a low of 0.07 for mineralized Wenban Limestone to 0.17 for limestone conglomerate. In part, this is a function of the number of measurements. Density measurement techniques and sample coverage are acceptable to support resource and reserve estimates.
13.7	Assay Adjustments 2003
	Since the start of production at the Crescent pit at South Pipeline in 1994 until 2003, mill production on an annual basis had always exceeded mine production reports and the prediction of recoverable ounces from resource models. Mine production nearly always exceeded predicted contained ounces based on the long-term resource model. For instance, mine production in 2001 exceeded the resource model by 7.3% on a contained ounces basis. The model overestimated ore tons by 15.3% and underestimated ore grade by 26.8%. In 2002, the resource model relative to the blast hole model underestimated tons by 12% and underestimated the grade by 3.2%, for a total underestimation of contained ounces of 15.7%. The reasons for these differences have been the subject of speculation and study for several years. The consensus is that the difference between mill production and the blast hole model is largely the result of a consistent low bias in assays by the mine laboratory. In addition, it has been determined that historical blast hole assays obtained by atomic absorption methods are consistently biased low relative to assays obtained by fire assay. In the past, only blast hole assays exceeding 0.01 oz were reassayed by fire assay. All blast holes are now fire assayed.
	Although reconciliation through 2003 was always positive (the mill always delivered more gold than predicted by the resource model), a poor reconciliation is not desirable because of the potential influence on mine planning. There is a potential for low-grade resources that are economic not being included in pit designs, although this potential is low due to the geometry of the deposits. Historically, CJV has accounted for the underestimation of ounces by factoring the resource model at each update. Percentage adjustments based on actual production of the preceding year have the undesirable affect in that too many tons and ounces of marginal grade, leach ore (near the internal cutoff) are added using one percentage adjustment factor. This requires additional adjustments to leach tonnages.
	In 2003, CJV commissioned an internal study to determine the causes of historical biases between resource estimates made with exploration drill hole assays, blast hole models, and mill production. The work focussed principally on differences between exploration assays and blast hole assays, but also addressed potential smoothing effects in resource estimation an influences of drill hole spacing (“bad luck”).
	The following biases were found to exist in blast hole and exploration drill hole assays:

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• blast hole assays assayed by atomic absorption are biased low

• blast hole and exploration hole fire assays performed by CJV laboratories (CJV #1 and CJV #2) are biased low relative to fire assays by commercial laboratories

• there are sampling losses in exploration holes which results in a low bias, even though core recovery is very high

• there are smoothing effects in resource estimation procedures that result in lower average grades

• some aspect of “bad luck” (higher grade zones present between holes) may exist.

The relative low bias of fire assays by CJV laboratories relative to commercial laboratories was readily apparent from the large number of check assays performed since 1997. Quantile-Quantile plots, log-scale x-y plots and log-scale relative difference plots were used by CJV and its consultants to assess relationships between AA and fire assays of blast holes, fire assays by CJV laboratories versus commercial laboratories (overall) and fire assays by CJV laboratories versus commercial laboratories for specific ore zones (such as shear-hosted mineralization). Similar plots were used to evaluate the differences between blast hole assays adjusted for the AA/fire assay bias and assays from adjacent exploration core holes. Quantile-Quantile plots do not display the relationship of specific sample pairs; rather emphasize the grade trend of the entire population. In addition, Q-Q plots require that both populations have the same distribution. Blast hole assays will have a more narrow distribution than the distribution of exploration sample assays, which should have long low-grade and high-grade tails. Log-scale x-y plots and log-scale relative difference plots create some “autocorrelation” that may not actually exist. Regression equations derived from log-log plots are not valid and instead should be estimated with linear plots. Normal presentations of comparison data, such as linear-scale relative difference plots and x-y pair plots were not used presumably because of the large variability in the data.

Adjustment factors were developed by CJV for the apparent low bias of exploration fire assays relative to fire assays of adjacent blast holes. These “sampling bias” adjustments account for a yet understood loss of gold in assays of exploration core. Core drilling methods were highly professional and core recovery was generally high (>90%), therefore it is a surprise that sampling losses occurred in the core drilling. However, a 10% loss of gold might occur in a 5% or less loss of core if the most altered and mineralized material is preferentially susceptible to loss.

The datasets used for this evaluation contain a large amount of variation. Blast hole assays were selected for core pairs if within 30 ft of the core hole. A large variation in grade can occur in this distance.

The high variability in relative differences does not negate the conclusion that assays of core are generally biased low relative to blast hole fire assays. The Q-Q plots show that the blast hole assay population is overall higher grade than the exploration core hole assay

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population for the same area. The variability in pair values instead give the regression function derived from the pairs a low confidence level. Adjustments to the core assays produce similar assay populations between core and blast holes.

Final correction factors were produced for removing biases between blast holes with fire assays and atomic absorption assays, between fire assays by the mine’s laboratories and commercial laboratories and between blast holes and core hole assays (sampling bias). Adjustments are summarized in Table 13-5. Assays for the Pipeline, South Pipeline, Crossroads, and Gap deposits were then modified using a series of regression formulas dependent on the assay material (blast hole or core), geological domain (Pipeline shear or non shear) and source laboratory (CJV #1, CJV #2 or outside laboratory). Assays for Cortez NW Deep, Pediment, and Cortez Hills were not adjusted. Table 13-5 presents an average for each sample type (core and blast hole).

Table 13-4: Assay Adjustments Used in 2003 and 2004 Resource Models for Pipeline, South Pipeline, Crossroads and Gap Deposits

		Adjustment	Cumulative Adjustment
Sample Type	Bias	(%)	(%)
BH	AA lower than FA	+1		+1
BH	Mine lab FA lower than commercial labs	+7		+8
Core	Mine lab FA lower than commercial labs	+9		+9
Core	Sampling — BH higher than core	+12		+22

Comparison between estimates of Pipeline/South Pipeline resources using adjusted drill hole assays against an estimate using blast hole assays tested the assay adjustments. Blast hole assays with AA assays were first adjusted upward 1% for AA/fire assay bias and 8% for CJV laboratory/commercial laboratory fire assay bias. Table 13-6 presents comparisons of tons, grade and contained ounces for each model.

Table 13-5: Comparison of Adjusted and Unadjusted Models for Pipeline/South Pipeline

Model	BH Corrected	DH Unadjusted	DH Adjusted	2002 Factored
Tons	118,157,397	105,387,006	113,485,233	98,426,736	—
Grade	0.073	0.071	0.075	0.081	—
Ounces	8,674,611	7,495,938	8,512,805	7,994,385	—

		DH Unadjusted vs.	DH Adjusted vs.	2002 Factored vs.	DH Adjusted vs.
Comparison		BH Corrected	BH Corrected	BH Corrected	2002 Factored
Diff. Tons	—	-12,770,391	-4,672,164	-19,730,661	15,058,497
Diff. Tons %	—	-12%	-4%	-20%	13%
Diff. Grade	—	-0.0023	0.0016	0.0078	-0.0062
Diff. Grade %	—	-3.22%	2.13%	9.61%	-8.28%
Diff. Oz	—	-1,178,673	-161,806	-680,226	518,420
Diff. Oz %	—	-15.72%	-1.90%	-8.51%	6.09%

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The blast hole corrected model is used as the baseline since this model is closest to actual mine production. The comparison shows that on a global basis, the resource model with adjusted drill hole assays (highlighted in bold italics) is within 4% in tons and 2% in grade and contained ounces from the corrected blast hole model. This comparison does not show how close the models will be on a local basis (within specific grade-control panels).

A second test of the adjusted assays is CJV’s comparison of actual 2003 production and the year-end 2003 resource model. This model uses adjusted drill hole assays. Actual production in 2003 was 1,065,000 oz. Applying a year-to-date average recovery of 70.8%, the production required a total of 1,505,000 oz of in situ resources. For the same pit volume, the year-end 2003 resource model estimates 1,378,000 contained ounces, or 8% less. This suggests that the adjusted assays and new resource model is still conservative relative to actual production. The rolling average reconciliation for the period between 01 August 2003 and 31 July 2004 shows that production exceeds the prediction of the resource model by 9% on tons, 2% on gold grade and 11% on contained gold ounces. This suggests that the adjusted assays and new resource model is still conservative relative to actual production. In January 2004, the mine also started tracking reconciliation of ore control perimeters (blast hole blockouts) to long-term resource model blocks on a monthly basis. From January through July of 2004, the resource model under predicted, on average, 5% on tonnage for both the mill ore and leach ore. The model under predicted the mill grade by 28% and over predicted the leach grade by 17%. On average, the grade is under predicted by 4% resulting in an average under prediction of gold ounces of 8.5%.

Reconciliation trends changed markedly in the remainder of 2004 and to date in 2005. For the past 15 months (June 2004 to August 2005), the resource model has overpredicted the mill ore tonnage an average of 19% and underpredicted the mill grade by 12%. Global contained ounces are the same, although more ounces are in material that will have a lower recovered ounce percentage (leach material). This change has coincided with mill-grade mineralization being less contained within the well-defined Pipeline duplex zone and more prevalent in disseminated zones and multiple structures. The preliminary consensus is that ordinary kriging of mineralization outside the thrust duplex has oversmoothed grade estimates, creating a bias in tons and grade at the mill cutoff. Global tons and contained ounces are similar between the model and mill/leach production. This bias will be addressed in a model update scheduled for the fourth quarter of 2005. The use of adjustment factors does not appear to have caused the reconciliation shortfall in mill tons and grade.

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14.0	DATA VERIFICATION
	The CJV technical database has evolved from the Informix® database architecture used during exploration and development of the Pipeline and South Pipeline deposits to the present acQuire® system, first implemented in 2003. Exploration data from a variety of sources are now imported into acQuire® and then re-exported for use by either the Placer Dome OP software system for resource estimation and mine designs or by other commercial software packages.
	Prior to 2004, geological and geotechnical data logged by CJV geologists were recorded in the GEOLOG® program using GEOENTRY®. All entries were checked for proper format, coding and numerical continuity using GEOCHCK®. Once reviewed by GEOCHCK®, the data were converted to a text and graphics log using LOGII® software. After was visually checked by the geologist and logging coordinator, the final GEOLOG® was provided to the computer systems administrator to be merged into acQuire®. Some data were stored in Microsoft Access® prior to storage in acQuire®. Since 2004, geological and geotechnical logs have been entered directly into acQuire® using a custom data entry program. Data input is controlled by use of ‘pick boxes’ which only allow the user to select valid values for each field.
	Data files include:

•	geological log attributes
•	assays
•	assay quality assurance/quality control information
•	geotechnical logging attributes
•	density measurements
•	geological model polygons
•	collar and down-hole surveys
•	topography.
Data are exported to Placer Dome’s OP software system for processing. This system has the following subroutines:

• OP1: Drillhole database checking

• OP4: Drill hole compositor

• OP5: Composites split by geological model units

• OP27: Surface modelling

• OP29: Resource estimation

• OP31: Trimming model to topography

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• OP37: Compression of block model

• OP46: Profit matrix development

• OP49: Pit slope parameters

• OP59: Pit optimization preparation

• OP60: Lerches Grossman pit optimization

• OP61: Reserve tabulation

• OP75: Geological modelling.

CJV presently uses Maptek Vulcan® for development of three-dimensional geological models. Variograms are calculated with Snowden’s VISOR® software. Whittle 4X® and OptiCut® are periodically used for pit designs. Whittle Express® is sometimes used to assist in optimization of ramp designs.

Input of exploration data is largely electronic since geological and geotechnical logs, collar surveys, down-hole surveys, assays and topography are derived digitally from the start. Some staff geologists still use paper log forms prior to keypunching information into the aQuire® entry form. Geological and geotechnical logs hand keyed during logging are reportedly checked by two geologists prior to being imported into the master database. Integrity subroutines in acQuire® check for anomalous numerical coding such as mismatched from and to, unique geological or geotechnical codes, and anomalous bends in downhole surveys. These procedures produce high quality databases.

The Pipeline, South Pipeline, Crossroads, Gap, and Gold Acres database was audited by internal Placer Dome corporate audit teams in 1996, 1998, 2001, and 2002. These reviews indicated a low error rate.

In 2004, AMEC selected 21 drill holes from the 556 drill holes used in the Pediment and Cortez Hills resource model and obtained an export of all information for these holes from the acQuire® database. Gold assays, from, to, key, alteration, lithology, formation and rock code were compared to original documents. Downhole surveys were checked for anomalous kinks. Other than a few differences in how gold assays at detection limit or below are reported, no errors were found. The Pediment and Cortez Hills database is of high quality and suitable to support resource estimates.

During its site visit in September, 2005, AMEC audited the updated 2004 Cortez Hills and Pediment drill database by comparing assay and lithology information against original documents. Lithology fields audited included rock type, alteration, formation name, and the keyflag and geocode fields. Assay fields audited included the gold fire assay and cyanide fields. The lithology audit found only minor errors (0.68% error rate) which will not adversely affect the geologic model. The assay audit found no errors except in the way that ALS Chemex cyanide gold overlimit assays are handled. The upper detection limit for cyanide gold assays using the Au-AA13 method is 1.46 oz/ton Au. Cyanide assays

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exceeding this limit are automatically substituted with the fire assay value. This, in effect, makes all intervals with cyanide overlimits assays have a AA/FA ratio of 1.0. While one could argue that intervals reporting greater than 1.46 oz/ton in the cyanide assay are likely not refractory, replacing the cyanide assay value with the fire assay value is not a good practice. AMEC recommends that CJV instruct ALS Chemex (and all other outside laboratories) to reassay the cyanide overlimits assays by a suitable method to arrive at a value within the detection limits.

AMEC also performed database integrity checks (check for overlapping intervals, missing collars/surveys/assays/lithology, calculation errors, etc.) on the Cortez Hills and Pediment database. Several errors were found in calculated fields (aa_fa contained several negative values) and 14 drill holes were missing lithology data, but overall the database is in excellent condition and is suitable to support resource estimates.

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15.0	ADJACENT PROPERTIES
	There are no adjacent properties that are of a concern to resources and reserves in the CJV.

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16.0	MINERAL PROCESSING AND METALLURGICAL TESTING
	The metallurgical process has been well established and developed over an operating period of more than 30 years. The CJV has a number of processing facilities:

• Mill No. 1, the Cortez mill (inactive)

• Mill No. 2, the Pipeline mill

• Heap leaching at Cortez (inactive), Pipeline, Gold Acres, and the South Area facility

• Dry grinding and roasting plant at Cortez (inactive).

	Mill No. 1 was placed on care and maintenance at the end of October 1999. The roaster has been inactive since 1995 pending the stockpiling of sufficient carbonaceous ore to justify a continuous campaign or a decision on alternative processing. Some stockpiled ore is being sold for outside processing. Details on the mill flowsheets are discussed in Section 19.3, Process Operations.
	The majority of metallurgical testwork on ore zones currently being mined and those targeted for future consideration are conducted in-house at the mine site or at Placer Dome’s Vancouver laboratory. Independent outside laboratories are used on occasion where specialized equipment or facilities are required. Sample selection, collection, and compositing required for testing of new ore types and ore zones is conducted under the direction of the site geology department. Samples are comprised of drill core and RC drill cutting rejects. All assaying for tests conducted on site is performed by the site assay lab using standard accepted practices.
16.1	Pipeline and South Pipeline
	The metallurgical characteristics of the South Pipeline and Pipeline deposits have been developed through extensive mill and heap leach experience and ongoing testwork at site. AMEC reviewed the mill operating statistics for 1998, 1999, 2000, 2001, and 2002, and as well the operating performance in October and November of 2003. Results show stable metallurgical performance consistent with ongoing in-house test programs. Metallurgical recoveries are discussed in Section 19.5 of this technical report.
	Pipeline and South Pipeline contain low and high-grade oxide and “O-Zone” materials. O-Zone ore is an oxidized material that contains higher silica content that results in lower recoveries. Low-grade oxide and O-Zone materials are heap leached; high-grade materials are milled in Mill No. 2.
	Metallurgical performance of both oxides and O-Zone materials are well established through heap leach and milling experience. Metallurgical projections are consistent with historical performance and ongoing testwork.

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	Carbonaceous materials are also contained in the Pipeline and South Pipeline deposits. Currently, carbonaceous materials are stockpiled for future processing through the Cortez roasting plant or potential treatment through new proprietary processes being developed by PDTS. Some of the stockpiled carbonaceous ores are sold for outside roaster processing.
	Some pilot scale testwork has been completed on the two new proprietary processes to support predictions for metallurgical performance. Implementation of these processes would require some modifications to the existing mill and heap leach facilities.
	Metallurgical prediction for carbonaceous ore response to roasting is based on roaster recovery performance over the last three years. Predictions are in the range of actual roaster reported recoveries for Cortez treated ores.
16.2	Crossroads and Gap
	Spatially, the Crossroads deposit is an extension of the South Pipeline deposit. Mineralization at Gap shows similarities to oxide mineralization within Pipeline and South Pipeline, although the host rock (Wenban Limestone) is different. As such, the metallurgy has been predicted to be similar to that of South Pipeline. This is a reasonable assumption.
	Crossroads and Gap contain oxide materials of which the low grade will be heap leached with the higher grades reporting to Mill No. 2. Column and bottle roll testwork results show the Crossroads and Gap ore to be amenable to heap leaching and milling as configured in Mill No. 2. The projected metallurgy for Crossroads and Gap ores are consistent with the testwork done.
	Crossroads contain some carbonaceous ores. Alternative treatment processes are assumed to be the same as those proposed for Pipeline and South Pipeline ores. This is a reasonable assumption.
16.3	Pediment
	The Pediment deposit primary consists of oxides ore and contains little to no sulphide components. The majority of the deposit is low grade heap leach material.
	Lab scale column heap leach testwork was conducted on Pediment samples in 2002. A total of 13 tests were performed on composite samples representing three separate grade ranges, low (0.01 o2/t to 0.03 o2/t), medium (0.03 o2/t to 0.05 o2/t), and high (0.05 oz/t to 0.08 oz/t). Lab results demonstrated that a primary leach cycle resulting in a solution to ore mass ratio of 2.7 is necessary for optimum recovery. The primary leach cycle is 90 days with a typical solution application rate of 0.005 gpm/ft2.

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	Bench scale test results indicate that major reagent consumption, sodium cyanide and lime, will be similar to that for Pipeline/South Pipeline leach ores.
	Testwork on Pediment performance in milling is limited; however, results to date indicate that the ore is reasonably amenable to milling.
	Hardness testwork indicates a Bond work index in the order of 12.5. This is softer than the South Pipeline ore at 13.5 kWh/ton and harder than Pipeline ore at 11 to 11.5 kWh/ton.
16.4	Cortez Hills
	The Cortez Hills ore is a mixture of high grade oxide, low grade oxide and refractory ore. The high and low grade material will serve as feed to the mill and heap leach respectively. The refractory material is primarily located in deeper areas of the pit and represents only about 5% of the potential net revenue from the pit.
	Within the Cortez Hills deposit, three primary ore types have been identified: marble, limestone and breccia. Combination of the marble and limestone ore types comprises about 75% of the Cortez Hills reserve. The remaining 25% of the reserve is the breccia ore type.
	In the fall of 2003, five composite samples of oxide material from the Cortez Hills deposit were tested. Tests included standard bottle roll tests to determine leach residence time, sensitivity to grind particle size and reagent consumption. Metallurgical performance of the Cortez Hills oxide material is consistent with feed materials processed at Mill No. 2. Subsequent testwork completed in 2005 indicate a potential upside in a 1% increase in recovery indicated by larger scale bottle roll tests. These higher recoveries were not incorporated into CJV’s internal feasibility study or revised pit designs.
	Four out of five of the composite samples tested had high carbonate contents at approximately 35%. One sample had 9% carbonate. All samples indicated 0.1% or less total organic carbon content and trace to 0.1 % total sulphur.
	In 2004, bench scale testwork was conducted on composite samples prepared from PQ drill core representing the three ore types. Tests included Bond work hardness testing, JK breakage tests (comminution parameters), determination of gravity recoverable gold, sedimentation and rheology testwork
	Highlights of the test results include:

• Comminution characterization tests showed the ores to be of medium hardness and relatively easy to mill, although the breccia appears to be slightly harder than Pipeline ores.

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• Modelling of the crushing and grinding circuit predicts a mill throughput of 10,000 tpd is achievable using the current mill configuration and is consistent with the current throughput capacity of the mill with Pipeline ore.

• Gravity gold recovery testwork showed a minimal proportion of the contained gold would be directly recoverable as concentrate from gravity processes.

• Small amounts of graphitic preg-robbing components were found. These tests confirm that a CIL configuration of the leach circuit should be contained as per the current flowsheet used for Pipeline ores.

• Major reagent consumption, sodium cyanide and lime, is consistent with Pipeline ore consumption rates.

• No viscosity concerns were identified at the current operating solids concentration with Pipeline ore.

	Lab scale column heap leach testwork was conducted on RC or PQ samples of Cortez Hills ore drilled in 2002 and 2003. A total of 8 tests were performed on composite samples representing three separate grade ranges, low (0.01 oz/t to 0.03 oz/t), medium (0.03 oz/t to 0.05 oz/t), and high (0.05 oz/t to 0.08 oz/t). Lab results demonstrated that a primary leach cycle resulting in a solution to ore mass ratio of 3.6 to 4.5 is necessary for optimum recovery. The primary leach cycle ranges between 120 to 150 days with a typical solution application rate of 0.005 gpm/ft2.
	Bench scale test results indicate that major reagent consumption for the heap leach circuit, sodium cyanide and lime, will be similar to that for Pipeline/South Pipeline leach ores.
	Ten samples of refractory ore were selected for diagnostic leach testing followed by process amenability testing. In total, seven different processes known to be applicable for the treatment of refractory type ores were tested. Of the processes tested pressure oxidation and roasting yielded the best results with 92% and 86% gold recovery respectively.
	New composite samples have been selected for metallurgical testing in the second half of 2005. These tests will allow for a more definitive determination to be made for the preferred processing route for refractory ore.
��
16.5	Cortez NW Deep
	Gold in the Cortez NW Deep zone is extremely fine grained and is associated with quartz, pyrite, and arsenopyrite.
	In 1993 and 1994, a number of preliminary roasting and bottle roll tests were conducted on ore from the Cortez NW Deep zone. Results showed that roasting followed by leaching would result in reasonable recovery. Leaching alone resulted in poor recovery.

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	The Bass Pond zone is contained within the area referred to as Cortez NW Deep. This zone contains both oxide and carbonaceous materials. Preliminary testwork has shown that the oxide material is amenable to heap leaching and milling.
16.6	Hilltop
	The Hilltop deposit includes both sulphide and oxide material. Preliminary tests have been conducted including, flotation, bottle rolls, leach columns, and bioxidation/leach columns.
	Potential flowsheet options include heap leach, flotation, bioxidation, roasting, and various combinations thereof to optimize oxide and sulphide recoveries.

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17.0	MINERAL RESOURCE AND MINERAL RESERVE ESTIMATES
17.1	Introduction
	The mineral resource and reserve estimates for the CJV are a joint effort of the mine staff. R.C. Hays, Exploration and Development Superintendent and K. Hart, Senior Mine Geologist are responsible for geological modelling. Andrew Issel, Resource Estimation Specialist, is responsible for resource estimation. W.M. Martinich, Mine and Technical Services Superintendent, and T.L. Dyer, Mine Engineer, are responsible for mine designs and estimation of reserves. Mr. Martinich is the mine’s Qualified Person in regards to the 1 September 2005 resource and reserve estimates. Resource and reserve estimates are developed using Placer Dome Inc. in-house OP and commercially available VULCAN® and VISOR® software. Whittle 4X®, Whittle OptiCut® and Whittle Express® are used in various capacities to assist in the design and optimization of pits.
	The Pipeline resource model, which includes the spatially related Pipeline, South Pipeline, Crossroads and Gap deposits, has evolved from the feasibility study model created in 1995 through annual resource model updates. Two updates to variography were conducted during the period 1998 to 2000. During the Fall 2001 resource estimation update process, various models were created to assess the impact of a number of different estimation parameters. In 2003, the resource estimation was updated using a new assay database with historical assays adjusted for laboratory and sampling biases. In addition, new estimation parameters were developed to improve local estimates. Resource classification was changed from one dependent on the average distance from block centroids to the nearest drill hole to one using kriging variance.
	A new “small-block” resource model for the portion of mineralization at Cortez Hills beneath the present design pit was developed to better support evaluations of an underground mining option.
	The four resource models and the deposits included within each are listed in Table 17-1. In addition, reserves are contained in various stockpiles.
	Table 17-1: CJV Resource Models

Model	Deposits	Resource	Reserve
Pipeline	Pipeline	•	•
	South Pipeline	•	•
	Crossroads	•
	Gap	•	•
Cortez Hills / Pediment/	Cortez Hills	•	•
Cortez Northwest Deep	Pediment	•	•
	Northwest Deep	•
Cortez Hills Underground	Cortez Hills	•
Hilltop	Hilltop	•

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	The coordinate systems used for all of the models are based on a local grid and do not tie to any state plane or UTM coordinate system. The Pipeline model and the surrounding area are on one coordinate system while the Cortez Hills, Pediment, and Northwest Deep are on a second system and Hilltop is on a third. Topographic control is provided by aerial survey with conventional surveying updates in active mining areas.
17.2	Geological Models
17.2.1	Pipeline/South Pipeline/Crossroads/Gap/Cortez NW Deep Deposits
	All geologic data used for modelling were collected, reviewed, and verified by CJV geology staff. Data are stored as acQuire® SQL server databases and imported into Vulcan for 3D visualization and interpretation. CJV geology staff complete geologic interpretation polygons for all rock types in sectional views constructed at 100 ft intervals. Rock type polygons are constructed by snapping contacts to drill hole pierce points. Plan sections are cut at mid-bench for 40 ft bench heights. Triangulations for each rock type were built from sectional polygons and reconciled against drilling in plan, cross section, long section, and oblique views. Extensions of 50 ft were used to close triangulations where rock types ended between sections. The triangulations were prioritized and used to create a geological block model in the Pipeline mine grid with dimensions 11,240 ft east-west, 11,480 ft north-south, and 2,500 ft vertically. The block dimensions are 40 ft x 40 ft in plan view by 20 ft thick. The block model contains 281 columns by 287 rows by 125 levels. The block model was exported from Vulcan in an ASCII format and converted to the Placer Dome format.
	AMEC reviewed preliminary geological interpretations on paper for the Pipeline, South Pipeline, Crossroads, Gap, Pediment, and Cortez Hills deposits. AMEC also reviewed all final interpretations on computer screen in Vulcan®, which was able to display attributes of each deposit in three-dimensions.
	Sixteen rock types are contained in the resource block model. Tonnage factors were assigned to each block in the model based on the assigned rock type. The geological models of Pipeline, South Pipeline, Crossroads, and Cortez NW Deep are essentially models of alteration, since all of these deposits are hosted by the Roberts Mountains Formation. Important model units include:

• alluvium

• oxidized rock, less altered or waste material

• oxidized and argillized rock

• oxidized and silicified rock

• oxidized shear

• carbonaceous rock, less altered

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• carbonaceous rock, partly oxidized on fractures

• carbonaceous rock, argillized.

	AMEC found that the geological models reasonably represent geological controls of mineralization and CJV interpretations honour drill hole data.
	An anisotropy model was also created as part of the geological modelling. This model was used to orient the search and variogram ellipsoids during estimation. Form lines were digitized on every 100 ft section of the geological model. There was a minimum of one form line per section with additional form lines as warranted. The form lines are generally parallel or sub-parallel to the orientation of the shear zone, which represents the fabric controlling the mineralization. The azimuth and plunge of the orientation of the mineralization was assigned using a nearest-neighbour assignment with an isotropic search with a radius of 600 ft. The long range of search was used to ensure that estimations of azimuth and plunges were completed in all blocks.
	An assay data file was exported from the SQL database using all core holes and any reverse circulation holes supported by core data on all sides. The drill hole selection list and assay file were checked and verified by CJV geology staff prior to export to the Placer Dome assay file format used to create composite files.
17.2.2	Pediment and Cortez Hills Deposits
	CJV geologists merged geological interpretations and databases for these deposits because of their proximity and because the in situ footwall of the Pediment deposit resembles mineralization at Cortez Hills. Geological interpretations were developed on east-west cross sections and north-south longitudinal sections spaced at 100 ft intervals. Triangulations for each rock type were built from sectional polygons and reconciled against drilling in plan, cross section, long section, and oblique views. Extensions of 50 ft were used to close triangulations where rock types ended between sections. The triangulations were prioritized and used to assign rock codes to the block model. The block model was expanded north to include the area of the historical Cortez mine and the Cortez Northwest Deeps deposit. The combined model 16,000 ft east-west (21,000-37,000E, 20,000 ft north-south (21,000-41,000N and 6,000 ft vertically (2,000-8,000 ASL). The model blocks are 30 ft x 30 ft x 15 ft vertically. The block model was exported from Vulcan® in an ASCII format and converted to the Placer Dome OP software format. The capacity to view geological attributes in three-dimensions in Vulcan® greatly assisted the development of a final interpretation.
	The Pediment geological model is primarily a lithological model, since mineralization is generally constrained by geological units. Cortez Hills mineralization is controlled by lithology, alteration, and structure. Fourteen rock units used in the combined Pediment and Cortez models are listed in Table 17-2.

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Table 17-2: Cortez Hills — Pediment Rock Types

Rock Code	Lithology	Symbol
1	Alluvium	QAL
2	Limestone conglomerate	QCS
3	Siltstone conglomerate	QCL
4	Tertiary Caetano Tuff	TC
5	Quartz porphyry dike	TQP
7	Breccia	BRXX
8	Jurassic quartz monzonite	QM
9	Undifferentiated Upper Plate RMT	DS
10	Wenban Limestone Horse Canyon Member	DWH
11	Wenban Limestone	DW
12	Roberts Mountains Formation	SRM
13	Hanson Creek dolomite & limestone	OHC
14	Eureka quartzite	OE
15	Hamburg limestone	HAM

	An assay data file was exported from the database using all core holes and any reverse circulation holes supported by core data on all sides. The drill hole selection list and assay file were checked and verified by CJV geology staff prior to export to the Placer Dome assay file format used to create composite files.
	A specific gravity block model was created by retrieving data by rock type from the geology model. The specific gravities used were developed from laboratory testing.
	The model does not include a water table surface since this feature is at a depth of approximately 1,100 ft at the Cortez Hills deposit and approximately 500 ft at the Pediment deposit.
	These model development procedures for Pediment have been reviewed and/or audited multiple times since 1998 by Placer Dome. AMEC reviewed the geological interpretations and found them to be professionally constructed and representative of drill hole data. CJV understanding of the geology and geological controls of mineralization is good and suitable to support resource estimates.
17.2.3	Cortez NW Deep Deposit
	The Cortez NW Deep area stratigraphy is dominated by laminated, calcareous siltstones of Silurian Roberts Mountains Formation (SRM) and underlying Hansen Creek Dolomite (OHC). The Eureka Quartzite (OE) occurs below the Hansen Creek Dolomite and has been intersected in several holes throughout the project area. The resource is divided between oxidized and altered, low angle duplex zones in the Roberts Mountain Formation

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	and what appears to be a low angle duplex zone with refractory sulphide mineralization occurring at the top of the Hansen Creek Dolomite.
	The resource is structurally complex. High-angle NNW-striking faults appear to have served as the primary mineralization conduits. NE-striking faults were secondary conduits. Low-angle thrust duplex zones were the primary hosts of mineralization. At least four phases of igneous activity are evident. The most common phase is represented by Tertiary quartz porphyry dikes.
	A rock type model was constructed from the drilling information by the CJV geologists and incorporated into the resource model to control the estimation of the resource. Six rock types were modelled. These consist of: alluvium, siltstone, quartzite, dolomite, Tertiary dikes, and quartz porphyry dikes. The ore is primarily restricted to the siltstone, quartzite and dolomite.
17.2.4	Hilltop Deposit
	The Hilltop main zone gold deposit is hosted in metasedimentary rocks within the upper plate of the Roberts Mountains Thrust and in Tertiary age intrusive porphyries and breccias. Most of the mineralization is contained within a tabular lens-shaped body of siliceous and locally sulphidic megabreccia, which is bounded by the Hilltop mine fault (floor) and the Independence fault, which dip 20° and 30° west respectively. A series of porphyritic, calc-alkaline stocks, plugs and dikes were intruded into this thrust regime. The principal episode of gold mineralization probably occurred late in the intrusive history and during reactivation of the thrust faults.
	Drill hole data from 392 holes was compiled by Placer Dome Exploration Inc. The drilling information was passed on to the CJV for the resource estimation. Down-hole survey information was not available, thus it was assumed the holes had a straight trace with the dip and the azimuths applied at the collar elevation.
	Six primary rock types were logged with the drilling: siltstone, argillite, quartzite, breccia, intrusive and Hilltop Main Zone. The Hilltop Main Zone is the primary zone of mineralization.
	The upper 150 to 250 ft of the deposit is oxidized. The bulk of the Main Zone mineralization is unoxidized.

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17.3	Pipeline/South Pipeline/Crossroads/Gap Mineral Resource Estimates
17.3.1	Introduction
	The Pipeline resource model, which includes the spatially related Pipeline, South Pipeline, Crossroads, and Gap deposits, has evolved from the feasibility study model created in 1995 to the present model. The modelling methods and parameters have been updated annually. The resources and reserves have been audited internally by Placer Dome in 1996, 1998, 2001, and 2002. With each of the audits, a number of suggestions were made that could potentially improve the resource model. The CJV has been very diligent about following up on the various suggestions and adopting the ones that improved the models. Some of the improvements incorporated since the early estimation of Pipeline resources include:

• indicator kriging of the shear zone

• incorporation of a local anisotropy model

• improvements in the density model

• use of spatial statistics (estimation variance) for classification

• analyzing and adjusting for sample bias.

	One of the changes in the 2003 model represents a significant departure from previous models. Historically, all of the models produced have significantly underestimated the resource when compared to the actual production. In the past, this has been compensated for by factoring of the estimated grades in the model. CJV recently completed an in-depth study examining data biases, which derived various assay adjustment factors (Section 13.7). The adjusted assays have been used in the 2003 model without the use of additional factors. The resource was updated in May of 2004 using an additional 14 drillholes. The holes were drilled specifically to test the bottom of the pit in a number of areas. This, combined with an increase in the gold price from $325 to $350/oz, resulted in a significant expansion of the Pipeline pit to the west.
17.3.2	Resource Model
	Resource estimation was completed using two interpolation methods: ordinary kriging for all domains except for shear zone, and indicator kriging for the shear zone rock type. Estimation of mineralized groups is done with soft boundaries between all domains, except the shear zone, which is estimated with a hard boundary.
	Sixteen rock types are contained in the resource block model. These consist of alluvium, four rock types for the Gap area and two sets of six rock types for the remaining areas. These rock types are broken into two groups of similar lithology and alteration distinguished as either flat laying or steep dipping. The flat laying are parallel or sub-

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parallel to the main shear zone while the steep dipping are more steep laying away from the main sheer zone. The rock types were assigned to the block model from the geologic model based on the block centre. The searches and the variograms were different for each of the rock types based on the block designations. All of the boundaries between the rock types were treated as soft boundaries except for the shear zone. That is, for all except the shear zone, any data that fell within the search was considered for use within the estimate regardless of the rock type of the block being estimated or the data found.

The shear zone was estimated separately, exclusively using shear zone data. The shear zone was estimated using indicator kriging. Only an e-type estimate of the average block grade was used for the resource summation. No further post-processing of the indicator inferred distribution was considered.

The values for the density model were assigned according to the bulk density factors and rock types from the geological model. An anisotropy model was created and used to align the search ellipsoid for estimation. The OP estimation program OP29 was used to estimate the angles into a block model based on an isotropic search with a radius of 600 ft. The long range of search was used to ensure that estimations of azimuth and plunges were completed in all blocks.

Descriptive statistics were generated for data in all geological domains. General estimation parameters are detailed in Table 17-3.

Table 17-3: Gold Estimation Parameter Summary

Parameter	Unaltered		Alteration		Shear		Carbon		Ozone
Trimming Values (oz Au/ton)		0.35/0.8		0.6/0.6		—		0.4/1.0		0.4/0.3
Min. # of Samples		4		4		4		4		4
Max. # of Samples		8		8		8		8		8
Search Radius (ft)		200		200		250		250		200
Search Azimuth (degrees)		160 / 120		130 / 110		135 / 80		100 / 40		155
Search Dip (degrees)		—		—		—		—		—
Search Plunge (degrees)		0/-20		10/0		0/20		-10/10		-15/-15
Main Search Anisotropy		1.0/1.0		1.21/1.0		1.0/1.48		1.0/1.0		1.0/1.0
Minor Search Anisotropy		1.0/1.54		1.03/1.04		1.0/1.0		1.44/1.06		1.31/1.31
Vertical Search Anisotropy		3.06/2.16		3.76/1.50		4.0/2.85		1.44/3.07		2.23/2.23
Max Samples per DH		4		4		4		4		4
Max Samples per Octant		2		2		2		2		2
Min. # of Informed Octants		2		2		2		2		2
Min. # of Holes		1		1		1		1		1
# of Indicator Classes		—		—		7		—		—

Note:Parameters are shown for the various rock types as flat / steep

Table 17-3 shows that seven indicator classes used for the shear zone rock type. These classes were based on gold grade. The flat and steep zones were estimated separately.

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The indicator classes and their associated grades are given in Table 17-4. The indicator classes were chosen to best represent equal numbers of composites in the lower grades while maintaining equivalent metal content in higher grades. To accomplish this, indicator cutoff graphs were computed within the shear zone. It should be noted that it is customary to use the upper class median during estimation; however, the upper class mean is used at Pipeline because of the need to increase grade for better reconciliation with high-grade zones.

Table 17-4: Indicator Classes for Shear Zone Rock Type

		0		1		2		3		4		5		6		7
Flat	Cutoff (oz/t)				0.002		0.006		0.020		0.065		0.161		0.346		0.595
	Mean (oz/t)		0.001		0.003		0.011		0.037		0.105		0.236		0.451		0.784
Steep	Cutoff (oz/t)				0.003		0.006		0.014		0.039		0.118		0.368		0.886
	Mean (oz/t)		0.001		0.004		0.009		0.024		0.068		0.216		0.537		1.236

	Table 17-5 summarizes the variogram parameters used for the Fall 2003 and 2004 update ordinary kriging estimation. All variograms were calculated as correlograms and modelled with exponential models. Correlograms are scaled such that the variogram model will have a unit sill. In most cases, the variogram never reached the unit sill within the range that the data was examined, resulting in variogram models that have an apparent sill less than 1.0.
	Table 17-6 summarizes the shear zone indicator variograms for the flat zone region, and Table 17-7 summarizes the shear zone variograms for the steep zone region. Note that the azimuth reported in these tables shows a trend from northeast to southwest. This is also consistent with the ordinary kriging orthogonal found in Table 17-5.
Table 17-5: Pipeline Variogram Summary — Ordinary Kriging

Flat Zone Rock Types

Steep Zone Rock Types

Variable

Unaltered

Altered

Carbon

Ozone

Unaltered

Altered

Carbon

Ozone

Azimuth

160°

130°

100°

155°

120°

110°

40°

155°

Dip

—

—

—

—

—

—

—

—

Plunge

—

10°

-10°

-15°

-20°

0°

10°

-15°

Number of Structures

2

2

2

2

2

2

2

2

Range (ft)

35/275

120/320

100/280

150/335

80/270

75/285

110/215

150/335

Maj. Anisotropy

1.4/1.0

2.0/1.0

5.0/1.0

1.2/1.0

2.67/1.0

1.0

1.0

1.2/1.0

Min. Anisotropy

1.0

1.0/1.03

1.0/1.27

1.67/1.31

1.0/1.54

1.15/1.06

4.4 /1.10

1.67/1.31

Ver. Anisotropy

1.75/3.06

3.0/3.76

1.43/1.44

1.0/2.23

2.29/2.16

3.0/1.5

2.2 / 3.07

1.0/2.23

Sill

0.47/0.35

0.29/0.21

0.20/0.21

0.41/0.10

0.21/0.29

0.33/0.27

0.21/0.21

0.41/0.10

Nugget

0.20

0.10

0.10

0.10

0.10

0.10

0.10

0.10

Note:Variogram parameters are entered as 1^st structure / 2^nd structure, in accordance with OP conventions.

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Table 17-6: Pipeline Variogram Summary, Shear Zone Indicator Kriging — Flat Zone

	Indicator Threshold
Variable	0.002		0.006		0.020		0.065		0.161		0.346		0.595
Azimuth		130		135		135		150		150		150		150
Dip		0		0		0		0		0		0		0
Plunge		0		0		0		0		0		0		0
Maj. Anisotropy		1		1		1		1		1.33 / 1		1		1
Min. Anisotropy		1.33 / 1.38		1.43 / 1.47		1.22 / 1.59		3.33 / 1.56		1 / 1.54		1.5 / 1.67		1.33 / 1.55
Ver. Anisotropy		1.6 / 2.2.		2.5 / 2.2		2.75 / 2.15		2.5 / 3.23		3 / 3.08		2.25 / 3.5		2.67 / 3.1
Number Structures		2		2		2		2		2		2		2
Range		40 / 220		50 / 220		55 / 215		50 / 210		60 / 200		45 / 175		40 / 155
Sill		0.39 / 0.17		0.35 / 0.17		0.35 / 0.15		0.26 / 0.27		0.31 / 0.28		0.34 / 0.25		0.53 / 0.10
Nugget		0.015		0.015		0.015		0.015		0.015		0.20		0.25

Note:Variogram parameters are entered as 1^st structure / 2^nd structure, in accordance with OP conventions.

Table 17-7: Pipeline Variogram Summary, Shear Zone Indicator Kriging — Steep Zone

	Indicator Threshold
Variable	0.003	0.006	0.014	0.039	0.118	0.368	0.886
Azimuth	80	80	80	80	70	100	70
Dip	0	0	0	0	0	0	0
Plunge	30	35	20	20	20	20	20
Maj. Anisotropy	1.0 / 1.0	1.2 / 1.0	1.0 / 1.0	1.0 / 1.0	2.67 / 1.0	1.0 / 1.0	1.0 / 1.0
Min. Anisotropy	1.43 / 1.02	1.0 / 1.02	1.0 / 1.07	1.57 / 1.15	1.0 / 1.0	1.0 / 1.09	2.4 / 1.29
Ver. Anisotropy	1.67 / 2.27	1.0 / 2.53	1.67 / 2.47	2.2 / 2.71	1.33 / 2.29	5.25 / 2.38	6.0 / 3.0
Number Structures	2	2	2	2	2	2	2
Range	50 / 250	30 / 240	50 / 235	55 / 230	40 / 195	105 / 190	60 / 180
Sill	0.47 / 0.10	0.38 / 0.15	0.39 / 0.04	0.27 / 0.13	0.32 / 0.06	0.31 / 0.18	0.39 / 0.19
Nugget	0.20	0.20	0.20	0.20	0.20	0.20	0.25

Note:Variogram parameters are entered as 1^st structure / 2^nd structure, in accordance with OP conventions.

17.3.3	Cross Validation
	The general descriptive statistics of the model were checked by domain and compared to the drill hole values (Table 17-8). The global statistics (rock from mineralized EDA) show a very good relationship overall. There is a slight negative bias in some of the higher-grade zones, which would make the model slightly conservative.

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Table 17-8: Drill Hole vs. Model Statistics

Parameter	Unaltered	Altered	Shear	Carbon	OxCarbon	Ozone
No. of Data	26301	5028	3033	6205	808	2174
Est. Mean	0.015	0.023	0.093	0.027	0.022	0.030
DH Mean	0.015	0.024	0.095	0.027	0.023	0.030
Est. Std. Dev.	0.032	0.042	0.140	0.056	0.046	0.037
DH Std. Dev.	0.043	0.056	0.175	0.075	0.062	0.047

17.3.4	Mine to Model Reconciliation
	The mine currently collects mine to model reconciliation data on a monthly basis. Data from the last 15 months (June 2004 through August 2005) were examined. Within this timeframe, the model performance is summarized in Table 17-9. The reconciliation shows that relative to mine production records, the model is unbiased at the heap leach cutoff. However, at the mill cutoff there is conditional bias within the model. The model has over predicted the mill tonnage on an average of 19% and under predicted the contained ounces by 12%. This implies that the model is generally over smoothed. The standard deviation of the errors is within acceptable limits overall, but is somewhat excessive for the mill ore.
	Table 17-9: Pipeline Monthly Reconciliation Summary

	Tonnage Error						Ounce Error
	Mean			Std Dev			Mean			Std Dev
Mill Ore		19	%		30	%		-12	%		21	%
Leach		-1	%		10	%		11	%		9	%
Total Ore		1	%		11	%		0	%		9	%

This condition did not appear in past evaluations of the mine-model comparisons. In the past, the primary ore source for Pipeline was contained with the duplex shear zone. This zone was estimated with very tightly controlled interpolation. The shear zone is nearing exhaustion and the primary ore source for both recent production and the remaining reserve has shifted to the more disseminated mineralization. This would imply that the the observed conditional bias could persist through the remaining reserve. Shortfalls in predicted mill tons and resulting reduced revenues from higher grade and higher recovery mill ore may financially impact Phases 8 and 9. AMEC recommends this effect be examined by the CJV in the next reserve update by using a new resource estimate with less conditional bias to develop a revised mine design.

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17.3.5	Sample Block Model Sections and Plans
	Sample cross sections, longitudinal sections and plan sections of the Pipeline-South Pipeline, Crossroads and Gap deposits are provided as Figures 17-2 to 17-21, with outlines of the ultimate pits. All figures were supplied by CJV.
	It can be seen that there exists somewhat of a conditional bias in the estimate. The estimate is too smooth. The resource model shows more low grade tons and less high grade tons than the production model. The estimates cross very near the mill cutoff. Therefore, at the mill cutoff the resource estimate is approximately unbiased. To compensate for the bias in the leach tons, the resource has been summarized at a higher cutoff than the operating cutoff. The cutoff was chosen such that the leach tonnage matched the production.
17.3.6	Conclusions and Recommendations
	Estimation for the year-end 2003 mineral resources and the June 2004 update is the culmination of previous work integrated with updated data and revised statistics. The modelling effort continues to improve annually as more data become available. The resource model appears to be relative robust on a global basis. The model appears to be over smoothed away from the shear zone. This over-smoothing should be addressed as soon as possible to ensure the continued viability of the mine plan.

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Figure 17-1: East-West Cross Section of Pipeline-South Pipeline Block Model at 57000N, Looking North

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Figure 17-2: North-South Longitudinal Section of Pipeline-South Pipeline Block Model at 103200E, Looking West

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Figure 17-3: Level Plan of Pipeline-South Pipeline Block Model at 4670 ft ASL

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Figure 17-4: East- West Cross Section of Crossroads Block Model, Looking North

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Figure 17-5: North-South Longitudinal Section of Crossroads Block Model, Looking West

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Figure 17-6: Level Plan of Crossroads Block Model at 4270 ft ASL Elevation

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Figure 17-7: East-West Cross Section of Gap Deposit Block Model at 57400N, Looking North

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Figure 17-8: North-South Longitudinal Section of Gap Deposit Block Model at 99300E, Looking West

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Figure 17-9: Level Plan of Gap Deposit Block Model at 5010 ft ASL Elevation

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17.4	Pediment and Cortez Hills Mineral Resource Model
17.4.1	Introduction
	The Pediment and Cortez Hills deposits are in close proximity of each other and contain similar stratigraphic sections. Although the Pediment deposit is comprised mostly of mineralization in Roberts Mountains Formation displaced in a slide block, mineralized Wenban Limestone similar to mineralization at Cortez Hills exists beneath the Pediment deposit. Because of this, the deposits were modelled jointly. The Pediment deposit was discovered in 1998 with the discovery followed by an extensive drilling program. The deposit has been evaluated on a stand-alone basis and as providing supplementary feed to the current operations. The Cortez Hills deposit was initially discovered in 2002. After the completion of slightly more than 40 drill holes, a preliminary evaluation of the deposit was completed and a press release was issued disclosing the discovery of the Cortez Hills deposit in April 2003. The June 2004 resource model has been completed using data from 513 drill holes covering both deposits. Cortez Hills was estimated using assays from 67 RC holes and 100 core holes. Since mid-2004, additional drilling has been completed. This additional drilling was primarily for geotechnical, hydrological and condemnation information. The model used for the open pit evaluation has not been further updated.
	Drill sample assays have been combined into 10 ft down-the-hole length composites. As the original samples are generally 10 ft in length, the composites are essentially the original samples. The model block dimensions were set to 30 ft x 30 ft x 15 ft.
	Based on a midyear, 2004 update to the geological model of the Cortez Hills and Pediment deposits, lithological domains were split into discrete mineralized and unmineralized zones. Mineralized zones in the Cortez Hills deposit are contained within two 0.005 oz/ton grade shells, one for the Wenban Formation and the other for mineralization in the underlying Roberts Mountains Formation. This was to allow use of either hard (no sharing of composites) or soft (sharing of composites allowed) boundaries in estimation. One grade domain was created for the Pediment deposit. The following domains were established within the grade shells:

• Cortez Hills Deposit

- EST_DMN 2 = MIN DWH — Mineralized Horse Canyon Member of Wenban Limestone

- EST_DMN 3 = MIN DW — Mineralized lower Wenban Limestone

- EST_DMN 4 = MIN SRM — Mineralized Roberts Mountains Formation

• Pediment Deposit

- EST_DMN 6 = PED_MIN — Pediment Mineralized Domain mostly QCS

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• Both Deposits

- EST_DMN 5 = TQP- Dikes not estimated

- EST_DMN 8 = Out of Mineralized Domains.

17.4.2	Resource Model
	The resource model was built using regular 10 ft length composites created from the exploration data set. The composite dataset for Cortez Hills and Pediment consisted of 513 holes with 67,638 gold values. The maximum fire assay grade was 11.028 oz/ton and the mean grade was 0.017 oz/ton. A comparison of core and RC sample assays revealed that down-hole contamination locally occurred in RC holes. Core hole results were used to trim RC assays up hole. Trimmed assays were replaced with “no sample” designations.
	Composite gold values were trimmed to limit the influence of anomalous high grades in the estimate. The trimming limits were determined separately for each rock type in the model. Trimming limits were determined by examining the correlation of adjacent composites. The trimming limit was set at the point that the correlation went to zero. Trimming limits for each of the rock types are listed in Table 17-10. Sample cross sections, longitudinal sections and level plans for the Pediment and Cortez Hills deposits, with ultimate pit outlines, are provided as Figures 17-10 to 17-13.
	Table 17-10: Cortez Hills — Pediment Composite Trimming Limits

	Estimation Domain	Trimming Limit (oz/ton)
2	Wenban Horse Cr. Member		2.0
3	Wenban limestone		2.0
4	Roberts Mountains Formation		1.0
6	Pediment Deposit (QCS, QCL)		1.0
8	Out of mineralization		1.0

Resources were estimated using ordinary kriging within the following domains and boundary conditions:

• All material outside mineralized zones in both the Cortez Hills and Pediment deposits were set to a code of 8 and the contact between domain 8 and other domains was treated as a hard boundary.

• Inside the mineralized zones the following boundary conditions were observed:

- Rock codes DWH=2 and DW=3 were estimated with a soft boundary

- Rock code SRM=4 was estimated with a hard boundary

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- Code Dike=5 was not estimated and grade was set to 0.00

- Rock code Ped_min=6 was estimated with a hard boundary

- Samples from dikes were treated as internal waste and were used for estimation of DWH, DW and SRM.

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Figure 17-10: Plan Map of Cortez Hills and Pediment Deposits at 5750 Ft Elevation
Showing Block Model Grades

Note:Figure supplied by CJV.

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Figure 17-11: East-West Cross Section of Cortez Hills Deposit at 28600N (Looking
North), Showing Block Model Grades

Note:Figure supplied by CJV.

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Figure 17-12: East-West Cross Section of Pediment Deposit at 26000N (Looking North), Showing Block Model Grades

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Figure 17-13: Longitudinal Section of Cortez Hills and Pediment Deposits (Looking East Southeast), Showing Block Model Grades

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Variogram analysis and modelling were performed to model the spatial continuity and distribution of gold grades. For the purposes of the variograms and modelling statistics, a broad outer boundary was placed around the mineralized portion of the deposit. This boundary is referred to as the EDA zone. All of the variograms are modelled with exponential variogram models. Variogram parameters for the mineralized zones are listed in Table 17-11.

Table 17-11: Variogram Summary — Cortez Hills and Pediment

	Cortez Hills			Pediment
	Domain 2	Domain 3	Domain 4	Domain 6 Ped
Nugget	0.1	0.05	0.1	0.05
Sill	0.33 / 0.37	0.36 / 0.26	0.47 / 0.05	0.48 / 0.27
Range	135 / 300	60 / 300	90 / 255	95 / 210
Azimuth	330	300	320	95
Dip	0	0	0	0
Plunge	80	-50	-20	25
Prim. Aniso	1	1	1	1
Sec. Aniso	1.0/ 1.30	2.40 / 1.50	1.80 / 1.38	2.71 / 1.35
Vert. Aniso	1.59 / 1.88	3.00 / 3.00	4.50 / 1.59	1.90 / 1.40

	Note:Variogram parameters shown as 1st structure / 2nd structure, in accordance with OP conventions.
	The model was estimated with a minimum of four composites and a maximum of 16 composites. The estimate was limited to a maximum of eight samples per drill hole and a maximum of four samples per quadrant. The primary ore zones were estimated with a 220 ft search with the search ellipse oriented the same as the variograms for each zone.
17.4.3	Estimation of the Underground Resource Model
	A second model was estimated for the purposes of evaluating the underground resource associated with Cortez Hills. This model was built using a 10 ft x 10 ft x 10 ft block size. The smaller block size was chosen to allow a little higher resolution in the resource for assessment of potential underground mining of the deeper mineralization.
	The underground model was also estimated with a minimum of four composites and a maximum of 16 composites. The estimate was limited to a maximum of eight samples per drill hole and a maximum of four samples per quadrant. The primary ore zones were estimated with a 220 ft search with the search ellipse oriented the same as the variograms for each zone.
	The variograms were refitted for the underground model with three nested structures as opposed to two for the original model.
	The confidence limits for the estimated underground resource were estimated using conditional simulation. The objective of the simulation was to assess the kriging variance

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	that would be equivalent to a year’s worth of underground production (480 x 480 x 160 ft panel) known within ± 20% with a 90% confidence. An estimation variance of 0.27 was chosen.
	The underground resource was summarized from the portion of the small block model under the open pit limits using a 0.2 oz/t cutoff and the 0.27 estimation variance limit. All of the underground resource was classified as Indicated.
	Comment
	Preliminary underground evaluations have been performed by CJV with the assistance of Placer Dome. These evaluations are sufficient to support the declaration of an underground resource. The preliminary evaluations were done using the large block open pit model. The resource has been summarized using the small block resource model. No engineering evaluations have been done using the small block model. The magnitude of the tons and grade of the two models are very similar. Therefore, it is believed that the small block model summary represents a reasonable estimate of the underground resource for Cortez Hills.
17.4.4	Estimation Validation
	The resource model was validated in a number of ways. The composites were compared to the blocks into which they fell. This provides a basic statistical validation of the model. These statistics are summarized in Table 17-12. These statistics show that there is a slight low bias in the model in domains 2 (Horse Canyon member of Wenban Formation) and 3 (Wenban Formation limestones).

Table 17-12: Cortez Hills — Pediment Model Validation

	Cortez Hills									Pediment
	Domain 2 DWH			Domain 3 DW			Domain 4 SRM			Domain 6 Ped
DH Mean		0.186			0.138			0.115			0.025
DH Variance		0.155			0.186			0.036			0.004
DH Coefficient of Var.		1.929			2.279			1.639			2.273
Model Mean		0.186			0.128			0.108			0.026
Model Variance		0.049			0.038			0.011			0.001
Model Coefficient of Var.		1.185			1.527			0.997			1.389
Theoretical Variance		0.076			0.033			0.012			0.001
% Difference Model/Theoretical Coeff. Var.		-30	%		3	%		4	%		-14	%

A second check was to calculate the amount of variance reduction observed within the model (Table 17-11). The theoretical variance was calculated assuming a 30 x 30 x 15 ft SMU. This comparison shows that Domain 2 (Horse Canyon member of Wenban Formation) is significantly oversmoothed, whereas Domains 3 (Wenban Formation

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limestone) and 4 (Roberts Mountains Formation) are undersmoothed. This can lead to a conditional bias in the reserve, especially in the presence of high-grade data.

The model was also checked statistically to see if there was any excessive spatial smoothing within the model by comparing the ordinary kriged model to a nearest neighbour model within regular swaths. The check was run three times checking the model with east-west oriented swaths, north-south swaths and horizontal swaths. In all cases, the amount of spatial smoothing of the estimate was minimal.

The final check made to validate the reserve was to visually examine the model relative to the drilling. This was done in cross-section and in plan. The model appears to reasonably represent the data.

17.4.5	Conclusions and Recommendations
	The resource model for Cortez Hills and Pediment appears to provide a reasonable representation of the drill hole information. Standard industry practices were used in the estimation of the model. There is no production history to use to validate the model, but it has been statistically validated. These statistical validations show that the model should provide a reasonable estimate of the resource on a global basis. Domain 2 of Pipeline/South Pipeline and the Pediment model appears to be overly smoothed. As recent experience at Pipeline has shown, this can be problematical and lead to a significant over prediction of mill tons.
	AMEC recommends that future models attempt to provide a better match between the theoretical variance reduction and the model variance. This would minimize any problems that could arise for conditional biases in the estimate.
17.5	Cortez NW Deep Mineral Resource Estimate
17.5.1	Introduction
	The Cortez NW Deep deposit is located in the historic Cortez Mining District among the pre-existing Cortez pit workings. These pits consist of small open pits, dumps, and stockpiles. Approximately one-half mile south of the Cortez #1 mill facilities, which were used to process production from the Cortez pit. Only drilling that was completed since 1989 was considered accurate enough to use in this evaluation. This drilling consists of 134 drill holes.
	The Cortez NW Deep resource was remodelled and evaluated in the first quarter of 2003. Previous evaluations had examined the resource as a combined open pit and underground operation. The current evaluation calls for open pit mining only. The resources quoted are based on a $450 per troy ounce gold price. The economic evaluation completed in 2003

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	showed that the Cortez NW Deep deposit would be economic at a $385 per troy ounce gold price.
17.5.2	Resource Model
	A total of 12,754 composites (10 ft intervals) were created from the drill hole assay data and were used to estimate the resource.
	The Cortez NW Deep model extends 2,500 ft east-west, 2,000 ft north-south, and 1,520 ft vertically. The model block size is 20 x 20 ft in plan by 20 ft vertically. Gold was estimated into the model using ordinary kriging. High-grade values were cut to 0.6 oz/ton. This affected nine composites, which had a maximum value of 0.3 oz/ton. Estimates were made using a minimum of four and a maximum of eight composites with a maximum of four composites per drill hole, a maximum of two composites per octant and a minimum of two informed octants. A sample cross-section, longitudinal section and level plan of the NW Deep block model are provided as Figures 17-14 to 17-16. The resource pit was designed using a gold price of US$450/oz.

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Figure 17-14: Southwest-Northeast Cross Section of Cortez NW Deep Deposit Block Model, Looking Northwest

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Figure 17-15: Southeast-Northwest Longitudinal Section of Cortez NW Deep Deposit Block Model, Looking Northeast

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Figure 17-16: Level Plan of Cortez NW Deep Deposit Block Model

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The boundaries between the siltstone, carbonaceous siltstone and dolomite have been treated as soft boundaries. The boundaries between all of the other rock types and the dikes are treated as hard boundaries. The search parameters used are summarized in Table 17-13. The variogram parameters used for the estimate are shown in Table 17-14.

Table 17-13: Cortez NW Deep Search Parameters

	Siltstone		Carbonaceous		Dolomite		Tertiary Dikes		Sulphide
Search Radius (ft)		250		250		250		250		250
Azimuth (degrees)		140		170		150		140		140
Dip (degrees)		0		0		0		0		0
Plunge (degrees)		0		20		0		0		0
Primary Anisotropy		1		1		1		1		1
Secondary Anisotropy		1.49		3.18		1.23		1.21		1.12
Vertical Anisotropy		3.2		3.68		1.94		3.05		3.05

Table 17-14: Cortez NW Deep Variogram Parameters

	Siltstone	Carbonaceous	Dolomite	Tertiary Dikes	Sulphide
Nugget Effect	0.10	0.10	0.10	0.10	0.10
No. of Structures	2	2	2	2	2
Ranges (ft)	95 / 320	45 / 350	40 / 320	95 / 320	95 / 320
Sills	0.65 / 0.04	0.53 / 0.18	0.60 / 0.09	0.65 / 0.04	0.65 / 0.04
Azimuth (degrees)	140	170	150	140	140
Dip (degrees)	0	0	0	0	0
Plunge Degrees)	0	20	0	0	0
Primary Anisotropy	1	1.29 / 1	1	1	1
Secondary Anisotropy	1.90/ 1.49	1 / 3.18	1 / 1.23	1.19 / 1.21	1.19 / 1.21
Vertical Anisotropy	3.17 / 3.2	2.25 / 3.68	1.14 / 1.94	3.17 / 3.05	3.17 / 3.05

	Note:Tabulated variogram parameters show 1st structure / 2nd structure, in accordance with OP conventions.
17.5.3	Model Validation
	No model validation statistics are available. The model was examined in cross-section and plan relative to the drilling. It appears that the model does a reasonable job of representing the drilling.
17.5.4	Recommendations and Conclusions
	The Cortez NW Deep resource model provides a reasonable estimate sufficient for the declaration of resources. It would be necessary to refine the model and the economic evaluation of the deposit prior to the declaration of a reserve for the deposit.

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	The previous evaluations of the Cortez NW Deep zone examined both underground and open pit mining. The current evaluation calls for open pit mining only. The average strip ratio for the NW Deep resource is in excess of 5:1, with the marginal strip ratio certainly much greater. It may be reasonable to consider an underground option for the deposit.
17.6	Hilltop Mineral Resource Estimate
17.6.1	Introduction
	The Hilltop deposit is controlled by the CJV and is located 12 miles north of the Cortez administrative and Mill #2 facilities. The main zone of the deposit is located on a hill and is surrounded by mountainous terrain in the central portion of the Shoshone Range. The Hilltop mine was first prospected in the 1860s and was actively mined between 1909 and 1951. The deposit was further explored by various companies in the 1960s, 1970s and 1980s. The CJV acquired the property in 1989. The CJV actively explored the deposit from the time of acquisition through 1997 at which time a resource model was produced and the deposit economically evaluated. Only minimal effort has been expended on the deposit since the 1997 evaluation.
	A new pit shell was produced using a $450 per troy ounce gold price for the summation of the resource.
17.6.2	Resource Model
	A total of 13,301 composites (10 ft intervals) were created from the drill hole assay data and were used to estimate the resource.
	The Hilltop model extends 5,360 ft east-west, 4,800 ft north-south, and 2,320 ft vertically. The model block size is 40 by 40 ft in plan by 20 ft vertically. Gold was estimated into the model using ordinary kriging. High-grade values were cut to 1.0 oz/ton, but this only affected one siltstone composite. Estimates were made using a minimum of five and a maximum of twelve composites with a maximum of six composites per drill hole, a maximum of three composites per octant and a minimum of two informed octants.
	The boundary between the Hilltop Main Zone and the other rock types was treated as a hard boundary with the other five rock types treated as a single unit. The search parameters used are summarized in Table 17-15. The variogram parameters used for the estimate are shown in Table 17-16. A sample cross-section, longitudinal section and level plan of the Hilltop resource block model are provided as Figures 17-17 to 17-19.

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Figure 17-17: East-West Cross Section of Hilltop Deposit Block Model, Looking North

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Figure 17-18: North-South Longitudinal Section of Hilltop Deposit Block Model, Looking West

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Figure 17-19: Level Plan of Hilltop Deposit Block Model

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Table 17-15: Hilltop Search Parameters

	Non Main Zone		Main Zone
Search Radius (ft)		150		200
Azimuth (degrees)		225		270
Dip (degrees)		50		-30
Plunge (degrees)		-60		60
Primary Anisotropy		1.0		1.0
Secondary Anisotropy		1.0		1.63
Vertical Anisotropy		1.40		2.0

Table 17-16: Hilltop Variogram Parameters

	Non Main Zone	Main Zone
Nugget Effect	0.4168	0.167
No. of Structures	2	2
Ranges (ft)	72.4 / 155.8	117.1 / 194.4
Sills	0.28 / 0.26	0.106 / 0.871
Azimuth (degrees)	225	270
Dip (degrees)	50	-30
Plunge Degrees)	-60	60
Primary Anisotropy	1.0	1.0
Secondary Anisotropy	1.0	1.632
Vertical Anisotropy	1.4	2.0

	Note:Tabulated variogram parameters show 1st structure / 2nd structure, in accordance with OP conventions.
17.6.3	Model Validation
	No model validation statistics are available. The model was examined in cross-section and plan relative to the drilling. It appears that the model does a reasonable job of representing the drilling.
17.6.4	Recommendations and Conclusions
	The Hilltop resource model provides a reasonable estimate sufficient for the declaration of an Indicated or Inferred resource. It would be necessary to refine the model and the economic evaluation of the deposit prior to the declaration of a reserve.

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17.7	Mineral Resource Classification
17.7.1	Classification Parameters
	The classification of the mineral resource and reserves for the CJV was based primarily on the kriging estimation variance derived in the estimation of each particular blocks. The kriging estimation variance was used because it has a number of advantages compared to schemes such as distance to composites. The estimation variance is a function of the spatial configuration of the data used in the estimate. If the data are well distributed spatially, the estimation variance will be lower than is the data are clustered. Also, if the estimate is extrapolation away from data the estimation variance will quickly rise while if the estimate is interpolating between data the estimation variance will be stable. The absolute magnitude of the estimation variance will be a function of the variogram parameters used in the estimate. Therefore, a single estimation variance threshold cannot be chosen to be universally applied to all deposits. It is necessary to calibrate the estimation variance to a standard that will provide the level of confidence consistent with the classification of the resource. By reviewing cross sections and plans, geology and engineering personnel determined that Measured Resources are supported by assay composites no more than 80 ft from the estimated resource block. Indicated Resources are generally more than 80 ft but less than 150 ft from assay composites supporting the estimation. Any block with an average composite distance greater than 150 ft would be Inferred Resources. The estimation variance was examined in cross-section and plan view relative to the composite data used for the estimates and the thresholds chosen that would be relatively consistent with the distance criteria. Estimation variances are summarized in Table 17-17.
	Table 17-17: Estimation Variance Thresholds for Classification of 2003 Mineral Resource

Model	Resource Category	Estimation Variance
Pipeline	Measured	0.0 to 0.25
	Indicated	0.26 to 0.55
	Inferred	Greater than 0.55
Cortez Hills /Pediment	Measured	0.0 to 0.20
	Indicated	0.21 to 0.45
	Inferred	Greater than 0.45
Northwest Deep	Measured	0.0 to 0.60
	Indicated	0.61 to 0.80
	Inferred	Greater than 0.80

The only exception to the use of estimation variance for classification is in the Hilltop resource. This model was built in 1997, prior to CJV adopting estimation variance as a classification criterion. For the Hilltop model, the classification was based on the search radii used with a two-pass kriging plan. Anything estimated using the initial pass was

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	classified as Inferred. The search radii were expanded by 50 ft, and the additional blocks estimated were classified as Inferred.
17.7.2	Comments
	The classification parameters used by CJV have been reviewed by examining the models in cross-section and plan. AMEC believes that the mineral resource classification logic defined for CJV deposits to be sound and consistent with the CIM definitions referred to in National Instrument 43-101. Its implementation at CJV were reviewed and found to be appropriately applied.
17.8	Mineral Reserve Estimation
	Pit optimization at the CJV is achieved using the routine OP60 (an implementation of the Lerchs-Grossmann Algorithm) within Placer Dome’s in-house OP software system. OP60 allows the use of multiple slope domains based on the geology and a pre-determined profit/cost block model to estimate an optimal pit shell. The profit/cost block model is based on grade, recovery, and economic data, including:

• Gold resource model

• Different recovery models for each processing method (CIP milling, leaching, and roasting) and the distinctly different geological domains.

Estimates of the block revenue are based on the block value less the estimated costs associated to produce the gold product and less the royalties due to others. The factors considered in establishing a block value are summarized in Table 17-18.

Table 17-18: Factors Considered in Establishing Individual Block Value

Component	Elements Considered
Block Value	Block Revenue — Block Costs — Royalties
Block Revenue	Grade x Volume x SG x Recovery x Gold Price
Block Costs	Mining + Processing + Overhead
Royalties
Idaho Mining Company	1.5% Gross Smelter Return: Subject to all production
Royal Gold Inc.	0.4% to 5.0% Gross Smelter Return: Gold price dependent on and subject to Pipeline/South Pipeline production
ECM Inc.	5.0% net value royalty, approximated by assuming 3.9% of gold sales from all South Pipeline production

A cutoff grade is applied at a zero profit breakeven, and block profit or cost is attributed accordingly. Operating costs are dependent on the lithology and/or the ore/waste classification, and mining costs are incremented with depth below the pit rim.

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The optimal pit shell is smoothed to produce an operationally viable design using the VULCAN® software package. Golder Associates has conducted extensive geotechnical studies on the Pipeline, South Pipeline, Crossroads, and Gap deposits. All four deposits are overlain with up to 100 m of alluvium material. The inter-ramp angles for alluvium are 49° at Pipeline and 50° at Cortez Hills/Pediment. In the Pipeline and South Pipeline deposits, final wall slopes in rock are designed with inter-ramp angles ranging from 34° to 50° depending on rock type and wall orientation. The geotechnical work on Crossroads and Gap in 2001 concluded that similar slope design criteria could be applied to these deposits.

BGC Engineering Inc. (BGC) conducted a “Feasibility Geotechnical Assessment” of the Pediment pit in 2000. Detailed geotechnical and hydrological assessments of Cortez Hills were completed in 2004 and 2005. These recent assessments showed that the pit slopes for Cortez Hills would have to be much shallower than previously anticipated. Also, extensive dewatering of the pit walls would be necessary to maintain even the shallower slopes. Slope design and dewatering criteria were developed in support of the internally developed Cortez Hills feasibility study. The inter-ramp slope angles range from 28° to 45° depending on rock type and wall orientation.

Currently, mine designs for all deposits include the following criteria:

• 10% maximum haul road grade

• 40 ft bench height on primary stripping benches, 50ft in Cortez Hills and Pediment

• 20 ft bench height on ore benches, 25 ft in Cortez Hills and Pediment

• 110 ft wide haul roads

• bench face angles ranging from 50° to 70° depending on material type

• minimum mining width of 300 ft, although narrower widths can be mined over short distances.

	All pit optimizations were based on resource models developed during the fall of 2003 for Gap, Cortez NW Deep and Hilltop. Pit optimizations for Pipeline, South Pipeline, Cortez Hills and Pediment used resource models made in June 2004. The recovery and cost models were developed in conjunction with the 2003 budget plan and the life of mine (LOM) plan using a long-term gold price of US$350/oz. for the Pipeline complex. The recovery and cost models were developed in conjunction with the 2004 Feasibility Study using a long-term gold price of US$375/oz for Cortex Hills and Pediment.
17.9	Mineral Resource and Mineral Reserve Statements
	The CJV Mineral Reserves were established within pits using a 350 US$/oz gold price. Owing to the Reserve cut-off grade being close to analytical limits routinely achieved in a production setting, mine management has set the leach cut-off grade at 0.005 oz/ton which sets the cutoff grade at a price much less than the present price or a three-year backward

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average price. This results in a global reserve that is robust with respect to gold price. The CJV open pit mineral reserves for 1 September 2005 are shown in Table 17-19. The cutoff grades and metallurgical recoveries are summarized in Table 17-20. The mineral resources were summarized within pit shells generated at $450/oz. The Measured and Indicated Mineral Resources are summarized in Table 17-21 and the Inferred Mineral Resources are summarized in Table 17-22. All mineral resources are exclusive of mineral reserves.

Table 17-19: 1 September 2005 Proven and Probable Mineral Reserve Estimates for Cortez Joint Venture at $350 Gold Price

									Contained
	Tons		Gold Grade		Tonnes		Gold Grade		Troy Ounces
Category	(000)		(oz/ton)		(000)		(g/t)		(000)
Proven Mineral Reserves
Pipeline		54,100		0.028		49,075		0.96		1,498
South Pipeline		64,200		0.032		58,239		1.10		2,050
Gap		17,800		0.017		16,148		0.58		307
Pediment		16,300		0.032		14,787		1.10		524
Cortez Hills		25,000		0.139		22,680		4.77		3,472
Stockpiles		2,800		0.122		2,589		4.18		342
Total Proven Mineral Reserves		180,200		0.045		163,518		1.56		8,193
Probable Mineral Reserves
Pipeline		24,800		0.023		22,529		0.79		574
South Pipeline		26,400		0.019		23,981		0.65		505
Gap		14,400		0.017		13,076		0.58		247
Pediment		21,500		0.033		19,515		1.13		714
Cortez Hills		8,500		0.098		7,668		3.36		835
Stockpiles
Total Probable Mineral Reserves		95,600		0.030		86,769		1.03		2,875
Proven & Probable Mineral Reserves
Pipeline		78,900		0.026		71,577		0.89		2,072
South Pipeline		90,600		0.028		82,191		0.96		2,555
Gap		32,200		0.017		29,211		0.58		554
Pediment		37,800		0.033		34,292		1.13		1,238
Cortez Hills		33,500		0.129		30,391		4.42		4,307
Stockpiles		2,800		0.122		2,540		4.18		342
Total Proven & Probable Mineral Reserves		275,800		0.040		250,287		1.38		11,068

Note: Figures for tons and tonnes are rounded to nearest thousands, therefore columns and rows may not total exactly. See table 17-20 for cutoff grades used for each deposit and ore type.

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Table 17-20: Cutoff Grades and Recoveries Used in Mineral Resource and Mineral Reserve Estimates by Zone and Ore Type

		Cutoff Grade		Cutoff Grade		Metallurgical Recovery
Area	Zone	(oz/ton)		(g/t)		(%)
Pipeline/S. Pipeline	Pipeline Oxide Leach		0.005		0.17		68.0
Crossroads	S. Pipeline Oxide Leach		0.005		0.17		62.0
	Crossroads Oxide Leach		0.005		0.17		62.0
	S. Pipeline O-zone Leach		0.006		0.21		54.0
	Gap Leach		0.006		0.21		50.0
	Gap Gossan/Marble Leach		0.006		0.21		50.0
	Pipeline Refractory		0.036		1.23		75.0
	S. Pipeline Refractory		0.036		1.23		75.0
	Crossroads Refractory		0.036		1.23		75.0
	Gap Gossan Mill		0.059		2.02		84.0
	S. Pipeline O-Zone Mill		0.057		1.95		89.1
	Pipeline Oxide Mill		0.098		3.36		92.2
	S. Pipeline Oxide Mill		0.074		2.54		89.1
	Crossroads Oxide Mill		0.074		2.54		89.1
	Gap Oxide Mill		0.051		1.75		89.1
	Roast Sales		0.313		10.73		85.0
Pediment/Cortez Hills	Pediment Leach		0.005		0.17		68.0
	Cortez Hills Leach		0.005		0.17		65.0
	Cortez Hills Mill		0.074		2.54		86.4
	Cortez Hills Mill underground		0.164		5.62		86.4
	Pediment Mill underground		0.164		5.62		86.4
	Pediment Mill		0.086		2.95		86.4
	Cortez Hills Refractory		0.143		4.90		80.0
	Pediment Refractory		0.143		4.90		80.0
	Cortez Hills Refractory UG		0.261		8.95		80.0
	Pediment Refractory UG		0.261		8.95		80.0
Cortez NW Deep	Mill		0.045		1.54		86.0
	Leach		0.014		0.48		50.0
	Roast		0.119		4.08		85.0
Hilltop	Oxide Leach		0.005		0.17		70.0
	Sulphide Leach		0.007		0.24		50.0
	Bio-Ox Leach		0.025		0.86		75.0

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Table 17-21: 1 September 2005 Measured + Indicated Mineral Resource Estimates for Cortez Joint Venture at $425 Gold Price¹

									Contained
	Tons		Gold Grade		Tonnes		Gold Grade		Troy Ounces
Area	(000)		(oz/ton)		(000)		(g/t)		(000)
Measured Mineral Resources
Pipeline		8,800		0.033		8,000		1.13		290
South Pipeline		22,400		0.027		20,300		0.93		600
Gap		12,800		0.02		11,600		0.69		256
Crossroads		81,800		0.036		74,200		1.23		2,965
Cortez NW Deep		2,300		0.05		2,100		1.71		96,000
Hilltop		—		—						—
Total Measured Mineral Resources		128,100		0.033		116,200		1.13		4,209
Indicated Mineral Resources
Pipeline		6,400		0.036		5,800		1.23		231
South Pipeline		11,100		0.021		10,100		0.72		229
Gap		8,500		0.02		7,700		0.69		167
Crossroads		26,100		0.025		23,700		0.86		657
Cortez Hills underground		5,800		0.419		5,300		14.36		2,422
Cortez NW Deep		2,000		0.055		1,800		1.89		93
Hilltop		121,000		0.02		109,800		0.69		2,292
Total Indicated Mineral Resources		180,900		0.034		164,200		1.17		6,091
Measured + Indicated Resources
Pipeline		15,200		0.034		13,800		1.17		522
South Pipeline		33,500		0.025		30,400		0.86		829
Gap		21,300		0.02		19,300		0.69		425
Crossroads		107,900		0.034		97,900		1.17		3,622
Cortez Hills underground		5,800		0.419		5,300		14.36		2,422
Cortez NW Deep		4,300		0.044		3,900		1.51		189
Hilltop		121,000		0.019		109,800		0.65		2,292
Total Measured + Indicated Resources		309,000		0.033		280,400		1.13		10,300

Notes: Mineral resources are exclusive to mineral reserves. Open pit resources are estimated within ultimate pits developed with a $425/oz gold price and a leach ore cutoff grade of 0.005 oz/t. Underground resources are defined using cutoff grades for oxide and refractory gold calculated at a gold price of $425/oz and are bound by the outer limit of the resource model envelope. Columns do not total exactly due to rounding.

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Table 17-22: 1 September 2005 Inferred Mineral Resource Estimates for Cortez Joint Venture at $425 Gold Price¹

									Contained
	Tons		Gold Grade		Tonnes		Gold Grade		Troy Ounces
Area	(000)		(oz/ton)		(000)		(g/t)		(000)
Pipeline		2,300		0.021		2,100		0.72		49
South Pipeline		2,200		0.017		2,000		0.58		38
Gap		800		0.017		700		0.58		14
Crossroads		1,100		0.031		1,000		1.06		36
Pediment		3,100		0.019		2,800		0.65		57
Cortez Hills		6,200		0.05		5,600		1.71		308
Cortez Hills underground		4,600		0.323		4,200		11.07		1,492
Cortez NW Deep		800		0.047		700		1.61		31
Hilltop		18,100		0.013		16,400		0.45		237
Total Inferred Mineral Resources		39,200		0.058		35,500		1.99		2,262

1. Mineral resources are contained within a preliminary pit designed at $450/oz gold price and cutoff grades noted in Table 17-20. Mineral Resources are exclusive to mineral reserves. Figures for tons and tonnes are rounded to nearest thousand, therefore columns may not total exactly

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18.0	OTHER RELEVANT DATA AND INFORMATION
	There are no other data and information that are relevant to the Cortez Joint Venture.

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19.0	REQUIREMENTS FOR TECHNICAL REPORTS ON PRODUCTION AND DEVELOPMENT PROPERTIES
19.1	Open Pit Mining Operations

All mining from currently scheduled ore reserves will be conducted by open pit methods, except for the lower portion of the Cortez Hills deposit. Mineralization beneath the 2005 design pit of Cortez Hills is being assessed for the potential for underground mining. This material is presently classified as an Indicated and Inferred Mineral Resource.

The reserves will be mined from four separate open pits, namely:

• Pipeline pit, containing the Pipeline and South Pipeline ore bodies

• Gap pit

• Pediment pit, containing the Pediment ore body

• Cortez Hills/Pediment pit, containing the Cortez Hills and Pediment ore bodies

The following pit design criteria are used for Pipeline and South Pipeline:

• 40 ft bench height on primary stripping benches and final walls

• 20 ft bench height on ore benches, 15 ft for Cortez Hills and Pediment

• alluvium inter-ramp wall slope angles are 49° at Pipeline and 50° at Cortez Hills / Pediment

• fresh rock inter-ramp wall slope angles range from 34° to 50° depending on material type and wall orientation

• bench face angles ranging from 50° to 70° depending on material type

• 10% maximum haul road grade

• 110 ft wide haul roads

• minimum mining width of 300 ft, but narrower widths are mined over short distances when unavoidable.

The design criteria for Cortez Hills and Pediment are similar. The bench heights are designed at 50 ft for primary waste stripping and 25 ft for ore. The slope angles are generally much shallower at Cortez Hills because of the very fractured nature of the rock. Extensive geotechnical and hydrological studies have been carried out on Cortez Hills to establish the design criteria for the mining limits. The current criteria are significantly shallower than previously used. Also, extensive dewatering of the pit walls is called for. This redesign of the Cortez Hills pit has led to a net loss of reserves relative to previous disclosures. There is potential to recover the deeper mineralization with underground mining.

The CJV is currently operating the Pipeline/South Pipeline open pit as using conventional open pit mining techniques. The pit has been mined since 1997 in several logical phases.

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Presently, a combination of stages 3, 5, 7 and 8 are being mined. Phase 9 remains to be mined in the Pipeline and South Pipeline deposits. The Cortez Hills, Pediment, and Gap reserves currently remain to be mined. Waste stripping in Phase 8 is currently being mined on 50 ft benches and it is anticipated that the ore will be mined in 25 ft benches. This is being done to improve mining costs but also to demonstrate the feasibility of converting to the larger benches.

The bulk of the mining equipment used by the CJV was purchased in 1996 for use in the mining the Pipeline and South Pipeline deposits. An additional shovel, additional trucks and support equipment were purchased in late 2004 and early 2005 to facilitate the mining of Phases 8 and 9. Table 19-1 is a summary of the equipment currently in use.

Table 19-1: Current Mining Equipment

Quantity	Equipment Description	Year of Purchase
15	Komatsu 830E Trucks	1996
1	Komatsu 930E Truck	1998
2	Komatsu 903E II Trucks	2000
8	Liebherr 282B Trucks	2005
3	P&H 2800 Electric Shovels	1996, 2005
1	Demag 285S Hydraulic Shovel	1996
1	LeTourneau 1850 Loader (leased)	2003
4	Driltech DM75 Drills	1996
2	Drilltech D55K	2005
1	Komatsu DZ475 Dozer	1996
3	Caterpillar D10 Dozer	1998, 2005
3	Caterpillar D9 Dozer	1996, 2005
2	Caterpillar Tiger Rubber Tired Dozer	1998
1	Caterpillar 854 RTD	2005
1	Caterpillar 16H Motor Grader	1998
2	Caterpillar 24G Motor Grader	2001
1	Komatsu 630E Water Truck	1996
1	Komatsu 330M Water Truck	1996
1	Caterpillar 777C Water Truck	2002
1	Caterpillar 789 Water Truck	2005

The mining is accomplished with a typical drill, blast, load, and haul cycle. All mine material is blasted. The mill ore is hauled and direct dumped into the primary crusher. All leach material is placed directly on the leach pad. A small portion of the ore is stockpiled to ensure consistent crusher feed. Refractory ore is also stockpiled and sold for processing off site. The waste is hauled and placed in permanent waste dumps.

At the time of mining, ore and waste are segregated based on modelling of blast hole assays. A production block model is built using ordinary kriging of the blast hole data. The ore and waste zones are flagged in the field to provide visual production control for the equipment operators. Mine plans consist of monthly plans for the following two years

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followed by quarterly plans for the next two years, and annual plans for the remainder of the mine life. The detailed planning process includes scheduling of major equipment moves and equipment hours to ensure the viability of the plans.

Mining operations are conducted 24 hours per day, 7 days per week. Total mine production was 70 M tons in 2004 and is on a pace for a total of 90 M tons in 2005. Average annual mine production tonnage is 93 Mt ore and waste. Waste is dumped in large waste dumps up to 250 ft in height outside potential open pit limits. Mill-grade ore is either dumped directly into a primary crusher or stockpiled for later rehandling. Leach grade ore is placed directly on heap leach pads, and roast ore is stockpiled for processing at third-party facilities. Lower-grade stockpiles are also maintained to allow for processing if commodity prices escalate.

The Pipeline pit and site facilities are illustrated in Figure 19-1. Mining phases for Pipeline are shown in Figure 19-2. An outline of the Pipeline ultimate pit is illustrated in Figure 19-3. The Pipeline pit is currently producing ore from Phase 3 and the pit will be completed in Phase 9.

The Pediment pit and adjacent Cortez pit will be mined in multiple phases. CJV and Placer Dome personnel recently completed an internal Feasibility Study for the surface mining of the Cortez Hills and Pediment deposits. The feasibility study was completed to a level of detail consistent with industry practices. The Cortez Hills and Pediment ultimate pit is shown in Figure 19-5.

Because of adverse geotechnical constraints on the open pit, a significant portion of the high grade at Cortez Hills is not amenable to surface mining and, if to be extracted, this mineralization must be mined from underground. CJV has completed preliminary assessments of the amenability to underground mining of the high grade material located below the open pit. This work demonstrated that there is potential for economic extraction of the resource.

The CJV intends to develop a decline under the Cortez Hills open pit in order to more fully explore the underground potential of the deposit. In addition to exploration, the adit may be utilized to develop an underground drainage system for the use in open pit slope depressurization.

The Gap deposit will be mined in two phases. The Gap ultimate pit outline is provided as Figure 19-5.

The remaining mine life is 13 years (9 years of mining and 13 years of processing, to 2018).

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Comment

The Pipeline Reserve contains Mill and Heap Leach components with the majority of the remaining contained ounces and tons being attributable to the Heap Leach. Consistent with long term planning since its discovery, as the amount of Mill Reserve decreases mine management is dynamically managing the Mill:Heap Leach cut-off to optimize gold recovery and economic value. To this end, low grade material, historically designated as (better grade) Heap Leach material, is currently being stockpiled for mill processing in 2006. The performance of the deposit relative to the Reserve estimate is an important issue in estimating when the Pipeline deposit will exhaust its Mill Reserve.

Underperformance of the high value Mill Reserve could impact the economics of the Stage 8 and 9 pit stages.

Because of its significance the matter of Reserve performance should be re-examined in the context of new resource estimates and mine designs at year end.

A substantial portion of the economic value of Phase 8 and a much more significant portion of the value of Phase 9 are predicated on the processing of refractory ores using an alternative mill process for which considerable bench tests have been undertaken. The process is presently proprietary to Placer Dome. Pilot-scale tests have not yet been performed at site using Pipeline or South Pipeline refractory ore.

The lack of comprehensive, pilot-scale tests with this proprietary technology and the uncertainty of the performance of the present resource model with respect to predicting mill tonnes and grade places in Phases 8 and 9 lowers the confidence in these reserves. These modifying factors may justify a reclassification of Proven Mineral Reserves to Probable Mineral Reserves for the two phases. This affects approximately 118 million tons (107 million tonnes) of ore containing 3.5 million ounces gold. AMEC recommends that this adjustment be made in the next update of reserves. The net effect would be only a re-classification and not a reduction in reserves.

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Figure 19-1: Layout of Pipeline Mining Operations

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Figure 19-2: Pipeline Mining Phases

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Figure 19-3: Pipeline and Gap Ultimate Pit Outlines

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Figure 19-4: Layout of Infrastructure for Cortez Hills and Pediment Pits

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Figure 19-5: Pediment and Cortez Hills Ultimate Pits

 

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19.2 Dewatering

A pit dewatering system for Pipeline, including 40 wells, has been installed. The network is designed to intercept groundwater before it reaches the pit walls so that the pit will be dry for mining. The water is transported several kilometres from the pit and returned to the water table through a series of shallow infiltration ponds.

The dewatering schedule has been implemented with two main objectives:

• To dewater the saturated alluvium, which occurs mainly in the eastern wall of the ultimate pit.

• To progressively dewater the bedrock to a level below the operating pit floor and maintain the water table below the lowest operating level.

Because of the separation of Pipeline and Cortez Hills, the Cortez Hills pit will require its own dewatering system. The current geotechnical design parameters for the open pit call for the pit walls to be depressurized. A variey of drainage options have been hydraulically modelled and the CJV believes they will provide adequate drainage for the open pit.

19.3 Process Operations

CJV has a number of processing facilities:

• Mill No. 1, the Cortez mill (inactive)

• Mill No. 2, the Pipeline mill

• Heap leaching at Cortez (inactive), Pipeline, Gold Acres, and the South Area facility

• Dry grinding and roasting plant at Cortez (inactive).

Mill No. 1 was placed on care and maintenance at the end of October 1999 and may be reactivated in the future. The roaster has been on care and maintenance since 1995 while carbonaceous ore is stockpiled in quantities sufficient to resume using of the roaster. Some stockpiled refractory ore is being sold for processing at third-party facilities.

19.3.1 Mill No. 1

Existing ore processing facilities include crushing, roasting, and a 1,800 ton/d CIL plant, as well as tailings disposal and heap leaching. The crushing and leaching circuits were built in 1969; the roasting circuit was completed in 1990.

Ore was fed to the crusher from an ore bin and the crushed material is conveyed to the roaster section. In the case of oxide ore, the crushed material was screened and further reduced in a cone crusher, then stored in a fine ore stockpile prior to treatment in the CIL

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circuit. Gold was leached in the CIL plant. Loaded carbon was transported to Mill No. 2 for stripping and recovery as doré.

In the roaster section, the ore was ground dry in a SAG mill and roasted in a circulating fluid bed roaster at 704°C. Off-gases were passed through a gas cleaning circuit, while cooled roasted ore was slurried and sent to the ball mills in the CIL circuit.

19.3.2 Mill No. 2

Metallurgical test work has indicated that recovery of gold is relatively constant for all types of oxide ore, but declines for lower-grade ore. The inadvertent addition of small quantities of carbonaceous material into the oxide ore will also reduce recovery. Projected annual recoveries range from 87% to 89% through the mill and 66% for heap leaching of run-of-mine material.

Decalcification, argillization, and silicification are often associated with high-grade mineralization. Decalcification and argillization tend to be associated with softer ore, and silicification tends to be associated with harder ore. The Bond work index therefore varies as a function of the alteration type, from 5.5 kWh/t with argillized ore to 16.5 kWh/t with silicified ore. The plant is designed to process 328 ton per operating hour of South Pipeline ore with a Bond work index of 15.2 kWh/t. To date, throughput for Pipeline ore has been 15% to 20% higher. Work indices for Cortez Hills ore is lower than South Pipeline at 8 to 12 kWh/t. The mill throughput rate is projected to be the same as current operations. This is a reasonable expectation.

The treatment plant currently includes a jaw crusher, a semi-autogenous mill, a ball mill, a carbon-in-leach circuit, a carbon-in-column circuit, a tailings wash counter current decantation thickener circuit, a carbon stripping and reactivation circuit, and a gold doré melting facility.

To accommodate the incoming ore feed from Cortez Hills into Mill No. 2, a primary gyratory crusher will be installed at the Cortez Hills pit. The crusher will discharge on a series of overland conveyors that will transport the ore to the mill feed stockpile at Mill No. 2.

Low-grade oxide material is leached as run-of-mine material on prepared double-lined leach pads. Gold-bearing carbon from the heap leach operation is transported to the mill for gold recovery. Make-up solutions for evaporation loss come from the mill or dewatering wells.

The Cortez Hills and Pediment low grade oxide ores will be processed at a new heap leach facility to be constructed south of the Pediment pit. An initial five million square foot leach pad will be constructed and pregnant solution will be processed through carbon adsorption columns at a flowrate of 12,600 gpm. The pad will later be expanded to a final size of approximately 12 M ft².

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A zero-discharge facility has been designed to alleviate concern about possible seepage from the tailings impoundment into the groundwater 250 ft below ground surface. A double liner, consisting of a 2 ft thick clay layer under a 1.5 mm thick HDPE synthetic liner, covers the entire tailings and heap leaching area, extending completely under the dam embankment. A 2 ft thick blanket drain of crushed rock covers the liner to permit seepage from the tailings to be collected in a lined ditch outside the dam embankment. All tailings solutions return to the mill; the only discharge is through evaporation.

19.3.3 Pipeline/Cortez Hills Mill Flowsheet

The current flowsheet for Pipeline Mill No. 2 is illustrated in Figure 19-6; the major equipment components are listed in Table 19-2. To accommodate the incoming feed from the Cortez Hills deposit, the flowsheet will require the addition of a primary gyratory crusher to be located at the Cortez Hills pit. Ore from the gyratory crusher will be transported via a series of overland conveyors to the coarse ore stockpile at Mill No. 2. Run-of-mine ore from South Pipeline will continue to be dumped into the crusher dump pocket and discharged onto a vibrating grizzly. Grizzly oversize is crushed in a jaw crusher. Grizzly undersize and crusher discharge are conveyed to the coarse ore stockpile. Grinding is done in one semi-autogenous grinding (SAG) mill and one overflow ball mill. Discharge from the SAG mill is screened on one of the two vibrating screens. Screen oversize is conveyed to the cone crusher and recycled back to the SAG mill. Screen undersize and ball mill discharge flow to the hydrocyclone feed pumpbox from where the slurry is pumped to the hydrocyclones. The ball mill is operated in closed circuit with the hydrocyclones. Hydrocyclone underflow recycles to the ball mill feed, and hydrocyclone overflow discharges into an agitated surge tank.

The ground slurry is pumped from the surge tank to a high-capacity thickener. Since an appreciable amount of gold is dissolved in the grinding circuit, a carbon-in-column (CIC) circuit processes the grind thickener overflow. The thickened underflow is pumped to the carbon-in-leach (CIL) circuit.

The CIL circuit consists of eight CIL tanks, sixteen screens and eight carbon-forwarding pumps. Carbon is advanced counter current to the pulp flow. Cyanide and milk-of-lime are added stage-wise to maintain optimum leaching conditions. Retention time at the 9,300 ton/d throughput rate is 44 hours. This will increase to 54 hours when milling South Pipeline ore at 7,500 ton/d. Outflow from the CIL circuit discharges to the tailings wash counter current decantation (CCD) thickener circuit. The CIL tailing is washed in two high-capacity thickeners. Fresh water is used to displace cyanide from the tailings.

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Figure 19-6: Simplified Flowsheet for Mill No. 2

Table 19-2: List of Major Equipment in Mill No. 2

		Nominal	Number
Area	Equipment Type	Size	of Units
Primary Crushing
	Nordberg C160 Jaw Crusher	224 kW		1
	NICO 28.3 cm x 12.2 m Apron Feeder	93 kW Variable Speed		1
	Deister Vibrating Grizzly Feeder	56 kW		1
Stockpile
	23.6 cm x 11 cm NICO Apron Feeder	30 kW Variable Speed		2
Grinding
	Svedala-Allis 7.9 m x 8.9 m SAG Mill	3,356 kW LCI Variable Speed		1
	Svedala-Allis 4.9 m x 8.7 m Ball Mill	3,356 kW		1
	EIMCO Grinding Thickener	Hi Cap, 19.8 m x 3.0m		1
	Delkor Linear Screens	11.2 m2 each, Variable Speed		2
	Warman Cyclone Feed Pumps	375 kW, Variable Speed		2
Carbon-in-Leach
	17.1 m diameter x 17.7 m tanks	Variable Slurry Level		8
	Hayward Gordon (Philadelphia) Dual Prop Agitator	112 kW		8
	(16 + 2 spare) NKM Screens	9.9 m2 each		18
Carbon-in-Column
	Rubber Lined Carbon Columns	3.5 m x 4.6 m H		6
Counter current Decantation
	EIMCO Wash Thickeners	19.8 m x 3.0 m		2
Acid Wash and Elution
	Cleaver Brooks Boilers	4,431 MJ each		3
	Electrowinning Cells; two lines of three cells	3.5 m3; 6.3 L/s. total flow		6
	Acid Wash Vessels, Rubber Lined Carbon Steel	7.3 t, 1.5 m x 8.5 m		3
	Elution Vessels, 316 Stainless Steel	7.3 t, 1.5 m x 8.5 m		3

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The CIC circuit consists of six carbon columns, each equipped with a carbon-forwarding pump. Retention time is 18 minutes. Counter current carbon advance is also used in this circuit. Barren solution is pumped to the process water tank for reuse in the grinding and CIL circuits.

Loaded carbon from the CIL and CIC circuits is washed with dilute (3%) hydrochloric acid before elution. The acid is removed from the carbon by washing with fresh water. The washed carbon is transferred to the elution column by pressure eduction. Three columns provide for acid washing and three for gold elution.

The pressurized Zadra process is used for gold elution. Hot strip solution containing about 2% sodium hydroxide is circulated through the elution column. High temperature and pressure are maintained to the elution column. Pregnant strip solution is stored before electrowinning.

Electorwinning takes place in six electrowinning cells. When appropriately loaded with gold, the stainless steel wool cathodes are high pressure washed with water inside the cells. The gold mud slurry then flows to a holding tank and to a pressure filter. The stripped cathodes are returned to the electrowinning cells. The filter cake is dried, melted in an induction furnace, and poured into 500 oz to 1,000 oz doré bars. Doré assaying approximately 90% to 94% gold, 3% to 6% silver, and 3% to 4% impurities are produced and are shipped to commercial facilities for refining.

The stripped carbon is transferred by pressure eduction from the elution column over a screen and into the reactivation furnace feed tanks. Carbon reactivation is accomplished in two propane-fired kiln-type furnaces.

19.4 Water, Power, and Tailings

Water used for mining and milling purposes at Cortez is supplied from the Pipeline dewatering system and from wells at Mill No. 1.

Sierra Pacific Power Company supplies electricity to the Cortez mine site through a 60 kV line from the Battle Mountain area. CJV owns the transformer substation located at the mill. For the Pipeline project, a new 120 kV transmission line, 46 miles long, was built from Battle Mountain.

A zero discharge tailings facility has been designed to alleviate concern regarding seepage from the tailings impoundment into the groundwater. A double liner, consisting of one 2 ft thick clay liner under a 60 mm HDPE synthetic liner, covers the entire tailings/heap leach area, and extends completely under the dam embankment. A 2 ft thick drain blanket of crushed rock covers the liner to allow seepage from the tailings to be collected in a lined

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ditch outside the dam embankment. All tailings solutions are returned to the mill; the only discharge is through evaporation.

Support facilities include an administrative office, assay lab, and first aid station located at Mill No. 2. There is also a maintenance facility at each mill. Suitable storage is provided for fuel, lube-oil and explosives (separate magazine).

19.5 Gold Recovery

The recovery of gold is a function of the processing method (milling, leaching, roasting) and the lithology (O-Zone, Other) of the ore material. The recoveries used in the reserve calculations are listed in Table 17-20. A history of the average annual mill gold recovery for all ore material is shown in Table 19-3, roaster recovery in Table 19-4, and heap leach pad recoveries in Table 19-5.

Table 19-3: Historic Mill Gold Recovery, 1991 through 2004

	Gold Recovery
Year	(%)
1991		70.0
1992		77.1
1993		75.5
1994		71.6
1995		72.3
1996		86.6
1997		90.1
1998		93.9
1999		89.5
2000		87.9
2001		90.7
2002		88.6
2003		89.8
2004		88,2
2005 YTD		88.1

Table 19-4: 3^rdParty Roaster Recovery, 2000 through 2004

	Gold Recovery
Year	(%)
2000		92.4
2001		85.8
2002		90.4
2003		85.0
2004		86.6
2005 YTD		89.8

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Table 19-5: Heap Leach Recovery, 1999 to date

	A28 Gold Recovery		South Area Gold Recovery		Gold Acres Gold Recovery
Year	(%)		(%)		(%)
1999		66.0		—	NA
2000		53.7		—	NA
2001		48.6		—		61.4
2002		56.8		48.0		67.5
2003		61.3		44.0		65.1
2004		64.1		50.5		67.5
2005 YTD		66.4		56.2		67.5

Note:Figures include ore, which is completely leached, ore in process, and ore placed on the pads but not yet under leach. Ultimate recoveries will not be reached until the pads are closed in the future.

Testwork reports and plant operating results were reviewed to verify the reported recoveries used in the reserve estimates.

For leach ore, the estimated recovery figure for Pipeline oxide is based on actual heap performance values.

Estimated recovery figures for the following ore zones to be processed by heap leach are based on testwork results: South Pipeline oxide, Pipeline and South Pipeline O-Zone, Crossroads, Gap, Pediment, Cortez Hills and Hilltop.

The estimate for leach recovery of Cortez NW Deep is based on historical recoveries achieved in the Cortez pit, which is now inactive.

Recovery models for the Pipeline and South Pipelines ores were developed for and published in the Pipeline and South Pipeline Feasibility Study, 1995. Models for both ores are grade dependant. Since that time, the recovery models have been used by operations to estimate plant recoveries. Over time, minor modifications have been made to the models based on actual plant performance.

The estimated mill recovery used for Pipeline ore in the reserve calculations is based on the recovery model. The calculation of mill recovery for South Pipeline ore is also based on the respective South Pipeline model; however, no adjustment is made for grade. Although some testwork has been completed on mill ore from Crossroads, Gap, Pediment, and Cortez Hills, the South Pipeline reserve recovery figure has been used for simplicity. Mill recovery estimate for Cortez NW Deep is based on historical recoveries from similar ore in Mill No. 1. O-zone mill recovery estimates are based on a plant scale campaign conducted in 2003.

Recovery models for Cortez Hills were developed based on available test data. The model incorporates consideration for commingling of refractory and or preg-robbing materials

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resulting in a reduction in recovery. This model was reviewed and is based on reasonable practice for development of such predictive models.

Roaster recovery estimates are based on historical returns from third party roaster sales.

Limited pilot scale testwork has been completed on new Placer Dome Technical Services proprietary processes to support predictions for metallurgical performance on carbonaceous ores. A small portion (4%) of the Pipeline and South Pipeline reserves that comprise carbonaceous material requires support from a successful, production-scale execution of these processes at the Pipeline facilities.

AMEC agrees that in general, the recoveries used in the reserve estimates are consistent with mill and heap leach plant performance and metallurgical testwork on the various ore types. Increased conservatism was used in recovery estimates where the amount of testwork is limited.

19.6 Operating Costs

During 2004, the mine produced 1,051,336 oz of gold (45.3% mill, 47.1% heap leach, and 5.6% carbonaceous). Unit cash and total production costs were US$162 and US$201/oz, respectively.

To calculate cutoff grades, the operating costs were split into six components as follows:

• variable mine operating costs for ore and waste

• variable mill processing tonnage cost by material type (crushing, grinding, flotation, etc)

• variable leach processing tonnage costs by material type

• roasting processing cost

• variable gold costs (elution, transport, refining)

• fixed overhead costs.

The variable mining costs are dependent on the ore or waste material type and classification. The mill, leach, and roasting processing tonnage costs are dependent on lithology. The fixed overhead costs are distributed between the mill and leach processing costs. AMEC reviewed costs for each area and ore type and found these costs to be appropriate and in line with historical operating costs.

Milling and leaching costs include allowances for all other costs applicable to pit optimization other than mining costs.

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19.7 Markets

Gold is traded on world markets, with benchmark prices generally based on the London gold market quotations. Gold bullion is held principally as a safeguard against the collapse of paper assets such as stocks, bonds, and other financial instruments that are receivable in fiat currencies. Central banks and other official institutions hold approximately 31,000 t of gold, representing almost 22% of the above-ground stocks. Due to the size of the international bullion market and above-ground stocks, individual gold producers or other market participants generally do not influence pricing or total quantities offered and sold. Gold is primarily used for jewellery and in industrial applications, which account for approximately 76% of the annual demand. Other uses include coin and bar fabrication, dentistry, and decorative applications.

19.8 Contracts

Sales contracts are limited to a contract to supply carbonaceous ores to third-party facilities in northeastern Nevada. The stockpile of carbonaceous ore on 1 September 2005 was 2,800,000 tons with an average gold grade of 0.122 oz/t (4.18 g/t), containing 342,000 oz Au.

19.9 Environmental Considerations

The CJV operates under Placer Dome’s sustainability policy and site-specific sustainability policies and standards. Standard operating procedures are linked to these policies, and incorporating these standards is an ongoing process.

The CJV is also subject to prescriptive State and Federal regulations that are intended to protect the environment. Regulatory requirements for the mine and mill operations include the following environmental operating permits:

• Air quality operating permits that limit site emissions to atmosphere and prescribe controls for emissions to atmosphere

• Water pollution control permits that specify containment of mine and mill process solutions, process facility leak detection, groundwater monitoring, and reporting

• Artificial pond permits that specify engineering controls for the protection of wildlife

• Reclamation permits that prescribe the methods for restoration of mine and mill facilities.

Listed below are the nine IMPs (Issue Management Plans) that have been developed for the major environmental issues identified at CJV.

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1. Closure Plans

Site closure plans are required by regulation at defined stages in the life of mine. The closure plan guides the closure strategy for long-term fluid management, facilities demolition, heap/tailings capping, re-vegetation, and site safety.

2. Reclamation Plans

Reclamation plans are developed prior to project groundbreaking and are updated at least every three years during operation. They provide a detailed analysis of costs for final site reclamation and specify how reclamation is conducted on major project facilities. The reclamation costs are used in determining site-bonding requirements. Information utilized in the reclamation plans will become the foundation of the site closure plans.

3. Waste Rock Management Plan (to be developed)

The waste rock management plan provides guidance for the handling and placement of waste rock in the waste rock dump(s). The plan includes methods for the placement of waste rock that exhibits an acid generating capacity, within contaminant perimeters to minimize the mobility of the drainage solutions.

4. Tailings Management Plan

The tailings management plan guides the operation of tailings impoundments to insure structural integrity. The plan also includes limited guidance for construction and emergency response and establishes position responsibilities for tailings management. Inspection routines and periodic review by a third-party geotechnical consultant are also specified in the plan.

5. Hazardous Material Emergency Response Plan

The Spill Response Plan establishes a response team chain of command, methods for response, regulatory reporting requirements, and emergency communications. The plan is updated as site-specific conditions and potential hazards change.

6. Stormwater Plan

The site stormwater plan specifies the control of site stormwater runoff and the resulting transport of hazardous substances to the environment. The stormwater plan also specifies methods of erosion control (Best Management Practices).

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7. Sampling Plan

The site-sampling plan guides environmental personnel in the methods of groundwater and surface water sampling. The plan covers sampling quality assurance/quality control, handling, preservation, purge volumes, equipment decontamination, and chain of custody.

8. Training

Annual training is provided to mine personnel to improve environmental awareness and to satisfy regulatory requirements. Training is provided for site-specific issues in all environmental media. Documentation that shows employees have received and understood the training is stored on-site.

9. Dust Control Plan

The site dust control plan is required by regulation and specifies the general controls implemented to control mine site fugitive dust. The controls may be engineered or administrative and are listed for all unit operations.

At December 31, 2004, the fair value of reclamation and environmental related post-closure costs for Cortez, under FAS 143 guidelines requiring the use of third party contractor costs and based on liabilities incurred to date, were estimated by the CJV to be $22.4 million. Placer Dome has accrued its 60% share ($13.45 million). The CJV has provided securities totalling $37.6 million by way of bonding and letter of credit for reclamation obligations to the federal and state governments.

19.10 Taxes and Royalties

Five relevant taxes and royalties are applied to the CJV operation, as summarized in Table 19-6.

Table 0-6: Taxes and Royalties Applied to the CJV Operation

Income Tax	The rate applicable to taxable income from mining operations is 35%
Royalties	Idaho Mining Company:1.5% Gross Smelter Return: on all production Royal Gold Inc:0.4% to 5.0% Gross Smelter Return: Gold price dependent and applies to Pipeline/South Pipeline production ECM Inc:5.0% net value royalty from all South Pipeline production, approximately equivalent to 3.9% of gold sales
Nevada Net Proceeds Tax	The rate applicable to gold sales is 2.2%

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19.11 Capital and Operating Costs Estimates

The CJV is a mature operation with nine years of mining and 13 years of processing yet to be completed before closure. The forecast capital expenditure includes costs required for sustaining production, construction at Pipeline, Pediment and Cortez Hills, de-watering, environmental/closure, and exploration. A capital expenditure of $408 million is planned for construction of the Cortez Hills/Pediment mine. An investment of $50 million is planned for 2005 through mid 2007 for development of an exploration decline and drilling stations in the Cortez Hills deposit.

AMEC reviewed the capital allocation and believes that the support provided for this estimate is reasonable.

19.12 Economic Analysis

AMEC reviewed cash flows generated from pit production plans and financial models developed by CJV as part of annual business plans. The operation shows a positive cash flow for each pit design and production plan therefore supporting the designation of mineral reserves.

19.13 Mine Life

The Proven and Probable Mineral Reserve estimates at the CJV as of 1 September 2005 total 276 Mt containing 11 Moz of gold at an average grade of 0.040 oz/t (1.37 g/t). This is sufficient for an approximate mine life of 13 years, to the end of 2018.

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20.0 CONCLUSIONS AND RECOMMENDATIONS

AMEC reviewed pertinent data from the Cortez Joint Venture regarding exploration data and methods, resource estimates, metallurgy, process performance and reserve estimates. AMEC determined that Placer Dome’s estimates of mineral resources and mineral reserves as of 1 September 2005 are in accordance with Canadian National Instrument 43-101, and as set forth in the CIM Standards on Mineral Resources and Mineral Reserves, Definitions and Guidelines (2000). AMEC generally concludes:

• The geology and mineralization of sedimentary rock-hosted gold deposits on the mine property are well understood. Geological models appropriate to guide resource estimates have been developed in a professional manner.

• Exploration drilling, sampling, sample preparation, assaying, density measurements and drill hole surveys have generally been carried out in accordance with industry standard practices and are suitable to support resource estimates. Some issues exist with the accuracy and precision of assays in the period between 1992 and 1997, but these issues have resulted in conservative estimates of resources relative to actual production.

• Exploration and drilling programs are well-planned and executed and supply sufficient information for resource estimates and resource classification.

• Exploration databases are professionally constructed and are sufficiently error-free to support resource estimates.

• Sampling and assaying includes quality assurance procedures of submission of blanks, reference materials, pulp duplicates and coarse-reject duplicates, and execution of check assays by a second laboratory. Reference materials are developed from mine ore. Procedures for defining the accepted gold value of reference materials could be improved by acquiring more assays by more independent laboratories and by more thoroughly homogenizing crushed bulk internal standard materials. One blank and one standard reference sample are submitted for every 10 core and RC sample. The mine laboratory prepares one pulp duplicate for every 10 samples. An additional pulp split is prepared for every 10^th sample and sent to a commercial laboratory for check assay. Quality control is limited to checking assays of reference materials for pass/fail based on limits approximating ±2 standard deviations. Reproducibility in check assays is poor in pre-2000 assay programs but does not materially degrade resource estimates. Quality control should be expanded to include evaluation of analytical precision using assays of same laboratory pulp duplicates.

• Metallurgical studies have been carried out on a sufficient number and sufficiently representative suite of samples to estimate gold recovery for oxide leach, oxide mill and refractory materials. Estimated recovery figures for the following ore zones to be processed by heap leach are based on testwork results: South Pipeline oxide, Pipeline and South Pipeline O-Zone, Crossroads, Gap, Pediment, Cortez Hills, and Hilltop.

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	There is significant operating history for oxide leach and oxide mill ores at the Cortez and Pipeline operations. Metallurgical tests on Pediment and Cortez Hills mineralization suggest metallurgical characteristics similar to oxide mineralization at Pipeline and Cortez. Additional metallurgical studies are on going to finalize recovery estimates for Cortez Hills.
•	Recovery of gold from refractory carbonaceous and sulphide mineralization from Gold Acres and Pipeline stockpiles are based on actual recoveries achieved from stockpile sales to a third-party roaster.
•	Leach and mill facilities at Cortez and Pipeline have performed as designed.
•	The Cortez Joint Venture has operating permits necessary to continue production of the Pipeline and South Pipeline pits through Phase 9 and for mining of the Gap deposit. An amended Plan of Operation will be required for the Cortez Hills and Pediment pits. A permit has been acquired to allow sinking of a decline beneath the Cortez Hills deposit for exploration purposes. There is no reason to expect that permits for the Pipeline expansion, and mining of Gap, Pediment and Cortez Hills deposits will not be granted.
•	The Pipeline, South Pipeline, Crossroads, Gap, Cortez NW Deep, Cortez Hills, and Pediment gold deposit resource models were developed using industry accepted methods. Resource estimates for the Pipeline, South Pipeline and Pediment deposits are globally unbiased with respect to total ore tons and contained ounces gold,, but are conditionally biased at mill grade cutoffs, resulting in overestimation of mill ore and underestimation of leach ore. This feature should be corrected in the next resource estimate.
•	Work sufficient to demonstrate reasonable prospects of future economic extraction has been carried out to support declaration of Indicated and Inferred Mineral Resources located beneath the proposed Cortez Hills pit.
•	Mineral resources are classified as Measured and Indicated Mineral Resources and as Inferred Mineral Resources. Resource classification criteria are appropriate in terms of the confidence in grade estimates and geological continuity and meet the requirements of National Instrument 43-101 and CIM Standards on Resources and Reserves, Definitions and Guidelines (2000).
•	Mine designs have been developed using industry standard practices and appropriate design criteria. Proven and Probable Mineral Reserves are developed from Measured and Indicated Resources with appropriate application of cost and design criteria.
•	The lack of comprehensive, pilot-scale tests for proprietary technology proposed for Pipeline/South Pipeline refractory ore and the uncertainty of the resource model prediction of mill ore tonnes and grade in Phases 8 and 9 lowers the confidence in these reserves. These modifying factors in AMEC’s opinion justify a reclassification of Proven Mineral Reserves to Probable Mineral Reserves for the portion of these phases

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	dependent on economic recovery of refractory mateiral. AMEC recommends that this adjustment be made in the next update of reserves. The net effect would be a reclassification and not a reduction in reserves.
•	AMEC accepts the Cortez Joint Venture Mineral Resource and Mineral Reserve statement as of 1 September 2005, AMEC recommends that the Mineral Resources and Mineral Reserves for Pipeline / South Pipeline be updated to address the issues discussed in this report.

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21.0 REFERENCES

Edison, T.A., and Hallager, W.S., 1987, Microscopic Organic Analysis of Samples from the Gold Acres Mine, Nevada, in: Process Mineralogy IV: Proceedings of fall 1986 and winter 1987 Meeting of TMS.

Foo, S.T., Hays, R.C. Jr., McCormack, J.K., 1996, Geology and Mineralization of the Pipeline Gold deposit, Lander County, Nevada, in: Coyner, A.R., and Fahey, P.L., eds., Geology and Ore Deposits of the American Cordillera: Geological Society of Nevada Symposium Proceedings, Reno/Sparks, Nevada, April 1995, pp 95-109.

Foo, S.T., and Hebert, J.P., 1987, Geology of the Horse Canyon deposit, Eureka County, Nevada, in: Bulk Mineable Precious Metals Deposits of the Western US, Reno, Nevada: 1987, Geological Society of Nevada Guidebook for Field Trips.

Gilluly, J., and Gates, O., 1965, Tectonic and Igneous Geology of the Northern Shoshone Range, Nevada, with a section on Economic Geology by K.B. Ketner: Geol. Survey Professional Paper 465.

Gilluly, J., and Masursky, H., 1965, Geology of the Cortez Quadrangle, Nevada: Geol. Survey Bulletin 1175.

Hays, R.C., Jr. and Foo, S.T., 1990, Geology and Mineralization of the Gold Acres Deposit, Lander County, Nevada, in Raines, G.L., Lisle, R.E., Shafer, R.W. and Wilkinson, W.H. (eds.), Geology and Ore Deposits of the Great Basin, Geological Society of Nevada, Symposium Proceedings, v. 2, pp 677-685.

Kelson, C.R., Keith, J.D. and Christiansen, E.H., 2000, Mineral Paragenesis and Depositional Model of the Hilltop Gold Deposit, Lander County, Nevada: in Cluer, J.K., Price, J.G., Struhsacker, E.M., Hardyman, R.F. and Morris, C.L., (eds.), Geology and Ore Deposits 2000: The Great Basin and Beyond, Geological Society of Nevada, Symposium Proceedings, v.2, pp 1107-1132.

Madrid, R.J., 1987, Stratigraphy of the Roberts Mountains allochthon in North-central Nevada, Branch of Western Mineral Resources, US Geol. Survey.

McCormack, J.K., and Hays, R.C., 1995, Crescent Valley: A model for reconstruction of district mineralization in the Basin and Range, in: Coyner, A.R., and Fahey, P.L., eds., Geology and ore deposits of the American Cordillera: Geological Society of Nevada Symposium, Reno/Sparks, Nevada, April 1995, pp 635-646.

Mullens, T.E., 1980, Stratigraphy, petrology, and some fossil data of the Roberts Mountains Formation, north-central Nevada: Professional Paper 1063, US GPO, Washington D.C., p. 67

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Roberts, R.J., 1960, Alignment of mining districts in north-central Nevada: US Geological Survey Professional Paper 400-B.

Stewart, J.H., Walker, G.W., and Kleinhampl, F.J., 1975, Oregon-Nevada lineament: Geology, v.3, pp 265-268.

Stewart, J.H., 1980, Geology of Nevada: Nevada Bureau of Mines and Geology Special Publication 4.

Thompson, T.G. and Hays, R.C., Jr., 2000, Update of the Geology and Mineralization of the Cortez Gold Deposit, Lander County, Nevada, Field Trip 6, Geological Society of Nevada Symposium Geology and Ore Deposits 2000.

Wells, J.D., Stoiser, L.R., and Elliot, J.E., 1969, Geology and geochemistry of the Cortez Gold deposit, Nevada: Econ. Geol., v. 64, no. 5.

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Appendix A

Composite Data

Project No.: 149638
October 2005 Appendix A

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
96202		34319.75		26918.9		10		0.03	CH04-019		31779.25		28239.61		10		0.021	DC-063		32686.56		29309.62		10		0.388
96202		34319.75		26918.9		10		0.01	CH04-020		32253.02		28418.61		10		0.01	DC-063		32686.48		29309.81		10		0.195
96203		36813.94		21017.09		10		0.013	CH04-020		32208.57		28460.86		10		0.014	DC-063		32686.39		29310		10		0.14
96204		33566.08		28870.61		10		0.015	CH04-020		32199.54		28473.04		10		0.074	DC-063		32686.31		29310.18		10		0.664
96204		33566.08		28870.61		10		0.015	CH04-020		32199.04		28473.79		10		0.227	DC-063		32686.22		29310.33		10		0.467
96204		33566.08		28870.61		10		0.027	CH04-020		32198.54		28474.54		10		0.191	DC-063		32686.14		29310.48		10		0.009
97201		31617.22		30117.39		10		0.022	CH04-020		32198.12		28475.27		10		0.185	DC-063		32686.05		29310.64		10		0.389
97202		32805.86		27426.62		10		0.015	CH04-020		32197.8		28475.96		10		0.248	DC-063		32685.97		29310.79		10		0.18
97202		32805.86		27426.62		10		0.01	CH04-020		32197.48		28476.66		10		0.277	DC-063		32685.89		29310.93		10		0.063
97202		32805.86		27426.62		10		0.01	CH04-020		32197.16		28477.36		10		0.224	DC-063		32685.82		29311.07		10		0.027
97202		32805.86		27426.62		10		0.01	CH04-020		32196.84		28478.05		10		0.341	DC-063		32684.96		29312.07		10		0.011
97202		32805.86		27426.62		10		0.033	CH04-020		32196.58		28478.78		10		0.06	DC-063		32684.73		29312.29		10		0.102
97202		32805.86		27426.62		10		0.029	CH04-020		32196.37		28479.54		10		0.018	DC-063		32684.5		29312.5		10		0.012
97202		32805.86		27426.62		10		0.04	CH04-020		32195.96		28481.05		10		0.009	DC-063		32684.38		29312.61		10		0.067
97202		32805.86		27426.62		10		0.044	CH04-020		32194.89		28492.52		10		0.009	DC-063		32683.89		29312.96		10		0.064
97202		32805.86		27426.62		10		0.011	CH04-020		32194.8		28493.33		10		0.13	DC-063		32683.72		29313.08		10		0.041
97202		32805.86		27426.62		10		0.009	CH04-020		32194.71		28494.15		10		0.063	DC-063		32683.39		29313.3		10		0.081
97202		32805.86		27426.62		10		0.011	CH04-020		32194.62		28494.96		10		0.058	DC-063		32683.25		29313.37		10		0.016
97202		32805.86		27426.62		10		0.018	CH04-020		32194.5		28495.81		10		0.056	DC-063		32682.55		29313.72		10		0.048
97202		32805.86		27426.62		10		0.035	CH04-020		32194.33		28496.71		10		0.082	DC-063		32676.91		29315.49		10		0.009
97202		32805.86		27426.62		10		0.033	CH04-020		32194.16		28497.6		10		0.12	DC-065		32996.82		29092.31		10		0.066
97202		32805.86		27426.62		10		0.014	CH04-020		32194		28498.49		10		0.095	DC-065		32996.86		29092.11		10		0.215
97202		32805.86		27426.62		10		0.03	CH04-020		32193.84		28499.38		10		0.029	DC-065		32996.91		29091.9		10		0.391
97202		32805.86		27426.62		10		0.009	CH04-020		32193.65		28500.26		10		0.082	DC-065		32996.95		29091.69		10		0.133
97202		32805.86		27426.62		10		0.01	CH04-020		32193.45		28501.12		10		0.013	DC-065		32996.97		29091.46		10		0.01
97202		32805.86		27426.62		10		0.028	CH04-020		32193.26		28501.99		10		0.009	DC-065		32997.02		29091.02		10		0.017
97202		32805.86		27426.62		10		0.039	CH04-020		32193.06		28502.86		10		0.024	DC-065		32997.24		29088.94		10		0.016
97202		32805.86		27426.62		10		0.019	CH04-021		32476.62		28199.73		10		0.037	DC-065		32997.98		29085.86		10		0.04
97202		32805.86		27426.62		10		0.019	CH04-021		32443.72		28230.79		10		0.082	DC-065		32998.71		29084.29		10		0.046
97202		32805.86		27426.62		10		0.016	CH04-021		32443.81		28231.23		10		0.099	DC-065		32999.01		29083.86		10		0.06
97202		32805.86		27426.62		10		0.015	CH04-021		32443.9		28231.68		10		0.075	DC-065		33001.88		29078.88		10		0.035
97202		32805.86		27426.62		10		0.013	CH04-021		32444.03		28232.15		10		0.053	DC-065		33001.98		29078.66		10		0.011
97203		33536.99		27237.49		10		0.009	CH04-021		32444.18		28232.65		10		0.01	DC-066		32592.4		29106.31		10		0.01
97203		33536.99		27237.49		10		0.013	CH04-021		32444.66		28234.15		10		0.01	DC-066		32592.07		29106.12		10		0.017
97203		33536.99		27237.49		10		0.026	CH04-021		32444.85		28234.67		10		0.027	DC-066		32583.1		29100.57		10		0.054
97204		34167.54		25193.03		10		0.009	CH04-021		32445.09		28235.21		10		0.024	DC-066		32582.61		29100.21		10		0.039
97204		34167.54		25193.03		10		0.01	CH04-021		32446.38		28238.57		10		0.011	DC-066		32581.12		29099.15		10		0.034
97204		34167.54		25193.03		10		0.015	CH04-021		32446.57		28239.15		10		0.044	DC-066		32580.6		29098.79		10		0.112
97204		34167.54		25193.03		10		0.018	CH04-021		32447.1		28241.01		10		0.029	DC-066		32580.05		29098.44		10		0.3
98201		32545.86		28385.11		10		0.031	CH04-021		32447.27		28241.67		10		0.074	DC-066		32579.52		29098.09		10		0.673
98201		32545.59		28385.33		10		0.012	CH04-022		32704.18		28207.65		10		0.009	DC-066		32578.97		29097.74		10		0.645
98201		32545.29		28385.64		10		0.01	CH04-022		32703.57		28208.32		10		0.01	DC-066		32578.43		29097.39		10		0.227
98201		32542.87		28389.9		10		0.011	CH04-023		32894.41		28192.15		10		0.018	DC-066		32577.88		29096.99		10		0.047
98201		32540.62		28398.78		10		0.009	CH04-025		32902.12		28008.4		10		0.01	DC-066		32576.17		29095.7		10		0.02
98202		31774.31		27662.56		10		0.024	CH04-025		32901.76		28008.45		10		0.009	DC-066		32575.6		29095.26		10		0.088
98202		31754.24		27648.74		10		0.035	CH04-025		32892.67		28008.13		10		0.037	DC-066		32575.04		29094.83		10		0.286
98202		31752.75		27647.5		10		0.012	CH04-025		32892.03		28008.09		10		0.018	DC-066		32574.48		29094.41		10		0.326
98202		31751.26		27646.26		10		0.047	CH04-025		32889.29		28007.71		10		0.01	DC-066		32573.93		29093.99		10		0.242
98202		31749.76		27645.02		10		0.035	CH04-025		32775.07		27959.98		10		0.012	DC-066		32573.37		29093.57		10		0.181
98202		31748.27		27643.73		10		0.163	CH04-025		32773.61		27959.76		10		0.034	DC-066		32557.03		29082.35		10		0.009
98202		31746.77		27642.42		10		0.074	CH04-025		32720.7		27957.25		10		0.033	DC-066		32556.37		29081.96		10		0.031
98202		31734.48		27632.02		10		0.011	CH04-025		32718.89		27957.2		10		0.086	DC-066		32555.7		29081.59		10		0.021
98203		32402.61		26677.74		10		0.014	CH04-025		32717		27957.13		10		0.087	DC-066		32549.41		29078.3		10		0.042
98203		32400.44		26680.55		10		0.013	CH04-025		32715.11		27957.07		10		0.089	DC-066		32548.69		29077.9		10		0.302
98203		32400.3		26680.81		10		0.015	CH04-025		32713.22		27957.01		10		0.217	DC-066		32547.97		29077.51		10		0.101
98203		32400.16		26681.07		10		0.02	CH04-025		32711.33		27956.95		10		0.093	DC-066		32547.25		29077.12		10		0.503
98204		33122.29		26423.78		10		0.013	CH04-025		32709.36		27956.85		10		0.145	DC-066		32546.53		29076.73		10		0.45
98204		33119.64		26422.18		10		0.009	CH04-025		32707.3		27956.72		10		0.044	DC-066		32545.82		29076.39		10		0.593
98204		33107.55		26419.68		10		0.013	CH04-025		32705.24		27956.59		10		0.012	DC-066		32545.11		29076.09		10		1.118
98205		32764.86		25763.66		10		0.009	CH04-025		32703.18		27956.46		10		0.01	DC-066		32544.39		29075.8		10		0.434
98205		32764.42		25763.69		10		0.01	CH04-025		32701.12		27956.33		10		0.036	DC-066		32543.69		29075.51		10		0.955
98205		32760.21		25763.3		10		0.01	CH04-025		32699.05		27956.21		10		0.051	DC-066		32542.98		29075.22		10		0.917
98205		32760.11		25763.33		10		0.067	CH04-028		32890.52		27818.64		10		0.01	DC-066		32542.27		29074.91		10		0.359
98205		32760		25763.36		10		0.113	CH04-028		32890.41		27818.58		10		0.012	DC-066		32541.56		29074.57		10		0.955
98205		32759.9		25763.39		10		0.036	CH04-028		32890.31		27818.51		10		0.013	DC-066		32540.85		29074.23		10		0.345
98205		32759.72		25763.5		10		0.04	CH04-028		32889.91		27818.24		10		0.016	DC-066		32540.14		29073.89		10		0.684
98205		32759.44		25763.69		10		0.04	CH04-028		32888.2		27817.18		10		0.012	DC-066		32539.43		29073.55		10		0.533
98205		32759.17		25763.87		10		0.043	CH04-028		32887.95		27817.04		10		0.032	DC-066		32538.7		29073.23		10		0.648
98205		32758.9		25764.06		10		0.041	CH04-028		32887.67		27816.89		10		0.02	DC-066		32537.94		29072.92		10		1.028
98205		32758.62		25764.25		10		0.063	CH04-028		32756.94		27837.98		10		0.031	DC-066		32537.19		29072.61		10		0.832
98205		32758.46		25764.41		10		0.057	CH04-028		32684.93		27857.34		10		0.009	DC-066		32536.43		29072.3		10		0.097
98205		32758.4		25764.54		10		0.034	CH04-028		32683.04		27857.61		10		0.151	DC-066		32535.67		29071.99		10		0.013
98205		32758.34		25764.66		10		0.024	CH04-028		32681.15		27857.89		10		0.115	DC-067		32613.11		29205.81		10		0.162
98205		32758.29		25764.79		10		0.028	CH04-028		32679.26		27858.17		10		0.111	DC-067		32613.17		29205.81		10		0.625
98205		32758.23		25764.92		10		0.009	CH04-028		32677.38		27858.45		10		0.011	DC-067		32613.22		29205.8		10		0.185
98206		33515.12		25485.48		10		0.009	CH04-032		33346.11		28858		10		0.016	DC-067		32614.43		29205.75		10		0.042
98207		32326.21		24968.13		10		0.012	CH04-032		33343.87		28858.99		10		0.364	DC-067		32614.51		29205.73		10		0.034
98207		32326.15		24968.03		10		0.017	CH04-032		33341.6		28860.01		10		0.11	DC-067		32614.67		29205.66		10		0.046
98207		32326.14		24967.92		10		0.024	CH04-032		33339.34		28861.03		10		0.021	DC-067		32614.75		29205.62		10		0.013
98207		32326.19		24967.81		10		0.016	CH04-033		33272.82		29018.64		10		0.025	DC-067		32614.83		29205.59		10		0.087
98207		32326.24		24967.7		10		0.009	CH04-033		33271.44		29019.18		10		0.045	DC-067		32614.89		29205.56		10		0.048
98207		32326.36		24967.2		10		0.034	CH04-033		33270.75		29019.44		10		0.013	DC-067		32614.94		29205.53		10		0.117
98207		32326.35		24967.11		10		0.152	CH04-033		33253.27		29024.66		10		0.016	DC-067		32614.98		29205.5		10		0.07
98207		32326.35		24967.02		10		0.155	CH04-033		33251.56		29025.02		10		0.011	DC-067		32615.02		29205.48		10		0.066

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
98207		32326.41		24967.01		10		0.138	CH04-033		33249.85		29025.38		10		0.144	DC-067		32615.07		29205.45		10		0.158
98207		32326.54		24967.07		10		0.143	CH04-033		33249		29025.57		10		0.112	DC-067		32615.12		29205.45		10		0.148
98207		32326.66		24967.12		10		0.242	CH04-033		33248.16		29025.78		10		0.137	DC-067		32615.18		29205.48		10		0.338
98207		32326.79		24967.18		10		0.257	CH04-033		33247.31		29025.99		10		0.093	DC-067		32615.25		29205.51		10		0.585
98207		32326.92		24967.24		10		0.189	CH04-033		33246.46		29026.2		10		0.086	DC-067		32615.31		29205.54		10		0.607
98207		32326.93		24967.23		10		0.207	CH04-033		33245.62		29026.41		10		0.042	DC-067		32615.38		29205.57		10		0.411
98207		32326.84		24967.16		10		0.225	CH04-033		33243.89		29026.8		10		0.096	DC-067		32615.43		29205.56		10		0.612
98207		32326.74		24967.08		10		0.207	CH04-033		33243.02		29026.99		10		0.025	DC-067		32615.49		29205.51		10		0.842
98207		32326.64		24967.01		10		0.241	CH04-035		32944.97		29247.62		10		0.035	DC-067		32615.54		29205.47		10		0.151
98207		32326.54		24966.94		10		0.225	CH04-035		32916.55		29250.79		10		0.011	DC-067		32615.59		29205.43		10		0.182
98207		32326.43		24966.94		10		0.147	CH04-035		32901.88		29253.43		10		0.013	DC-067		32615.65		29205.38		10		0.075
98207		32326.32		24967.02		10		0.13	CH04-036		32891.12		29585.2		10		0.019	DC-067		32615.71		29205.35		10		0.027
98207		32326.2		24967.09		10		0.056	CH04-036		32882.83		29584.24		10		0.034	DC-067		32615.78		29205.34		10		0.035
98207		32326.08		24967.16		10		0.05	CH04-036		32881.84		29584.15		10		0.06	DC-067		32616.23		29205		10		0.022
98207		32325.96		24967.24		10		0.063	CH04-036		32880.84		29584.04		10		0.144	DC-067		32616.22		29204.91		10		0.012
98207		32325.81		24967.38		10		0.088	CH04-036		32879.84		29583.91		10		0.639	DC-067		32616.17		29204.58		10		0.019
98207		32325.62		24967.58		10		0.011	CH04-036		32878.84		29583.77		10		0.499	DC-067		32616.17		29204.57		10		0.189
98207		32324.78		24968.64		10		0.011	CH04-036		32877.84		29583.64		10		0.354	DC-067		32616.17		29204.55		10		0.03
98207		32324.71		24968.78		10		0.015	CH04-036		32876.84		29583.5		10		0.029	DC-068		32837.88		29189.75		10		0.009
98207		32324.65		24968.93		10		0.038	CH04-037		32784.84		29606.74		10		0.009	DC-068		32835.18		29190.62		10		0.018
98207		32324.48		24969.08		10		0.065	CH04-037		32782.62		29608.05		10		0.037	DC-068		32834.8		29190.73		10		0.014
98207		32324.22		24969.26		10		0.097	CH04-037		32782		29608.45		10		0.236	DC-068		32834.42		29190.79		10		0.013
98207		32323.96		24969.43		10		0.043	CH04-037		32781.39		29608.84		10		0.261	DC-068		32834.02		29190.81		10		0.024
98207		32323.7		24969.6		10		0.03	CH04-037		32780.77		29609.24		10		0.051	DC-068		32833.62		29190.82		10		0.091
98207		32323.43		24969.77		10		0.049	CH04-037		32780.16		29609.62		10		0.457	DC-068		32833.22		29190.84		10		0.025
98207		32323.16		24969.96		10		0.052	CH04-037		32779.54		29609.99		10		0.478	DC-068		32825.88		29191.45		10		0.041
98207		32322.89		24970.18		10		0.037	CH04-037		32778.93		29610.36		10		0.364	DC-068		32825.51		29191.47		10		0.046
98207		32322.62		24970.4		10		0.044	CH04-037		32778.31		29610.73		10		0.509	DC-068		32825.14		29191.49		10		0.083
98207		32322.34		24970.62		10		0.029	CH04-037		32777.7		29611.09		10		0.035	DC-068		32824.77		29191.51		10		0.259
98207		32322.07		24970.83		10		0.03	CH04-037		32777.05		29611.44		10		0.018	DC-068		32823.26		29191.38		10		0.021
98207		32321.83		24970.95		10		0.065	CH04-038		32877.64		29491.18		10		0.041	DC-068		32822.17		29191.42		10		0.079
98207		32321.62		24970.96		10		0.081	CH04-038		32876.64		29490.93		10		0.156	DC-068		32821.83		29191.49		10		0.029
98207		32321.41		24970.98		10		0.065	CH04-038		32875.6		29490.65		10		0.049	DC-068		32821.48		29191.56		10		0.072
98207		32321.2		24970.99		10		0.049	CH04-038		32874.56		29490.36		10		0.101	DC-068		32820.8		29191.71		10		0.018
98207		32320.99		24971		10		0.058	CH04-038		32873.52		29490.08		10		0.017	DC-068		32818.4		29192.18		10		0.021
98207		32320.83		24971.11		10		0.06	CH04-038		32872.48		29489.79		10		0.018	DC-068		32818.06		29192.24		10		0.101
98207		32320.71		24971.3		10		0.021	CR-001		32650.33		26795.63		10		0.022	DC-068		32817.72		29192.3		10		0.052
98207		32320.36		24971.88		10		0.015	CR-001		32650.23		26796.14		10		0.009	DC-069		32494.96		29295.75		10		0.047
98207		32320.23		24972.03		10		0.032	CR-001		32649.91		26797.87		10		0.015	DC-069		32494.79		29295.48		10		0.013
98207		32320.09		24972.14		10		0.042	CR-001		32649.81		26798.5		10		0.016	DC-069		32494.68		29295.39		10		0.015
98207		32319.96		24972.25		10		0.041	CR-001		32649.7		26799.14		10		0.016	DC-069		32494.51		29295.3		10		0.033
98207		32319.82		24972.36		10		0.038	CR-001		32649.6		26799.78		10		0.01	DC-069		32494.34		29295.22		10		0.021
98207		32319.69		24972.47		10		0.034	CR-001		32649.5		26800.44		10		0.013	DC-069		32494.17		29295.13		10		0.066
98207		32319.44		24972.65		10		0.039	CR-001		32649.42		26801.13		10		0.035	DC-069		32494		29295.04		10		0.355
98207		32319.08		24972.89		10		0.044	CR-001		32649.34		26801.83		10		0.032	DC-069		32493.81		29294.89		10		0.316
98207		32318.71		24973.14		10		0.015	CR-001		32649.26		26802.52		10		0.019	DC-069		32493.61		29294.68		10		0.601
98207		32317.99		24973.63		10		0.017	CR-001		32649.17		26803.21		10		0.025	DC-069		32493.4		29294.46		10		0.383
98207		32311.32		24979.24		10		0.009	CR-001		32649.12		26803.93		10		0.021	DC-069		32493.19		29294.25		10		0.03
98207		32310.92		24979.64		10		0.011	CR-002		32837.02		26833.23		10		0.082	DC-069		32485.94		29287.55		10		0.054
98207		32310.48		24980.09		10		0.017	CR-002		32837.03		26833.81		10		0.254	DC-069		32485.7		29287.26		10		0.06
98207		32309.17		24981.44		10		0.009	CR-002		32837.03		26834.42		10		0.334	DC-069		32485.2		29286.68		10		0.049
98207		32274.8		25019.3		10		0.01	CR-002		32837.03		26835.03		10		0.084	DC-069		32484.93		29286.41		10		0.026
98207		32266.74		25028.9		10		0.02	CR-002		32837.03		26835.64		10		0.015	DC-069		32484.65		29286.14		10		0.033
98207		32251.91		25048.43		10		0.015	CR-002		32837.03		26836.25		10		0.012	DC-069		32483.82		29285.33		10		0.011
98207		32245.53		25058.23		10		0.015	CR-002		32836.98		26837.58		10		0.009	DC-069		32483.51		29285.08		10		0.085
98207		32244.26		25060.19		10		0.009	CR-002		32836.57		26842.5		10		0.015	DC-069		32483.2		29284.82		10		0.351
98207		32242.99		25062.14		10		0.009	CR-002		32836.49		26843.23		10		0.082	DC-069		32482.89		29284.57		10		0.019
98208		33005.61		24836.5		10		0.01	CR-002		32836.41		26843.98		10		1.096	DC-069		32482.58		29284.31		10		0.009
98208		33005.51		24835.93		10		0.032	CR-002		32836.33		26844.74		10		0.358	DC-070		32490.75		29401.29		10		0.095
98209		33818.23		24568.71		10		0.009	CR-002		32836.25		26845.5		10		1.098	DC-070		32490.35		29401.23		10		0.637
98209		33810.7		24566.53		10		0.034	CR-002		32836.16		26846.26		10		0.042	DC-070		32489.96		29401.17		10		0.194
98209		33801.29		24559.24		10		0.012	CR-002		32836.08		26847.03		10		0.04	DC-070		32487.7		29400.84		10		0.266
98209		33757.95		24558.6		10		0.034	CR-002		32835.98		26847.79		10		0.308	DC-070		32487.37		29400.76		10		0.302
98209		33724.09		24572.28		10		0.034	CR-002		32835.84		26848.57		10		0.04	DC-070		32487.05		29400.69		10		0.479
98209		33693.22		24587.97		10		0.01	CR-002		32835.71		26849.34		10		0.014	DC-070		32486.72		29400.62		10		0.686
98211		33286.52		27418.18		10		0.011	CR-002		32835.58		26850.12		10		0.232	DC-070		32486.4		29400.54		10		0.138
98212		32955.3		26126.33		10		0.009	CR-002		32835.45		26850.89		10		0.111	DC-070		32486.06		29400.45		10		0.15
98212		32952.96		26128.96		10		0.016	CR-002		32835.3		26851.66		10		0.094	DC-070		32485.69		29400.34		10		0.024
98212		32952.93		26129.08		10		0.074	CR-002		32835.13		26852.43		10		0.118	DC-070		32484.59		29400		10		0.017
98212		32952.91		26129.2		10		0.067	CR-002		32834.97		26853.19		10		0.045	DC-070		32477.06		29398.7		10		0.067
98212		32952.9		26129.32		10		0.023	CR-002		32834.8		26853.96		10		0.081	DC-070		32476.59		29398.62		10		0.081
98212		32952.86		26129.56		10		0.029	CR-002		32834.63		26854.72		10		0.062	DC-070		32476.13		29398.55		10		0.234
98212		32853.3		26170.27		10		0.014	CR-002		32834.45		26855.5		10		0.103	DC-070		32475.7		29398.5		10		0.213
98213		32514.87		25338.52		10		0.013	CR-002		32834.25		26856.3		10		0.05	DC-070		32475.3		29398.48		10		0.377
98213		32514.61		25338.75		10		0.012	CR-002		32834.04		26857.09		10		0.166	DC-070		32474.89		29398.46		10		0.275
98213		32514.36		25338.99		10		0.026	CR-002		32833.84		26857.88		10		0.08	DC-070		32474.49		29398.43		10		0.284
98213		32514.11		25339.36		10		0.028	CR-002		32833.63		26858.68		10		0.136	DC-070		32473.67		29398.39		10		0.164
98213		32513.87		25339.86		10		0.01	CR-002		32833.13		26860.21		10		0.056	DC-070		32473.21		29398.36		10		0.229
98213		32513		25343.34		10		0.02	CR-002		32832.87		26860.97		10		0.025	DC-070		32472.76		29398.33		10		1.445
98213		32512.99		25343.83		10		0.011	CR-002		32832.61		26861.73		10		0.137	DC-070		32472.31		29398.3		10		0.361
98213		32512.95		25344.28		10		0.034	CR-002		32832.34		26862.48		10		0.057	DC-071		32809.39		29414.52		10		0.019
98213		32512.88		25344.69		10		0.018	CR-002		32831.82		26863.26		10		0.1	DC-071		32808.99		29414.7		10		0.018
98213		32512.8		25345.1		10		0.014	CR-002		32831.04		26864.06		10		0.033	DC-071		32809.02		29414.7		10		0.782
98213		32512.72		25345.52		10		0.011	CR-002		32830.26		26864.86		10		0.087	DC-071		32809.05		29414.69		10		0.602
98213		32512.65		25345.93		10		0.009	CR-002		32829.48		26865.65		10		0.153	DC-071		32809.09		29414.68		10		0.852

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
98213		32511.13		25350.87		10		0.052	CR-002		32828.7		26866.45		10		0.206	DC-071		32809.12		29414.66		10		0.657
98213		32511.11		25351.35		10		0.021	CR-002		32827.87		26867.37		10		0.144	DC-071		32809.15		29414.65		10		0.015
98213		32511.13		25351.87		10		0.032	CR-002		32826.97		26868.41		10		0.146	DC-071		32808.85		29415.46		10		0.015
98213		32511.15		25352.39		10		0.033	CR-002		32826.08		26869.46		10		0.063	DC-072		32509.79		29580.86		10		0.012
98213		32511.18		25352.92		10		0.038	CR-002		32825.18		26870.5		10		0.009	DC-072		32509.87		29580.97		10		0.012
98213		32511.2		25353.44		10		0.024	CR-003		32553.99		26651.27		10		0.01	DC-072		32516.19		29585.63		10		0.105
98213		32511.15		25353.99		10		0.054	CR-003		32553.64		26651.42		10		0.014	DC-072		32516.48		29585.75		10		0.154
98213		32511.05		25354.55		10		0.04	CR-003		32553.29		26651.57		10		0.03	DC-072		32516.78		29585.86		10		0.039
98213		32510.94		25355.12		10		0.05	CR-003		32552.93		26651.71		10		0.02	DC-072		32517.07		29585.97		10		0.266
98213		32510.83		25355.68		10		0.019	CR-003		32552.58		26651.87		10		0.016	DC-072		32517.33		29586.07		10		0.581
98213		32510.72		25356.25		10		0.021	CR-003		32551.81		26652.22		10		0.009	DC-072		32517.56		29586.16		10		0.012
98213		32510.7		25356.73		10		0.024	CR-003		32551.02		26652.59		10		0.009	DC-072		32518.24		29586.43		10		0.009
98213		32510.77		25357.12		10		0.054	CR-003		32550.62		26652.77		10		0.009	DC-073		33010.33		29002.31		10		0.017
98213		32510.84		25357.52		10		0.037	CR-003		32549.8		26653.19		10		0.01	DC-073		32987.66		28999.64		10		0.047
98213		32510.9		25357.92		10		0.03	CR-003		32548.11		26654.07		10		0.017	DC-073		32987.2		28999.58		10		0.013
98213		32510.97		25358.31		10		0.041	CR-003		32547.67		26654.31		10		0.03	DC-073		32984.77		28999.22		10		0.038
98213		32510.97		25358.77		10		0.055	CR-003		32547.23		26654.55		10		0.01	DC-073		32984.27		28999.15		10		0.171
98213		32510.9		25359.29		10		0.032	CR-003		32542.59		26657.58		10		0.01	DC-073		32983.77		28999.08		10		0.069
98213		32510.84		25359.81		10		0.02	CR-003		32542.16		26657.88		10		0.012	DC-073		32981.35		28999.08		10		0.311
98214		32079.71		25912.01		10		0.015	CR-003		32541.72		26658.19		10		0.026	DC-073		32980.89		28999.15		10		0.142
98214		32079.43		25911.78		10		0.017	CR-004		32753.32		26689.25		10		0.034	DC-073		32980.42		28999.22		10		0.036
98214		32079.43		25911.75		10		0.016	CR-004		32753.13		26689.51		10		0.134	DC-073		32979.97		28999.28		10		0.09
98214		32079.51		25911.75		10		0.032	CR-004		32752.93		26689.8		10		0.116	DC-073		32979.52		28999.32		10		0.233
98214		32079.6		25911.76		10		0.016	CR-004		32752.72		26690.08		10		0.238	DC-073		32979.06		28999.37		10		0.278
98214		32079.69		25911.77		10		0.045	CR-004		32752.52		26690.37		10		0.532	DC-073		32978.61		28999.42		10		0.163
98214		32079.77		25911.78		10		0.069	CR-004		32752.32		26690.65		10		0.102	DC-073		32978.16		28999.47		10		0.021
98214		32079.85		25911.75		10		0.012	CR-004		32752.08		26690.93		10		0.015	DC-073		32974.48		28999.42		10		0.09
98214		32079.91		25911.69		10		0.028	CR-004		32751.51		26691.5		10		0.014	DC-073		32974.01		28999.31		10		0.111
98214		32079.97		25911.62		10		0.013	CR-004		32751.23		26691.79		10		0.036	DC-073		32973.53		28999.21		10		0.099
98214		32067.88		25916.26		10		0.01	CR-004		32750.95		26692.07		10		0.051	DC-073		32973.06		28999.1		10		0.214
98214		32062.39		25937.57		10		0.046	CR-004		32750.68		26692.38		10		0.009	DC-073		32972.6		28999		10		0.241
98215		32197.48		24947.52		10		0.014	CR-004		32750.41		26692.71		10		0.012	DC-073		32972.14		28998.89		10		0.123
98215		32197.66		24947.41		10		0.014	CR-004		32750.15		26693.03		10		0.009	DC-073		32971.68		28998.79		10		0.087
98215		32198.52		24945.23		10		0.009	CR-004		32749.89		26693.36		10		0.019	DC-073		32970.77		28998.65		10		0.073
98215		32198.41		24945.19		10		0.045	CR-004		32749.32		26693.98		10		0.012	DC-073		32970.34		28998.71		10		0.018
98215		32198.3		24945.14		10		0.009	CR-004		32748.97		26694.24		10		0.01	DC-073		32968.61		28998.91		10		0.014
98215		32198.04		24945.04		10		0.022	CR-004		32748.27		26694.77		10		0.016	DC-073		32964.94		28999.07		10		0.02
98215		32198.05		24945.04		10		0.018	CR-004		32745.97		26696.58		10		0.01	DC-073		32964.45		28999.08		10		0.017
98215		32198.07		24945.05		10		0.031	CR-004		32745.52		26696.89		10		0.043	DC-073		32963.95		28999.11		10		0.185
98215		32198.09		24945.05		10		0.03	CR-004		32745.02		26697.21		10		0.042	DC-073		32963.45		28999.14		10		0.167
98215		32198.13		24945.03		10		0.027	CR-004		32744.51		26697.52		10		0.031	DC-073		32962.95		28999.17		10		0.097
98215		32198.21		24944.98		10		0.021	CR-004		32744.01		26697.83		10		0.044	DC-073		32962.44		28999.2		10		0.012
98215		32198.28		24944.94		10		0.022	CR-004		32743.51		26698.15		10		0.033	DC-073		32961.94		28999.23		10		0.035
98215		32198.9		24944.62		10		0.009	CR-004		32742.92		26698.52		10		0.045	DC-073		32961.43		28999.24		10		0.177
98215		32198.98		24944.6		10		0.01	CR-004		32742.25		26698.97		10		0.016	DC-073		32960.92		28999.24		10		0.013
98215		32199.24		24944.55		10		0.042	CR-004		32741.58		26699.41		10		0.018	DC-073		32958.42		28999.24		10		0.026
98215		32199.35		24944.47		10		0.042	CR-004		32740.91		26699.85		10		0.009	DC-074		32793.62		28690.4		10		0.026
98215		32199.49		24944.34		10		0.034	CR-004		32739.47		26700.74		10		0.011	DC-074		32780.98		28698.3		10		0.009
98215		32199.63		24944.21		10		0.034	CR-004		32738.58		26701.19		10		0.083	DC-074		32780.6		28698.43		10		0.026
98215		32199.77		24944.08		10		0.035	CR-004		32737.7		26701.64		10		0.047	DC-074		32780.22		28698.56		10		0.029
98215		32199.91		24943.95		10		0.018	CR-004		32736.81		26702.09		10		0.086	DC-074		32779.84		28698.69		10		0.02
98215		32200		24943.79		10		0.026	CR-004		32735.93		26702.54		10		0.032	DC-074		32779.46		28698.82		10		0.028
98215		32200.05		24943.6		10		0.029	CR-004		32734.93		26702.96		10		0.068	DC-074		32779.08		28698.95		10		0.087
98215		32200.1		24943.41		10		0.019	CR-004		32733.83		26703.34		10		0.028	DC-074		32778.7		28699.08		10		0.099
98215		32200.15		24943.23		10		0.013	CR-004		32732.73		26703.71		10		0.041	DC-074		32778.32		28699.21		10		0.04
98215		32200.2		24943.04		10		0.016	CR-004		32731.62		26704.09		10		0.036	DC-074		32777.91		28699.34		10		0.079
98215		32200.18		24942.88		10		0.014	CR-004		32730.52		26704.47		10		0.062	DC-074		32777.46		28699.49		10		0.073
98215		32199.71		24942.22		10		0.011	CR-004		32729.41		26704.85		10		0.063	DC-074		32777.01		28699.64		10		0.04
98215		32199.61		24942.23		10		0.009	CR-004		32728.31		26705.23		10		0.094	DC-074		32776.56		28699.79		10		0.032
98215		32199.4		24942.26		10		0.013	CR-004		32727.21		26705.6		10		0.065	DC-074		32776.12		28699.93		10		0.09
98215		32199.29		24942.27		10		0.012	CR-004		32726.11		26705.98		10		0.013	DC-074		32775.67		28700.07		10		0.047
98215		32199.19		24942.28		10		0.014	CR-005		32947.45		26761.31		10		0.061	DC-074		32775.24		28700.2		10		0.075
98215		32199.09		24942.28		10		0.017	CR-005		32947.45		26762.14		10		0.058	DC-074		32774.8		28700.34		10		0.12
98215		32198.98		24942.28		10		0.028	CR-005		32947.45		26762.98		10		0.126	DC-074		32774.38		28700.47		10		0.157
98215		32198.88		24942.28		10		0.015	CR-005		32947.45		26763.82		10		0.043	DC-074		32773.94		28700.6		10		0.117
98215		32198.77		24942.28		10		0.012	CR-005		32947.46		26764.66		10		0.03	DC-074		32773.49		28700.75		10		0.099
98215		32198.66		24942.26		10		0.011	CR-005		32947.45		26765.47		10		0.011	DC-074		32773.03		28700.92		10		0.113
98215		32198.43		24942.19		10		0.019	CR-005		32947.43		26766.28		10		0.05	DC-074		32772.57		28701.09		10		0.136
98215		32198.31		24942.16		10		0.014	CR-005		32947.41		26767.08		10		0.043	DC-074		32772.12		28701.26		10		0.122
98215		32198.19		24942.12		10		0.016	CR-005		32947.39		26767.88		10		0.033	DC-074		32771.66		28701.43		10		0.111
98215		32198.05		24942.09		10		0.016	CR-005		32947.37		26768.68		10		0.086	DC-074		32771.21		28701.6		10		0.102
98215		32197.9		24942.06		10		0.016	CR-005		32947.35		26769.51		10		0.032	DC-074		32770.77		28701.79		10		0.067
98215		32197.75		24942.03		10		0.017	CR-005		32947.34		26770.36		10		0.042	DC-074		32770.34		28701.97		10		0.092
98215		32197.59		24942		10		0.067	CR-005		32947.33		26771.22		10		0.025	DC-074		32769.91		28702.16		10		0.04
98215		32197.44		24941.97		10		0.063	CR-005		32947.31		26772.07		10		0.01	DC-074		32769.04		28702.51		10		0.052
98215		32197.29		24941.95		10		0.033	CR-005		32947.3		26772.93		10		0.028	DC-074		32768.62		28702.66		10		0.194
98215		32197.15		24941.94		10		0.031	CR-005		32947.05		26774.66		10		0.011	DC-074		32768.19		28702.81		10		0.125
98215		32197.01		24941.92		10		0.01	CR-005		32946.71		26776.41		10		0.011	DC-074		32767.76		28702.96		10		0.117
98215		32196.88		24941.91		10		0.01	CR-005		32946.55		26777.28		10		0.01	DC-074		32767.33		28703.11		10		0.067
98215		32196.73		24941.9		10		0.02	CR-005		32945.86		26779.95		10		0.009	DC-074		32766.91		28703.25		10		0.083
98215		32196.61		24941.91		10		0.039	CR-005		32940.95		26793.92		10		0.03	DC-074		32766.5		28703.4		10		0.245
98215		32196.47		24941.87		10		0.01	CR-005		32939.89		26796.4		10		0.017	DC-074		32766.09		28703.54		10		0.062
98215		32196.32		24941.79		10		0.053	CR-005		32939.52		26797.22		10		0.009	DC-074		32765.68		28703.68		10		0.019
98216		32662.96		25544.36		10		0.015	CR-005		32939.15		26798.05		10		0.009	DC-074		32765.26		28703.82		10		0.192
98216		32662.95		25543.82		10		0.01	CR-005		32938.78		26798.88		10		0.015	DC-074		32764.85		28703.98		10		0.137

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID		Easting		Northing		Length		Au oz/ton
98216		32662.96		25543.56		10		0.009	CR-005		32938.04		26800.54		10		0.012	DC-074			32764.42		28704.15		10		0.309
98216		32662.97		25543.29		10		0.011	CR-005		32937.3		26802.19		10		0.018	DC-074			32764		28704.31		10		0.151
98216		32662.98		25543.03		10		0.013	CR-006		32309.68		26514.54		10		0.017	DC-074			32763.58		28704.48		10		0.235
98216		32662.53		25539.29		10		0.024	CR-006		32309.68		26514.64		10		0.032	DC-074			32763.16		28704.65		10		0.137
98216		32662.42		25538.99		10		0.071	CR-006		32309.59		26514.76		10		0.017	DC-074			32762.74		28704.8		10		0.144
98216		32662.32		25538.7		10		0.078	CR-006		32309.41		26514.9		10		0.028	DC-074			32762.33		28704.95		10		0.176
98216		32662.21		25538.39		10		0.085	CR-006		32309.23		26515.04		10		0.026	DC-074			32761.92		28705.09		10		0.205
98216		32662.09		25538.08		10		0.08	CR-006		32309.05		26515.18		10		0.013	DC-074			32761.51		28705.24		10		0.218
98216		32661.98		25537.77		10		0.042	CR-006		32308.87		26515.31		10		0.01	DC-074			32761.1		28705.39		10		0.334
98216		32661.86		25537.46		10		0.045	CR-007		32865.2		26655.29		10		0.01	DC-074			32760.68		28705.51		10		0.241
98216		32661.74		25537.15		10		0.029	CR-007		32863.66		26656.93		10		0.103	DC-074			32760.26		28705.62		10		0.839
98216		32661.65		25536.82		10		0.031	CR-007		32863.12		26657.48		10		0.01	DC-074			32759.83		28705.72		10		0.372
98216		32661.59		25536.48		10		0.025	CR-007		32862.57		26658.04		10		0.009	DC-074			32759.41		28705.83		10		1.02
98216		32661.52		25536.14		10		0.049	CR-007		32861.46		26659.15		10		0.015	DC-074			32758.99		28705.94		10		0.077
98216		32661.46		25535.8		10		0.046	CR-007		32860.91		26659.7		10		0.016	DC-074			32758.61		28706.03		10		0.1
98216		32661.39		25535.45		10		0.039	CR-007		32860.35		26660.27		10		0.021	DC-074			32758.27		28706.1		10		0.064
98216		32661.39		25535.18		10		0.047	CR-007		32859.78		26660.83		10		0.028	DC-074			32757.92		28706.18		10		0.041
98216		32661.45		25534.98		10		0.045	CR-007		32859.21		26661.4		10		0.057	DC-074			32757.58		28706.25		10		0.013
98216		32661.5		25534.78		10		0.052	CR-007		32858.65		26661.97		10		0.07	DC-074			32756.17		28706.5		10		0.069
98216		32661.56		25534.58		10		0.04	CR-007		32858.08		26662.54		10		0.023	DC-074			32755.44		28706.61		10		0.05
98216		32661.62		25534.38		10		0.021	CR-007		32857.53		26663.07		10		0.144	DC-074			32755.07		28706.66		10		0.025
98216		32661.82		25533.87		10		0.013	CR-007		32857		26663.58		10		0.544	DC-074			32754.69		28706.71		10		0.026
98217		32431.45		25146.92		10		0.019	CR-007		32856.47		26664.08		10		1.252	DC-074			32754.31		28706.76		10		0.106
98217		32431.45		25146.96		10		0.023	CR-007		32855.95		26664.59		10		0.698	DC-074			32753.93		28706.81		10		0.571
98217		32431.46		25146.99		10		0.045	CR-007		32855.41		26665.09		10		0.299	DC-074			32753.55		28706.86		10		0.055
98217		32431.49		25147.1		10		0.03	CR-007		32854.84		26665.59		10		0.449	DC-074			32753.17		28706.91		10		0.34
98217		32431.54		25147.29		10		0.017	CR-007		32854.23		26666.08		10		0.298	DC-074			32752.79		28706.97		10		0.045
98217		32431.7		25147.84		10		0.011	CR-007		32853.61		26666.57		10		0.274	DC-074			32750.61		28707.38		10		0.352
98217		32431.8		25147.99		10		0.01	CR-007		32853		26667.05		10		0.368	DC-074			32750.28		28707.47		10		0.246
98217		32432.74		25149.59		10		0.021	CR-007		32852.38		26667.54		10		0.27	DC-074			32749.94		28707.55		10		0.321
98217		32432.79		25149.74		10		0.097	CR-007		32851.75		26668.02		10		0.04	DC-074			32749.6		28707.65		10		0.02
98217		32432.83		25149.89		10		0.049	CR-007		32851.11		26668.5		10		0.051	DC-074			32749.27		28707.76		10		0.027
98217		32432.85		25149.97		10		0.062	CR-007		32850.46		26668.98		10		0.023	DC-074			32748.94		28707.87		10		0.029
98217		32432.84		25149.99		10		0.022	CR-007		32849.82		26669.46		10		0.121	DC-074			32748.61		28707.98		10		0.029
98217		32432.83		25150		10		0.016	CR-007		32849.18		26669.94		10		0.119	DC-074			32748.28		28708.09		10		0.041
98217		32432.82		25150.02		10		0.023	CR-007		32848.52		26670.46		10		0.27	DC-074			32747.96		28708.16		10		0.112
98217		32432.81		25150.03		10		0.03	CR-007		32847.87		26671.03		10		0.257	DC-075			33483.46		28616.08		10		0.009
98217		32432.77		25150.09		10		0.063	CR-007		32847.2		26671.6		10		0.482	DC-075			33490.38		28602.04		10		0.222
98217		32432.7		25150.19		10		0.05	CR-007		32846.55		26672.17		10		0.428	DC-075			33490.82		28601.09		10		0.438
98217		32432.63		25150.29		10		0.033	CR-007		32845.89		26672.74		10		0.581	DC-075			33491.25		28600.14		10		0.325
98217		32432.56		25150.39		10		0.018	CR-007		32845.33		26673.46		10		0.447	DC-075			33492.16		28598.25		10		0.067
98217		32432.49		25150.49		10		0.035	CR-007		32844.87		26674.34		10		0.601	DC-075			33492.67		28597.32		10		0.395
98217		32432.47		25150.64		10		0.043	CR-007		32844.41		26675.23		10		0.517	DC-075			33493.18		28596.39		10		0.336
98217		32432.49		25150.83		10		0.053	CR-007		32843.95		26676.11		10		0.288	DC-075			33493.69		28595.45		10		0.051
98217		32432.5		25151.02		10		0.03	CR-007		32843.49		26676.99		10		0.43	DC-075			33494.2		28594.52		10		0.011
98217		32432.52		25151.21		10		0.047	CR-008		33063.05		26651.75		10		0.02	DC-075	��		33496.31		28591.19		10		0.018
98217		32432.54		25151.4		10		0.05	CR-008		33063		26651.37		10		0.04	DC-075			33496.84		28590.37		10		0.324
98217		32432.51		25151.61		10		0.041	CR-008		33062.94		26650.98		10		0.092	DC-075			33497.33		28589.53		10		0.123
98217		32432.44		25151.82		10		0.036	CR-008		33062.88		26650.58		10		0.024	DC-075			33497.77		28588.66		10		0.046
98217		32432.37		25152.04		10		0.033	CR-008		33062.81		26650.18		10		0.04	DC-075			33503.91		28568.3		10		0.009
98217		32432.3		25152.25		10		0.036	CR-008		33062.75		26649.79		10		0.038	DC-075			33506.49		28544.52		10		0.059
98217		32432.22		25152.46		10		0.04	CR-008		33062.63		26649.42		10		0.079	DC-075			33506.54		28543.72		10		0.029
98217		32432.17		25152.67		10		0.039	CR-008		33062.45		26649.08		10		0.067	DC-077			32893.24		28897.72		10		0.013
98217		32432.13		25152.86		10		0.033	CR-008		33062.27		26648.74		10		0.09	DC-077			32891.35		28897.3		10		0.016
98217		32432.09		25153.04		10		0.059	CR-008		33062.09		26648.4		10		0.017	DC-077			32890.07		28896.98		10		0.015
98217		32432.05		25153.23		10		0.039	CR-008		33061.71		26647.73		10		0.011	DC-077			32888.1		28896.48		10		0.026
98217		32432.02		25153.42		10		0.017	CR-008		33050.07		26638.55		10		0.01	DC-077			32887.44		28896.32		10		0.038
98217		32431.8		25153.91		10		0.032	CR-008		33048.92		26638.14		10		0.01	DC-077			32886.78		28896.15		10		0.031
98217		32431.32		25154.83		10		0.011	CR-009		33009.65		26531.93		10		0.01	DC-077			32886.08		28895.93		10		0.025
98217		32430.99		25155.49		10		0.018	CR-009		33009.47		26531.94		10		0.037	DC-077			32885.34		28895.67		10		0.018
98217		32429.28		25158.16		10		0.013	CR-009		33009.3		26531.95		10		0.084	DC-077			32884.6		28895.4		10		0.031
98218		32255.05		24808.51		10		0.011	CR-009		33009.12		26531.96		10		0.106	DC-077			32883.87		28895.13		10		0.029
98218		32255.61		24808.64		10		0.014	CR-009		33008.95		26531.98		10		0.09	DC-077			32883.13		28894.87		10		0.015
98218		32255.96		24808.75		10		0.022	CR-009		33008.8		26531.99		10		0.126	DC-077			32882.45		28894.62		10		0.015
98218		32256.31		24808.85		10		0.027	CR-009		33008.68		26532		10		0.03	DC-077			32881.83		28894.38		10		0.033
98218		32256.66		24808.95		10		0.037	CR-009		33008.56		26532.02		10		0.043	DC-077			32881.21		28894.15		10		0.021
98218		32257.01		24809.06		10		0.018	CR-009		33008.32		26532.05		10		0.012	DC-077			32880.59		28893.92		10		0.053
98218		32257.35		24809.16		10		0.014	CR-009		33007.02		26531.77		10		0.014	DC-077			32879.97		28893.69		10		0.099
98218		32257.66		24809.26		10		0.027	CR-009		33006.05		26531.5		10		0.01	DC-077			32879.36		28893.46		10		0.1
98218		32260.07		24810.62		10		0.04	CR-010		32208.54		26339.66		10		0.01	DC-077			32878.78		28893.23		10		0.094
98218		32260.35		24810.86		10		0.029	CR-010		32208.41		26339.71		10		0.01	DC-077			32878.2		28893		10		0.186
98218		32260.61		24811.12		10		0.052	CR-010		32208.23		26339.7		10		0.013	DC-077			32877.61		28892.77		10		0.451
98218		32260.88		24811.37		10		0.057	CR-010		32206.91		26339.23		10		0.024	DC-077			32877.02		28892.54		10		1.455
98218		32261.14		24811.62		10		0.089	CR-010		32206.84		26339.19		10		0.037	DC-077			32876.43		28892.34		10		0.652
98218		32261.4		24811.88		10		0.138	CR-010		32206.69		26339.11		10		0.029	DC-077			32875.83		28892.15		10		0.347
98218		32261.63		24812.16		10		0.139	CR-010		32206.46		26339.01		10		0.036	DC-077			32875.23		28891.97		10		0.203
98218		32261.83		24812.47		10		0.14	CR-010		32206.24		26338.91		10		0.029	DC-077			32874.63		28891.79		10		0.217
98218		32262.03		24812.78		10		0.099	CR-010		32206.02		26338.81		10		0.068	DC-077			32874.03		28891.61		10		0.143
98218		32262.23		24813.08		10		0.065	CR-010		32205.79		26338.71		10		0.017	DC-077			32873.42		28891.39		10		0.262
98218		32262.42		24813.39		10		0.107	CR-010		32205.54		26338.71		10		0.021	DC-077			32872.8		28891.15		10		0.025
98218		32262.64		24813.71		10		0.089	CR-010		32205.26		26338.8		10		0.015	DC-077			32872.19		28890.9		10		0.115
98218		32262.87		24814.04		10		0.155	CR-010		32204.98		26338.89		10		0.012	DC-077			32871.57		28890.66		10		0.616
98218		32263.11		24814.36		10		0.146	CR-010		32204.69		26338.98		10		0.009	DC-077			32870.96		28890.41		10		0.4
98218		32263.34		24814.69		10		0.127	CR-010		32204.41		26339.07		10		0.025	DC-077			32870.31		28890.16		10		0.295
98218		32263.57		24815.02		10		0.045	CR-010		32203.84		26339.09		10		0.01	DC-077			32869.65		28889.91		10		0.321

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
98218		32263.8		24815.29		10		0.039	CR-010		32203.72		26339.08		10		0.011	DC-077		32868.98		28889.66		10		0.184
98218		32264.02		24815.51		10		0.076	CR-011		32834.6		26227.87		10		0.009	DC-077		32868.31		28889.4		10		0.11
98218		32264.24		24815.73		10		0.076	CR-011		32834.05		26227.83		10		0.023	DC-077		32867.64		28889.14		10		0.25
98218		32264.47		24815.96		10		0.27	CR-011		32833.48		26227.82		10		0.03	DC-077		32866.99		28888.9		10		0.655
98218		32264.69		24816.18		10		0.227	CR-011		32832.93		26227.81		10		0.03	DC-077		32866.35		28888.67		10		0.468
98218		32264.91		24816.4		10		0.145	CR-011		32832.37		26227.8		10		0.18	DC-077		32865.71		28888.43		10		0.657
98218		32265.12		24816.63		10		0.011	CR-011		32831.81		26227.79		10		0.6	DC-077		32865.07		28888.2		10		0.263
98218		32265.34		24816.86		10		0.016	CR-011		32831.25		26227.79		10		0.346	DC-077		32864.43		28887.96		10		0.059
98218		32267.6		24817.53		10		0.009	CR-011		32830.67		26227.8		10		0.308	DC-077		32863.8		28887.72		10		0.097
98218		32266.53		24817.08		10		0.029	CR-011		32830.09		26227.81		10		0.16	DC-077		32863.16		28887.47		10		0.25
98218		32266.3		24817.02		10		0.035	CR-011		32829.52		26227.81		10		0.059	DC-077		32862.53		28887.22		10		0.269
98218		32266.06		24816.95		10		0.026	CR-011		32828.95		26227.82		10		0.012	DC-077		32861.9		28886.97		10		0.184
98218		32265.83		24816.88		10		0.071	CR-011		32828.34		26227.82		10		0.041	DC-077		32861.27		28886.72		10		0.504
98218		32265.59		24816.82		10		0.028	CR-011		32827.69		26227.8		10		0.091	DC-077		32860.61		28886.47		10		0.279
98218		32265.36		24816.75		10		0.033	CR-011		32827.05		26227.79		10		0.01	DC-077		32859.93		28886.2		10		0.054
98218		32265.12		24816.66		10		0.027	CR-011		32825.75		26227.76		10		0.009	DC-077		32859.24		28885.94		10		0.014
98218		32264.88		24816.56		10		0.031	CR-011		32825.1		26227.71		10		0.025	DC-077		32857.88		28885.42		10		0.081
98218		32264.64		24816.45		10		0.024	CR-011		32824.44		26227.64		10		0.09	DC-077		32857.21		28885.14		10		0.117
98218		32263.81		24815.9		10		0.01	CR-011		32823.78		26227.57		10		0.022	DC-077		32856.55		28884.85		10		0.057
98218		32263.68		24815.71		10		0.018	CR-011		32823.12		26227.49		10		0.037	DC-077		32855.25		28884.26		10		0.067
98218		32263.41		24815.17		10		0.01	CR-011		32822.47		26227.42		10		0.014	DC-077		32854.6		28883.97		10		0.135
98219		32117.75		25335.63		10		0.009	CR-011		32819.16		26227.36		10		0.014	DC-077		32853.97		28883.69		10		0.112
98219		32117.46		25335.57		10		0.009	CR-012		32223.16		26198.95		10		0.009	DC-077		32853.37		28883.42		10		0.144
98219		32117.11		25335.59		10		0.009	CR-012		32222.71		26198.97		10		0.015	DC-077		32852.77		28883.14		10		0.209
98219		32114.27		25335.3		10		0.009	CR-012		32222.26		26199.01		10		0.019	DC-077		32852.16		28882.87		10		0.213
98219		32114		25335.24		10		0.009	CR-012		32221.81		26199.05		10		0.017	DC-077		32851.55		28882.6		10		0.086
98219		32113.81		25335.21		10		0.013	CR-012		32221.36		26199.1		10		0.016	DC-077		32850.95		28882.32		10		0.086
98219		32113.62		25335.17		10		0.016	CR-012		32220.91		26199.15		10		0.022	DC-077		32850.36		28882.04		10		0.067
98219		32113.25		25335.09		10		0.01	CR-012		32220.45		26199.2		10		0.021	DC-077		32849.76		28881.75		10		0.069
98219		32112.44		25334.45		10		0.013	CR-012		32220		26199.26		10		0.016	DC-077		32849.16		28881.46		10		0.341
98219		32112.25		25334.33		10		0.02	CR-012		32219.53		26199.34		10		0.016	DC-077		32848.56		28881.18		10		0.12
98219		32111.8		25334.14		10		0.03	CR-012		32219.07		26199.42		10		0.014	DC-077		32847.97		28880.89		10		0.02
98219		32111.57		25334.05		10		0.031	CR-012		32218.61		26199.5		10		0.021	DC-077		32841.09		28877.26		10		0.009
98219		32111.35		25333.96		10		0.016	CR-012		32218.14		26199.59		10		0.029	DC-077		32828.22		28871.37		10		0.015
98219		32111.17		25333.84		10		0.069	CR-012		32217.66		26199.72		10		0.054	DC-077		32827.68		28871.08		10		0.013
98219		32111.03		25333.71		10		0.05	CR-012		32217.18		26199.91		10		0.034	DC-077		32812.92		28863.49		10		0.012
98219		32110.75		25333.45		10		0.009	CR-012		32216.69		26200.09		10		0.023	DC-077		32797.22		28855.03		10		0.024
98220		32096.12		25565.05		10		0.009	CR-012		32216.2		26200.28		10		0.059	DC-078		32380.86		29525.27		10		0.012
98220		32097.87		25564.6		10		0.031	CR-012		32215.71		26200.47		10		0.052	DC-079		32497.6		29475.08		10		0.018
98220		32098		25564.66		10		0.011	CR-012		32215.22		26200.66		10		0.032	DC-079		32497.64		29475.32		10		0.036
98220		32098.12		25564.72		10		0.009	CR-012		32214.74		26200.86		10		0.081	DC-079		32497.68		29475.57		10		0.123
98220		32098.46		25564.77		10		0.011	CR-012		32214.25		26201.05		10		0.028	DC-079		32497.72		29475.81		10		0.482
98220		32098.47		25564.7		10		0.013	CR-012		32213.77		26201.25		10		0.034	DC-079		32497.75		29476.02		10		0.138
98220		32098.61		25564.29		10		0.044	CR-012		32213.28		26201.45		10		0.027	DC-079		32497.77		29476.21		10		0.16
98220		32098.67		25564.13		10		0.012	CR-012		32212.8		26201.67		10		0.022	DC-079		32497.79		29476.4		10		0.477
98220		32098.74		25563.96		10		0.014	CR-012		32212.31		26201.9		10		0.013	DC-079		32497.82		29476.59		10		0.829
98220		32098.8		25563.8		10		0.009	CR-012		32211.83		26202.14		10		0.015	DC-079		32497.84		29476.79		10		0.227
98220		32098.93		25563.73		10		0.016	CR-012		32210.86		26202.62		10		0.011	DC-079		32497.85		29476.96		10		0.621
98220		32099.12		25563.74		10		0.022	CR-012		32210.36		26202.87		10		0.009	DC-079		32497.84		29477.12		10		0.642
98220		32099.32		25563.76		10		0.081	CR-013		32119.73		26017.52		10		0.01	DC-079		32497.83		29477.27		10		0.874
98220		32099.51		25563.77		10		0.009	CR-013		32117.39		26018.91		10		0.015	DC-079		32497.82		29477.43		10		0.587
98220		32099.7		25563.78		10		0.012	CR-013		32116.93		26019.2		10		0.011	DC-079		32497.81		29477.59		10		0.376
98220		32100.01		25563.57		10		0.009	CR-013		32116.45		26019.48		10		0.012	DC-080		32693.22		29517.95		10		0.268
98221		32042.03		25174.99		10		0.012	CR-013		32115.94		26019.75		10		0.01	DC-080		32693.05		29517.93		10		0.012
98221		32041.31		25175.3		10		0.011	CR-013		32115.43		26020.02		10		0.017	DC-080		32691.43		29517.95		10		0.086
98221		32028.41		25177.6		10		0.012	CR-013		32114.92		26020.29		10		0.015	DC-080		32691.2		29517.96		10		0.117
98222		32272.71		25153.97		10		0.009	CR-013		32114.41		26020.56		10		0.017	DC-080		32690.97		29517.97		10		0.235
98222		32272.86		25154.26		10		0.019	CR-013		32113.89		26020.83		10		0.009	DC-080		32690.75		29517.98		10		0.599
98222		32272.86		25154.23		10		0.009	CR-013		32113.35		26021.12		10		0.018	DC-080		32690.52		29517.99		10		0.13
98222		32272.84		25154.11		10		0.012	CR-013		32112.8		26021.4		10		0.029	DC-080		32690.29		29517.99		10		0.024
98222		32272.5		25153.39		10		0.01	CR-013		32112.27		26021.68		10		0.031	DC-080		32690.1		29518		10		0.044
98222		32272.48		25153.3		10		0.022	CR-013		32111.72		26021.96		10		0.048	DC-080		32689.95		29517.99		10		0.087
98222		32272.46		25153.22		10		0.027	CR-013		32111.18		26022.24		10		0.05	DC-080		32689.79		29517.98		10		0.167
98222		32272.43		25153.14		10		0.03	CR-013		32110.64		26022.52		10		0.018	DC-080		32689.47		29517.97		10		0.015
98222		32272.41		25153.05		10		0.044	CR-013		32110.09		26022.8		10		0.02	DC-080		32689.26		29517.93		10		0.048
98222		32272.39		25152.97		10		0.039	CR-013		32109.55		26023.08		10		0.021	DC-082		32312.94		29616.87		10		0.024
98222		32272.37		25152.79		10		0.02	CR-013		32109.01		26023.36		10		0.009	DC-083		32486.38		29085.02		10		0.013
98222		32272.36		25152.71		10		0.012	CR-014		32160.91		25951.02		10		0.011	DC-083		32461.09		29085		10		0.009
98222		32272.35		25152.62		10		0.032	CR-014		32160.38		25951.15		10		0.013	DC-083		32460.72		29084.89		10		0.153
98222		32272.34		25152.61		10		0.018	CR-014		32159.86		25951.26		10		0.01	DC-083		32460.34		29084.78		10		0.29
98222		32272.33		25152.68		10		0.015	CR-014		32159.35		25951.37		10		0.011	DC-083		32459.95		29084.67		10		0.823
98222		32272.33		25152.75		10		0.019	CR-014		32158.32		25951.57		10		0.01	DC-083		32459.57		29084.56		10		1.7
98222		32272.32		25152.82		10		0.011	CR-014		32157.81		25951.68		10		0.01	DC-083		32459.18		29084.45		10		1.21
98222		32272.32		25152.89		10		0.048	CR-014		32157.32		25951.8		10		0.015	DC-083		32458.8		29084.34		10		0.191
98222		32272.34		25152.96		10		0.041	CR-014		32156.86		25951.95		10		0.013	DC-084		32289		29707.07		10		0.021
98222		32272.38		25153.04		10		0.054	CR-014		32156.39		25952.09		10		0.024	DC-084		32288.81		29707.16		10		0.009
98222		32272.41		25153.12		10		0.092	CR-014		32155.92		25952.23		10		0.025	DC-084		32288.08		29707.48		10		0.083
98222		32272.45		25153.2		10		0.038	CR-014		32155.45		25952.38		10		0.026	DC-085		32413.25		29700.62		10		0.028
98222		32272.49		25153.28		10		0.029	CR-014		32154.95		25952.5		10		0.047	DC-085		32413.2		29700.9		10		0.155
98222		32272.52		25153.32		10		0.05	CR-014		32154.4		25952.61		10		0.011	DC-085		32413.15		29701.18		10		0.148
98222		32272.53		25153.33		10		0.063	CR-014		32153.85		25952.72		10		0.05	DC-085		32413.14		29701.41		10		0.012
98222		32272.54		25153.35		10		0.009	CR-014		32153.3		25952.82		10		0.039	DC-085		32413.22		29701.78		10		0.054
98222		32272.55		25153.36		10		0.014	CR-014		32152.75		25952.93		10		0.044	DC-085		32413.26		29701.97		10		0.491
98222		32272.57		25153.37		10		0.013	CR-014		32152.21		25953.07		10		0.055	DC-085		32413.3		29702.16		10		0.368
98223		32485.39		25538.04		10		0.037	CR-014		32151.68		25953.23		10		0.081	DC-085		32413.29		29702.37		10		0.299

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
98223		32485.37		25538.04		10		0.009	CR-014		32151.15		25953.4		10		0.02	DC-086		32508.57		28810.11		10		0.016
98223		32485.36		25538.04		10		0.014	CR-014		32150.62		25953.57		10		0.036	DC-086		32507.58		28809.6		10		0.017
98223		32485.34		25538.04		10		0.011	CR-014		32150.08		25953.73		10		0.025	DC-086		32506.5		28809.12		10		0.013
98223		32485.14		25536.94		10		0.015	CR-014		32149.57		25953.91		10		0.016	DC-086		32506.3		28809.06		10		0.016
98223		32485.18		25536.86		10		0.019	CR-014		32148.59		25954.27		10		0.01	DC-086		32504.67		28808.71		10		0.307
98223		32485.21		25536.8		10		0.018	CR-015		31966.73		25847.72		10		0.009	DC-086		32504.47		28808.68		10		0.132
98223		32485.25		25536.76		10		0.048	CR-015		31967.44		25850.45		10		0.04	DC-086		32504.28		28808.68		10		0.041
98223		32485.29		25536.73		10		0.049	CR-016		32081.58		25785.98		10		0.009	DC-086		32504.09		28808.66		10		0.038
98223		32485.32		25536.69		10		0.039	CR-016		32080.26		25785.91		10		0.009	DC-086		32503.89		28808.66		10		0.032
98223		32485.36		25536.65		10		0.053	CR-016		32078.33		25785.55		10		0.014	DC-086		32503.7		28808.64		10		0.043
98223		32485.39		25536.63		10		0.042	CR-016		32077.77		25785.45		10		0.015	DC-086		32503.53		28808.63		10		0.06
98223		32485.4		25536.61		10		0.031	CR-016		32077.6		25785.44		10		0.032	DC-086		32503.37		28808.61		10		0.056
98223		32485.41		25536.6		10		0.015	CR-016		32077.43		25785.43		10		0.023	DC-086		32503.22		28808.58		10		0.14
98223		32485.42		25536.59		10		0.041	CR-016		32077.25		25785.42		10		0.023	DC-086		32503.06		28808.56		10		0.279
98223		32485.43		25536.57		10		0.021	CR-016		32077.07		25785.4		10		0.027	DC-086		32502.91		28808.54		10		0.157
98223		32485.48		25536.51		10		0.021	CR-016		32075.65		25785.48		10		0.013	DC-086		32502.75		28808.51		10		0.368
98223		32485.55		25536.39		10		0.069	CR-016		32075.58		25785.56		10		0.01	DC-086		32502.6		28808.48		10		0.241
98223		32485.63		25536.28		10		0.048	CR-017		32773.49		25854.09		10		0.012	DC-086		32502.44		28808.45		10		0.384
98223		32485.71		25536.16		10		0.058	CR-017		32773.09		25854.04		10		0.151	DC-086		32502.29		28808.41		10		0.177
98223		32485.79		25536.05		10		0.068	CR-017		32772.69		25853.98		10		0.039	DC-086		32502.14		28808.38		10		0.195
98223		32485.86		25535.95		10		0.045	CR-017		32772.29		25853.92		10		0.056	DC-086		32501.97		28808.36		10		0.043
98223		32485.94		25535.89		10		0.032	CR-017		32771.89		25853.86		10		0.058	DC-086		32501.8		28808.33		10		0.062
98223		32486.02		25535.82		10		0.043	CR-017		32771.5		25853.81		10		0.055	DC-086		32501.63		28808.3		10		0.112
98223		32486.1		25535.75		10		0.015	CR-017		32771.13		25853.73		10		0.064	DC-086		32501.46		28808.28		10		0.283
98223		32486.18		25535.68		10		0.042	CR-017		32770.8		25853.64		10		0.057	DC-086		32501.28		28808.25		10		0.731
98224		32510.4		25897.62		10		0.02	CR-017		32770.46		25853.55		10		0.052	DC-086		32501.11		28808.23		10		1.755
98224		32500.45		25893.5		10		0.009	CR-017		32770.12		25853.46		10		0.029	DC-086		32500.93		28808.22		10		3.27
98224		32500.01		25893.32		10		0.01	CR-017		32769.79		25853.37		10		0.013	DC-086		32500.76		28808.21		10		1.97
98224		32499.58		25893.15		10		0.015	CR-018		32170.42		25725.75		10		0.039	DC-086		32500.59		28808.2		10		3.75
98224		32499.14		25893.05		10		0.033	CR-018		32166.91		25727.75		10		0.013	DC-086		32500.41		28808.2		10		1.03
98224		32498.7		25893.03		10		0.027	CR-018		32166		25728.29		10		0.017	DC-086		32500.24		28808.2		10		2.97
98224		32498.27		25893		10		0.031	CR-018		32165.06		25728.84		10		0.009	DC-086		32500.07		28808.23		10		4.15
98224		32497.83		25892.98		10		0.018	CR-018		32152.9		25735.53		10		0.009	DC-086		32499.89		28808.25		10		3.5
98224		32497.4		25892.96		10		0.029	CR-018		32151.83		25736.07		10		0.014	DC-086		32499.72		28808.28		10		3.02
98224		32496.97		25892.95		10		0.073	CR-018		32150.75		25736.64		10		0.016	DC-086		32499.55		28808.31		10		0.285
98224		32496.55		25892.95		10		0.018	CR-018		32149.67		25737.24		10		0.012	DC-086		32499.38		28808.34		10		0.407
98224		32496.13		25892.95		10		0.017	CR-018		32148.59		25737.83		10		0.011	DC-086		32499.23		28808.37		10		2.99
98224		32495.71		25892.94		10		0.015	CR-018		32147.5		25738.42		10		0.019	DC-086		32499.08		28808.41		10		0.435
98224		32495.29		25892.94		10		0.068	CR-018		32146.42		25739.02		10		0.024	DC-086		32498.92		28808.44		10		0.13
98224		32494.92		25892.98		10		0.046	CR-018		32145.34		25739.6		10		0.018	DC-086		32498.77		28808.47		10		0.188
98224		32494.58		25893.06		10		0.033	CR-018		32144.25		25740.16		10		0.026	DC-086		32498.6		28808.51		10		2.8
98224		32494.24		25893.14		10		0.175	CR-018		32143.17		25740.72		10		0.017	DC-086		32498.41		28808.55		10		0.561
98224		32493.9		25893.22		10		0.068	CR-018		32142.09		25741.28		10		0.046	DC-086		32498.22		28808.59		10		1.38
98224		32493.56		25893.3		10		0.074	CR-018		32141.01		25741.85		10		0.032	DC-086		32498.04		28808.63		10		5.36
98224		32493.29		25893.35		10		0.055	CR-018		32139.94		25742.4		10		0.017	DC-086		32497.85		28808.67		10		6.8
98224		32493.07		25893.35		10		0.067	CR-018		32138.87		25742.95		10		0.025	DC-086		32497.66		28808.71		10		3.46
98224		32492.87		25893.36		10		0.096	CR-018		32137.8		25743.5		10		0.042	DC-086		32497.47		28808.75		10		0.618
98224		32492.66		25893.36		10		0.046	CR-018		32136.73		25744.04		10		0.043	DC-086		32497.28		28808.79		10		0.071
98224		32492.45		25893.36		10		0.072	CR-018		32135.66		25744.59		10		0.06	DC-086		32497.1		28808.83		10		0.026
98224		32492.14		25893.38		10		0.084	CR-018		32134.56		25745.12		10		0.051	DC-086		32496.91		28808.87		10		0.155
98224		32491.74		25893.41		10		0.076	CR-018		32133.44		25745.65		10		0.11	DC-086		32496.7		28808.89		10		0.187
98224		32491.34		25893.43		10		0.037	CR-018		32132.32		25746.17		10		0.04	DC-086		32496.47		28808.91		10		0.259
98225		32534.42		26143.25		10		0.009	CR-018		32131.2		25746.69		10		0.03	DC-086		32496.25		28808.92		10		0.342
98225		32534.49		26143.27		10		0.018	CR-018		32130.08		25747.21		10		0.023	DC-086		32496.02		28808.93		10		0.252
98225		32534.55		26143.29		10		0.018	CR-018		32128.95		25747.77		10		0.018	DC-086		32495.79		28808.95		10		0.155
98225		32534.58		26143.22		10		0.02	CR-018		32127.79		25748.34		10		0.016	DC-086		32495.58		28808.96		10		0.033
98225		32534.57		26143.07		10		0.024	CR-019		32865.14		25776.14		10		0.013	DC-086		32495.37		28808.99		10		0.022
98225		32534.56		26142.91		10		0.031	CR-019		32864.91		25776.61		10		0.013	DC-086		32495.16		28809.02		10		0.019
98225		32534.54		26142.75		10		0.043	CR-019		32864.82		25776.78		10		0.016	DC-086		32494.95		28809.04		10		0.084
98225		32534.53		26142.6		10		0.036	CR-019		32864.71		25776.96		10		0.013	DC-086		32494.75		28809.07		10		0.025
98225		32534.53		26142.46		10		0.015	CR-019		32864.59		25777.13		10		0.016	DC-086		32494.51		28809.07		10		0.041
98225		32534.54		26142.34		10		0.017	CR-019		32864.48		25777.31		10		0.018	DC-086		32494.25		28809.07		10		0.017
98225		32534.55		26142.21		10		0.075	CR-019		32864.37		25777.48		10		0.012	DC-086		32493.99		28809.06		10		0.023
98225		32534.56		26142.09		10		0.089	CR-020		32798.99		25681.44		10		0.018	DC-086		32493.73		28809.05		10		0.034
98225		32534.57		26141.97		10		0.164	CR-020		32797.89		25681.71		10		0.014	DC-086		32493.46		28809.05		10		0.025
98225		32534.49		26141.94		10		0.067	CR-020		32797.36		25681.8		10		0.013	DC-086		32492.16		28809.14		10		0.022
98225		32534.33		26142		10		0.057	CR-020		32792.09		25682.77		10		0.022	DC-087		31999.9		29818.34		10		0.061
98225		32534.16		26142.05		10		0.057	CR-020		32791.6		25682.86		10		0.02	DC-087		31999.98		29818.41		10		0.041
98225		32534		26142.11		10		0.076	CR-020		32787.93		25683.29		10		0.029	DC-087		32000.32		29825.31		10		0.012
98225		32533.84		26142.17		10		0.086	CR-020		32787.38		25683.33		10		0.063	DC-088		32208.95		29802.52		10		0.009
98225		32533.7		26142.29		10		0.058	CR-020		32786.8		25683.36		10		0.056	DC-089		32720.97		28614.38		10		0.024
98225		32533.6		26142.48		10		0.069	CR-020		32786.22		25683.39		10		0.063	DC-089		32719.87		28613.59		10		0.01
98225		32533.5		26142.66		10		0.054	CR-020		32785.65		25683.42		10		0.03	DC-089		32719.75		28613.51		10		0.019
98225		32533.4		26142.84		10		0.037	CR-021		32403.32		25584.33		10		0.011	DC-089		32719.64		28613.43		10		0.029
98226		32510.09		24847.92		10		0.016	CR-021		32403.41		25584.36		10		0.011	DC-089		32718.65		28612.88		10		0.018
98226		32510.08		24847.68		10		0.171	CR-021		32404.14		25584.35		10		0.009	DC-089		32718.46		28612.8		10		0.012
98226		32510.03		24847.48		10		1.11	CR-021		32404.24		25584.34		10		0.011	DC-089		32718.05		28612.62		10		0.013
98226		32509.98		24847.27		10		0.58	CR-021		32404.34		25584.32		10		0.013	DC-089		32717.42		28612.35		10		0.095
98226		32509.93		24847.07		10		0.214	CR-021		32404.43		25584.29		10		0.026	DC-089		32717.2		28612.24		10		0.079
98226		32509.87		24846.87		10		0.12	CR-021		32404.51		25584.24		10		0.027	DC-089		32716.98		28612.13		10		0.112
98226		32509.91		24846.41		10		0.028	CR-021		32404.59		25584.2		10		0.066	DC-089		32716.76		28612.03		10		0.042
98226		32509.95		24846.17		10		0.018	CR-021		32404.66		25584.16		10		0.032	DC-089		32716.54		28611.92		10		0.056
98226		32505.57		24818.88		10		0.009	CR-021		32404.74		25584.11		10		0.047	DC-089		32716.33		28611.78		10		0.062
98226		32505.01		24818.15		10		0.011	CR-021		32404.83		25584.04		10		0.052	DC-089		32716.13		28611.61		10		0.029
98226		32503.27		24815.96		10		0.027	CR-021		32404.95		25583.93		10		0.034	DC-089		32715.93		28611.45		10		0.025

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
98226		32502.6		24815.25		10		0.026	CR-021		32405.06		25583.82		10		0.017	DC-089		32715.73		28611.28		10		0.078
98226		32501.93		24814.54		10		0.01	CR-021		32405.18		25583.71		10		0.057	DC-089		32715.53		28611.11		10		0.089
98226		32499.91		24812.42		10		0.009	CR-021		32405.29		25583.61		10		0.034	DC-089		32715.31		28610.97		10		0.141
98226		32498.57		24811.01		10		0.014	CR-021		32405.4		25583.48		10		0.025	DC-089		32715.09		28610.87		10		0.109
98226		32497.9		24810.3		10		0.012	CR-021		32405.52		25583.32		10		0.045	DC-089		32714.87		28610.77		10		0.106
98226		32496.49		24808.89		10		0.016	CR-021		32405.63		25583.17		10		0.088	DC-089		32714.65		28610.67		10		0.162
98226		32494.88		24807.51		10		0.023	CR-021		32405.74		25583.01		10		0.045	DC-089	��	32714.43		28610.57		10		0.107
98226		32493.26		24806.12		10		0.023	CR-021		32405.86		25582.86		10		0.076	DC-089		32714.22		28610.48		10		0.117
98226		32491.64		24804.74		10		0.015	CR-021		32406		25582.68		10		0.055	DC-089		32714.02		28610.4		10		0.128
98226		32490.84		24804.05		10		0.026	CR-021		32406.17		25582.48		10		0.059	DC-089		32713.83		28610.32		10		0.139
98226		32490.03		24803.36		10		0.039	CR-021		32406.34		25582.28		10		0.077	DC-089		32713.64		28610.23		10		0.123
98226		32489.23		24802.67		10		0.037	CR-021		32406.51		25582.09		10		0.076	DC-089		32713.45		28610.15		10		0.059
98227		32501.95		25070.62		10		0.024	CR-021		32406.68		25581.89		10		0.111	DC-089		32713.08		28610.01		10		0.036
98227		32501.87		25068.78		10		0.016	CR-022		32192.76		25532.29		10		0.013	DC-089		32712.9		28609.94		10		0.115
98227		32501.88		25068.59		10		0.034	CR-022		32192.55		25530.78		10		0.01	DC-089		32712.72		28609.87		10		0.132
98227		32501.8		25068.45		10		0.026	CR-022		32192.12		25527.75		10		0.01	DC-089		32712.54		28609.8		10		0.39
98227		32501.61		25068.37		10		0.015	CR-022		32190.07		25513.79		10		0.011	DC-089		32712.37		28609.72		10		0.283
98227		32501.42		25068.28		10		0.01	CR-022		32189.81		25512.21		10		0.015	DC-089		32712.2		28609.63		10		0.44
98227		32500.25		25067.46		10		0.021	CR-022		32189.56		25510.63		10		0.015	DC-089		32712.02		28609.55		10		0.319
98227		32500.05		25067.29		10		0.027	CR-022		32189.32		25509.05		10		0.019	DC-089		32711.85		28609.46		10		0.324
98227		32499.91		25067.09		10		0.202	CR-022		32189.1		25507.46		10		0.013	DC-089		32711.68		28609.38		10		0.497
98227		32499.82		25066.86		10		0.24	CR-022		32188.88		25505.88		10		0.014	DC-089		32711.53		28609.28		10		0.488
98227		32499.73		25066.64		10		0.054	CR-022		32188.66		25504.3		10		0.022	DC-089		32711.39		28609.18		10		0.26
98227		32486.15		25052.29		10		0.009	CR-022		32188.44		25502.71		10		0.024	DC-089		32711.25		28609.07		10		0.261
98228		32859.21		25373.38		10		0.009	CR-022		32188.17		25501.14		10		0.013	DC-089		32711.11		28608.97		10		0.528
98228		32858.69		25373.48		10		0.019	CR-022		32187.86		25499.57		10		0.017	DC-089		32710.97		28608.86		10		1.005
98228		32858.2		25373.63		10		0.029	CR-022		32187.54		25498		10		0.024	DC-089		32710.82		28608.77		10		2.72
98228		32857.72		25373.78		10		0.014	CR-022		32187.23		25496.44		10		0.049	DC-089		32710.67		28608.67		10		2.45
98230		33240.95		25811.95		10		0.018	CR-022		32186.91		25494.87		10		0.049	DC-089		32710.53		28608.58		10		1.49
98231		33528.68		25838.6		10		0.03	CR-022		32186.6		25493.31		10		0.033	DC-089		32710.38		28608.49		10		1.31
99201		32539.96		26316.71		10		0.015	CR-022		32186.3		25491.76		10		0.037	DC-089		32710.23		28608.4		10		0.106
99201		32539.98		26317.12		10		0.013	CR-022		32186		25490.2		10		0.037	DC-089		32710.11		28608.29		10		0.01
99201		32540		26317.53		10		0.018	CR-022		32185.71		25488.65		10		0.032	DC-089		32710		28608.17		10		0.013
99201		32540.02		26317.95		10		0.03	CR-022		32185.41		25487.1		10		0.088	DC-089		32709.91		28608.05		10		0.188
99201		32540.05		26318.37		10		0.028	CR-022		32185.09		25485.55		10		0.063	DC-089		32709.8		28607.93		10		0.094
99201		32540.07		26318.79		10		0.022	CR-022		32184.76		25484		10		0.061	DC-089		32709.7		28607.81		10		0.057
99201		32540.05		26319.29		10		0.024	CR-022		32184.43		25482.45		10		0.059	DC-089		32709.58		28607.68		10		0.094
99201		32540		26319.88		10		0.104	CR-022		32184.1		25480.91		10		0.028	DC-089		32708.66		28606.89		10		0.061
99201		32539.95		26320.47		10		0.083	CR-022		32183.76		25479.36		10		0.026	DC-089		32708.45		28606.72		10		0.032
99201		32539.89		26321.06		10		0.086	CR-022		32183.43		25477.83		10		0.02	DC-089		32708.34		28606.63		10		0.145
99201		32539.84		26321.65		10		0.069	CR-022		32183.09		25476.32		10		0.009	DC-089		32708.23		28606.53		10		0.044
99201		32539.75		26322.29		10		0.07	CR-022		32182.75		25474.81		10		0.01	DC-089		32708.13		28606.44		10		0.065
99201		32539.64		26322.98		10		0.046	CR-023		32076.07		25467.73		10		0.012	DC-089		32708.03		28606.35		10		0.032
99201		32539.52		26323.67		10		0.059	CR-023		32075.86		25467.71		10		0.009	DC-089		32707.92		28606.25		10		0.049
99201		32539.41		26324.36		10		0.042	CR-023		32075.67		25467.7		10		0.011	DC-089		32707.8		28606.14		10		0.052
99201		32539.29		26325.04		10		0.057	CR-023		32075.48		25467.7		10		0.011	DC-089		32707.67		28606		10		0.014
99201		32539.2		26325.75		10		0.073	CR-023		32073.46		25467.11		10		0.01	DC-089		32707.53		28605.87		10		0.028
99201		32539.12		26326.48		10		0.094	CR-023		32073		25466.94		10		0.009	DC-089		32707.25		28605.6		10		0.01
99201		32539.04		26327.21		10		0.082	CR-023		32072.46		25466.63		10		0.013	DC-089		32706.98		28605.42		10		0.111
99201		32538.97		26327.94		10		0.028	CR-023		32072.33		25466.57		10		0.025	DC-089		32706.85		28605.34		10		0.23
99201		32537.69		26337.3		10		0.009	CR-023		32071.96		25466.38		10		0.028	DC-089		32706.57		28605.18		10		0.021
99202		32774.35		26210.32		10		0.011	CR-023		32071.83		25466.31		10		0.013	DC-089		32706.46		28605.09		10		0.36
99202		32769.47		26219		10		0.037	CR-023		32071.7		25466.23		10		0.022	DC-089		32706.36		28604.99		10		1.005
99202		32769.34		26219.05		10		0.646	CR-023		32071.56		25466.14		10		0.067	DC-089		32706.26		28604.89		10		0.239
99202		32769.22		26219.12		10		0.205	CR-023		32071.43		25466.06		10		0.015	DC-089		32706.16		28604.8		10		0.388
99202		32769.09		26219.18		10		0.109	CR-023		32070.94		25466.18		10		0.01	DC-089		32706.06		28604.7		10		0.191
99202		32766.98		26218.43		10		0.016	CR-024		32208.93		25366.56		10		0.016	DC-089		32705.97		28604.61		10		0.145
99202		32764.23		26216.95		10		0.014	CR-024		32208.47		25366.31		10		0.009	DC-089		32705.89		28604.51		10		0.205
99203		32715.24		26032.93		10		0.009	CR-024		32208.24		25366.19		10		0.016	DC-089		32705.8		28604.42		10		0.014
99203		32713.29		26029.07		10		0.009	CR-024		32207.99		25366.06		10		0.016	DC-090		32111.13		29898.37		10		0.01
99203		32713.21		26028.98		10		0.011	CR-024		32207.73		25365.92		10		0.01	DC-090		32111.26		29898.41		10		0.011
99203		32713.17		26028.95		10		0.013	CR-024		32205.59		25364.89		10		0.012	DC-091		32195.54		29910.33		10		0.012
99203		32713.13		26028.91		10		0.011	CR-024		32205.31		25364.79		10		0.011	DC-092		32402.93		28515.53		10		0.015
99203		32713.1		26028.87		10		0.028	CR-024		32205.03		25364.7		10		0.017	DC-092		32402.84		28515.64		10		0.059
99203		32713.06		26028.83		10		0.013	CR-024		32204.75		25364.62		10		0.021	DC-092		32402.75		28515.75		10		0.02
99203		32713.01		26028.86		10		0.016	CR-024		32204.46		25364.53		10		0.024	DC-092		32379.1		28522.12		10		0.015
99203		32712.93		26028.95		10		0.015	CR-024		32204.18		25364.44		10		0.014	DC-092		32379.03		28522.71		10		0.021
99203		32712.85		26029.05		10		0.015	CR-024		32203.91		25364.35		10		0.046	DC-092		32379		28523.01		10		0.014
99203		32712.77		26029.14		10		0.02	CR-024		32203.67		25364.25		10		0.029	DC-092		32378.9		28523.27		10		0.051
99203		32712.7		26029.23		10		0.024	CR-024		32203.43		25364.15		10		0.021	DC-092		32378.33		28524.14		10		0.012
99203		32712.66		26029.3		10		0.027	CR-024		32203.19		25364.05		10		0.012	DC-092		32378.22		28524.4		10		0.055
99203		32712.68		26029.33		10		0.046	CR-024		32202.95		25363.96		10		0.015	DC-092		32378.16		28524.71		10		0.109
99203		32712.7		26029.36		10		0.046	CR-024		32202.72		25363.85		10		0.016	DC-092		32378.1		28525.02		10		0.233
99203		32712.71		26029.39		10		0.046	CR-024		32202.5		25363.73		10		0.037	DC-092		32378.04		28525.33		10		0.275
99203		32712.73		26029.42		10		0.027	CR-024		32202.29		25363.62		10		0.016	DC-092		32377.98		28525.63		10		0.752
99203		32712.73		26029.45		10		0.023	CR-024		32202.07		25363.5		10		0.03	DC-092		32377.95		28525.9		10		0.209
99203		32712.74		26029.46		10		0.023	CR-024		32201.86		25363.39		10		0.036	DC-092		32377.96		28526.13		10		0.701
99203		32712.74		26029.48		10		0.011	CR-024		32201.66		25363.27		10		0.016	DC-092		32377.96		28526.35		10		2.62
99203		32712.42		26029.77		10		0.017	CR-024		32201.5		25363.14		10		0.029	DC-092		32377.97		28526.58		10		1.94
99203		32711.92		26030.16		10		0.009	CR-024		32201.33		25363.02		10		0.054	DC-092		32377.98		28526.81		10		0.738
99204		32295.16		25883.22		10		0.01	CR-024		32201.16		25362.89		10		0.094	DC-092		32377.95		28527.03		10		0.476
99204		32292.04		25883.43		10		0.018	CR-024		32200.99		25362.76		10		0.048	DC-092		32377.88		28527.24		10		0.618
99204		32291.74		25883.38		10		0.013	CR-024		32200.84		25362.64		10		0.052	DC-092		32377.81		28527.46		10		0.17
99204		32291.47		25883.42		10		0.023	CR-024		32200.7		25362.51		10		0.043	DC-092		32377.74		28527.68		10		3.72
99204		32291.21		25883.56		10		0.027	CR-024		32200.55		25362.38		10		0.043	DC-092		32377.67		28527.89		10		0.463

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99204		32290.95		25883.71		10		0.018	CR-024		32200.41		25362.25		10		0.016	DC-092		32377.63		28528.1		10		0.471
99204		32290.68		25883.85		10		0.027	CR-024		32200.27		25362.12		10		0.012	DC-092		32377.62		28528.29		10		0.524
99204		32290.42		25883.99		10		0.025	CR-025		32152.84		25141.16		10		0.011	DC-092		32377.62		28528.48		10		0.322
99204		32290.22		25884.14		10		0.025	CR-025		32152.86		25141.38		10		0.015	DC-092		32377.61		28528.67		10		0.41
99204		32290.07		25884.32		10		0.02	CR-025		32152.88		25141.61		10		0.01	DC-092		32377.6		28528.86		10		0.609
99204		32289.92		25884.49		10		0.023	CR-025		32153.19		25144.02		10		0.012	DC-092		32377.59		28529.06		10		0.217
99204		32289.77		25884.66		10		0.025	CR-025		32153.24		25144.22		10		0.011	DC-092		32377.57		28529.27		10		0.528
99204		32289.62		25884.83		10		0.114	CR-025		32153.29		25144.4		10		0.009	DC-092		32377.55		28529.48		10		0.111
99204		32289.46		25885.02		10		0.043	CR-025		32153.34		25144.59		10		0.021	DC-092		32377.54		28529.69		10		0.456
99204		32289.27		25885.23		10		0.042	CR-025		32153.38		25144.78		10		0.014	DC-092		32377.52		28529.9		10		0.504
99204		32289.09		25885.44		10		0.032	CR-025		32153.43		25144.96		10		0.016	DC-092		32377.48		28530.16		10		0.378
99204		32288.9		25885.65		10		0.032	CR-025		32153.48		25145.13		10		0.009	DC-092		32377.43		28530.49		10		0.144
99204		32288.72		25885.86		10		0.061	CR-025		32153.54		25145.28		10		0.01	DC-092		32377.37		28530.82		10		0.055
99204		32288.54		25886.03		10		0.048	CR-025		32153.72		25145.71		10		0.027	DC-092		32377.32		28531.15		10		0.02
99204		32288.37		25886.15		10		0.063	CR-025		32153.78		25145.83		10		0.009	DC-092		32377.26		28531.47		10		0.029
99204		32288.2		25886.27		10		0.033	CR-025		32153.84		25145.91		10		0.034	DC-092		32377.15		28531.75		10		0.033
99204		32288.04		25886.4		10		0.06	CR-025		32153.91		25145.99		10		0.023	DC-092		32376.99		28531.98		10		0.02
99204		32287.87		25886.52		10		0.055	CR-025		32153.98		25146.07		10		0.016	DC-092		32376.01		28534.61		10		0.062
99204		32287.7		25886.56		10		0.048	CR-025		32154.04		25146.15		10		0.017	DC-092		32372.81		28552.52		10		0.043
99204		32287.53		25886.52		10		0.097	CR-025		32154.1		25146.23		10		0.053	DC-093		32025.36		28624.36		10		0.014
99204		32287.36		25886.48		10		0.058	CR-025		32154.15		25146.3		10		0.019	DC-093		31959.24		28613.84		10		0.141
99204		32287.19		25886.44		10		0.089	CR-025		32154.2		25146.37		10		0.012	DC-093		31958.43		28613.7		10		0.088
99204		32287.02		25886.39		10		0.05	CR-025		32154.3		25146.51		10		0.01	DC-093		31953.78		28613.02		10		0.021
99204		32286.77		25886.46		10		0.041	CR-026		32181.02		25041		10		0.012	DC-093		31953.05		28612.93		10		0.071
99204		32286.45		25886.63		10		0.018	CR-026		32181.25		25040.89		10		0.027	DC-093		31952.33		28612.84		10		0.056
99204		32286.13		25886.8		10		0.016	CR-026		32181.45		25040.8		10		0.017	DC-093		31951.65		28612.75		10		0.037
99205		32522.2		25981.02		10		0.01	CR-026		32181.61		25040.72		10		0.011	DC-093		31951.03		28612.66		10		0.108
99205		32517.89		25982.38		10		0.011	CR-026		32181.92		25040.57		10		0.009	DC-093		31950.41		28612.57		10		0.165
99205		32517.03		25982.88		10		0.013	CR-026		32183.08		25039.65		10		0.013	DC-093		31949.79		28612.48		10		0.337
99205		32516.75		25983.05		10		0.015	CR-026		32183.21		25039.54		10		0.016	DC-093		31949.17		28612.4		10		0.315
99205		32516.51		25983.26		10		0.026	CR-026		32183.35		25039.44		10		0.018	DC-093		31948.63		28612.35		10		0.051
99205		32516.3		25983.5		10		0.024	CR-026		32183.49		25039.33		10		0.015	DC-093		31948.18		28612.34		10		0.061
99205		32516.11		25983.74		10		0.031	CR-026		32183.63		25039.21		10		0.02	DC-093		31947.72		28612.33		10		0.366
99205		32515.91		25983.99		10		0.014	CR-026		32183.76		25039.07		10		0.01	DC-093		31947.27		28612.32		10		0.198
99205		32515.71		25984.23		10		0.034	CR-026		32184.3		25038.51		10		0.028	DC-093		31946.81		28612.32		10		0.605
99205		32515.61		25984.46		10		0.018	CR-026		32184.59		25038.21		10		0.01	DC-093		31946.48		28612.34		10		0.312
99205		32515.62		25984.69		10		0.024	CR-026		32184.74		25038.06		10		0.016	DC-093		31946.25		28612.38		10		0.654
99205		32515.62		25984.92		10		0.035	CR-026		32184.88		25037.91		10		0.01	DC-093		31946.03		28612.43		10		0.131
99205		32515.63		25985.14		10		0.105	CR-026		32185.04		25037.79		10		0.014	DC-094		32509.92		27714.18		10		0.009
99205		32515.64		25985.37		10		0.112	CR-026		32185.2		25037.68		10		0.097	DC-095		33143.89		28475.18		10		0.557
99205		32515.61		25985.48		10		0.068	CR-026		32185.36		25037.58		10		0.041	DC-095		33147.72		28476.97		10		0.444
99205		32515.54		25985.47		10		0.039	CR-026		32185.52		25037.47		10		0.017	DC-095		33151.55		28478.76		10		0.103
99205		32515.47		25985.46		10		0.147	CR-026		32185.68		25037.37		10		0.012	DC-095		33155.38		28480.54		10		0.432
99205		32515.4		25985.45		10		0.114	CR-026		32185.82		25037.25		10		0.01	DC-095		33159.21		28482.33		10		0.192
99205		32515.33		25985.45		10		0.081	CR-027		32629.42		25099.96		10		0.011	DC-095		33163.05		28484.11		10		0.053
99205		32515.29		25985.57		10		0.065	CR-027		32629.55		25100.08		10		0.061	DC-095		33166.88		28485.9		10		0.798
99205		32515.27		25985.83		10		0.093	CR-027		32629.67		25100.2		10		0.077	DC-095		33170.7		28487.69		10		1.09
99205		32515.24		25986.09		10		0.061	CR-027		32629.8		25100.32		10		0.018	DC-095		33174.54		28489.47		10		0.956
99205		32515.22		25986.35		10		0.046	CR-027		32628.76		25100.95		10		0.046	DC-095		33178.37		28491.26		10		0.987
99205		32515.21		25986.61		10		0.072	CR-027		32628.62		25100.87		10		0.01	DC-095		33182.2		28493.04		10		0.814
99205		32515.24		25986.82		10		0.055	CR-027		32628.39		25100.75		10		0.011	DC-095		33186.02		28494.83		10		0.472
99205		32515.34		25986.96		10		0.075	CR-027		32622.68		25095.7		10		0.015	DC-095		33189.86		28496.62		10		0.28
99205		32515.43		25987.11		10		0.036	CR-028		32107.88		24890.77		10		0.021	DC-095		33193.69		28498.4		10		0.68
99205		32515.53		25987.26		10		0.013	CR-028		32107.7		24890.92		10		0.016	DC-095		33197.52		28500.19		10		0.174
99205		32515.46		25987.74		10		0.026	CR-028		32107.54		24891.07		10		0.028	DC-095		33201.34		28501.97		10		0.206
99205		32515.31		25987.91		10		0.033	CR-028		32107.36		24891.22		10		0.052	DC-095		33205.18		28503.76		10		1.18
99205		32515.19		25988.16		10		0.032	CR-028		32107.2		24891.35		10		0.017	DC-095		33209.01		28505.55		10		1.41
99206		32345.86		25631.34		10		0.012	CR-028		32107.05		24891.47		10		0.019	DC-095		33212.84		28507.33		10		1.36
99206		32346.46		25634.55		10		0.012	CR-028		32106.46		24891.94		10		0.015	DC-095		33216.67		28509.12		10		0.613
99206		32346.43		25634.84		10		0.012	CR-028		32106.35		24892.05		10		0.009	DC-095		33220.5		28510.9		10		0.822
99206		32346.39		25635.14		10		0.013	CR-028		32105.06		24893.29		10		0.01	DC-095		33224.33		28512.69		10		0.984
99206		32346.46		25635.41		10		0.041	CR-028		32104.85		24893.56		10		0.024	DC-095		33228.16		28514.48		10		0.312
99206		32346.64		25635.67		10		0.03	CR-028		32104.73		24893.73		10		0.02	DC-095		33231.99		28516.26		10		0.439
99206		32346.82		25635.93		10		0.036	CR-028		32104.61		24893.9		10		0.011	DC-095		33235.82		28518.05		10		0.219
99206		32347		25636.19		10		0.038	CR-028		32104.5		24894.08		10		0.012	DC-095		33239.65		28519.84		10		0.219
99206		32347.17		25636.45		10		0.048	CR-028		32103.1		24895.23		10		0.009	DC-095		33243.48		28521.62		10		0.293
99206		32347.29		25636.62		10		0.044	CR-028		32102.98		24895.32		10		0.018	DC-095		33247.31		28523.41		10		0.218
99206		32347.34		25636.71		10		0.047	CR-028		32102.84		24895.43		10		0.016	DC-095		33251.14		28525.19		10		0.467
99206		32347.4		25636.8		10		0.026	CR-028		32102.69		24895.55		10		0.028	DC-095		33254.97		28526.98		10		0.314
99206		32347.45		25636.89		10		0.082	CR-028		32102.54		24895.67		10		0.018	DC-095		33258.8		28528.77		10		0.463
99206		32347.5		25636.98		10		0.061	CR-028		32101.88		24896.18		10		0.017	DC-095		33262.63		28530.55		10		0.734
99206		32347.5		25637.15		10		0.042	CR-028		32101.56		24896.43		10		0.018	DC-095		33266.46		28532.34		10		1.45
99206		32347.45		25637.38		10		0.036	CR-028		32101.31		24896.7		10		0.08	DC-095		33270.29		28534.12		10		1.22
99206		32347.39		25637.62		10		0.142	CR-028		32101.23		24896.79		10		0.028	DC-095		33274.12		28535.91		10		0.109
99206		32347.34		25637.86		10		0.078	CR-029		32630.3		24778.67		10		0.023	DC-095		33277.95		28537.7		10		0.23
99206		32347.29		25638.1		10		0.073	CR-029		32629.25		24777.55		10		0.014	DC-095		33281.78		28539.48		10		0.241
99206		32347.22		25638.34		10		0.087	CR-029		32629.16		24777.46		10		0.03	DC-095		33285.61		28541.27		10		0.178
99206		32347.14		25638.59		10		0.061	CR-029		32629.08		24777.38		10		0.019	DC-095		33289.44		28543.05		10		0.041
99206		32347.05		25638.84		10		0.089	CR-030		32478.03		24651.24		10		0.025	DC-095		33293.27		28544.84		10		0.276
99206		32346.97		25639.09		10		0.078	CR-030		32477.85		24651.34		10		0.178	DC-095		33297.1		28546.62		10		0.274
99206		32346.89		25639.34		10		0.088	CR-030		32477.6		24651.42		10		0.089	DC-095		33300.93		28548.41		10		0.602
99206		32346.89		25639.67		10		0.076	CR-030		32477.29		24651.49		10		0.04	DC-095		33308.59		28551.98		10		0.208
99206		32346.98		25640.08		10		0.032	CR-030		32476.99		24651.56		10		0.035	DC-095		33312.42		28553.77		10		0.105
99206		32347.06		25640.49		10		0.026	CR-030		32476.68		24651.63		10		0.009	DC-095		33316.25		28555.55		10		0.258
99206		32347.54		25642.59		10		0.011	CR-030		32476.38		24651.7		10		0.013	DC-095		33320.09		28557.34		10		0.339

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99207		32512		25691.87		10		0.023	CR-030		32476.03		24651.75		10		0.018	DC-095		33323.91		28559.13		10		0.233
99207		32511.83		25692.06		10		0.011	CR-030		32475.65		24651.77		10		0.009	DC-095		33327.74		28560.91		10		0.188
99207		32510.58		25695.89		10		0.011	CR-030		32475.26		24651.8		10		0.027	DC-095		33331.57		28562.7		10		0.144
99207		32510.48		25696.34		10		0.015	CR-030		32474.88		24651.82		10		0.01	DC-095		33335.41		28564.49		10		0.209
99207		32510.39		25696.79		10		0.027	CR-030		32474.5		24651.84		10		0.013	DC-095		33339.23		28566.27		10		0.369
99207		32510.33		25697.2		10		0.047	CR-031		32035.92		24561.55		10		0.009	DC-095		33343.06		28568.06		10		0.413
99207		32510.3		25697.58		10		0.065	CR-031		32035.92		24561.5		10		0.016	DC-095		33346.89		28569.84		10		0.435
99207		32510.27		25697.96		10		0.028	CR-031		32035.91		24561.47		10		0.016	DC-095		33350.73		28571.63		10		0.438
99207		32510.24		25698.35		10		0.034	CR-031		32035.88		24561.46		10		0.019	DC-095		33354.55		28573.42		10		0.285
99207		32510.21		25698.73		10		0.086	CR-031		32035.84		24561.45		10		0.026	DC-095		33358.38		28575.2		10		0.346
99207		32510.07		25699.09		10		0.038	CR-031		32035.81		24561.43		10		0.013	DC-095		33362.22		28576.99		10		0.428
99207		32509.82		25699.43		10		0.025	CR-031		32035.77		24561.42		10		0.013	DC-095		33366.05		28578.78		10		1.3
99207		32509.57		25699.77		10		0.04	CR-031		32035.73		24561.96		10		0.011	DC-095		33369.88		28580.56		10		0.409
99207		32509.33		25700.1		10		0.047	CR-031		32035.82		24562.33		10		0.009	DC-095		33371.98		28581.54		1		0.409
99207		32509.08		25700.44		10		0.029	CR-031		32035.94		24562.58		10		0.01	DC-095A		33115.01		28458.06		10		0.034
99207		32508.85		25700.84		10		0.025	CR-031		32036		24562.7		10		0.029	DC-095A		33117.48		28459.34		10		0.268
99207		32508.64		25701.3		10		0.088	CR-031		32036.06		24562.83		10		0.028	DC-095A		33119.96		28460.63		10		0.423
99207		32508.42		25701.76		10		0.057	CR-031		32036.15		24562.98		10		0.039	DC-095A		33122.37		28461.89		10		0.338
99207		32508.21		25702.21		10		0.067	CR-031		32036.26		24563.15		10		0.031	DC-095A		33124.72		28463.13		10		0.659
99207		32507.99		25702.67		10		0.097	CR-031		32036.38		24563.33		10		0.043	DC-095A		33127.07		28464.36		10		0.565
99207		32507.88		25703.19		10		0.075	CR-031		32036.5		24563.5		10		0.035	DC-095A		33129.43		28465.6		10		0.384
99207		32507.88		25703.77		10		0.124	CR-031		32036.61		24563.68		10		0.061	DC-095A		33131.78		28466.83		10		0.442
99207		32507.88		25704.34		10		0.063	CR-031		32036.74		24563.86		10		0.069	DC-095A		33134.02		28468.04		10		0.332
99207		32507.88		25704.92		10		0.184	CR-031		32036.89		24564.06		10		0.049	DC-095A		33136.14		28469.24		10		0.288
99207		32507.87		25705.49		10		0.173	CR-031		32037.04		24564.25		10		0.032	DC-095A		33138.27		28470.43		10		0.268
99207		32507.92		25706.11		10		0.162	CR-031		32037.18		24564.45		10		0.043	DC-095A		33140.39		28471.62		10		0.335
99207		32508.02		25706.77		10		0.148	CR-031		32037.33		24564.64		10		0.05	DC-095A		33142.51		28472.81		10		0.317
99207		32508.11		25707.42		10		0.08	CR-031		32037.5		24564.86		10		0.054	DC-095A		33144.56		28474.01		10		0.724
99207		32508.21		25708.08		10		0.016	CR-031		32037.68		24565.09		10		0.057	DC-095A		33146.55		28475.21		10		0.259
99208		32643.97		25854.08		10		0.012	CR-031		32037.86		24565.32		10		0.045	DC-095A		33148.53		28476.41		10		0.265
99208		32644.1		25854.79		10		0.009	CR-031		32038.04		24565.56		10		0.048	DC-095A		33150.51		28477.61		10		0.139
99208		32644.22		25855.49		10		0.009	CR-031		32038.23		24565.79		10		0.047	DC-095A		33152.49		28478.81		10		0.176
99208		32644.35		25856.19		10		0.013	CR-031		32038.43		24566.06		10		0.053	DC-095A		33154.38		28479.99		10		0.278
99208		32644.48		25856.9		10		0.019	CR-031		32038.66		24566.37		10		0.021	DC-095A		33156.18		28481.13		10		0.664
99208		32644.63		25857.6		10		0.013	CR-031		32039.12		24566.99		10		0.009	DC-095A		33157.97		28482.28		10		0.398
99208		32644.8		25858.32		10		0.073	CR-031		32040.95		24569.21		10		0.013	DC-095A		33159.77		28483.43		10		0.117
99208		32644.97		25859.03		10		0.02	CR-031		32041.13		24569.46		10		0.013	DC-095A		33163.32		28485.69		10		0.051
99208		32645.14		25859.74		10		0.04	CR-031		32042.3		24571.1		10		0.017	DC-095A		33166.79		28487.86		10		0.047
99208		32645.32		25860.45		10		0.04	CR-031		32043.71		24572.85		10		0.02	DC-095A		33168.53		28488.94		10		0.471
99208		32645.49		25861.18		10		0.044	CR-031		32043.93		24573.07		10		0.009	DC-095A		33170.26		28490.03		10		2.064
99208		32645.65		25861.93		10		0.027	CR-032		31952.33		24421.82		10		0.017	DC-095A		33171.96		28491.09		10		0.12
99208		32645.82		25862.68		10		0.017	CR-032		31952.12		24421.81		10		0.011	DC-095A		33173.62		28492.13		10		0.068
99208		32645.99		25863.43		10		0.026	CR-032		31951.91		24421.79		10		0.024	DC-095A		33175.28		28493.17		10		0.083
99208		32646.16		25864.18		10		0.045	CR-032		31951.7		24421.78		10		0.023	DC-095A		33176.94		28494.21		10		0.03
99208		32646.3		25864.87		10		0.042	CR-032		31951.49		24421.75		10		0.02	DC-095A		33183.29		28498.27		10		0.013
99208		32646.43		25865.5		10		0.076	CR-032		31951.27		24421.7		10		0.025	DC-095A		33186.38		28500.27		10		0.021
99208		32646.56		25866.13		10		0.067	CR-032		31951.04		24421.65		10		0.011	DC-095A		33189.5		28502.32		10		0.128
99208		32646.68		25866.77		10		0.075	CR-032		31950.82		24421.61		10		0.011	DC-095A		33191.06		28503.35		10		0.474
99208		32646.81		25867.4		10		0.042	CR-032		31948.7		24422.27		10		0.009	DC-095A		33192.62		28504.38		10		0.017
99208		32646.96		25868.02		10		0.016	CR-032		31948.23		24422.57		10		0.01	DC-095A		33195.76		28506.44		10		0.052
99211		32847.36		25627.52		10		0.009	CR-032		31948.11		24422.66		10		0.017	DC-095A		33197.33		28507.46		10		0.066
99211		32847.61		25627.32		10		0.01	CR-032		31947.98		24422.75		10		0.023	DC-095A		33198.9		28508.49		10		0.033
99211		32847.72		25627.24		10		0.01	CR-032		31947.85		24422.84		10		0.027	DC-095A		33200.47		28509.51		10		0.096
99211		32847.82		25627.16		10		0.126	CR-032		31947.72		24422.94		10		0.03	DC-095A		33202.04		28510.54		10		0.132
99211		32847.91		25627.09		10		0.013	CR-032		31947.59		24423.06		10		0.032	DC-095A		33203.62		28511.57		10		0.119
99211		32859.57		25626.07		10		0.017	CR-032		31947.46		24423.17		10		0.042	DC-095A		33205.22		28512.6		10		0.14
99211		32860.35		25626.35		10		0.009	CR-032		31947.33		24423.29		10		0.044	DC-095A		33206.82		28513.64		10		0.203
99211		32860.73		25626.43		10		0.074	CR-032		31947.2		24423.4		10		0.08	DC-095A		33208.43		28514.68		10		0.201
99212		32334.35		25307.55		10		0.018	CR-032		31947.06		24423.53		10		0.025	DC-095A		33210.03		28515.71		10		0.078
99212		32334.34		25307.66		10		0.02	CR-032		31946.93		24423.66		10		0.032	DC-095A		33213.18		28517.73		10		0.136
99212		32334.33		25307.76		10		0.019	CR-032		31946.79		24423.79		10		0.045	DC-095A		33214.74		28518.73		10		0.075
99212		32334.32		25307.87		10		0.011	CR-032		31946.65		24423.93		10		0.028	DC-095A		33216.3		28519.73		10		0.311
99212		32334.3		25307.97		10		0.009	CR-032		31946.51		24424.06		10		0.028	DC-095A		33217.87		28520.73		10		0.248
99212		32334.06		25308.17		10		0.012	CR-032		31946.34		24424.23		10		0.029	DC-095A		33219.44		28521.75		10		0.42
99212		32334.07		25308.23		10		0.011	CR-032		31946.13		24424.44		10		0.024	DC-095A		33221.01		28522.8		10		0.693
99212		32334.04		25308.31		10		0.019	CR-032		31945.92		24424.65		10		0.012	DC-095A		33222.59		28523.85		10		0.289
99212		32333.99		25308.42		10		0.059	CR-032		31945.71		24424.86		10		0.01	DC-095A		33224.16		28524.9		10		0.304
99212		32333.94		25308.53		10		0.046	CR-032		31945.07		24425.59		10		0.015	DC-095A		33225.73		28525.95		10		0.186
99212		32333.88		25308.63		10		0.037	CR-032		31944.84		24425.86		10		0.012	DC-095A		33227.28		28526.98		10		0.145
99212		32333.83		25308.75		10		0.04	CR-032		31944.62		24426.12		10		0.01	DC-095A		33228.8		28527.98		10		0.064
99212		32333.77		25308.8		10		0.03	CR-032		31944.4		24426.39		10		0.011	DC-095A		33230.32		28528.98		10		0.07
99212		32333.7		25308.79		10		0.021	CR-032		31944.17		24426.71		10		0.028	DC-095A		33231.84		28529.99		10		0.029
99212		32333.63		25308.79		10		0.02	CR-032		31943.92		24427.07		10		0.023	DC-095A		33234.91		28532		10		0.018
99212		32333.56		25308.78		10		0.039	CR-032		31943.68		24427.43		10		0.014	DC-095A		33236.46		28533		10		0.083
99212		32333.49		25308.78		10		0.031	CR-032		31938.71		24433.82		10		0.01	DC-095A		33238.02		28534.01		10		0.095
99212		32333.34		25308.86		10		0.034	CR-033		32363.97		24438.41		10		0.011	DC-095A		33239.58		28535.02		10		0.042
99212		32333.09		25309.03		10		0.023	CR-033		32363.9		24438.25		10		0.012	DC-095A		33241.14		28536.03		10		0.061
99212		32332.85		25309.21		10		0.086	CR-033		32363.82		24438.09		10		0.013	DC-095A		33242.71		28537.04		10		0.084
99212		32332.61		25309.38		10		0.051	CR-033		32363.75		24437.93		10		0.021	DC-095A		33244.28		28538.05		10		0.034
99212		32332.37		25309.55		10		0.064	CR-033		32363.68		24437.77		10		0.02	DC-095A		33245.86		28539.07		10		0.015
99212		32332.18		25309.63		10		0.067	CR-033		32363.59		24437.61		10		0.012	DC-095A		33247.44		28540.08		10		0.051
99212		32332.04		25309.62		10		0.044	CR-033		32362.79		24436.66		10		0.011	DC-095A		33249.02		28541.09		10		0.222
99212		32331.9		25309.61		10		0.062	CR-033		32362.66		24436.56		10		0.011	DC-095A		33250.6		28542.12		10		0.011
99212		32331.76		25309.59		10		0.069	CR-033		32362.54		24436.47		10		0.016	DC-095A		33252.2		28543.16		10		0.061
99212		32331.62		25309.58		10		0.042	CR-033		32362.43		24436.37		10		0.016	DC-095A		33253.8		28544.2		10		0.17

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99212		32331.46		25309.56		10		0.02	CR-033		32362.34		24436.27		10		0.025	DC-095A		33255.4		28545.25		10		0.546
99212		32331.27		25309.55		10		0.009	CR-033		32362.24		24436.16		10		0.014	DC-095A		33256.99		28546.29		10		0.154
99213		32711.59		25183.16		10		0.071	CR-033		32362.15		24436.06		10		0.01	DC-095A		33258.6		28547.34		10		0.075
99213		32711.77		25183.17		10		0.07	CR-033		32362.05		24435.96		10		0.011	DC-095A		33260.21		28548.39		10		0.019
99213		32711.89		25183.2		10		0.041	CR-033		32361.94		24435.88		10		0.039	DC-095A		33280.58		28561.94		10		0.015
99213		32704.13		25175.85		10		0.013	CR-033		32361.81		24435.83		10		0.062	DC-095A		33283.76		28564.05		10		0.062
99213		32703.42		25175.29		10		0.024	CR-033		32361.68		24435.78		10		0.086	DC-096		32524.29		28576.88		10		0.012
99213		32702.71		25174.73		10		0.097	CR-033		32361.55		24435.72		10		0.059	DC-096		32527.24		28578.51		10		0.029
99213		32702		25174.17		10		0.039	CR-033		32361.42		24435.67		10		0.049	DC-096		32581.27		28606.52		10		0.013
99213		32661.16		25157.19		10		0.009	CR-033		32361.27		24435.66		10		0.038	DC-096		32660.57		28642.91		10		0.012
99214		32718.74		24982.68		10		0.009	CR-033		32361.1		24435.7		10		0.021	DC-096		32663.11		28644.01		10		0.016
99214		32719.4		24980.32		10		0.013	CR-033		32360.93		24435.73		10		0.018	DC-096		32683.02		28652.87		10		0.027
99214		32716		24967.81		10		0.012	CR-033		32360.76		24435.76		10		0.018	DC-096		32687.93		28655.07		10		0.052
99214		32707.39		24947.47		10		0.013	CR-033		32360.59		24435.8		10		0.009	DC-096		32690.35		28656.15		10		0.069
99215		32699.2		24773.89		10		0.014	CR-033		32360.39		24435.85		10		0.013	DC-096		32692.75		28657.22		10		0.036
99216		32553.76		24680.83		10		0.04	CR-033		32360.18		24435.91		10		0.013	DC-096		32695.14		28658.29		10		0.085
99216		32553.95		24680.55		10		0.039	CR-033		32345.95		24433.57		10		0.015	DC-096		32704.73		28662.59		10		0.021
99216		32554.04		24680.21		10		0.039	CR-033		32340.63		24431.82		10		0.02	DC-096		32707.14		28663.68		10		0.145
99216		32554.13		24679.87		10		0.012	CR-034		32386.67		24329.91		10		0.01	DC-096		32709.55		28664.76		10		0.133
99217		32436.16		24782.33		10		0.634	CR-034		32386.45		24329.8		10		0.015	DC-096		32711.95		28665.84		10		0.111
99217		32436.23		24782.06		10		0.306	CR-034		32386.03		24329.57		10		0.009	DC-096		32714.36		28666.91		10		0.165
99217		32436.29		24781.79		10		0.09	CR-034		32384.93		24328.92		10		0.01	DC-096		32716.75		28667.98		10		0.168
99217		32436.36		24781.52		10		0.06	CR-034		32384.62		24328.74		10		0.009	DC-096		32719.15		28669.04		10		0.229
99217		32436.42		24781.25		10		0.053	CR-034		32384.48		24328.65		10		0.012	DC-096		32721.54		28670.11		10		0.113
99217		32436.37		24780.98		10		0.021	CR-034		32384.32		24328.6		10		0.018	DC-096		32723.94		28671.18		10		0.051
99217		32436.18		24780.7		10		0.019	CR-034		32384.17		24328.59		10		0.019	DC-096		32726.34		28672.26		10		0.064
99217		32436		24780.42		10		0.01	CR-034		32384.01		24328.58		10		0.016	DC-096		32728.76		28673.37		10		0.094
99217		32435.81		24780.15		10		0.01	CR-034		32383.85		24328.56		10		0.014	DC-096		32738.41		28677.79		10		0.049
99217		32435.63		24779.87		10		0.009	CR-034		32383.7		24328.55		10		0.015	DC-096		32740.83		28678.9		10		0.161
99218		32387.4		24620.23		10		0.016	CR-034		32383.54		24328.6		10		0.01	DC-096		32743.24		28680.01		10		0.39
99218		32387.41		24620.09		10		0.053	CR-034		32383.37		24328.7		10		0.023	DC-096		32745.65		28681.12		10		0.16
99218		32387.38		24619.97		10		0.031	CR-034		32383.21		24328.8		10		0.035	DC-096		32748.06		28682.23		10		0.401
99218		32387.34		24619.86		10		0.022	CR-034		32383.04		24328.9		10		0.027	DC-096		32750.48		28683.3		10		0.168
99218		32387.31		24619.74		10		0.033	CR-034		32382.88		24329		10		0.032	DC-096		32752.91		28684.33		10		0.176
99218		32387.28		24619.62		10		0.019	CR-034		32382.7		24329.15		10		0.02	DC-096		32755.34		28685.37		10		0.07
99218		32386.7		24619.61		10		0.012	CR-034		32382.5		24329.34		10		0.016	DC-096		32757.77		28686.4		10		0.318
99218		32386.48		24619.63		10		0.012	CR-034		32382.3		24329.54		10		0.014	DC-096		32760.2		28687.43		10		0.289
99218		32386.25		24619.66		10		0.012	CR-034		32381.9		24329.93		10		0.01	DC-096		32762.62		28688.45		10		0.304
99218		32380.24		24614.77		10		0.01	CR-034		32378.04		24332.12		10		0.009	DC-096		32765.04		28689.46		10		0.098
99218		32359.03		24606.82		10		0.009	CR-035		31898.07		24332.26		10		0.043	DC-096		32767.46		28690.48		10		0.165
99218		32351.9		24605.6		10		0.126	CR-035		31897.84		24332.29		10		0.015	DC-096		32769.88		28691.5		10		0.14
99218		32350.92		24605.52		10		0.061	CR-035		31897.15		24332.4		10		0.01	DC-096		32772.29		28692.51		10		0.137
99218		32347.05		24605.2		10		0.117	CR-035		31896.91		24332.44		10		0.026	DC-096		32774.7		28693.52		10		0.088
99218		32346.13		24605.13		10		0.121	CR-035		31896.19		24332.6		10		0.011	DC-096		32777.11		28694.52		10		0.246
99218		32345.22		24605.08		10		0.071	CR-035		31895.96		24332.73		10		0.012	DC-096		32779.51		28695.52		10		1.045
99218		32344.32		24605.03		10		0.046	CR-035		31895.73		24332.86		10		0.01	DC-096		32789.06		28699.42		10		0.357
99219		32156.11		24632.44		10		0.011	CR-035		31895.05		24333.26		10		0.009	DC-096		32800.86		28704.23		10		0.068
99219		32156.16		24632.62		10		0.025	CR-035		31893.66		24334.55		10		0.014	DC-096		32805.56		28706.31		10		0.023
99219		32156.12		24632.78		10		0.033	CR-035		31893.5		24334.76		10		0.013	DC-096		32807.91		28707.35		10		0.753
99219		32156.08		24632.93		10		0.027	CR-035		31893.34		24334.96		10		0.021	DC-096		32810.27		28708.34		10		0.024
99219		32156.04		24633.08		10		0.035	CR-035		31893.17		24335.16		10		0.02	DC-096		32812.62		28709.3		10		0.275
99219		32156		24633.23		10		0.016	CR-035		31893.01		24335.34		10		0.022	DC-096		32814.97		28710.25		10		0.345
99219		32155.12		24635.55		10		0.009	CR-035		31892.84		24335.52		10		0.023	DC-096		32817.32		28711.21		10		0.398
99219		32154.98		24636.16		10		0.012	CR-035		31892.68		24335.7		10		0.021	DC-096		32819.67		28712.16		10		0.147
99219		32154.91		24636.46		10		0.03	CR-035		31892.52		24335.88		10		0.026	DC-096		32822.03		28713.07		10		0.143
99219		32154.91		24636.69		10		0.018	CR-035		31892.35		24336.03		10		0.027	DC-096		32824.39		28713.94		10		0.051
99219		32154.97		24636.83		10		0.037	CR-035		31892.18		24336.15		10		0.041	DC-096		32829.13		28715.67		10		0.115
99219		32155.04		24636.97		10		0.023	CR-035		31892.01		24336.28		10		0.035	DC-096		32831.5		28716.54		10		0.056
99219		32155.11		24637.12		10		0.023	CR-035		31891.84		24336.4		10		0.011	DC-096		32836.16		28718.39		10		0.012
99219		32155.17		24637.26		10		0.046	CR-035		31891.66		24336.52		10		0.017	DC-096		32840.79		28720.28		10		0.021
99219		32155.15		24637.43		10		0.084	CR-036		32262.13		24195.21		10		0.009	DC-098		32517.51		29205.28		10		0.013
99219		32155.06		24637.61		10		0.126	CR-036		32262.25		24195.35		10		0.014	DC-098		32520.14		29206.92		10		0.013
99219		32154.96		24637.8		10		0.059	CR-036		32262.37		24195.5		10		0.011	DC-098		32522.78		29208.56		10		0.068
99219		32154.86		24637.98		10		0.066	CR-036		32262.6		24195.81		10		0.014	DC-098		32595		29251.78		10		0.01
99219		32154.76		24638.16		10		0.136	CR-036		32262.71		24195.96		10		0.011	DC-099		32596.5		29406.33		10		0.009
99219		32154.74		24638.46		10		0.091	CR-036		32262.84		24196.12		10		0.023	DC-099		32596.43		29406.53		10		0.215
99219		32154.79		24638.88		10		0.186	CR-036		32262.96		24196.29		10		0.021	DC-099		32596.4		29406.62		10		0.207
99219		32154.84		24639.3		10		0.098	CR-036		32263.1		24196.45		10		0.018	DC-099		32596.37		29406.72		10		0.254
99219		32154.89		24639.71		10		0.086	CR-036		32263.23		24196.62		10		0.016	DC-099		32596.34		29406.78		10		0.683
99219		32154.94		24640.13		10		0.119	CR-036		32263.36		24196.78		10		0.013	DC-099		32596.3		29406.79		10		0.296
99219		32155.03		24640.53		10		0.082	CR-036		32263.49		24196.95		10		0.041	DC-099		32596.27		29406.8		10		0.547
99219		32155.16		24640.9		10		0.031	CR-036		32263.64		24197.12		10		0.072	DC-099		32596.24		29406.82		10		0.579
99219		32155.3		24641.28		10		0.03	CR-036		32263.78		24197.3		10		0.032	DC-099		32596.21		29406.83		10		0.402
99219		32155.43		24641.66		10		0.042	CR-036		32263.93		24197.47		10		0.015	DC-099		32596.16		29406.87		10		0.529
99219		32155.56		24642.04		10		0.026	CR-036		32264.07		24197.65		10		0.015	DC-099		32596.1		29406.93		10		0.337
99219		32155.59		24642.34		10		0.038	CR-036		32264.22		24197.84		10		0.024	DC-099		32596.04		29406.99		10		0.097
99219		32155.5		24642.57		10		0.052	CR-036		32264.37		24198.06		10		0.044	DC-099		32595.97		29407.05		10		0.03
99219		32155.42		24642.8		10		0.059	CR-036		32264.52		24198.28		10		0.034	DC-099		32595.91		29407.11		10		0.031
99219		32155.34		24643.03		10		0.109	CR-036		32264.66		24198.49		10		0.019	DC-100		33348.15		28627.15		10		0.235
99219		32155.26		24643.26		10		0.155	CR-037		32448.47		24219.96		10		0.014	DC-100		33347.99		28627.29		10		0.698
99219		32155.18		24643.52		10		0.172	CR-037		32448.95		24218.9		10		0.009	DC-100		33347.84		28627.43		10		0.661
99219		32155.11		24643.81		10		0.039	CR-037		32448.99		24218.75		10		0.01	DC-100		33347.73		28627.61		10		0.521
99219		32155.03		24644.1		10		0.017	CR-037		32449.03		24218.59		10		0.017	DC-100		33347.66		28627.85		10		0.696
99219		32154.96		24644.38		10		0.01	CR-037		32449.09		24218.48		10		0.012	DC-100		33347.59		28628.08		10		0.351
99219		32155.05		24647.68		10		0.01	CR-037		32449.18		24218.39		10		0.025	DC-100		33347.52		28628.32		10		0.84

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99219		32155.2		24647.95		10		0.01	CR-037		32449.27		24218.31		10		0.021	DC-100		33347.45		28628.55		10		0.833
99219		32155.36		24648.22		10		0.01	CR-037		32449.36		24218.23		10		0.021	DC-100		33347.35		28628.79		10		0.805
99219		32155.84		24649.23		10		0.011	CR-037		32449.45		24218.14		10		0.014	DC-100		33347.21		28629.03		10		0.453
99219		32156.01		24649.64		10		0.029	CR-037		32449.5		24218.07		10		0.012	DC-100		33347.07		28629.28		10		0.993
99219		32156.18		24650.04		10		0.009	CR-037		32449.5		24218		10		0.012	DC-100		33346.93		28629.52		10		0.931
99219		32156.34		24650.45		10		0.012	CR-037		32449.22		24216.61		10		0.046	DC-100		33346.79		28629.76		10		1.086
99219		32157.59		24652.5		10		0.025	CR-037		32447.8		24213.49		10		0.012	DC-100		33346.64		28629.97		10		1.107
99219		32157.87		24652.78		10		0.025	CR-037		32447.64		24213.27		10		0.009	DC-100		33346.47		28630.15		10		0.945
99220		32081.31		24839.26		10		0.052	CR-037		32446.73		24212.57		10		0.014	DC-100		33346.3		28630.33		10		1.054
99220		32081.62		24839.57		10		0.032	CR-037		32440.07		24211.26		10		0.017	DC-100		33346.14		28630.5		10		0.854
99220		32081.94		24839.87		10		0.025	CR-037		32439.41		24211.28		10		0.011	DC-100		33345.97		28630.68		10		0.783
99220		32082.25		24840.18		10		0.039	CR-038		32372.25		24118.54		10		0.01	DC-100		33345.82		28630.86		10		1.355
99220		32082.56		24840.48		10		0.027	CR-038		32372.36		24118.65		10		0.014	DC-100		33345.7		28631.03		10		0.875
99220		32082.74		24840.77		10		0.044	CR-038		32372.47		24118.76		10		0.017	DC-100		33345.57		28631.19		10		0.764
99220		32082.78		24841.04		10		0.011	CR-038		32372.58		24118.87		10		0.024	DC-100		33345.45		28631.36		10		0.646
99220		32082.82		24841.32		10		0.024	CR-038		32372.69		24118.99		10		0.028	DC-100		33345.32		28631.53		10		0.667
99220		32082.86		24841.6		10		0.037	CR-038		32372.79		24119.1		10		0.025	DC-100		33345.24		28631.73		10		0.546
99220		32082.9		24841.88		10		0.027	CR-038		32372.9		24119.22		10		0.015	DC-100		33345.21		28631.98		10		0.552
99220		32084.96		24844.51		10		0.01	CR-038		32373		24119.34		10		0.013	DC-100		33345.17		28632.22		10		0.732
99220		32084.7		24848.09		10		0.018	CR-038		32373.12		24119.48		10		0.009	DC-100		33345.14		28632.46		10		0.542
99220		32084.74		24848.49		10		0.014	CR-038		32373.23		24119.65		10		0.012	DC-100		33345.1		28632.7		10		0.518
99220		32084.55		24849.86		10		0.015	CR-038		32373.36		24119.82		10		0.023	DC-100		33345		28632.96		10		0.553
99220		32084.49		24850.07		10		0.01	CR-038		32373.48		24119.99		10		0.013	DC-100		33344.83		28633.22		10		0.543
99220		32084.43		24850.26		10		0.009	CR-039		32153.18		24085.65		10		0.01	DC-100		33344.66		28633.48		10		0.962
99220		32084.32		24850.62		10		0.012	CR-039		32152.67		24085.52		10		0.013	DC-100		33344.49		28633.75		10		0.977
99220		32084.26		24850.81		10		0.047	CR-039		32152.16		24085.39		10		0.012	DC-100		33344.33		28634.02		10		0.425
99221		32362.66		26238.19		10		0.011	CR-039		32151.66		24085.27		10		0.023	DC-100		33344.19		28634.31		10		0.322
99221		32362.14		26238.18		10		0.01	CR-039		32151.15		24085.14		10		0.018	DC-100		33344.09		28634.65		10		0.496
99221		32361.7		26238.12		10		0.024	CR-039		32150.63		24084.98		10		0.013	DC-100		33343.98		28634.98		10		0.977
99221		32361.25		26238.05		10		0.024	CR-039		32149.05		24084.45		10		0.012	DC-100		33343.88		28635.31		10		0.512
99221		32360.8		26237.99		10		0.028	CR-039		32148.52		24084.27		10		0.017	DC-100		33343.77		28635.64		10		0.462
99221		32360.35		26237.93		10		0.029	CR-039		32147.98		24084.08		10		0.046	DC-101		33000.36		28699.58		10		0.017
99221		32359.97		26237.97		10		0.023	CR-039		32147.44		24083.88		10		0.015	DC-101		33000.3		28699.61		10		0.099
99221		32359.67		26238.1		10		0.025	CR-039		32146.9		24083.68		10		0.014	DC-101		33000.21		28699.62		10		0.083
99221		32359.36		26238.23		10		0.034	CR-039		32146.36		24083.48		10		0.009	DC-101		33000.12		28699.62		10		0.018
99221		32359.06		26238.37		10		0.028	CR-039		32145.82		24083.28		10		0.067	DC-101		33000.04		28699.63		10		0.011
99221		32358.76		26238.5		10		0.061	CR-039		32145.28		24083.1		10		0.076	DC-101		32999.95		28699.64		10		0.042
99221		32358.36		26238.72		10		0.045	CR-039		32144.72		24082.95		10		0.146	DC-101		32999.49		28700.41		10		0.088
99221		32357.86		26239.02		10		0.024	CR-039		32144.17		24082.79		10		0.116	DC-101		32999.46		28700.52		10		0.037
99221		32357.37		26239.31		10		0.039	CR-039		32143.62		24082.63		10		0.136	DC-101		32999.36		28700.57		10		0.162
99221		32356.88		26239.61		10		0.058	CR-039		32143.06		24082.47		10		0.051	DC-101		32999.19		28700.57		10		0.29
99221		32356.38		26239.9		10		0.022	CR-039		32142.51		24082.34		10		0.009	DC-101		32999.02		28700.56		10		0.04
99221		32355.93		26240.25		10		0.036	CR-039		32140.87		24082		10		0.009	DC-101		32998.84		28700.56		10		0.017
99221		32355.53		26240.63		10		0.08	CR-040		31994.68		24029.7		10		0.014	DC-101		32998.66		28700.56		10		0.012
99221		32355.12		26241.01		10		0.058	CR-040		31994.27		24029.6		10		0.02	DC-101		32997.17		28700.92		10		0.066
99221		32354.72		26241.4		10		0.071	CR-040		31993.87		24029.5		10		0.024	DC-101		32996.98		28700.99		10		0.036
99221		32354.31		26241.78		10		0.06	CR-040		31993.46		24029.41		10		0.021	DC-101		32996.78		28701.06		10		0.087
99221		32353.94		26242.06		10		0.062	CR-040		31993.05		24029.31		10		0.015	DC-101		32996.33		28701.18		10		0.015
99221		32353.59		26242.22		10		0.097	CR-040		31991.96		24029.03		10		0.012	DC-101		32996.02		28701.18		10		0.033
99221		32353.25		26242.39		10		0.037	CR-040		31991.61		24028.93		10		0.015	DC-101		32995.7		28701.19		10		0.029
99221		32352.9		26242.55		10		0.04	CR-040		31991.25		24028.84		10		0.035	DC-101		32995.39		28701.2		10		0.012
99221		32352.55		26242.72		10		0.014	CR-040		31990.9		24028.73		10		0.032	DC-101		32995.07		28701.2		10		0.011
99221		32352.16		26243.02		10		0.021	CR-040		31990.55		24028.62		10		0.028	DC-101		32994.79		28701.18		10		0.026
99221		32351.73		26243.45		10		0.018	CR-040		31990.21		24028.5		10		0.044	DC-101		32994.53		28701.13		10		0.018
99221		32351.3		26243.88		10		0.016	CR-040		31989.86		24028.38		10		0.042	DC-101		32994.27		28701.08		10		0.023
99222		32339.85		26076.34		10		0.012	CR-040		31989.51		24028.27		10		0.043	DC-101		32994.02		28701.03		10		0.042
99222		32339.8		26076.81		10		0.014	CR-040		31989.15		24028.16		10		0.062	DC-101		32993.76		28700.98		10		0.31
99222		32339.78		26077.37		10		0.018	CR-040		31988.79		24028.05		10		0.02	DC-101		32993.48		28700.93		10		0.23
99222		32339.76		26077.93		10		0.024	CR-041		31822.9		24031.28		10		0.023	DC-101		32993.2		28700.88		10		0.119
99222		32339.73		26078.49		10		0.018	CR-041		31821.41		24029.91		10		0.025	DC-101		32992.91		28700.82		10		0.143
99222		32339.71		26079.04		10		0.019	CR-041		31821.05		24029.63		10		0.01	DC-101		32992.61		28700.77		10		0.082
99222		32339.61		26079.54		10		0.015	CR-041		31820.69		24029.37		10		0.01	DC-101		32992.32		28700.71		10		0.115
99222		32339.43		26079.98		10		0.032	CR-041		31820.57		24029.34		10		0.017	DC-101		32992.05		28700.66		10		0.035
99222		32339.26		26080.42		10		0.027	CR-041		31820.45		24029.3		10		0.012	DC-101		32991.82		28700.6		10		0.024
99222		32339.08		26080.85		10		0.04	CR-041		31820.33		24029.27		10		0.015	DC-101		32991.58		28700.54		10		0.079
99222		32338.91		26081.29		10		0.115	CR-041		31820.21		24029.24		10		0.015	DC-101		32991.34		28700.48		10		0.076
99222		32338.7		26081.77		10		0.082	CR-041		31820.08		24029.22		10		0.013	DC-101		32991.11		28700.42		10		0.49
99222		32338.45		26082.29		10		0.062	CR-041		31819.92		24029.21		10		0.013	DC-101		32990.86		28700.35		10		0.161
99222		32338.21		26082.81		10		0.039	CR-041		31819.77		24029.19		10		0.028	DC-101		32990.61		28700.28		10		0.219
99222		32337.96		26083.34		10		0.027	CR-041		31819.61		24029.18		10		0.03	DC-101		32990.36		28700.21		10		0.229
99222		32337.72		26083.86		10		0.07	CR-041		31819.45		24029.16		10		0.03	DC-101		32990.11		28700.14		10		0.357
99222		32337.49		26084.35		10		0.05	CR-041		31819.31		24029.17		10		0.04	DC-101		32989.86		28700.06		10		0.545
99222		32337.27		26084.83		10		0.059	CR-041		31819.17		24029.21		10		0.045	DC-101		32989.63		28700.01		10		0.403
99222		32337.05		26085.3		10		0.046	CR-041		31819.04		24029.25		10		0.04	DC-101		32989.42		28699.96		10		0.727
99222		32336.83		26085.78		10		0.056	CR-041		31818.91		24029.29		10		0.093	DC-101		32989.22		28699.92		10		0.506
99222		32336.61		26086.25		10		0.062	CR-041		31818.77		24029.33		10		0.056	DC-101		32989.02		28699.88		10		0.468
99222		32336.47		26086.85		10		0.054	CR-041		31818.66		24029.38		10		0.034	DC-101		32988.81		28699.84		10		0.465
99222		32336.41		26087.56		10		0.088	CR-041		31818.58		24029.44		10		0.035	DC-101		32988.6		28699.79		10		0.519
99222		32336.34		26088.27		10		0.057	CR-041		31818.49		24029.51		10		0.031	DC-101		32988.38		28699.73		10		0.838
99222		32336.28		26088.98		10		0.081	CR-041		31818.41		24029.57		10		0.09	DC-101		32988.16		28699.67		10		0.67
99222		32336.21		26089.7		10		0.018	CR-041		31818.33		24029.63		10		0.252	DC-101		32987.94		28699.61		10		0.619
99222		32336.14		26090.4		10		0.038	CR-041		31818.22		24029.71		10		0.361	DC-101		32987.72		28699.55		10		0.449
99222		32336.05		26091.09		10		0.021	CR-041		31818.1		24029.81		10		0.25	DC-103		33375.84		28199.55		10		0.025
99222		32335.97		26091.79		10		0.016	CR-041		31817.98		24029.91		10		0.057	DC-103		33373.96		28199.93		10		0.01
99223		32114.88		26158.11		10		0.009	CR-041		31817.86		24030.01		10		0.015	DC-103		33373.49		28200.06		10		0.018

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99223		32113		26158.22		10		0.023	CR-041		31817.74		24030.11		10		0.015	DC-103		33373.03		28200.25		10		0.026
99223		32112.4		26158.43		10		0.02	CR-041		31817.52		24030.43		10		0.014	DC-103		33372.59		28200.48		10		0.028
99223		32112.11		26158.54		10		0.019	CR-041		31817.09		24031.18		10		0.011	DC-103		33372.13		28200.71		10		0.02
99223		32111.81		26158.65		10		0.02	CR-041		31816.79		24031.61		10		0.021	DC-103		33371.69		28200.94		10		0.024
99223		32111.62		26158.76		10		0.03	CR-041		31816.18		24032.48		10		0.014	DC-103		33370.81		28201 .46		10		0.016
99223		32111.52		26158.88		10		0.022	CR-041		31816.02		24032.71		10		0.015	DC-103		33370		28202.12		10		0.022
99223		32111.42		26159.01		10		0.018	CR-042		32494.32		24046.98		10		0.009	DC-103		33369.6		28202.46		10		0.035
99223		32111.32		26159.13		10		0.048	CR-042		32494.24		24047.14		10		0.026	DC-103		33369.2		28202.79		10		0.062
99223		32111.22		26159.25		10		0.024	CR-042		32494.17		24047.3		10		0.032	DC-103		33368.79		28203.08		10		0.052
99223		32111.1		26159.31		10		0.045	CR-042		32494.1		24047.46		10		0.018	DC-103		33368.39		28203.31		10		0.011
99223		32110.78		26159.29		10		0.013	CR-042		32494.03		24047.64		10		0.014	DC-103		33367.98		28203.55		10		0.011
99224		32728.23		25391.99		10		0.01	CR-042		32493.97		24047.86		10		0.01	DC-105		32378.33		29005.32		10		0.02
99224		32728.19		25392.12		10		0.024	CR-042		32493.91		24048.08		10		0.011	DC-105		32365.56		29004.86		10		0.102
99224		32728.15		25392.26		10		0.013	CR-043		32293.54		24008.74		10		0.013	DC-105		32365.03		29004.88		10		0.014
99224		32728.11		25392.39		10		0.009	CR-043		32293.54		24008.91		10		0.013	DC-105		32364.47		29004.93		10		0.028
99224		32728.03		25392.77		10		0.01	CR-043		32293.53		24009.09		10		0.018	DC-106		32608.44		28999.88		10		0.058
99224		32728		25393.11		10		0.011	CR-043		32293.53		24009.26		10		0.02	DC-106		32608.23		29000		10		0.318
99225		32451.38		24419.39		10		0.01	CR-043		32293.54		24009.45		10		0.014	DC-106		32608.03		29000.09		10		0.093
99225		32451.12		24419.61		10		0.019	CR-043		32293.57		24009.66		10		0.01	DC-106		32607.82		29000.18		10		0.015
99225		32450.81		24419.84		10		0.02	CR-043		32293.59		24009.87		10		0.009	DC-106		32607.61		29000.27		10		0.066
99225		32450.5		24420.06		10		0.009	CR-043		32293.62		24010.07		10		0.013	DC-106		32595.4		28999.98		10		0.041
99225		32449.88		24420.52		10		0.01	CR-043		32293.64		24010.28		10		0.018	DC-106		32593.6		28999.88		10		0.05
99225		32449.31		24421.03		10		0.014	CR-043		32293.69		24010.5		10		0.021	DC-106		32593.27		28999.85		10		0.192
99225		32449.04		24421.29		10		0.015	CR-043		32293.75		24010.74		10		0.014	DC-106		32592.94		28999.82		10		0.132
99225		32448.76		24421.56		10		0.021	CR-043		32293.81		24010.98		10		0.015	DC-106		32592.61		28999.79		10		0.081
99225		32448.48		24421.82		10		0.019	CR-043		32293.87		24011.21		10		0.021	DC-106		32592.28		28999.76		10		0.213
99225		32448.16		24422.12		10		0.014	CR-043		32293.93		24011.45		10		0.028	DC-106		32591.95		28999.73		10		0.121
99225		32447.82		24422.43		10		0.022	CR-044		32103.35		23950.85		10		0.009	DC-106		32591.62		28999.69		10		0.17
99225		32439.75		24427.67		10		0.01	CR-044		32103.32		23950.84		10		0.012	DC-106		32591.29		28999.65		10		0.196
99226		32061.25		24451.26		10		0.022	CR-044		32103.31		23950.86		10		0.015	DC-106		32590.96		28999.62		10		0.212
99226		32061.25		24451.25		10		0.015	CR-044		32103.3		23950.87		10		0.024	DC-106		32590.63		28999.58		10		0.182
99226		32061.26		24451.28		10		0.029	CR-044		32103.29		23950.89		10		0.018	DC-106		32590.31		28999.56		10		0.338
99226		32061.26		24451.32		10		0.018	CR-044		32103.28		23950.9		10		0.013	DC-106		32590		28999.55		10		0.354
99226		32061.27		24451.35		10		0.013	CR-044		32103.28		23950.91		10		0.012	DC-106		32589.68		28999.54		10		0.975
99226		32061.28		24451.38		10		0.024	CR-044		32103.28		23950.91		10		0.021	DC-106		32589.37		28999.53		10		0.182
99226		32061.27		24451.39		10		0.013	CR-044		32103.3		23950.95		10		0.014	DC-106		32589.05		28999.53		10		0.083
99226		32061.14		24451.32		10		0.011	CR-044		32103.34		23951.02		10		0.01	DC-106		32588.72		28999.52		10		0.257
99226		32061.33		24451 .44		10		0.009	CR-044		32103.38		23951.1		10		0.018	DC-106		32588.37		28999.5		10		0.175
99226		32061.34		24451.5		10		0.009	CR-044		32103.42		23951.18		10		0.072	DC-106		32588.02		28999.49		10		0.263
99226		32061.3		24451.66		10		0.022	CR-044		32103.46		23951.26		10		0.088	DC-106		32587.68		28999.48		10		0.277
99226		32061.28		24451.75		10		0.018	CR-044		32103.55		23951.32		10		0.096	DC-106		32587.33		28999.46		10		0.063
99226		32061.26		24451.84		10		0.04	CR-044		32103.7		23951.38		10		0.018	DC-106		32586.68		28999.46		10		0.021
99226		32061.25		24451.92		10		0.039	CR-044		32104.41		23951.71		10		0.009	DC-106		32586.37		28999.47		10		0.217
99226		32061.24		24452.01		10		0.034	CR-045		31922.25		23913.48		10		0.009	DC-106		32586.05		28999.47		10		0.144
99226		32061.23		24452.09		10		0.034	CR-045		31922.59		23913.36		10		0.01	DC-106		32584.93		28999.48		10		0.122
99226		32061.22		24452.18		10		0.071	CR-045		31922.93		23913.24		10		0.011	DC-106		32584.67		28999.48		10		0.124
99226		32061.21		24452.27		10		0.086	CR-045		31923.29		23913.12		10		0.013	DC-106		32584.4		28999.48		10		0.211
99226		32061.24		24452.39		10		0.073	CR-045		31923.66		23913.02		10		0.011	DC-106		32584.14		28999.48		10		0.151
99226		32061.33		24452.54		10		0.056	CR-045		31924.04		23912.92		10		0.015	DC-107		32290.8		28596.3		10		0.009
99226		32061.41		24452.69		10		0.054	CR-045		31924.4		23912.82		10		0.014	DC-107		32252		28597.8		10		0.01
99226		32061.5		24452.84		10		0.113	CR-045		31924.78		23912.72		10		0.015	DC-107		32251.62		28598.08		10		0.038
99226		32061.59		24453		10		0.091	CR-045		31925.48		23912.43		10		0.011	DC-107		32251.24		28598.36		10		0.064
99226		32061.67		24453.13		10		0.123	CR-045		31925.83		23912.27		10		0.014	DC-107		32250.86		28598.63		10		0.118
99226		32061.75		24453.25		10		0.153	CR-045		31926.18		23912.11		10		0.02	DC-107		32250.48		28598.91		10		0.084
99226		32061.82		24453.36		10		0.091	CR-045		31926.53		23911.94		10		0.034	DC-107		32249.12		28600.03		10		0.21
99226		32061.9		24453.48		10		0.069	CR-045		31926.87		23911.74		10		0.057	DC-107		32248.78		28600.31		10		0.138
99226		32061.98		24453.59		10		0.055	CR-045		31927.22		23911.51		10		0.036	DC-107		32248.44		28600.59		10		0.038
99226		32062.07		24453.74		10		0.057	CR-045		31927.57		23911.27		10		0.053	DC-107		32248.1		28600.86		10		0.056
99226		32062.18		24453.92		10		0.047	CR-045		31927.91		23911.04		10		0.016	DC-107		32247.75		28601.12		10		0.063
99226		32062.29		24454.1		10		0.052	CR-046		31728.27		23848.17		10		0.009	DC-107		32247.41		28601.39		10		0.03
99226		32062.39		24454.28		10		0.095	CR-046		31728.3		23849.2		10		0.009	DC-107		32247.06		28601.66		10		0.013
99226		32062.5		24454.46		10		0.045	CR-046		31728.3		23849.4		10		0.012	DC-107		32246.7		28601.93		10		0.045
99226		32062.57		24454.55		10		0.158	CR-046		31728.31		23849.62		10		0.012	DC-107		32245.94		28602.47		10		0.032
99226		32062.6		24454.55		10		0.029	CR-046		31728.33		23850.3		10		0.009	DC-107		32245.55		28602.75		10		0.046
99226		32062.64		24454.54		10		0.039	CR-046		31728.33		23850.53		10		0.02	DC-107		32245.17		28603.02		10		0.159
99226		32062.67		24454.54		10		0.02	CR-046		31728.36		23850.76		10		0.023	DC-107		32244.77		28603.31		10		0.208
99226		32062.71		24454.54		10		0.013	CR-046		31728.39		23851		10		0.016	DC-107		32244.36		28603.6		10		0.57
99226		32062.75		24454.59		10		0.009	CR-046		31728.43		23851.25		10		0.011	DC-107		32243.95		28603.89		10		0.37
99226		32062.8		24454.7		10		0.017	CR-046		31728.46		23851 .49		10		0.02	DC-107		32243.54		28604.19		10		0.025
99226		32062.91		24454.92		10		0.01	CR-046		31728.5		23851.73		10		0.01	DC-107		32243.12		28604.48		10		0.262
99226		32062.96		24455.03		10		0.011	CR-046		31728.61		23852.01		10		0.011	DC-107		32242.73		28604.75		10		0.127
99226		32063.03		24455.02		10		0.014	CR-046		31728.8		23852.32		10		0.032	DC-107		32242.35		28605.01		10		0.262
99226		32063.07		24455		10		0.009	CR-046		31728.98		23852.64		10		0.013	DC-107		32241.98		28605.26		10		0.364
99226		32063.57		24454.77		10		0.012	CR-046		31729.17		23852.96		10		0.009	DC-107		32241.6		28605.51		10		0.206
99226		32063.61		24454.71		10		0.011	CR-047		31650.11		23834.08		10		0.012	DC-107		32241.22		28605.77		10		0.15
99226		32063.86		24454.61		10		0.01	CR-047		31650.25		23834.19		10		0.014	DC-107		32240.84		28606.04		10		0.153
99226		32064.35		24454.53		10		0.01	CR-047		31650.42		23834.3		10		0.011	DC-107		32240.45		28606.34		10		0.164
99226		32064.47		24454.5		10		0.013	CR-047		31651.54		23834.83		10		0.016	DC-107		32240.07		28606.64		10		0.269
99226		32065.14		24454.36		10		0.048	CR-047		31652.58		23835.25		10		0.014	DC-107		32239.68		28606.94		10		0.767
99226		32065.31		24454.32		10		0.012	CR-047		31652.82		23835.33		10		0.013	DC-107		32239.29		28607.23		10		0.238
99226		32066.02		24453.91		10		0.009	CR-048		31426.38		23931.21		10		0.009	DC-107		32238.89		28607.52		10		0.11
99226		32066.21		24453.7		10		0.015	CR-048		31426.33		23931.34		10		0.009	DC-107		32238.46		28607.79		10		0.239
99226		32066.38		24453.48		10		0.009	CR-049		31598.7		23935.57		10		0.02	DC-107		32238.04		28608.06		10		0.172
99226		32066.55		24453.26		10		0.012	CR-049		31599.3		23934.94		10		0.013	DC-107		32237.61		28608.34		10		0.131
99226		32066.9		24452.82		10		0.012	CR-049		31599.36		23934.86		10		0.01	DC-107		32237.18		28608.61		10		0.02

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton			DH ID	Easting		Northing		Length		Au oz/ton
99227		31963.1		24280.6		10		0.016	CR-049		31599.7		23934.28		10		0.009		DC-107		32236.3		28609.16		10		0.01
99227		31963.41		24280.79		10		0.013	CR-050		31671.52		24069.51		10		0.009		DC-107		32235.86		28609.44		10		0.01
99227		31963.72		24280.96		10		0.016	CR-050		31671.41		24069.51		10		0.009		DC-107		32230.3		28612.78		10		0.013
99227		31964.35		24281.28		10		0.009	CR-050		31671.2		24069.5		10		0.009		DC-107		32227.3		28614.55		10		0.227
99227		31964.66		24281.44		10		0.013	CR-050		31671.1		24069.49		10		0.014		DC-107		32226.86		28614.79		10		0.325
99227		31967.39		24283.39		10		0.01	CR-050		31670.97		24069.5		10		0.009		DC-107		32226.4		28615.02		10		0.065
99227		31968.3		24284.04		10		0.013	CR-050		31670.05		24069.59		10		0.017		DC-107		32225.93		28615.26		10		0.182
99227		31968.75		24284.37		10		0.036	CR-050		31669.92		24069.6		10		0.023		DC-107		32225.46		28615.49		10		0.061
99227		31969.2		24284.67		10		0.023	CR-051		31505.34		24162.33		10		0.009		DC-107		32224.99		28615.72		10		0.081
99227		31969.65		24284.94		10		0.068	CR-052		31661.18		24359.29		10		0.011		DC-107		32224.52		28615.95		10		0.027
99227		31970.1		24285.21		10		0.04	CR-052		31661.08		24359.5		10		0.009		DC-107		32224.09		28616.18		10		0.046
99227		31970.55		24285.47		10		0.029	CR-054		31847.74		24722.64		10		0.009		DC-107		32223.29		28616.61		10		0.01
99227		31971		24285.74		10		0.038	CR-054		31847.8		24722.89		10		0.013		DC-108		32438.1		28603.41		10		0.014
99227		31971.43		24286.06		10		0.089	CR-054		31847.87		24723.14		10		0.011		DC-108		32437.64		28603.19		10		0.08
99227		31971.86		24286.42		10		0.085	CR-054		31848		24723.65		10		0.034		DC-108		32437.18		28602.98		10		0.018
99227		31972.28		24286.78		10		0.059	CR-054		31848.1		24723.89		10		0.022		DC-108		32435.81		28602.32		10		0.206
99227		31972.71		24287.14		10		0.079	CR-054		31848.23		24724.12		10		0.014		DC-108		32435.37		28602.09		10		0.27
99227		31973.13		24287.5		10		0.117	CR-054		31849.83		24726.74		10		0.01		DC-108		32434.92		28601.85		10		0.242
99227		31973.62		24287.89		10		0.149	CR-054		31850.02		24727.12		10		0.01		DC-108		32434.47		28601.61		10		0.142
99227		31974.17		24288.29		10		0.08	CR-055		31991.98		24962.48		10		0.011		DC-108		32434.02		28601.38		10		0.184
99227		31974.71		24288.7		10		0.092	CR-055		31991.92		24962.65		10		0.016		DC-108		32433.59		28601.14		10		0.307
99227		31975.26		24289.1		10		0.048	CR-055		31991.9		24962.73		10		0.009		DC-108		32433.16		28600.9		10		0.207
99227		31975.81		24289.5		10		0.042	CR-055		31991.85		24962.8		10		0.018		DC-108		32432.73		28600.66		10		0.035
99227		31976.34		24289.93		10		0.015	CR-055		31991.79		24962.87		10		0.01		DC-108		32432.31		28600.43		10		0.11
99227		31976.84		24290.39		10		0.013	CR-055		31991.68		24964.44		10		0.028		DC-108		32431.88		28600.19		10		0.009
99227		31978.36		24291.75		10		0.02	CR-056		31924.84		25256.9		10		0.012		DC-108		32431.46		28599.95		10		0.095
99227		31978.91		24292.17		10		0.03	CR-056		31919.13		25256.13		10		0.009		DC-108		32431.03		28599.71		10		0.19
99227		31979.52		24292.55		10		0.014	CR-061		31799.14		24291.73		10		0.01		DC-108		32430.61		28599.46		10		0.043
99227		31980.13		24292.92		10		0.013	CR-061		31798.27		24293.05		10		0.01		DC-108		32430.18		28599.22		10		0.037
99227		31980.74		24293.3		10		0.021	CR-061		31798.13		24293.23		10		0.01		DC-108		32429.76		28598.98		10		0.942
99227		31981.35		24293.67		10		0.013	CR-061		31797.99		24293.41		10		0.012		DC-108		32429.33		28598.74		10		0.085
99227		31981.88		24294.06		10		0.013	CR-061		31797.85		24293.58		10		0.012		DC-108		32428.91		28598.5		10		0.26
99227		31982.36		24294.45		10		0.049	CR-061		31797.71		24293.74		10		0.016		DC-108		32428.48		28598.26		10		0.273
99227		31982.82		24294.84		10		0.023	CR-061		31797.58		24293.9		10		0.009		DC-108		32428.06		28598.02		10		0.158
99228		31831.19		24109.8		10		0.012	CR-061		31797.44		24294.06		10		0.018		DC-108		32427.63		28597.78		10		0.055
99228		31830.86		24110.22		10		0.012	CR-061		31797.3		24294.21		10		0.017		DC-108		32427.21		28597.54		10		0.06
99228		31830.75		24110.21		10		0.009	CR-061		31797.16		24294.4		10		0.015		DC-108		32426.8		28597.32		10		0.144
99228		31830.65		24110.19		10		0.009	CR-061		31797.02		24294.62		10		0.011		DC-108		32426.39		28597.09		10		0.235
99228		31830.65		24110.54		10		0.012	CR-061		31796.87		24294.84		10		0.009		DC-108		32425.97		28596.87		10		0.192
99228		31830.69		24110.79		10		0.019	CR-062		31912.75		24509.44		10		0.02		DC-108		32425.56		28596.64		10		1.426
99228		31830.73		24111.03		10		0.017	CR-062		31912.87		24509.7		10		0.012	��	DC-108		32425.16		28596.41		10		4.611
99228		31830.77		24111.27		10		0.01	CR-062		31912.98		24509.96		10		0.017		DC-108		32424.77		28596.18		10		6.491
99228		31830.79		24111.47		10		0.019	CR-062		31913.11		24510.23		10		0.018		DC-108		32424.38		28595.96		10		6.602
99228		31830.8		24111.62		10		0.014	CR-062		31913.23		24510.5		10		0.01		DC-108		32423.98		28595.73		10		5.174
99228		31830.82		24111.78		10		0.017	CR-062		31913.36		24510.77		10		0.011		DC-108		32423.59		28595.5		10		3.659
99228		31830.83		24111.94		10		0.044	CR-062		31913.48		24511.04		10		0.01		DC-108		32423.21		28595.27		10		5.212
99228		31830.85		24112.09		10		0.05	CR-062		31913.75		24511.62		10		0.009		DC-108		32422.83		28595.06		10		1.991
99228		31830.88		24112.34		10		0.03	CR-062		31915.09		24514.61		10		0.009		DC-108		32422.45		28594.84		10		0.357
99228		31830.91		24112.69		10		0.055	CR-062		31915.25		24514.96		10		0.011		DC-108		32422.07		28594.62		10		0.18
99228		31830.96		24113.04		10		0.043	CR-062		31915.41		24515.3		10		0.033		DC-108		32421.69		28594.41		10		0.07
99228		31831		24113.38		10		0.059	CR-062		31915.57		24515.65		10		0.039		DC-108		32421.29		28594.19		10		0.089
99228		31831.04		24113.73		10		0.076	CR-062		31915.73		24516		10		0.043		DC-108		32420.88		28593.97		10		0.784
99228		31831.09		24114.08		10		0.077	CR-062		31915.94		24516.33		10		0.033		DC-108		32420.46		28593.76		10		0.459
99228		31831.13		24114.42		10		0.094	CR-062		31916.2		24516.64		10		0.039		DC-108		32420.04		28593.54		10		0.179
99228		31831.18		24114.77		10		0.046	CR-062		31916.46		24516.95		10		0.034		DC-108		32419.62		28593.33		10		0.354
99228		31831.23		24115.11		10		0.021	CR-062		31916.71		24517.26		10		0.057		DC-108		32419.22		28593.1		10		0.159
99228		31831.28		24115.46		10		0.014	CR-062		31916.97		24517.56		10		0.052		DC-108		32418.86		28592.87		10		0.184
99228		31831.35		24115.83		10		0.027	CR-062		31917.23		24517.86		10		0.015		DC-108		32418.49		28592.63		10		0.133
99229		32038.43		24185.58		10		0.009	CR-062		31917.5		24518.13		10		0.013		DC-108		32418.12		28592.4		10		0.148
99229		32038.14		24185.59		10		0.009	CR-062		31919.09		24519.6		10		0.009		DC-108		32417.75		28592.17		10		0.256
99229		32037.98		24185.59		10		0.01	CR-063		31979.88		24691.05		10		0.009		DC-108		32417.39		28591.95		10		0.235
99229		32037.83		24185.6		10		0.016	CR-063		31979.59		24691.15		10		0.018		DC-108		32417.02		28591.73		10		0.246
99229		32037.67		24185.61		10		0.024	CR-063		31979.3		24691.27		10		0.013		DC-108		32416.66		28591.52		10		0.499
99229		32037.51		24185.61		10		0.013	CR-063		31979.01		24691.39		10		0.016		DC-108		32416.3		28591.31		10		0.154
99229		32037.32		24185.62		10		0.016	CR-063		31978.72		24691.51		10		0.026		DC-108		32415.94		28591.1		10		0.053
99229		32037.09		24185.64		10		0.009	CR-063		31978.43		24691.62		10		0.04		DC-108		32415.58		28590.89		10		0.014
99229		32036.87		24185.66		10		0.016	CR-063		31978.12		24691.76		10		0.028		DC-108		32415.22		28590.68		10		0.055
99229		32036.64		24185.68		10		0.045	CR-063		31977.81		24691.92		10		0.017		DC-108		32408.55		28586.42		10		0.019
99229		32036.42		24185.7		10		0.055	CR-063		31977.5		24692.08		10		0.013		DC-108		32407.76		28585.9		10		0.013
99229		32036.19		24185.77		10		0.071	CR-063		31977.2		24692.24		10		0.011		DC-110		32691.21		28417.04		10		0.084
99229		32035.96		24185.89		10		0.043	CR-063		31975.82		24692.9		10		0.01		DC-110		32691.1		28417.12		10		0.01
99229		32035.72		24186.02		10		0.064	CR-063		31974.16		24693.92		10		0.009		DC-110		32691		28417.2		10		0.029
99229		32035.49		24186.14		10		0.041	CR-063		31973.86		24694.16		10		0.009		DC-110		32687.96		28420.45		10		0.161
99229		32035.26		24186.26		10		0.064	CR-063		31973.56		24694.4		10		0.018		DC-110		32687.96		28420.55		10		0.376
99229		32035.11		24186.36		10		0.078	CR-063		31973.28		24694.65		10		0.013		DC-111		33075.47		27826.75		10		0.013
99229		32035.03		24186.43		10		0.053	CR-063		31973.02		24694.91		10		0.044		DC-111		33075.04		27826.95		10		0.118
99229		32034.95		24186.49		10		0.045	CR-063		31972.76		24695.16		10		0.049		DC-111		33074.61		27827.15		10		0.174
99229		32034.87		24186.56		10		0.06	CR-063		31972.5		24695.42		10		0.038		DC-111		33074.18		27827.34		10		0.014
99229		32034.79		24186.63		10		0.1	CR-063		31972.24		24695.68		10		0.047		DC-111		33073.76		27827.54		10		0.029
99229		32034.65		24186.73		10		0.076	CR-063		31971.99		24695.95		10		0.033		DC-111		33073.31		27827.72		10		0.667
99229		32034.45		24186.88		10		0.014	CR-063		31971.75		24696.23		10		0.009		DC-111		33072.85		27827.88		10		0.062
99229		32030.53		24189		10		0.014	CR-063		31971.52		24696.51		10		0.014		DC-111		33072.39		27828.04		10		0.022
99230		32163.6		24220.3		10		0.013	CR-063		31971.28		24696.79		10		0.013		DC-111		33071.93		27828.2		10		0.144
99230		32163.32		24219.85		10		0.01	CR-063		31971.04		24697.07		10		0.009		DC-111		33071.46		27828.36		10		0.011
99230		32163.35		24219.87		10		0.016	CR-063		31970.82		24697.34		10		0.011		DC-111		33068.71		27829.39		10		0.016

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99230		32163.38		24219.89		10		0.015	CR-063		31970.61		24697.59		10		0.012	DC-111		33068.23		27829.55		10		2.025
99230		32163.4		24219.91		10		0.013	CR-063		31968.69		24699.68		10		0.009	DC-111		33067.75		27829.72		10		0.456
99230		32163.41		24219.93		10		0.02	CR-063		31968.53		24699.81		10		0.012	DC-111		33067.27		27829.88		10		0.043
99230		32163.41		24219.94		10		0.011	CR-064		32981.3		26986.29		10		0.012	DC-111		33066.8		27830.05		10		0.075
99230		32163.42		24219.96		10		0.009	CR-064		32981.26		26986.56		10		0.019	DC-111		33066.31		27830.23		10		0.01
99230		32163.43		24219.97		10		0.022	CR-064		32981.2		26986.84		10		0.014	DC-111		33064.38		27831.03		10		0.011
99230		32163.43		24220.01		10		0.051	CR-064		32981.15		26987.11		10		0.009	DC-111		33057.37		27834.52		10		0.033
99230		32163.44		24220.06		10		0.052	CR-064		32981.02		26987.35		10		0.011	DC-111		33050.82		27836.95		10		0.045
99230		32163.44		24220.11		10		0.032	CR-064		32928.66		27000.43		10		0.011	DC-111		33017.04		27846.06		10		0.017
99230		32163.45		24220.16		10		0.027	CR-064		32924.57		27001.3		10		0.059	DC-112		32392.08		28903.95		10		0.019
99230		32163.45		24220.21		10		0.011	CR-064		32922.36		27001.71		10		0.044	DC-112		32392.07		28904.18		10		0.016
99230		32163.47		24220.37		10		0.05	CR-065		32774.66		27085.38		10		0.013	DC-112		32381.71		28910.09		10		0.042
99230		32163.48		24220.46		10		0.119	CR-065		32741.54		27099.75		10		0.021	DC-112		32381.57		28910.07		10		0.029
99230		32163.49		24220.54		10		0.105	CR-065		32740.44		27100.13		10		0.014	DC-112		32381.02		28909.96		10		0.053
99230		32163.51		24220.63		10		0.116	CR-065		32739.34		27100.52		10		0.121	DC-112		32380.88		28909.94		10		0.052
99230		32163.51		24220.7		10		0.154	CR-065		32738.24		27100.9		10		0.128	DC-112		32380.72		28909.92		10		0.025
99230		32163.52		24220.75		10		0.01	CR-065		32737.14		27101.29		10		0.033	DC-112		32380.11		28909.82		10		0.023
99230		32163.52		24220.8		10		0.009	CR-065		32736.01		27101.71		10		0.033	DC-112		32379.98		28909.78		10		0.016
99230		32163.53		24220.86		10		0.011	CR-065		32734.86		27102.16		10		0.018	DC-112		32379.2		28909.85		10		0.009
99230		32163.53		24220.91		10		0.056	CR-065		32733.71		27102.62		10		0.021	DC-112		32379.12		28909.91		10		0.028
99230		32163.5		24220.96		10		0.053	CR-065		32732.57		27103.07		10		0.01	DC-112		32379.07		28910		10		0.013
99230		32163.43		24221.02		10		0.044	CR-065		32731.42		27103.53		10		0.013	DC-112		32379.07		28910.12		10		0.015
99230		32153.43		24220.84		10		0.009	CR-065		32728.92		27104.36		10		0.011	DC-112		32379.07		28910.36		10		0.13
99231		31751.98		24219.66		10		0.009	CR-065		32726.37		27105.16		10		0.013	DC-112		32379.07		28910.48		10		0.326
99231		31751.77		24220.2		10		0.012	CR-065		32723.82		27105.96		10		0.013	DC-112		32379.06		28910.62		10		0.179
99231		31751.7		24220.38		10		0.014	CR-065		32722.56		27106.36		10		0.017	DC-112		32379.05		28910.78		10		0.195
99231		31751.56		24220.73		10		0.012	CR-065		32721.3		27106.76		10		0.013	DC-112		32379.04		28910.94		10		0.036
99231		31751.49		24220.91		10		0.01	CR-065		32720.04		27107.16		10		0.011	DC-112		32378.91		28912.03		10		0.084
99231		31751.42		24221.09		10		0.014	CR-065		32718.78		27107.56		10		0.027	DC-112		32378.88		28912.19		10		0.201
99232		32113.14		24301.79		10		0.009	CR-065		32717.45		27107.89		10		0.013	DC-112		32378.84		28912.36		10		0.131
99232		32113.07		24301.91		10		0.014	CR-065		32716.04		27108.16		10		0.028	DC-112		32378.81		28912.54		10		0.335
99232		32112.99		24302.02		10		0.013	CR-065		32714.64		27108.43		10		0.009	DC-112		32378.77		28912.7		10		0.238
99232		32112.48		24303.04		10		0.009	CR-065		32713.24		27108.7		10		0.019	DC-112		32378.73		28912.88		10		0.359
99232		32112.4		24303.38		10		0.015	CR-065		32709.01		27109.32		10		0.009	DC-112		32378.69		28913.05		10		0.676
99232		32112.43		24303.59		10		0.026	CR-065		32707.6		27109.47		10		0.016	DC-112		32378.65		28913.24		10		2.027
99232		32112.46		24303.79		10		0.05	CR-065		32704.76		27109.78		10		0.017	DC-112		32378.61		28913.43		10		1.028
99232		32112.49		24304		10		0.02	CR-065		32701.96		27110.16		10		0.018	DC-112		32378.57		28913.62		10		0.45
99232		32112.52		24304.21		10		0.03	CR-065		32700.56		27110.36		10		0.01	DC-112		32378.53		28913.8		10		2.365
99232		32112.5		24304.31		10		0.017	CR-065		32699.17		27110.56		10		0.016	DC-112		32378.49		28913.98		10		1.339
99232		32112.43		24304.31		10		0.064	CR-065		32697.77		27110.76		10		0.013	DC-112		32378.47		28914.16		10		0.499
99232		32112.36		24304.31		10		0.103	CR-067		33194.79		27567.94		10		0.009	DC-112		32378.44		28914.33		10		0.229
99232		32112.29		24304.31		10		0.075	CR-067		33193.75		27567.53		10		0.019	DC-112		32378.41		28914.5		10		0.374
99232		32112.22		24304.31		10		0.088	CR-067		33156.53		27547.82		10		0.029	DC-112		32378.39		28914.67		10		0.148
99232		32112.24		24304.43		10		0.05	CR-067		33155.21		27547.17		10		0.097	DC-112		32378.37		28914.84		10		0.053
99232		32112.36		24304.66		10		0.113	CR-067		33111.62		27532.82		10		0.012	DC-112		32378.36		28914.99		10		0.011
99232		32112.47		24304.9		10		0.051	CR-070		30759.75		26707.21		10		0.122	DC-112		32377.96		28916.46		10		0.011
99232		32112.59		24305.13		10		0.031	CR-070		30760.88		26707.16		10		0.023	DC-112		32377.73		28916.55		10		0.022
99232		32112.7		24305.37		10		0.092	CR-078		31389.79		23198.65		10		0.009	DC-112		32377.61		28916.58		10		0.024
99232		32112.75		24305.64		10		0.105	CR-078		31380.15		23195.62		10		0.009	DC-112		32377.5		28916.6		10		0.015
99232		32112.72		24305.93		10		0.106	CR-085		31655.64		24221.11		10		0.011	DC-113		32607.88		28515.82		10		0.013
99232		32112.69		24306.23		10		0.117	CR-086		31769.08		24409.11		10		0.02	DC-113		32606.87		28517.16		10		0.013
99232		32112.67		24306.52		10		0.098	CR-086		31768.93		24409.25		10		0.012	DC-113		32605.67		28518.18		10		0.018
99232		32112.64		24306.82		10		0.098	CR-086		31768.77		24409.4		10		0.012	DC-113		32605.46		28518.21		10		0.042
99232		32112.71		24307.07		10		0.091	CR-086		31768.59		24409.55		10		0.013	DC-113		32604.25		28519.42		10		0.054
99232		32112.88		24307.27		10		0.157	CR-086		31768.42		24409.7		10		0.009	DC-113		32604.08		28519.65		10		0.046
99232		32113.05		24307.47		10		0.135	CR-086		31768.25		24409.84		10		0.01	DC-113		32603.92		28519.87		10		0.017
99232		32113.22		24307.67		10		0.073	CR-087		31984.69		26119.54		10		0.009	DC-113		32603.75		28520.1		10		0.028
99232		32113.38		24307.87		10		0.053	CR-087		31983.76		26119.88		10		0.015	DC-113		32603.62		28520.3		10		0.069
99232		32113.54		24308.09		10		0.01	CR-088		32036.07		26320.7		10		0.01	DC-113		32601.56		28521.97		10		0.024
99233		32295.57		24287.07		10		0.01	CR-088		32035.54		26320.92		10		0.016	DC-113		32601.42		28522.18		10		0.025
99233		32295.64		24287.71		10		0.013	CR-088		32034.44		26321.34		10		0.011	DC-113		32601.28		28522.39		10		0.047
99233		32295.74		24289.77		10		0.01	CR-089		33116.84		26589.74		10		0.012	DC-113		32601.13		28522.6		10		0.071
99233		32295.74		24290.92		10		0.01	CR-089		33116.23		26590.08		10		0.016	DC-113		32600.98		28522.81		10		0.039
99233		32295.73		24291.36		10		0.01	CR-089		33115.62		26590.43		10		0.028	DC-113		32600.83		28523.03		10		0.045
99233		32295.68		24292.34		10		0.011	CR-089		33115.02		26590.77		10		0.021	DC-113		32600.68		28523.24		10		0.051
99233		32295.66		24292.82		10		0.013	CR-089		33114.37		26591.07		10		0.032	DC-113		32600.55		28523.45		10		0.028
99233		32295.63		24293.31		10		0.017	CR-089		33113.69		26591.34		10		0.038	DC-113		32600.44		28523.65		10		0.019
99233		32295.63		24293.82		10		0.022	CR-089		33113.01		26591.61		10		0.013	DC-113		32600.34		28523.85		10		0.049
99233		32295.66		24294.37		10		0.013	CR-089		33110.93		26592.42		10		0.009	DC-113		32600.23		28524.05		10		0.032
99233		32295.68		24294.91		10		0.018	CR-089		33097.52		26597.13		10		0.017	DC-113		32600.13		28524.25		10		2.039
99233		32295.72		24295.99		10		0.041	CR-089		33096.42		26597.52		10		0.017	DC-113		32599.96		28524.38		10		11.028
99233		32295.75		24296.54		10		0.102	CR-091		33137.04		26887.52		10		0.014	DC-113		32599.72		28524.44		10		1.485
99233		32295.79		24297.12		10		0.066	CR-091		33136.57		26887.68		10		0.014	DC-113		32599.48		28524.5		10		0.163
99233		32295.82		24297.69		10		0.015	CR-091		33135.56		26888.09		10		0.015	DC-113		32599.24		28524.55		10		0.07
99233		32295.85		24298.27		10		0.023	CR-091		33130.29		26890.26		10		0.012	DC-113		32599		28524.61		10		0.086
99233		32295.88		24298.84		10		0.034	CR-091		33129.59		26890.52		10		0.02	DC-113		32598.81		28524.73		10		0.039
99233		32295.91		24299.45		10		0.038	CR-091		33128.88		26890.77		10		0.024	DC-113		32598.66		28524.93		10		0.036
99233		32295.95		24300.1		10		0.032	CR-091		33128.18		26891.03		10		0.03	DC-113		32598.51		28525.12		10		0.04
99233		32295.99		24300.74		10		0.018	CR-091		33127.43		26891.27		10		0.015	DC-113		32598.36		28525.31		10		0.048
99234		32256.86		24404		10		0.019	CR-091		33126.64		26891 .48		10		0.026	DC-113		32598.21		28525.5		10		0.054
99234		32256.81		24403.91		10		0.012	CR-091		33125.85		26891.7		10		0.052	DC-113		32598.06		28525.67		10		0.071
99234		32256.7		24403.73		10		0.009	CR-091		33125.06		26891.92		10		0.023	DC-113		32597.91		28525.81		10		0.095
99234		32256.04		24404.21		10		0.013	CR-092		32976.17		26924.5		10		0.043	DC-113		32597.75		28525.96		10		0.07
99234		32255.97		24404.34		10		0.019	CR-092		32976.18		26923.18		10		0.079	DC-113		32597.6		28526.11		10		0.112
99234		32255.91		24404.46		10		0.03	CR-092		32976.2		26921.86		10		0.041	DC-113		32597.45		28526.25		10		0.032

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99234		32255.84		24404.59		10		0.013	CR-092		32976.22		26920.54		10		0.138	DC-113		32597.29		28526.41		10		0.032
99234		32255.78		24404.71		10		0.022	CR-092		32976.23		26919.21		10		0.12	DC-113		32597.12		28526.59		10		0.114
99234		32255.72		24404.86		10		0.031	CR-092		32976.24		26917.89		10		0.015	DC-113		32596.79		28526.95		10		0.01
99234		32255.69		24405.02		10		0.074	CR-092		32976.21		26913.92		10		0.018	DC-113		32596.45		28527.29		10		0.043
99234		32255.65		24405.2		10		0.114	CR-092		32976.2		26912.6		10		0.009	DC-114		32591.5		28723.75		10		0.015
99234		32255.61		24405.37		10		0.093	CR-092		32976.18		26910.03		10		0.017	DC-114		32591.15		28723.78		10		0.108
99234		32255.57		24405.54		10		0.023	CR-092		32974.98		26890.89		10		0.07	DC-114		32590.46		28723.83		10		0.019
99234		32255.55		24405.73		10		0.018	CR-092		32974.54		26888.21		10		0.018	DC-114		32590.11		28723.86		10		0.011
99234		32255.54		24406.19		10		0.013	CR-092		32970.34		26869.12		10		0.028	DC-114		32588.89		28723.89		10		0.025
99234		32255.53		24406.41		10		0.131	CR-092		32970		26867.68		10		0.017	DC-114		32587.63		28723.9		10		0.02
99234		32255.53		24406.64		10		0.05	CR-092		32969.66		26866.24		10		0.035	DC-114		32587.21		28723.88		10		0.289
99234		32255.5		24406.88		10		0.121	CR-092		32969		26864.67		10		0.019	DC-114		32586.79		28723.86		10		0.013
99234		32255.46		24407.12		10		0.048	CR-092		32968.04		26862.96		10		0.027	DC-114		32584.23		28723.66		10		0.024
99234		32250.2		24411.52		10		0.01	CR-092		32967.08		26861.26		10		0.017	DC-114		32583.8		28723.62		10		0.017
99234		32249.11		24411.62		10		0.013	CR-092		32966.12		26859.55		10		0.029	DC-114		32582.93		28723.54		10		0.047
99235		31867.86		24423.09		10		0.019	CR-092		32965.16		26857.84		10		0.019	DC-114		32582.49		28723.49		10		0.041
99235		31867.72		24423.16		10		0.011	CR-092		32963.5		26856.33		10		0.021	DC-114		32581.62		28723.41		10		0.055
99235		31867.61		24423.24		10		0.014	CR-092		32961.16		26855.01		10		0.024	DC-114		32581.21		28723.38		10		0.167
99235		31867.21		24425.14		10		0.009	CR-092		32958.82		26853.69		10		0.03	DC-114		32580.83		28723.35		10		0.181
99235		31867.73		24426.48		10		0.023	CR-092		32956.48		26852.37		10		0.034	DC-114		32580.45		28723.33		10		0.164
99235		31867.81		24426.69		10		0.02	CR-092		32954.13		26851.05		10		0.035	DC-114		32580.07		28723.3		10		0.081
99235		31867.88		24426.89		10		0.013	CR-092		32951.79		26849.73		10		0.054	DC-114		32579.68		28723.28		10		0.134
99235		31867.95		24427.08		10		0.024	CR-092		32949.45		26848.41		10		0.032	DC-114		32579.29		28723.24		10		0.05
99235		31868.01		24427.28		10		0.029	CR-092		32947.11		26847.09		10		0.02	DC-114		32578.89		28723.19		10		0.149
99235		31868.08		24427.48		10		0.017	CR-092		32944.76		26845.77		10		0.025	DC-114		32578.5		28723.13		10		0.148
99235		31868.24		24427.6		10		0.012	CR-092		32942.42		26844.45		10		0.068	DC-114		32578.1		28723.08		10		0.118
99235		31868.5		24427.63		10		0.009	CR-092		32940.07		26843.13		10		0.073	DC-114		32577.7		28723.03		10		0.107
99235		31871.85		24427.79		10		0.032	CR-092		32937.73		26841.81		10		0.064	DC-114		32577.3		28722.99		10		0.097
99236		32244.9		24498.63		10		0.009	CR-092		32935.39		26840.49		10		0.039	DC-114		32576.9		28722.96		10		0.192
99236		32244.73		24498.41		10		0.01	CR-092		32933.05		26839.17		10		0.027	DC-114		32576.5		28722.93		10		0.244
99236		32244.55		24498.2		10		0.013	CR-092		32930.7		26837.85		10		0.033	DC-114		32576.1		28722.9		10		0.243
99236		32244.38		24497.98		10		0.017	CR-093		32815.07		26959.83		10		0.009	DC-114		32575.7		28722.88		10		0.068
99236		32244.2		24497.76		10		0.024	CR-093		32815.04		26960.18		10		0.045	DC-114		32574.01		28722.75		10		0.333
99236		32244.03		24497.54		10		0.013	CR-093		32815.02		26960.52		10		0.616	DC-114		32573.65		28722.73		10		0.284
99236		32243.85		24497.32		10		0.009	CR-093		32815		26960.88		10		0.45	DC-114		32573.25		28722.72		10		0.252
99236		32243.68		24497.11		10		0.01	CR-093		32814.96		26961.61		10		0.033	DC-114		32572.84		28722.71		10		0.337
99236		32242.8		24496.23		10		0.009	CR-093		32814.92		26962.34		10		0.015	DC-114		32572.44		28722.71		10		0.845
99236		32242.15		24495.71		10		0.012	CR-093		32814.78		26963.74		10		0.486	DC-114		32572.04		28722.7		10		0.747
99236		32242.04		24495.7		10		0.012	CR-093		32814.71		26964.43		10		0.012	DC-114		32571.66		28722.7		10		0.656
99236		32241.93		24495.76		10		0.018	CR-093		32814.6		26965.75		10		0.009	DC-114		32571.29		28722.7		10		0.884
99236		32241.83		24495.82		10		0.029	CR-093		32814.55		26966.49		10		0.015	DC-114		32570.93		28722.7		10		0.362
99236		32241.72		24495.89		10		0.025	CR-093		32814.48		26967.25		10		0.01	DC-114		32570.56		28722.7		10		0.274
99236		32241.62		24495.95		10		0.031	CR-094		32621.29		26956.93		10		0.01	DC-114		32570.19		28722.7		10		0.052
99236		32241.52		24496.07		10		0.056	CR-094		32621		26957.42		10		0.009	DC-114		32569.79		28722.68		10		0.255
99236		32241.43		24496.23		10		0.059	CR-094		32616.84		26964.02		10		0.012	DC-114		32569.36		28722.62		10		0.284
99236		32241.34		24496.4		10		0.074	CR-095		32477.02		26830.9		10		0.014	DC-114		32568.93		28722.58		10		0.195
99236		32241.25		24496.57		10		0.08	CR-095		32475.91		26831.93		10		0.009	DC-114		32568.49		28722.53		10		0.988
99236		32241.16		24496.74		10		0.122	CR-098		31598.45		23715.54		10		0.012	DC-114		32568.06		28722.48		10		1.635
99236		32241.05		24496.99		10		0.05	CR-099		31761.26		23693.71		10		0.009	DC-114		32567.64		28722.43		10		1.635
99236		32240.93		24497.32		10		0.019	CR-099		31761.37		23693.7		10		0.011	DC-114		32567.25		28722.37		10		0.534
99236		32240.82		24497.65		10		0.034	CR-099		31761.47		23693.68		10		0.009	DC-114		32566.85		28722.31		10		1.604
99236		32240.7		24497.98		10		0.093	CR-099		31761.57		23693.67		10		0.01	DC-114		32566.45		28722.25		10		1.302
99236		32240.59		24498.31		10		0.137	CR-099		31761.68		23693.66		10		0.009	DC-114		32566.05		28722.19		10		0.348
99236		32240.47		24498.66		10		0.117	CR-099		31761.88		23693.62		10		0.019	DC-114		32565.65		28722.12		10		0.257
99236		32240.37		24499.05		10		0.154	CR-099		31761.98		23693.59		10		0.013	DC-114		32565.24		28722.06		10		0.182
99236		32240.26		24499.44		10		0.186	CR-099		31762.09		23693.56		10		0.012	DC-114		32564.82		28721.99		10		0.172
99236		32240.15		24499.82		10		0.076	CR-099		31762.19		23693.54		10		0.013	DC-114		32564.41		28721.92		10		0.081
99236		32240.04		24500.21		10		0.082	CR-099		31762.29		23693.5		10		0.015	DC-114		32564		28721.85		10		0.087
99236		32239.93		24500.6		10		0.041	CR-099		31762.41		23693.46		10		0.013	DC-114		32563.59		28721.8		10		0.193
99236		32238.8		24503.54		10		0.056	CR-099		31762.53		23693.43		10		0.015	DC-114		32563.19		28721.76		10		0.149
99236		32229.63		24513.24		10		0.009	CR-099		31762.64		23693.39		10		0.012	DC-114		32562.79		28721.73		10		0.035
99236		32228.8		24513.51		10		0.019	CR-099		31762.76		23693.35		10		0.016	DC-114		32562.39		28721.69		10		0.025
99237		32427.64		24528.78		10		0.014	CR-099		31762.89		23693.31		10		0.032	DC-114		32561.99		28721.66		10		0.06
99237		32427.56		24528.75		10		0.024	CR-099		31763.04		23693.26		10		0.009	DC-114		32561.59		28721.62		10		0.085
99237		32427.48		24528.72		10		0.018	CR-100		31862.85		23595.71		10		0.014	DC-114		32561.2		28721.57		10		0.079
99237		32427.39		24528.69		10		0.009	CR-100		31862.77		23595.9		10		0.015	DC-114		32560.79		28721.53		10		0.132
99237		32427.2		24528.57		10		0.014	CR-100		31862.69		23596.1		10		0.01	DC-114		32560.4		28721 .49		10		0.12
99237		32427.04		24528.43		10		0.032	CR-100		31862.61		23596.29		10		0.02	DC-114		32560		28721 .45		10		0.017
99237		32426.89		24528.29		10		0.012	CR-100		31862.57		23596.48		10		0.021	DC-114		32559.62		28721 .42		10		0.048
99237		32412.67		24520.11		10		0.009	CR-100		31862.57		23596.68		10		0.02	DC-114		32559.27		28721 .42		10		0.028
99237		32412.43		24519.97		10		0.016	CR-100		31862.58		23596.87		10		0.018	DC-114		32558.93		28721.41		10		0.055
99237		32412.1		24519.8		10		0.02	CR-100		31862.58		23597.06		10		0.024	DC-114		32558.57		28721.41		10		0.168
99237		32411.67		24519.61		10		0.014	CR-100		31862.59		23597.25		10		0.022	DC-114		32558.23		28721.41		10		0.355
99238		31959.04		24582.36		10		0.015	CR-100		31862.58		23597.44		10		0.015	DC-114		32557.9		28721.41		10		0.106
99238		31958.88		24582.43		10		0.022	CR-100		31862.55		23597.63		10		0.034	DC-114		32557.61		28721 .43		10		0.076
99238		31958.72		24582.51		10		0.02	CR-100		31862.52		23597.82		10		0.026	DC-114		32557.31		28721 .45		10		0.043
99238		31958.55		24582.61		10		0.01	CR-100		31862.5		23598.01		10		0.032	DC-114		32557.02		28721 .46		10		0.098
99238		31958.38		24582.7		10		0.013	CR-100		31862.47		23598.2		10		0.02	DC-114		32556.72		28721 .48		10		0.046
99238		31957.66		24585.73		10		0.009	CR-100		31862.21		23599.29		10		0.01	DC-114		32556.42		28721.51		10		0.112
99238		31957.64		24586.04		10		0.019	CR-100		31862.15		23599.52		10		0.01	DC-114		32556.11		28721.55		10		0.054
99238		31957.65		24586.35		10		0.034	CR-100		31862.07		23599.75		10		0.009	DC-114		32555.79		28721.59		10		0.122
99238		31957.66		24586.67		10		0.033	CR-100		31861.92		23600.21		10		0.01	DC-114		32555.48		28721.62		10		0.098
99238		31957.67		24586.98		10		0.027	CR-100		31861.85		23600.45		10		0.009	DC-114		32555.17		28721.66		10		0.024
99238		31957.68		24587.3		10		0.035	CR-101		31860.78		23793.44		10		0.011	DC-114		32554.82		28721.68		10		0.055
99238		31957.73		24587.65		10		0.052	CR-101		31859.77		23793.1		10		0.012	DC-114		32554.44		28721.66		10		0.018

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99238		31957.82		24588.04		10		0.028	CR-101		31859.52		23793.02		10		0.009	DC-114		32554.05		28721.65		10		0.012
99238		31957.91		24588.43		10		0.066	CR-101		31859.27		23792.96		10		0.013	DC-114		32547.1		28720.95		10		0.011
99238		31958.01		24588.82		10		0.039	CR-101		31859.03		23792.93		10		0.012	DC-114		32546.72		28720.9		10		0.01
99238		31958.1		24589.21		10		0.032	CR-101		31858.79		23792.9		10		0.01	DC-116		32268.46		28500.17		10		0.012
99238		31958.24		24589.62		10		0.026	CR-101		31858.54		23792.87		10		0.015	DC-116		32246.91		28510.27		10		0.02
99239		32085.23		24711.34		10		0.01	CR-101		31858.07		23792.83		10		0.012	DC-116		32242.95		28512.68		10		0.079
99239		32085.15		24711.4		10		0.03	CR-101		31857.86		23792.83		10		0.02	DC-116		32242.38		28513		10		0.073
99239		32085.12		24711.42		10		0.011	CR-101		31857.65		23792.82		10		0.02	DC-116		32241.79		28513.32		10		0.082
99239		32085.09		24711.65		10		0.015	CR-101		31857.45		23792.82		10		0.016	DC-116		32241.21		28513.64		10		0.111
99239		32085.08		24711.74		10		0.015	CR-101		31857.23		23792.82		10		0.026	DC-116		32240.63		28513.96		10		0.155
99239		32085.07		24711.83		10		0.012	CR-101		31857.02		23792.84		10		0.035	DC-116		32240.03		28514.28		10		0.261
99239		32085.06		24711.97		10		0.048	CR-101		31856.8		23792.89		10		0.027	DC-116		32239.4		28514.58		10		0.097
99239		32085.04		24712.18		10		0.022	CR-101		31856.58		23792.94		10		0.033	DC-116		32238.77		28514.88		10		0.344
99239		32085.02		24712.39		10		0.016	CR-101		31856.36		23792.98		10		0.013	DC-116		32238.15		28515.19		10		0.544
99239		32085		24712.6		10		0.011	CR-102		31988.03		23760.38		10		0.009	DC-116		32237.52		28515.49		10		0.438
99239		32084.99		24712.81		10		0.012	CR-102		31987.56		23759.66		10		0.009	DC-116		32236.88		28515.77		10		0.377
99239		32084.95		24714.28		10		0.009	CR-102		31987.41		23759.48		10		0.01	DC-116		32236.23		28516.03		10		0.387
99239		32084.94		24714.7		10		0.009	CR-102		31987.25		23759.29		10		0.009	DC-116		32235.59		28516.29		10		0.267
99239		32084.94		24714.96		10		0.02	CR-102		31987.1		23759.1		10		0.024	DC-116		32234.94		28516.54		10		0.492
99239		32084.95		24715.22		10		0.028	CR-102		31986.94		23758.91		10		0.009	DC-116		32234.29		28516.8		10		0.334
99239		32084.95		24715.48		10		0.034	CR-102		31986.81		23758.75		10		0.009	DC-116		32233.67		28517.04		10		0.387
99239		32084.95		24715.75		10		0.026	CR-102		31986.69		23758.62		10		0.026	DC-116		32233.08		28517.25		10		0.619
99239		32084.95		24716.02		10		0.026	CR-102		31986.57		23758.49		10		0.024	DC-116		32232.49		28517.46		10		0.978
99239		32084.94		24716.3		10		0.043	CR-102		31986.46		23758.36		10		0.011	DC-116		32231.89		28517.67		10		1.237
99239		32084.94		24716.57		10		0.049	CR-102		31986.34		23758.23		10		0.011	DC-116		32231.3		28517.88		10		0.3
99239		32084.94		24716.86		10		0.045	CR-102		31986.22		23758.09		10		0.03	DC-116		32230.7		28518.06		10		0.041
99239		32084.93		24717.13		10		0.068	CR-102		31986.11		23757.94		10		0.028	DC-116		32230.07		28518.21		10		0.027
99239		32084.89		24717.44		10		0.064	CR-103		32044.72		23852.88		10		0.01	DC-116		32220.65		28520.43		10		0.037
99239		32084.8		24717.78		10		0.053	CR-103		32044.65		23853.06		10		0.013	DC-116		32218.76		28520.88		10		0.068
99239		32084.71		24718.12		10		0.053	CR-103		32044.59		23853.22		10		0.01	DC-116		32218.13		28521.03		10		0.059
99239		32084.62		24718.45		10		0.064	CR-103		32044.52		23853.38		10		0.023	DC-116		32217.51		28521.17		10		0.036
99239		32084.53		24718.79		10		0.046	CR-103		32044.46		23853.54		10		0.024	DC-116		32216.88		28521.32		10		0.191
99239		32084.43		24719.14		10		0.051	CR-103		32044.39		23853.7		10		0.03	DC-116		32216.25		28521.47		10		0.532
99239		32084.31		24719.51		10		0.021	CR-103		32044.32		23853.88		10		0.014	DC-116		32215.62		28521.62		10		0.235
99239		32084.19		24719.88		10		0.043	CR-103		32044.26		23854.05		10		0.015	DC-116		32215		28521.77		10		0.124
99239		32084.07		24720.24		10		0.047	CR-103		32044.19		23854.23		10		0.013	DC-116		32214.37		28521.92		10		0.037
99239		32083.96		24720.61		10		0.04	CR-103		32044.12		23854.41		10		0.012	DC-116		32213.74		28522.06		10		0.017
99239		32083.88		24720.93		10		0.037	CR-103		32044.05		23854.59		10		0.015	DC-116		32212.48		28522.36		10		0.011
99239		32083.84		24721.23		10		0.048	CR-103		32044		23854.77		10		0.02	DC-124		32496.92		28721.45		10		0.076
99239		32083.8		24721.52		10		0.009	CR-103		32043.96		23854.94		10		0.011	DC-124		32489.13		28729.84		10		0.025
99239		32083.8		24723.59		10		0.009	CR-103		32043.93		23855.11		10		0.013	DC-124		32488.95		28729.78		10		0.312
99239		32083.91		24724.3		10		0.016	CR-103		32043.89		23855.28		10		0.043	DC-124		32488.75		28729.7		10		0.082
99239		32083.94		24724.52		10		0.017	CR-103		32043.86		23855.45		10		0.066	DC-124		32488.56		28729.61		10		0.083
99239		32083.96		24725.42		10		0.009	CR-103		32043.85		23855.62		10		0.094	DC-124		32488.37		28729.53		10		0.065
99239		32083.95		24725.65		10		0.016	CR-103		32043.87		23855.8		10		0.068	DC-124		32488.18		28729.45		10		0.07
99239		32083.84		24726.29		10		0.009	CR-103		32043.89		23855.97		10		0.014	DC-124		32487.97		28729.33		10		0.258
99239		32083.66		24726.89		10		0.015	CR-104		32116.26		23659.44		10		0.01	DC-124		32487.76		28729.18		10		0.238
99239		32083.6		24727.05		10		0.018	CR-104		32115.44		23659.99		10		0.01	DC-124		32487.54		28729.03		10		0.089
99239		32083		24728.04		10		0.009	CR-104		32115.21		23660.09		10		0.009	DC-124		32487.33		28728.88		10		0.073
99239		32082.9		24728.18		10		0.029	CR-104		32115.11		23660.14		10		0.01	DC-124		32487.11		28728.73		10		0.122
99239		32082.88		24728.29		10		0.018	CR-104		32114.59		23660.28		10		0.012	DC-124		32486.89		28728.57		10		0.221
99239		32082.94		24728.35		10		0.013	CR-104		32114.46		23660.3		10		0.018	DC-124		32486.67		28728.41		10		0.131
99240		32534.99		24745.87		10		0.019	CR-104		32114.32		23660.32		10		0.017	DC-124		32486.45		28728.24		10		0.206
99240		32534.88		24746.06		10		0.045	CR-104		32114.15		23660.34		10		0.013	DC-124		32486.22		28728.08		10		0.329
99240		32534.75		24746.26		10		0.041	CR-104		32113.96		23660.36		10		0.027	DC-124		32486		28727.91		10		0.192
99240		32534.6		24746.46		10		0.026	CR-104		32113.77		23660.38		10		0.026	DC-124		32484.75		28726.96		10		0.464
99240		32534.45		24746.65		10		0.024	CR-104		32113.58		23660.4		10		0.011	DC-124		32484.57		28726.83		10		2.166
99240		32499.68		24709.54		10		0.025	CR-104		32113.39		23660.43		10		0.01	DC-124		32484.39		28726.69		10		3.094
99241		32417.33		24841.26		10		0.191	CR-104		32113.18		23660.45		10		0.056	DC-124		32484.21		28726.55		10		1.205
99241		32417.23		24841.27		10		0.02	CR-104		32112.96		23660.48		10		0.048	DC-124		32484.03		28726.41		10		0.809
99241		32417.12		24841.28		10		0.03	CR-104		32112.73		23660.52		10		0.019	DC-124		32483.86		28726.29		10		1.802
99241		32417.02		24841.3		10		0.033	CR-104		32092.05		23656.09		10		0.02	DC-124		32483.69		28726.16		10		1.034
99241		32416.92		24841.33		10		0.017	CR-105		32179.19		23782.81		10		0.013	DC-124		32483.51		28726.05		10		1.241
99241		32392.46		24805.47		10		0.011	CR-105		32179.53		23782.8		10		0.025	DC-124		32483.34		28725.93		10		0.858
99241		32390.05		24802.97		10		0.011	CR-105		32179.58		23782.81		10		0.027	DC-124		32483.17		28725.81		10		2.876
99241		32389.27		24802.06		10		0.02	CR-105		32179.63		23782.81		10		0.024	DC-124		32482.98		28725.68		10		2.191
99242		32258.95		25075.18		10		0.019	CR-105		32179.73		23782.82		10		0.011	DC-124		32482.78		28725.55		10		2.288
99242		32258.89		25075.29		10		0.019	CR-105		32179.8		23782.82		10		0.014	DC-124		32482.57		28725.41		10		3.236
99242		32258.84		25075.4		10		0.028	CR-105		32179.87		23782.83		10		0.039	DC-124		32482.37		28725.28		10		0.283
99242		32258.79		25075.51		10		0.034	CR-105		32179.94		23782.84		10		0.06	DC-124		32482.16		28725.15		10		0.091
99242		32258.73		25075.62		10		0.018	CR-105		32180.07		23782.86		10		0.01	DC-124		32481.95		28725.02		10		0.378
99242		32258.66		25075.75		10		0.014	CR-106		32239.7		23906.51		10		0.011	DC-124		32481.71		28724.9		10		3.772
99242		32258.58		25075.9		10		0.019	CR-106		32239.89		23906.38		10		0.02	DC-124		32481.48		28724.78		10		3.747
99242		32258.5		25076.06		10		0.01	CR-106		32240.08		23906.25		10		0.01	DC-124		32481.25		28724.66		10		4.63
99242		32257.98		25077.34		10		0.015	CR-106		32240.27		23906.17		10		0.009	DC-124		32481.02		28724.54		10		3.801
99242		32257.98		25077.39		10		0.018	CR-106		32240.48		23906.12		10		0.012	DC-124		32480.78		28724.42		10		2.668
99242		32258		25077.46		10		0.019	CR-106		32240.68		23906.07		10		0.013	DC-124		32480.54		28724.31		10		0.336
99242		32258.04		25077.54		10		0.01	CR-106		32240.89		23906.03		10		0.02	DC-124		32480.3		28724.2		10		0.198
99242		32258.07		25077.62		10		0.009	CR-106		32241.09		23905.98		10		0.045	DC-124		32480.07		28724.09		10		0.17
99242		32258.1		25077.7		10		0.01	CR-106		32241.3		23905.93		10		0.024	DC-124		32479.83		28723.98		10		0.293
99242		32258.16		25077.92		10		0.02	CR-106		32241.51		23905.85		10		0.018	DC-124		32479.61		28723.9		10		0.288
99242		32258.18		25079.38		10		0.012	CR-106		32241.73		23905.78		10		0.009	DC-124		32479.41		28723.84		10		0.318
99242		32258.15		25079.62		10		0.019	CR-106		32241.95		23905.71		10		0.014	DC-124		32479.21		28723.79		10		0.293
99242		32258.12		25079.87		10		0.027	CR-106		32242.16		23905.64		10		0.019	DC-124		32479.01		28723.73		10		0.269
99242		32258.06		25080.06		10		0.029	CR-107		32345.98		23797.07		10		0.019	DC-124		32478.8		28723.67		10		0.32

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99242		32257.99		25080.22		10		0.027	CR-107		32345.72		23796.83		10		0.01	DC-124		32478.59		28723.6		10		0.147
99242		32257.83		25080.53		10		0.009	CR-107		32345.46		23796.59		10		0.021	DC-124		32478.36		28723.53		10		0.162
99242		32257.76		25080.69		10		0.009	CR-107		32345.21		23796.36		10		0.012	DC-124		32478.12		28723.45		10		0.068
99242		32257.72		25080.81		10		0.02	CR-107		32344.95		23796.13		10		0.015	DC-124		32477.89		28723.38		10		0.103
99242		32257.73		25080.9		10		0.014	CR-107		32344.68		23795.91		10		0.02	DC-124		32477.66		28723.3		10		0.1
99242		32257.74		25080.99		10		0.012	CR-107		32344.4		23795.69		10		0.015	DC-124		32477.43		28723.23		10		0.063
99242		32257.75		25081.07		10		0.02	CR-107		32344.13		23795.46		10		0.019	DC-124		32477.22		28723.14		10		0.035
99242		32257.76		25081.16		10		0.017	CR-108		32421.58		23938.79		10		0.094	DC-124		32477.01		28723.07		10		0.03
99242		32257.75		25081.26		10		0.02	CR-108		32421.34		23938.81		10		0.168	DC-124		32476.8		28722.98		10		0.79
99242		32257.72		25081.38		10		0.045	CR-108		32421.09		23938.83		10		0.02	DC-124		32476.59		28722.91		10		0.479
99242		32257.69		25081.5		10		0.049	CR-108		32420.85		23938.85		10		0.02	DC-124		32476.38		28722.82		10		0.199
99242		32257.66		25081.62		10		0.042	CR-108		32420.6		23938.87		10		0.022	DC-124		32476.17		28722.73		10		0.202
99242		32257.63		25081.74		10		0.03	CR-108		32420.34		23938.89		10		0.027	DC-124		32475.96		28722.64		10		0.245
99242		32257.62		25081.86		10		0.011	CR-108		32420.08		23938.9		10		0.022	DC-124		32475.75		28722.55		10		0.217
99242		32257.6		25082.1		10		0.02	CR-108		32419.81		23938.92		10		0.018	DC-124		32475.54		28722.46		10		0.053
99242		32257.59		25082.22		10		0.012	CR-108		32419.55		23938.94		10		0.011	DC-124		32475.36		28722.36		10		0.011
99243		32188.66		25264.92		10		0.017	CR-108		32419.32		23938.98		10		0.015	DC-124		32475.19		28722.26		10		0.01
99243		32188.47		25264.88		10		0.009	CR-111		31694.79		23561.66		10		0.025	DC-125		32504.49		28907.33		10		0.046
99243		32188.29		25264.85		10		0.015	CR-111		31694.54		23561.93		10		0.01	DC-125		32504.08		28906.71		10		0.027
99243		32186.37		25264.77		10		0.011	CR-111		31692.63		23563.8		10		0.011	DC-125		32495.23		28897.37		10		0.018
99243		32186.17		25264.83		10		0.01	CR-112		31848.11		23430.08		10		0.009	DC-125		32491.67		28894.72		10		0.02
99243		32185.97		25264.9		10		0.013	CR-112		31847.9		23430.06		10		0.009	DC-125		32491.03		28893.89		10		0.086
99243		32185.77		25264.93		10		0.014	CR-112		31847.69		23430.04		10		0.009	DC-125		32490.87		28893.68		10		0.171
99243		32185.55		25264.91		10		0.014	CR-112		31847.49		23430.04		10		0.009	DC-125		32490.72		28893.46		10		0.091
99243		32185.35		25264.9		10		0.017	CR-112		31846.92		23430.11		10		0.011	DC-125		32490.57		28893.25		10		0.271
99243		32185.14		25264.89		10		0.015	CR-112		31846.73		23430.13		10		0.012	DC-125		32490.42		28893.04		10		0.145
99243		32184.62		25264.81		10		0.019	CR-112		31846.3		23430.23		10		0.018	DC-125		32490.27		28892.82		10		0.091
99243		32184.49		25264.77		10		0.018	CR-112		31846.09		23430.29		10		0.021	DC-125		32490.12		28892.61		10		0.169
99243		32184.36		25264.73		10		0.029	CR-112		31845.87		23430.34		10		0.015	DC-125		32489.95		28892.45		10		0.47
99243		32184.22		25264.69		10		0.021	CR-112		31845.65		23430.4		10		0.011	DC-125		32489.77		28892.34		10		0.446
99243		32184.04		25264.65		10		0.033	CR-112		31845.43		23430.44		10		0.014	DC-125		32489.59		28892.23		10		0.456
99243		32183.82		25264.62		10		0.027	CR-112		31845.23		23430.47		10		0.013	DC-125		32489.41		28892.13		10		0.528
99243		32183.59		25264.59		10		0.02	CR-113		32038.9		23467.03		10		0.009	DC-125		32489.23		28892.02		10		0.959
99243		32183.37		25264.56		10		0.074	CR-113		32036.69		23468.31		10		0.01	DC-125		32489.08		28891.91		10		0.015
99243		32183.14		25264.53		10		0.075	CR-113		32035.14		23469.98		10		0.011	DC-125		32488.43		28891.32		10		0.847
99243		32182.97		25264.52		10		0.041	CR-113		32034.95		23470.26		10		0.017	DC-125		32488.29		28891.22		10		1.034
99243		32182.85		25264.52		10		0.025	CR-113		32034.76		23470.55		10		0.025	DC-125		32488.15		28891.12		10		0.922
99243		32182.48		25264.52		10		0.011	CR-113		32034.57		23470.84		10		0.014	DC-125		32488.01		28891.02		10		1.117
99244		32397.78		25258.14		10		0.014	CR-113		32034.37		23471.13		10		0.017	DC-125		32487.87		28890.91		10		1.328
99244		32397.65		25258.38		10		0.017	CR-113		32034.18		23471.42		10		0.015	DC-125		32487.72		28890.81		10		2.373
99244		32396.35		25260.52		10		0.01	CR-113		32034		23471.75		10		0.024	DC-125		32487.56		28890.7		10		2.351
99244		32396.22		25260.75		10		0.026	CR-113		32033.82		23472.11		10		0.019	DC-125		32487.4		28890.59		10		1.096
99244		32396.1		25260.98		10		0.021	CR-113		32033.64		23472.47		10		0.012	DC-125		32487.24		28890.48		10		0.49
99244		32395.98		25261.21		10		0.015	CR-113		32033.46		23472.83		10		0.011	DC-125		32487.08		28890.38		10		0.526
99244		32395.86		25261.45		10		0.026	CR-114		32250.87		23529.65		10		0.018	DC-125		32486.95		28890.28		10		0.084
99244		32395.75		25261.68		10		0.012	CR-114		32250.29		23529.81		10		0.013	DC-125		32486.83		28890.2		10		0.051
99244		32395.6		25261.94		10		0.011	CR-114		32249.99		23529.94		10		0.01	DC-125		32486.72		28890.12		10		0.028
99244		32393.84		25265.06		10		0.018	CR-114		32249.35		23530.29		10		0.03	DC-125		32486.61		28890.04		10		0.204
99244		32393.74		25265.41		10		0.07	CR-114		32249.02		23530.46		10		0.015	DC-125		32486.49		28889.95		10		0.27
99244		32393.64		25265.77		10		0.031	CR-114		32248.7		23530.64		10		0.009	DC-125		32486.37		28889.87		10		0.232
99244		32393.55		25266.12		10		0.036	CR-114		32248.39		23530.84		10		0.01	DC-125		32486.24		28889.78		10		0.111
99244		32393.46		25266.48		10		0.051	CR-114		32224.82		23548.9		10		0.019	DC-125		32486.11		28889.7		10		0.117
99244		32393.37		25266.8		10		0.032	CR-114		32224.41		23549.3		10		0.078	DC-125		32485.98		28889.61		10		0.08
99244		32393.28		25267.11		10		0.018	CR-116		31931.72		23102.47		10		0.046	DC-125		32485.85		28889.52		10		0.03
99244		32393.2		25267.41		10		0.02	CR-116		31931.11		23102.55		10		0.009	DC-125		32485.72		28889.42		10		0.01
99244		32393.12		25267.71		10		0.054	CR-116		31930.99		23102.57		10		0.009	DC-125		32485.59		28889.3		10		0.035
99244		32393.03		25268.02		10		0.039	CR-116		31930.27		23102.72		10		0.016	DC-125		32485.46		28889.18		10		0.057
99244		32392.9		25268.33		10		0.034	CR-116		31930.15		23102.74		10		0.022	DC-125		32485.34		28889.06		10		0.077
99244		32392.71		25268.64		10		0.034	CR-116		31930.03		23102.76		10		0.021	DC-125		32485.21		28888.94		10		0.067
99244		32392.53		25268.96		10		0.049	CR-116		31929.9		23102.79		10		0.018	DC-125		32485.06		28888.78		10		0.01
99244		32392.35		25269.28		10		0.073	CR-116		31929.77		23102.81		10		0.012	DC-125		32484.9		28888.57		10		0.043
99244		32392.16		25269.59		10		0.041	CR-116		31929.63		23102.83		10		0.01	DC-125		32484.74		28888.36		10		0.036
99244		32391.97		25269.88		10		0.05	CR-116		31929.49		23102.85		10		0.012	DC-125		32484.58		28888.16		10		0.029
99244		32391.78		25270.12		10		0.049	CR-116		31929.35		23102.87		10		0.01	DC-125		32484.42		28887.95		10		0.014
99244		32391.58		25270.37		10		0.052	CR-116		31929.22		23102.89		10		0.015	DC-125		32484.26		28887.75		10		0.02
99244		32391.39		25270.62		10		0.071	CR-116		31929.1		23102.91		10		0.014	DC-125		32484.09		28887.54		10		0.014
99244		32391.2		25270.86		10		0.091	CR-116		31928.98		23102.93		10		0.022	DC-125		32483.44		28886.74		10		0.024
99244		32391.04		25271.07		10		0.048	CR-116		31928.86		23102.95		10		0.009	DC-125		32483.17		28886.38		10		0.013
99244		32390.93		25271.25		10		0.019	CR-117		32315.93		23040.71		10		0.01	DC-125		32482.89		28886.02		10		0.038
99245		32615.31		25271.83		10		0.012	CR-118		33109.74		26305.94		10		0.014	DC-126		32499.88		28990.16		10		0.018
99245		32615.43		25272.06		10		0.029	CR-121		32284.15		23721.9		10		0.013	DC-126		32494.71		28988.5		10		0.01
99245		32615.6		25272.26		10		0.037	CR-121		32284.1		23722.38		10		0.012	DC-126		32494.6		28988.17		10		0.013
99245		32615.77		25272.45		10		0.022	CR-121		32284.13		23722.51		10		0.011	DC-126		32494.54		28988		10		0.089
99245		32615.95		25272.65		10		0.011	CR-121		32284.13		23722.93		10		0.025	DC-126		32494.47		28987.85		10		0.015
99245		32616.24		25273.07		10		0.01	CR-121		32284.13		23723.14		10		0.016	DC-126		32494.38		28987.7		10		0.032
99245		32616.31		25273.32		10		0.016	CR-121		32284.13		23723.35		10		0.016	DC-126		32494.29		28987.55		10		0.38
99245		32617.58		25275.11		10		0.177	CR-121		32284.21		23723.54		10		0.014	DC-126		32494.2		28987.4		10		0.093
99245		32617.7		25275.13		10		0.236	CR-121		32285.01		23724.52		10		0.015	DC-126		32494.02		28987.1		10		0.064
99245		32617.82		25275.15		10		0.185	CR-122		32250.82		23355.1		10		0.021	DC-126		32493.92		28986.95		10		0.138
99245		32617.94		25275.17		10		0.179	CR-122		32250.72		23355.11		10		0.022	DC-126		32493.83		28986.81		10		0.204
99245		32618.04		25275.22		10		0.198	CR-122		32250.65		23355.16		10		0.013	DC-126		32493.73		28986.66		10		0.356
99245		32618.11		25275.3		10		0.028	CR-122		32250.58		23355.22		10		0.014	DC-126		32493.64		28986.52		10		0.189
99245		32618.18		25275.37		10		0.03	CR-122		32250.52		23355.27		10		0.011	DC-126		32493.51		28986.39		10		0.314
99245		32618.26		25275.45		10		0.01	CR-123		31829.29		23274.93		10		0.01	DC-126		32493.35		28986.28		10		0.397
99245		32618.33		25275.52		10		0.011	CR-123		31828.98		23275.17		10		0.011	DC-126		32493.19		28986.18		10		0.395

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99245		32617.3		25276.59		10		0.013	CR-123		31827.62		23276.15		10		0.013	DC- 126		32493.03		28986.07		10		0.746
99245		32616.62		25277.13		10		0.012	CR-123		31826.11		23277.48		10		0.02	DC- 126		32492.87		28985.96		10		2.52
99245		32615.12		25277.6		10		0.097	CR-124		32091.84		23146.73		10		0.009	DC- 126		32492.73		28985.93		10		0.379
99245		32614.97		25277.53		10		0.082	CR-124		32091.88		23146.11		10		0.016	DC- 126		32492.62		28985.98		10		2.618
99245		32614.81		25277.46		10		0.009	CR-124		32091.85		23145.97		10		0.016	DC- 126		32492.51		28986.03		10		2.532
99245		32614.65		25277.39		10		0.026	CR-124		32091.79		23145.9		10		0.016	DC- 126		32492.4		28986.08		10		0.54
99245		32614.34		25277.26		10		0.01	CR-124		32091.62		23145.7		10		0.024	DC- 126		32492.29		28986.13		10		0.234
99245		32614.07		25277.18		10		0.009	CR-124		32091.55		23145.6		10		0.014	DC- 126		32492.18		28986.2		10		0.065
99246		32327.31		25486.31		10		0.015	CR-124		32091.46		23145.44		10		0.01	DC- 126		32492.06		28986.28		10		0.084
99246		32327.1		25486.29		10		0.01	CR-124		32091.21		23144.99		10		0.014	DC- 126		32491.95		28986.36		10		0.18
99246		32326.89		25486.26		10		0.018	CR-124		32091.45		23144.44		10		0.015	DC- 126		32491.72		28986.52		10		0.014
99246		32325.56		25486.16		10		0.009	CR-126		27773.6		28390.5		10		0.011	DC- 126		32491.57		28986.57		10		0.02
99246		32325.35		25486.07		10		0.019	CR-126		27771.83		28427.06		10		0.009	DC- 126		32491.19		28986.63		10		0.012
99246		32325.14		25485.98		10		0.023	CR-126		27771.79		28428.14		10		0.018	DC- 126		32488.93		28987.55		10		0.01
99246		32324.99		25485.91		10		0.025	CR-126		27771.82		28429.26		10		0.012	DC00-01		31856.59		24226.45		10		0.011
99246		32324.9		25485.86		10		0.049	CR-126		27772.04		28431.54		10		0.025	DC00-01		31855.35		24226.69		10		0.011
99246		32324.81		25485.81		10		0.029	CR-126		27774.18		28445.57		10		0.009	DC00-01		31855.15		24226.73		10		0.016
99246		32324.71		25485.76		10		0.056	CR-126		27775.46		28450.77		10		0.009	DC00-01		31854.94		24226.77		10		0.02
99246		32324.62		25485.71		10		0.032	DC-017		32676.94		29427.48		10		0.097	DC00-01		31854.73		24226.81		10		0.034
99246		32324.49		25485.64		10		0.021	DC-017		32676.58		29427.96		10		0.026	DC00-01		31854.54		24226.84		10		0.023
99246		32324.32		25485.55		10		0.017	DC-017		32676.24		29428.46		10		0.351	DC00-01		31854.35		24226.88		10		0.019
99246		32324.15		25485.47		10		0.035	DC-017		32675.55		29429.46		10		0.116	DC00-01		31854.16		24226.91		10		0.02
99246		32323.97		25485.39		10		0.041	DC-017		32675.2		29429.97		10		0.025	DC00-01		31853.97		24226.95		10		0.104
99246		32323.8		25485.3		10		0.022	DC-018		32613.25		29458.51		10		0.036	DC00-01		31853.78		24226.98		10		0.044
99246		32323.63		25485.31		10		0.017	DC-018		32613.27		29458.32		10		0.107	DC00-01		31853.61		24226.99		10		0.044
99246		32323.46		25485.4		10		0.089	DC-018		32613.33		29458.11		10		0.259	DC00-01		31853.45		24226.99		10		0.048
99246		32323.29		25485.49		10		0.09	DC-018		32613.38		29457.89		10		0.054	DC00-01		31853.29		24226.99		10		0.052
99246		32323.12		25485.58		10		0.109	DC-018		32613.44		29457.67		10		0.09	DC00-01		31853.14		24226.99		10		0.07
99246		32322.96		25485.67		10		0.078	DC-018		32613.5		29457.45		10		0.786	DC00-01		31852.98		24226.98		10		0.033
99246		32322.8		25485.7		10		0.056	DC-018		32613.53		29457.26		10		1.21	DC00-02		31941.48		24171.86		10		0.01
99246		32322.67		25485.67		10		0.068	DC-018		32613.55		29457.1		10		1.044	DC00-02		31940.57		24173.86		10		0.009
99246		32322.53		25485.64		10		0.046	DC-018		32613.57		29456.95		10		0.245	DC00-02		31940.45		24174.22		10		0.01
99246		32322.39		25485.61		10		0.12	DC-018		32613.59		29456.79		10		0.404	DC00-02		31940.32		24174.61		10		0.01
99246		32322.26		25485.57		10		0.056	DC-018		32613.61		29456.63		10		0.054	DC00-02		31940.09		24175.46		10		0.01
99246		32322.03		25485.61		10		0.036	DC-018		32613.19		29455.96		10		0.018	DC00-02		31939.98		24175.88		10		0.009
99246		32321.72		25485.71		10		0.012	DC-019		32799.44		29313.13		10		0.025	DC00-02		31939.86		24176.3		10		0.013
99247		32501.04		25450.5		10		0.016	DC-019		32798.96		29312.93		10		0.216	DC00-02		31939.75		24176.75		10		0.022
99247		32501.13		25450.61		10		0.011	DC-019		32798.76		29312.77		10		1.165	DC00-02		31939.64		24177.22		10		0.023
99247		32501.32		25450.83		10		0.013	DC-019		32798.55		29312.61		10		0.016	DC00-02		31939.53		24177.7		10		0.012
99247		32501.43		25450.94		10		0.018	DC-019		32798.13		29312.29		10		0.038	DC00-02		31939.42		24178.17		10		0.029
99247		32501.54		25451.05		10		0.01	DC-019		32797.89		29312.13		10		0.348	DC00-02		31939.31		24178.65		10		0.012
99247		32502.69		25452.5		10		0.015	DC-019		32797.62		29311.98		10		0.096	DC00-02		31939.18		24179.07		10		0.047
99247		32502.71		25452.65		10		0.017	DC-019		32797.35		29311.82		10		0.041	DC00-02		31939.01		24179.44		10		0.055
99247		32502.73		25452.81		10		0.034	DC-020		32725.94		29192.6		10		0.028	DC00-02		31938.85		24179.8		10		0.062
99247		32502.75		25452.99		10		0.067	DC-020		32725.8		29192.5		10		0.017	DC00-02		31938.68		24180.17		10		0.049
99247		32502.77		25453.2		10		0.064	DC-020		32725.41		29192.32		10		0.025	DC00-02		31938.52		24180.54		10		0.058
99247		32502.78		25453.41		10		0.038	DC-020		32725.36		29192.22		10		0.352	DC00-02		31938.39		24180.93		10		0.081
99247		32502.8		25453.62		10		0.052	DC-020		32725.32		29192.13		10		0.498	DC00-02		31938.29		24181.36		10		0.104
99247		32502.81		25453.83		10		0.059	DC-020		32725.27		29192.04		10		0.391	DC00-02		31938.18		24181.78		10		0.132
99247		32502.84		25454.06		10		0.023	DC-020		32725.23		29191.94		10		0.109	DC00-02		31938.08		24182.21		10		0.029
99247		32502.86		25454.32		10		0.06	DC-020		32725.17		29191.82		10		0.073	DC00-02		31937.98		24182.63		10		0.077
99247		32502.89		25454.58		10		0.038	DC-020		32725.1		29191.68		10		0.084	DC00-02		31937.73		24183.58		10		0.015
99247		32502.91		25454.84		10		0.033	DC-020		32725.03		29191.54		10		0.022	DC00-03		32038		24270.64		10		0.011
99247		32502.94		25455.1		10		0.041	DC-020		32724.95		29191.4		10		0.016	DC00-03		32037.68		24269.87		10		0.009
99247		32502.99		25455.35		10		0.054	DC-020		32724.88		29191.26		10		0.084	DC00-03		32037.56		24269.58		10		0.009
99247		32503.07		25455.58		10		0.053	DC-020		32724.8		29191.12		10		0.105	DC00-03		32037.32		24269		10		0.01
99247		32503.16		25455.81		10		0.039	DC-020		32724.71		29190.97		10		0.05	DC00-03		32037.21		24268.71		10		0.011
99247		32503.24		25456.04		10		0.054	DC-020		32724.62		29190.82		10		0.08	DC00-03		32036.57		24267.55		10		0.009
99247		32503.32		25456.27		10		0.054	DC-020		32724.52		29190.68		10		0.556	DC00-03		32036.18		24266.68		10		0.009
99247		32503.51		25456.53		10		0.057	DC-020		32724.43		29190.53		10		0.194	DC00-03		32036.08		24266.38		10		0.014
99247		32503.8		25456.83		10		0.031	DC-020		32724.36		29190.35		10		0.059	DC00-03		32035.99		24266.08		10		0.019
99247		32504.09		25457.13		10		0.032	DC-020		32724.29		29189.94		10		0.01	DC00-03		32035.89		24265.78		10		0.028
99247		32504.38		25457.44		10		0.017	DC-020		32723.53		29187.77		10		0.034	DC00-03		32035.77		24265.48		10		0.021
99248		32684.91		25479.2		10		0.016	DC-020		32723.48		29187.55		10		0.018	DC00-03		32035.63		24265.18		10		0.025
99248		32677.21		25468.77		10		0.081	DC-020		32723.3		29186.82		10		0.037	DC00-03		32035.48		24264.88		10		0.02
99248		32676.63		25468.13		10		0.078	DC-020		32723.23		29186.55		10		0.025	DC00-03		32035.34		24264.58		10		0.072
99248		32676.03		25467.5		10		0.053	DC-020		32723.16		29186.28		10		0.179	DC00-03		32035.2		24264.28		10		0.066
99248		32675.43		25466.88		10		0.048	DC-020		32723.09		29186.01		10		0.294	DC00-03		32035.11		24264		10		0.078
99248		32674.82		25466.25		10		0.07	DC-020		32723.02		29185.78		10		0.14	DC00-03		32035.07		24263.74		10		0.061
99248		32674.22		25465.62		10		0.06	DC-020		32722.95		29185.6		10		0.255	DC00-03		32035.04		24263.48		10		0.072
99248		32673.66		25465.1		10		0.042	DC-020		32722.88		29185.42		10		0.333	DC00-03		32035		24263.23		10		0.118
99248		32673.13		25464.7		10		0.056	DC-020		32722.81		29185.24		10		0.169	DC00-03		32034.96		24262.96		10		0.085
99248		32672.6		25464.3		10		0.05	DC-020		32722.75		29185.06		10		0.117	DC00-03		32034.91		24262.69		10		0.085
99248		32672.07		25463.9		10		0.072	DC-020		32722.68		29184.87		10		0.838	DC00-03		32034.84		24262.4		10		0.065
99248		32671.54		25463.5		10		0.057	DC-020		32722.62		29184.65		10		1.075	DC00-03		32034.77		24262.11		10		0.039
99248		32671.02		25463.12		10		0.052	DC-020		32722.56		29184.43		10		1.332	DC00-03		32034.7		24261.83		10		0.046
99248		32670.49		25462.74		10		0.045	DC-020		32722.5		29184.21		10		0.591	DC00-03		32034.63		24261.54		10		0.112
99248		32669.96		25462.37		10		0.014	DC-020		32722.43		29183.99		10		0.443	DC00-03		32034.6		24261.25		10		0.101
99249		32273.4		25763.43		10		0.018	DC-020		32722.33		29183.78		10		0.082	DC00-03		32034.61		24260.97		10		0.027
99249		32270.19		25763.42		10		0.01	DC-020		32722.17		29183.56		10		0.148	DC00-03		32034.59		24259.61		10		0.011
99249		32269.92		25763.46		10		0.02	DC-020		32722.02		29183.35		10		0.486	DC00-03		32034.57		24259.34		10		0.015
99249		32269.64		25763.5		10		0.037	DC-020		32721.87		29183.14		10		0.088	DC00-03		32034.71		24256.93		10		0.116
99249		32269.36		25763.55		10		0.016	DC-020		32721.71		29182.93		10		0.061	DC00-04		32220.14		24286.91		10		0.014
99249		32269.09		25763.59		10		0.022	DC-020		32721.41		29182.5		10		0.02	DC00-04		32220.11		24287.03		10		0.015
99249		32268.92		25763.64		10		0.023	DC-020		32721.3		29182.34		5		0.222	DC00-04		32220.07		24287.15		10		0.01

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99249		32268.85		25763.7		10		0.044	DC-021		32840.29		29122.54		10		0.075	DC00-04		32220.04		24287.27		10		0.011
99249		32268.78		25763.75		10		0.028	DC-021		32839.88		29122.62		10		0.243	DC00-04		32220.12		24287.41		10		0.015
99249		32268.71		25763.8		10		0.102	DC-021		32839.46		29122.69		10		0.367	DC00-04		32220.25		24287.52		10		0.01
99249		32268.64		25763.86		10		0.103	DC-021		32839.05		29122.76		10		0.48	DC00-04		32220.39		24287.67		10		0.009
99249		32268.6		25763.95		10		0.054	DC-021		32838.61		29122.75		10		0.856	DC00-04		32220.77		24288.26		10		0.011
99249		32268.58		25764.07		10		0.044	DC-021		32838.13		29122.64		10		0.177	DC00-04		32220.85		24288.4		10		0.015
99249		32268.57		25764.19		10		0.042	DC-021		32837.65		29122.54		10		0.015	DC00-04		32220.93		24288.54		10		0.015
99249		32268.55		25764.31		10		0.07	DC-021		32834.94		29122.46		10		0.013	DC00-04		32221.01		24288.67		10		0.026
99249		32268.53		25764.43		10		0.069	DC-021		32834.51		29122.51		10		0.071	DC00-04		32221.08		24288.81		10		0.031
99249		32268.51		25764.52		10		0.096	DC-021		32834.08		29122.48		10		0.107	DC00-04		32221.11		24288.94		10		0.014
99249		32268.5		25764.57		10		0.047	DC-021		32833.66		29122.37		10		0.959	DC00-04		32221.09		24289.06		10		0.018
99249		32268.48		25764.62		10		0.056	DC-021		32833.24		29122.26		10		1.577	DC00-04		32221.07		24289.18		10		0.03
99249		32268.46		25764.66		10		0.092	DC-021		32832.81		29122.16		10		1.025	DC00-04		32221.05		24289.3		10		0.074
99249		32268.45		25764.71		10		0.076	DC-021		32832.39		29122.05		10		0.037	DC00-04		32221.03		24289.42		10		0.08
99249		32268.43		25764.82		10		0.112	DC-021		32831.95		29121.9		10		0.013	DC00-04		32221		24289.55		10		0.035
99249		32268.41		25764.97		10		0.064	DC-021		32831.5		29121.72		10		0.01	DC00-04		32220.96		24289.68		10		0.03
99249		32268.4		25765.13		10		0.058	DC-021		32831.05		29121.53		10		0.016	DC00-04		32220.92		24289.81		10		0.01
99249		32268.38		25765.29		10		0.034	DC-021		32825.88		29120.78		10		0.015	DC00-04		32220.84		24290.08		10		0.02
99249		32268.37		25765.44		10		0.016	DC-021		32825.44		29120.75		10		0.009	DC00-04		32220.83		24290.23		10		0.114
99249		32268.37		25765.55		10		0.036	DC-021		32823.6		29120.42		10		0.052	DC00-04		32220.84		24290.41		10		0.079
99250		32714.66		25645.77		10		0.011	DC-021		32823.14		29120.33		10		0.053	DC00-04		32220.84		24290.58		10		0.152
99250		32714.8		25645.6		10		0.013	DC-021		32822.67		29120.26		10		0.041	DC00-04		32220.85		24290.76		10		0.092
99250		32715.69		25645.06		10		0.012	DC-021		32822.21		29120.19		10		0.02	DC00-04		32220.86		24290.93		10		0.079
99250		32716.81		25644.67		10		0.079	DC-021		32821.74		29120.13		10		0.054	DC00-04		32220.83		24291.13		10		0.063
99250		32717.58		25645.45		10		0.012	DC-021		32821.27		29120.07		10		0.033	DC00-04		32220.76		24291.34		10		0.041
99250		32717.7		25645.64		10		0.024	DC-021		32820.8		29120		10		0.013	DC00-05		32150.29		24489.07		10		0.013
99250		32717.85		25645.86		10		0.078	DC-021		32820.35		29119.95		10		0.012	DC00-05		32150.35		24489.33		10		0.013
99250		32718.01		25646.11		10		0.092	DC-021		32818.51		29119.75		10		0.095	DC00-05		32150.38		24489.48		10		0.011
99250		32718.17		25646.36		10		0.098	DC-021		32818		29119.66		10		0.128	DC00-05		32150.41		24489.64		10		0.017
99250		32718.48		25646.86		10		0.056	DC-021		32817.48		29119.57		10		0.079	DC00-05		32150.44		24489.79		10		0.018
99250		32718.65		25647.11		10		0.043	DC-021		32816.96		29119.48		10		0.14	DC00-05		32150.39		24490.15		10		0.009
99250		32718.82		25647.38		10		0.036	DC-021		32816.45		29119.4		10		0.062	DC00-05		32150.29		24491.98		10		0.009
99250		32719		25647.64		10		0.042	DC-021		32815.93		29119.31		10		0.067	DC00-05		32150.31		24492.24		10		0.01
99250		32719.17		25647.9		10		0.035	DC-022		32983.38		29407.28		10		0.016	DC00-05		32150.37		24492.76		10		0.01
99250		32719.34		25648.16		10		0.06	DC-022		32983.35		29407.61		10		0.036	DC00-05		32150.39		24493.02		10		0.021
99250		32719.61		25648.43		10		0.052	DC-025		33144.55		28623.08		10		0.009	DC00-05		32150.43		24493.28		10		0.036
99250		32719.95		25648.69		10		0.054	DC-025		33142.88		28621.52		10		0.066	DC00-05		32150.48		24493.54		10		0.028
99250		32720.3		25648.96		10		0.01	DC-025		33142.75		28621.45		10		0.053	DC00-05		32150.53		24493.8		10		0.022
99250		32720.64		25649.22		10		0.014	DC-025		33142.64		28621.38		10		0.187	DC00-05		32150.57		24494.05		10		0.032
99251		32291.36		25974.2		10		0.009	DC-025		33142.53		28621.29		10		0.437	DC00-05		32150.62		24494.31		10		0.071
99251		32291.5		25974.39		10		0.014	DC-025		33142.42		28621.2		10		0.498	DC00-05		32150.67		24494.56		10		0.1
99251		32291.63		25974.64		10		0.013	DC-025		33142.31		28621.11		10		0.694	DC00-05		32150.71		24494.8		10		0.065
99251		32291.77		25974.96		10		0.027	DC-025		33142.21		28621.02		10		0.285	DC00-05		32150.75		24495.04		10		0.044
99251		32291.9		25975.29		10		0.016	DC-025		33142.11		28620.92		10		0.383	DC00-05		32150.79		24495.28		10		0.063
99251		32292.04		25975.61		10		0.02	DC-025		33142.02		28620.82		10		0.464	DC00-05		32150.83		24495.52		10		0.125
99251		32292.18		25975.93		10		0.027	DC-025		33141.92		28620.71		10		0.573	DC00-05		32150.83		24495.76		10		0.118
99251		32292.32		25976.21		10		0.033	DC-025		33141.83		28620.61		10		0.74	DC00-05		32150.8		24495.98		10		0.14
99251		32292.47		25976.47		10		0.023	DC-025		33141.74		28620.5		10		0.59	DC00-05		32150.76		24496.21		10		0.148
99251		32292.62		25976.73		10		0.024	DC-025		33141.65		28620.41		10		0.618	DC00-05		32150.73		24496.43		10		0.13
99251		32292.76		25976.99		10		0.032	DC-025		33141.55		28620.34		10		0.59	DC00-05		32150.69		24496.65		10		0.086
99251		32292.91		25977.24		10		0.06	DC-025		33141.46		28620.26		10		0.589	DC00-05		32150.67		24496.89		10		0.082
99251		32293.02		25977.5		10		0.113	DC-025		33141.36		28620.18		10		1.139	DC00-05		32150.67		24497.13		10		0.107
99251		32293.1		25977.75		10		0.058	DC-025		33141.27		28620.11		10		0.942	DC00-05		32150.66		24497.38		10		0.038
99251		32293.18		25978		10		0.051	DC-025		33141.18		28620.03		10		0.823	DC00-05		32150.66		24497.62		10		0.054
99251		32293.25		25978.25		10		0.047	DC-025		33141.11		28619.96		10		0.859	DC00-05		32150.65		24497.86		10		0.037
99251		32293.33		25978.5		10		0.032	DC-025		33141.03		28619.88		10		0.085	DC00-05		32150.62		24498.12		10		0.05
99251		32293.39		25978.86		10		0.039	DC-025		33140.96		28619.81		10		0.319	DC00-05		32150.57		24498.4		10		0.044
99251		32293.44		25979.33		10		0.089	DC-025		33140.88		28619.73		10		0.511	DC00-05		32150.52		24498.67		10		0.146
99251		32293.48		25979.8		10		0.032	DC-025		33140.8		28619.65		10		0.498	DC00-05		32150.47		24498.95		10		0.168
99251		32293.48		25980.29		10		0.051	DC-025		33140.72		28619.56		10		1.46	DC00-05		32150.42		24499.22		10		0.098
99251		32293.43		25980.81		10		0.044	DC-025		33140.64		28619.47		10		0.554	DC00-06		32122.77		24380.29		10		0.027
99251		32293.38		25981.3		10		0.046	DC-025		33140.55		28619.38		10		0.141	DC00-06		32122.81		24380.39		10		0.013
99251		32293.34		25981.75		10		0.092	DC-025		33140.47		28619.3		10		0.013	DC00-06		32122.85		24380.49		10		0.024
99251		32293.3		25982.2		10		0.068	DC-025		33140.38		28619.22		10		0.159	DC00-06		32122.87		24380.6		10		0.016
99251		32293.25		25982.66		10		0.071	DC-025		33140.28		28619.15		10		0.352	DC00-06		32122.83		24381.21		10		0.014
99251		32293.21		25983.11		10		0.03	DC-025		33139.98		28618.94		10		0.009	DC00-06		32122.44		24382.26		10		0.009
99251		32293.16		25983.56		10		0.022	DC-025		33139.22		28618.95		10		0.048	DC00-06		32122.39		24382.39		10		0.01
99251		32293.11		25984.01		10		0.012	DC-025		33139.08		28618.97		10		0.023	DC00-06		32122.32		24382.52		10		0.021
99251		32293.05		25984.46		10		0.01	DC-025		33138.67		28619.08		10		0.105	DC00-06		32122.25		24382.66		10		0.016
99252		32638.48		25924.59		10		0.011	DC-025		33138.54		28619.12		10		0.212	DC00-06		32122.18		24382.8		10		0.023
99252		32638.14		25924.47		10		0.014	DC-025		33138.41		28619.16		10		0.348	DC00-06		32122.1		24382.94		10		0.029
99252		32637.79		25924.38		10		0.012	DC-025		33138.31		28619.23		10		0.36	DC00-06		32122.02		24383.07		10		0.025
99252		32637.44		25924.29		10		0.024	DC-025		33138.2		28619.29		10		0.309	DC00-06		32121.95		24383.22		10		0.03
99252		32637.08		25924.2		10		0.021	DC-025		33138.1		28619.35		10		0.171	DC00-06		32121.86		24383.38		10		0.073
99252		32636.73		25924.11		10		0.019	DC-025		33137.99		28619.41		10		0.061	DC00-06		32121.78		24383.53		10		0.131
99252		32636.37		25924.02		10		0.025	DC-025		33137.91		28619.48		10		0.148	DC00-06		32121.7		24383.68		10		0.063
99252		32636.01		25923.94		10		0.054	DC-025		33137.86		28619.55		10		0.2	DC00-06		32121.61		24383.84		10		0.076
99252		32635.66		25923.85		10		0.016	DC-025		33137.8		28619.61		10		0.017	DC00-06		32121.58		24383.99		10		0.048
99252		32635.3		25923.77		10		0.014	DC-025		33137.75		28619.68		10		0.014	DC00-06		32121.58		24384.15		10		0.164
99252		32634.94		25923.69		10		0.019	DC-025		33137.7		28619.75		10		0.179	DC00-06		32121.59		24384.3		10		0.087
99252		32634.59		25923.6		10		0.027	DC-025		33137.62		28619.83		10		0.142	DC00-06		32121.6		24384.46		10		0.092
99252		32634.23		25923.52		10		0.059	DC-025		33137.52		28619.93		10		0.07	DC00-06		32121.6		24384.62		10		0.077
99252		32633.87		25923.43		10		0.059	DC-025		33137.42		28620.03		10		0.101	DC00-06		32121.65		24384.79		10		0.061
99252		32633.52		25923.34		10		0.064	DC-025		33137.32		28620.12		10		0.187	DC00-06		32121.74		24384.98		10		0.046
99252		32633.16		25923.25		10		0.151	DC-025		33137.22		28620.22		10		0.377	DC00-06		32121.82		24385.17		10		0.053

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99252		32632.81		25923.17		10		0.126	DC-025		33137.12		28620.32		10		0.515	DC00-06		32121.91		24385.37		10		0.047
99252		32632.48		25923.09		10		0.07	DC-025		33137.02		28620.42		10		0.745	DC00-06		32122		24385.56		10		0.07
99252		32632.14		25923		10		0.064	DC-025		33136.92		28620.52		10		0.449	DC00-06		32122.06		24385.76		10		0.073
99252		32631.8		25922.92		10		0.05	DC-025		33136.83		28620.62		10		1.015	DC00-06		32122.09		24385.96		10		0.075
99252		32631.46		25922.84		10		0.027	DC-025		33136.73		28620.71		10		0.918	DC00-06		32122.12		24386.17		10		0.132
99253		32784.96		25949.4		10		0.009	DC-025		33136.6		28620.75		10		1.42	DC00-06		32122.16		24386.38		10		0.24
99253		32782.07		25949.68		10		0.009	DC-025		33136.45		28620.71		10		0.828	DC00-06		32122.2		24386.58		10		0.054
99253		32781.93		25949.8		10		0.027	DC-025		33136.3		28620.68		10		0.825	DC00-06		32122.24		24386.81		10		0.017
99253		32781.78		25949.93		10		0.061	DC-025		33136.14		28620.64		10		0.544	DC00-07		32339.43		24514.36		10		0.012
99253		32781.65		25950.04		10		0.092	DC-025		33135.99		28620.61		10		0.657	DC00-07		32339.45		24514.4		10		0.02
99253		32781.52		25950.12		10		0.067	DC-025		33135.87		28620.61		10		1.114	DC00-07		32339.48		24514.44		10		0.012
99253		32781.38		25950.21		10		0.02	DC-025		33135.77		28620.64		10		0.451	DC00-07		32339.51		24514.49		10		0.038
99253		32780.3		25950.92		10		0.014	DC-025		33135.66		28620.68		10		0.809	DC00-07		32339.54		24514.53		10		0.019
99254		32737.79		26135.94		10		0.009	DC-025		33135.57		28620.71		10		0.688	DC00-07		32339.56		24514.58		10		0.009
99254		32737.64		26136.11		10		0.02	DC-025		33135.47		28620.75		10		0.484	DC00-07		32339.63		24514.85		10		0.013
99254		32737.48		26136.32		10		0.043	DC-025		33135.37		28620.72		10		0.049	DC00-07		32339.64		24514.86		10		0.011
99254		32737.3		26136.56		10		0.04	DC-025		33135.26		28620.62		10		0.051	DC00-07		32339.65		24514.88		10		0.012
99254		32737.12		26136.8		10		0.048	DC-025		33135.16		28620.53		10		0.062	DC00-07		32339.68		24514.87		10		0.017
99254		32736.95		26137.04		10		0.047	DC-025		33135.05		28620.44		10		0.062	DC00-07		32339.73		24514.85		10		0.02
99254		32736.78		26137.28		10		0.026	DC-025		33134.67		28620.1		10		0.142	DC00-07		32339.78		24514.83		10		0.01
99254		32736.62		26137.54		10		0.025	DC-025		33134.58		28620.02		10		0.055	DC00-07		32339.82		24514.8		10		0.014
99254		32736.48		26137.82		10		0.023	DC-025		33134.48		28619.93		10		0.082	DC00-07		32339.87		24514.79		10		0.045
99254		32736.34		26138.1		10		0.022	DC-025		33134.41		28619.83		10		0.076	DC00-07		32339.92		24514.81		10		0.066
99254		32736.2		26138.38		10		0.046	DC-025		33134.33		28619.71		10		0.095	DC00-07		32339.97		24514.88		10		0.07
99254		32736.06		26138.66		10		0.04	DC-025		33134.25		28619.6		10		0.055	DC00-07		32340.02		24514.96		10		0.099
99255		32850.02		26295.76		10		0.012	DC-025		33134.18		28619.48		10		0.057	DC00-07		32340.06		24515.03		10		0.094
99255		32848.98		26291.3		10		0.038	DC-025		33134.1		28619.36		10		0.078	DC00-07		32340.11		24515.1		10		0.094
99255		32848.79		26291.16		10		0.014	DC-025		33134.01		28619.29		10		0.046	DC00-07		32340.17		24515.16		10		0.043
99255		32845.88		26289.77		10		0.013	DC-025		33133.89		28619.26		10		0.035	DC00-07		32340.25		24515.19		10		0.029
99255		32845.57		26289.66		10		0.126	DC-025		33133.77		28619.23		10		0.039	DC00-07		32340.33		24515.23		10		0.048
99255		32845.25		26289.55		10		0.282	DC-025		33133.65		28619.21		10		0.146	DC00-07		32340.41		24515.27		10		0.017
99255		32844.94		26289.45		10		0.374	DC-025		33133.53		28619.18		10		0.083	DC00-08		32328.19		24748.05		10		0.014
99255		32844.63		26289.34		10		0.252	DC-025		33133.41		28619.16		10		0.061	DC00-08		32328.23		24748.28		10		0.026
99255		32844.37		26289.22		10		0.178	DC-025		33133.29		28619.17		10		0.054	DC00-08		32328.26		24748.5		10		0.036
99255		32844.16		26289.09		10		0.148	DC-025		33133.17		28619.18		10		0.054	DC00-08		32328.3		24748.72		10		0.021
99255		32843.95		26288.96		10		0.02	DC-025		33132.82		28619.17		10		0.023	DC00-08		32328.35		24748.95		10		0.034
99255		32843.75		26288.83		10		0.017	DC-025		33132.75		28619.13		10		0.022	DC00-08		32328.42		24749.16		10		0.032
99255		32843.31		26288.58		10		0.021	DC-025		33132.59		28619.05		10		0.054	DC00-08		32328.49		24749.38		10		0.02
99255		32842.79		26288.37		10		0.013	DC-025		33132.51		28619.01		10		0.212	DC00-08		32328.55		24749.59		10		0.009
99255		32840.52		26287.74		10		0.012	DC-025		33132.43		28618.99		10		0.13	DC00-08		32328.74		24750.65		10		0.012
99255		32839.87		26287.41		10		0.013	DC-025		33132.34		28618.97		10		0.474	DC00-08		32328.77		24750.86		10		0.056
99256		32665.3		26299.03		10		0.01	DC-025		33132.26		28618.96		10		0.038	DC00-08		32328.83		24751.07		10		0.084
99256		32661.61		26301.74		10		0.011	DC-025		33131.57		28618.96		10		0.01	DC00-08		32328.93		24751.29		10		0.095
99256		32661.5		26301.98		10		0.012	DC-025		33131.46		28618.95		10		0.078	DC00-08		32329.02		24751.52		10		0.019
99256		32661.38		26302.21		10		0.013	DC-025		33131.2		28618.85		10		0.021	DC00-08		32329.12		24751.74		10		0.011
99256		32661.26		26302.45		10		0.014	DC-025		33131.06		28618.81		10		0.033	DC00-09		32335.8		24973.24		10		0.014
99256		32661.15		26302.68		10		0.01	DC-025		33130.63		28618.7		10		0.043	DC00-09		32335.89		24973.28		10		0.021
99256		32660.98		26302.88		10		0.026	DC-026		32955.2		28840.93		10		0.158	DC00-09		32335.99		24973.33		10		0.029
99256		32660.77		26303.02		10		0.029	DC-026		32955		28841		10		0.01	DC00-09		32336.08		24973.42		10		0.028
99256		32660.55		26303.18		10		0.043	DC-026		32952.62		28841.73		10		0.247	DC00-09		32336.16		24973.55		10		0.015
99256		32660.34		26303.32		10		0.1	DC-026		32952.24		28841.81		10		0.194	DC00-09		32336.24		24973.68		10		0.011
99256		32660.12		26303.48		10		0.127	DC-026		32951.87		28841.89		10		0.103	DC00-09		32336.33		24973.82		10		0.009
99256		32659.95		26303.61		10		0.107	DC-026		32951.49		28841.97		10		0.024	DC00-09		32336.41		24973.95		10		0.016
99256		32659.81		26303.71		10		0.082	DC-026		32951.05		28841.98		10		0.022	DC00-09		32336.69		24974.38		10		0.34
99256		32659.68		26303.82		10		0.09	DC-026		32950.52		28841.93		10		0.044	DC00-09		32336.79		24974.53		10		0.333
99256		32659.54		26303.93		10		0.049	DC-026		32949.48		28841.81		10		0.069	DC00-09		32336.88		24974.67		10		0.266
99256		32659.41		26304.04		10		0.059	DC-026		32948.96		28841.75		10		0.03	DC00-09		32336.98		24974.83		10		0.266
99256		32659.25		26304.21		10		0.089	DC-026		32948.43		28841.66		10		0.028	DC00-09		32337.08		24974.99		10		0.194
99256		32659.07		26304.45		10		0.036	DC-026		32947.89		28841.53		10		0.033	DC00-09		32337.18		24975.15		10		0.267
99256		32658.89		26304.69		10		0.047	DC-026		32947.34		28841.4		10		0.041	DC00-09		32337.28		24975.32		10		0.205
99256		32658.71		26304.93		10		0.183	DC-026		32946.8		28841.28		10		0.042	DC00-09		32337.38		24975.48		10		0.306
99256		32658.54		26305.16		10		0.145	DC-026		32946.26		28841.15		10		0.06	DC00-09		32337.47		24975.66		10		0.242
99256		32658.38		26305.33		10		0.103	DC-026		32945.73		28841.02		10		0.061	DC00-09		32337.55		24975.86		10		0.218
99256		32658.25		26305.42		10		0.045	DC-026		32945.2		28840.89		10		0.154	DC00-09		32337.62		24976.05		10		0.324
99257		32347.4		26320.3		10		0.012	DC-026		32944.68		28840.76		10		0.167	DC00-09		32337.7		24976.25		10		0.263
99257		32347.16		26320.72		10		0.02	DC-026		32944.15		28840.63		10		0.13	DC00-09		32337.78		24976.44		10		0.166
99257		32346.92		26321.19		10		0.027	DC-026		32943.62		28840.5		10		0.107	DC00-09		32337.85		24976.61		10		0.123
99257		32346.68		26321.65		10		0.015	DC-026		32943.09		28840.37		10		0.079	DC00-09		32337.91		24976.75		10		0.054
99257		32346.44		26322.12		10		0.025	DC-026		32942.55		28840.23		10		0.165	DC00-09		32337.98		24976.89		10		0.116
99257		32346.21		26322.59		10		0.021	DC-026		32942.01		28840.09		10		0.13	DC00-09		32338.05		24977.04		10		0.088
99257		32345.94		26323.04		10		0.018	DC-026		32941.47		28839.96		10		0.175	DC00-09		32338.12		24977.18		10		0.07
99257		32345.64		26323.5		10		0.019	DC-026		32940.93		28839.82		10		0.069	DC00-09		32338.16		24977.34		10		0.064
99257		32345.35		26323.95		10		0.014	DC-026		32940.39		28839.69		10		0.032	DC00-09		32338.3		24978.72		10		0.015
99257		32345.06		26324.41		10		0.041	DC-026		32939.84		28839.58		10		0.027	DC00-09		32338.31		24978.93		10		0.017
99257		32344.76		26324.86		10		0.03	DC-026		32939.29		28839.47		10		0.103	DC00-09		32338.32		24979.14		10		0.015
99257		32344.54		26325.31		10		0.033	DC-026		32938.75		28839.36		10		0.01	DC00-09		32338.33		24979.34		10		0.021
99257		32344.39		26325.76		10		0.035	DC-026		32937.64		28839.16		10		0.018	DC00-09		32338.34		24979.53		10		0.049
99257		32344.24		26326.2		10		0.062	DC-026		32937.07		28839.11		10		0.009	DC00-09		32338.35		24979.72		10		0.038
99257		32344.09		26326.65		10		0.087	DC-026		32936.49		28839.05		10		0.024	DC00-09		32338.37		24979.92		10		0.035
99257		32343.95		26327.1		10		0.033	DC-026		32935.92		28838.99		10		0.095	DC00-09		32338.38		24980.11		10		0.07
99257		32343.82		26327.58		10		0.022	DC-026		32935.35		28838.93		10		0.047	DC00-09		32338.39		24980.32		10		0.045
99257		32343.71		26328.09		10		0.045	DC-026		32934.75		28838.86		10		0.041	DC00-09		32338.42		24980.54		10		0.03
99257		32343.61		26328.61		10		0.056	DC-026		32934.13		28838.77		10		0.072	DC00-09		32338.44		24980.77		10		0.016
99257		32343.5		26329.12		10		0.06	DC-026		32933.51		28838.68		10		0.134	DC00-09		32338.46		24981		10		0.059
99257		32343.4		26329.63		10		0.038	DC-026		32932.89		28838.59		10		0.229	DC00-09		32338.49		24981.22		10		0.062

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99257		32343.35		26330.14		10		0.041	DC-026		32932.27		28838.5		10		0.261	DC00-09		32338.51		24981.46		10		0.032
99257		32343.37		26330.64		10		0.029	DC-026		32931.65		28838.43		10		0.165	DC00-09		32338.54		24981.7		10		0.037
99257		32343.36		26331.17		10		0.018	DC-026		32931.04		28838.36		10		0.183	DC00-09		32338.57		24981.94		10		0.036
99257		32343.32		26331.72		10		0.01	DC-026		32930.44		28838.29		10		0.245	DC00-09		32338.59		24982.18		10		0.039
99257		32343.27		26332.3		10		0.015	DC-026		32929.83		28838.22		10		0.158	DC00-09		32338.62		24982.43		10		0.064
99258		32416.07		26408.63		10		0.013	DC-026		32929.22		28838.15		10		0.276	DC00-09		32338.64		24982.68		10		0.026
99258		32415.96		26408.79		10		0.013	DC-026		32928.59		28838.12		10		0.063	DC00-09		32338.65		24983.46		10		0.009
99258		32415.84		26408.94		10		0.034	DC-026		32927.95		28838.12		10		0.272	DC00-09		32338.66		24983.72		10		0.04
99258		32415.73		26409.09		10		0.012	DC-026		32927.3		28838.13		10		0.064	DC00-09		32338.66		24983.98		10		0.035
99258		32415.61		26409.25		10		0.027	DC-026		32926.66		28838.13		10		0.063	DC00-09		32338.66		24984.22		10		0.03
99258		32415.5		26409.4		10		0.017	DC-026		32926.02		28838.14		10		0.144	DC00-09		32338.67		24984.46		10		0.048
99258		32415.41		26409.6		10		0.017	DC-026		32925.39		28838.15		10		0.095	DC00-09		32338.67		24984.71		10		0.044
99258		32415.33		26409.83		10		0.014	DC-026		32924.78		28838.17		10		0.083	DC00-09		32338.67		24984.95		10		0.044
99258		32415.26		26410.06		10		0.013	DC-026		32924.16		28838.18		10		0.039	DC00-09		32338.7		24985.2		10		0.028
99258		32415.19		26410.3		10		0.038	DC-026		32923.55		28838.2		10		0.117	DC00-09		32338.75		24985.44		10		0.012
99258		32415.12		26410.53		10		0.019	DC-026		32922.95		28838.22		10		0.152	DC00-09		32338.85		24985.91		10		0.01
99258		32415.04		26410.83		10		0.034	DC-026		32922.33		28838.21		10		0.204	DC00-10		32348.49		25168.1		10		0.022
99258		32414.95		26411.21		10		0.079	DC-026		32921.7		28838.19		10		0.111	DC00-10		32348.49		25168.1		10		0.02
99258		32414.86		26411.58		10		0.076	DC-026		32921.07		28838.16		10		0.058	DC00-10		32348.49		25168.1		10		0.018
99258		32414.77		26411.95		10		0.031	DC-026		32920.45		28838.14		10		0.054	DC00-10		32348.49		25168.1		10		0.015
99258		32414.68		26412.33		10		0.018	DC-026		32919.82		28838.11		10		0.099	DC00-10		32348.49		25168.1		10		0.023
99258		32414.62		26412.76		10		0.023	DC-026		32919.22		28838.08		10		0.175	DC00-10		32348.49		25168.1		10		0.023
99258		32414.59		26413.25		10		0.058	DC-026		32918.64		28838.04		10		0.144	DC00-10		32348.49		25168.1		10		0.032
99258		32414.57		26413.73		10		0.061	DC-026		32918.07		28838		10		0.096	DC00-10		32348.49		25168.1		10		0.03
99258		32414.54		26414.22		10		0.038	DC-026		32917.49		28837.96		10		0.124	DC00-10		32348.49		25168.1		10		0.009
99258		32414.52		26414.71		10		0.016	DC-026		32916.92		28837.92		10		0.075	DC00-10		32348.49		25168.1		10		0.014
99258		32414.53		26415.24		10		0.028	DC-026		32915.72		28837.83		10		0.226	DC00-10		32348.49		25168.1		10		0.009
99258		32414.58		26415.81		10		0.027	DC-026		32915.11		28837.78		10		0.204	DC00-10		32348.49		25168.1		10		0.017
99258		32414.63		26416.39		10		0.024	DC-026		32914.5		28837.73		10		0.107	DC00-10		32348.49		25168.1		10		0.026
99258		32414.68		26416.96		10		0.015	DC-026		32913.89		28837.68		10		0.224	DC00-10		32348.49		25168.1		10		0.012
99258		32414.73		26417.53		10		0.017	DC-026		32913.29		28837.62		10		0.212	DC00-10		32348.49		25168.1		10		0.01
99258		32414.83		26418.13		10		0.024	DC-026		32912.07		28837.51		10		0.113	DC00-10		32348.49		25168.1		10		0.016
99259		32626.98		26469.11		10		0.021	DC-026		32911.46		28837.45		10		0.023	DC00-10		32348.49		25168.1		10		0.022
99259		32626.99		26469.43		10		0.05	DC-026		32910.86		28837.39		10		0.052	DC00-10		32348.49		25168.1		10		0.036
99259		32626.99		26469.74		10		0.047	DC-026		32904.98		28836.52		10		0.034	DC00-10		32348.49		25168.1		10		0.031
99259		32627.04		26470.02		10		0.055	DC-026		32904.4		28836.4		10		0.014	DC00-10		32348.49		25168.1		10		0.038
99259		32627.15		26470.25		10		0.053	DC-026		32903.8		28836.27		10		0.014	DC00-10		32348.49		25168.1		10		0.02
99259		32627.26		26470.49		10		0.039	DC-026		32903.2		28836.15		10		0.011	DC00-10		32348.49		25168.1		10		0.024
99259		32627.37		26470.73		10		0.063	DC-026		32900.23		28835.66		10		0.01	DC00-10		32348.49		25168.1		10		0.028
99259		32627.47		26470.97		10		0.056	DC-027		33250.95		28753.88		10		0.011	DC00-10		32348.49		25168.1		10		0.037
99259		32627.6		26471.26		10		0.108	DC-027		33250.46		28754.12		10		0.039	DC00-10		32348.49		25168.1		10		0.027
99259		32627.75		26471.59		10		0.05	DC-027		33249.97		28754.35		10		0.148	DC00-10		32348.49		25168.1		10		0.033
99259		32627.89		26471.93		10		0.05	DC-027		33249.48		28754.59		10		0.121	DC00-10		32348.49		25168.1		10		0.028
99259		32628.04		26472.27		10		0.068	DC-027		33248.93		28754.86		10		0.075	DC00-10		32348.49		25168.1		10		0.053
99259		32628.18		26472.6		10		0.039	DC-027		33248.3		28755.17		10		0.083	DC00-10		32348.49		25168.1		10		0.078
99259		32628.27		26472.96		10		0.043	DC-027		33247.68		28755.48		10		0.058	DC00-10		32348.49		25168.1		10		0.057
99259		32628.31		26473.34		10		0.042	DC-027		33247.06		28755.8		10		0.278	DC00-10		32348.49		25168.1		10		0.062
99259		32628.35		26473.73		10		0.062	DC-027		33246.44		28756.11		10		0.568	DC00-10		32348.49		25168.1		10		0.039
99259		32628.39		26474.11		10		0.057	DC-027		33245.8		28756.37		10		0.27	DC00-10		32348.49		25168.1		10		0.05
99259		32628.43		26474.49		10		0.077	DC-027		33245.15		28756.58		10		0.49	DC00-10		32348.49		25168.1		10		0.034
99259		32628.49		26474.89		10		0.056	DC-027		33244.5		28756.78		10		0.044	DC00-10		32348.49		25168.1		10		0.03
99259		32628.58		26475.32		10		0.063	DC-027		33243.86		28756.99		10		0.124	DC00-10		32348.49		25168.1		10		0.031
99259		32628.68		26475.75		10		0.068	DC-027		33243.21		28757.19		10		0.297	DC00-10		32348.49		25168.1		10		0.052
99259		32628.77		26476.17		10		0.063	DC-027		33242.49		28757.32		10		0.259	DC00-10		32348.49		25168.1		10		0.02
99259		32628.87		26476.6		10		0.05	DC-027		33240.14		28757.47		10		0.009	DC00-11		32516.82		25212.06		10		0.022
99259		32628.95		26477.06		10		0.025	DC-027		33236.55		28757.89		10		0.028	DC00-11		32516.64		25212.12		10		0.012
99259		32629.24		26480.99		10		0.046	DC-027		33235.86		28757.99		10		0.027	DC00-11		32515.93		25212.35		10		0.017
99259		32629.21		26481.48		10		0.064	DC-027		33233.56		28757.99		10		0.016	DC00-11		32515.77		25212.41		10		0.025
99260		32726.83		26402.39		10		0.027	DC-027		33231.87		28758.07		10		0.02	DC00-11		32515.6		25212.47		10		0.025
99260		32726.34		26402.93		10		0.032	DC-027		33231.3		28758.14		10		0.21	DC00-11		32515.44		25212.53		10		0.027
99260		32726.1		26403.2		10		0.098	DC-027		33230.73		28758.21		10		0.527	DC00-11		32515.26		25212.57		10		0.016
99260		32725.82		26403.53		10		0.071	DC-027		33230.15		28758.27		10		0.212	DC00-11		32515.07		25212.6		10		0.01
99260		32725.51		26403.9		10		0.039	DC-027		33229.59		28758.34		10		0.22	DC00-11		32513.72		25212.96		10		0.013
99260		32724.88		26404.66		10		0.011	DC-027		33229.04		28758.42		10		0.061	DC00-11		32513.52		25213.03		10		0.018
99260		32722.28		26407.41		10		0.011	DC-027		33228.48		28758.5		10		0.13	DC00-11		32513.34		25213.1		10		0.036
99260		32721.93		26407.73		10		0.232	DC-027		33227.93		28758.57		10		0.077	DC00-11		32513.18		25213.17		10		0.05
99260		32721.58		26408.04		10		0.066	DC-027		33227.38		28758.65		10		0.13	DC00-11		32513.02		25213.23		10		0.069
99260		32721.23		26408.36		10		0.023	DC-027		33226.88		28758.66		10		0.206	DC00-11		32512.86		25213.3		10		0.049
99261		32914.62		26432.94		10		0.057	DC-027		33226.43		28758.61		10		0.019	DC00-11		32512.7		25213.37		10		0.085
99261		32914.26		26433.21		10		0.097	DC-027		33225.98		28758.55		10		0.161	DC00-11		32512.52		25213.47		10		0.079
99261		32913.89		26433.48		10		0.186	DC-027		33225.52		28758.5		10		0.136	DC00-11		32512.3		25213.59		10		0.114
99261		32913.53		26433.76		10		0.012	DC-027		33225.07		28758.45		10		0.06	DC00-11		32512.09		25213.71		10		0.043
99262		32838.27		26485.35		10		0.012	DC-027		33224.57		28758.41		10		0.087	DC00-11		32511.88		25213.83		10		0.041
99262		32838.82		26486.19		10		0.151	DC-027		33224.01		28758.39		10		0.222	DC00-11		32511.67		25213.95		10		0.048
99262		32838.98		26486.44		10		0.388	DC-027		33223.45		28758.36		10		0.079	DC00-11		32511.46		25214.05		10		0.06
99262		32839.12		26486.7		10		0.534	DC-027		33222.9		28758.33		10		0.041	DC00-11		32511.24		25214.12		10		0.049
99262		32839.28		26486.95		10		0.384	DC-027		33222.34		28758.31		10		0.117	DC00-11		32511.03		25214.2		10		0.023
99262		32839.43		26487.21		10		0.222	DC-027		33221.82		28758.33		10		0.078	DC00-12		32281.4		25263.62		10		0.013
99262		32839.55		26487.43		10		0.108	DC-027		33221.33		28758.39		10		0.025	DC00-12		32281.39		25263.71		10		0.016
99262		32839.71		26487.81		10		0.015	DC-027		33220.85		28758.46		10		0.015	DC00-12		32281.39		25263.79		10		0.016
99262		32839.88		26488.2		10		0.037	DC-027		33220.37		28758.53		10		0.013	DC00-12		32281.38		25263.88		10		0.015
99262		32839.68		26488.96		10		0.009	DC-027		33219.88		28758.6		10		0.029	DC00-12		32281.38		25263.96		10		0.009
99262		32839.09		26490.16		10		0.009	DC-027		33219.42		28758.61		10		0.015	DC00-12		32281.94		25264.57		10		0.01
99262		32838.95		26490.38		10		0.01	DC-027		33218.99		28758.57		10		0.183	DC00-12		32282.02		25264.65		10		0.022
99262		32838.8		26490.59		10		0.017	DC-027		33218.55		28758.52		10		0.301	DC00-12		32282.05		25264.73		10		0.019

							��
DH ID	Easting		Northing		Length			Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
99262		32838.3		26490.95		10			0.031	DC-027		33218.12		28758.48		10		0.119	DC00-12		32282.05		25264.82		10		0.043
99262		32837.72		26491.29		10			0.013	DC-027		33217.69		28758.44		10		0.21	DC00-12		32282.04		25264.91		10		0.037
99262		32837.43		26491 .45		10			0.009	DC-027		33217.23		28758.38		10		0.018	DC00-12		32282.04		25264.99		10		0.04
99262		32836.55		26491.92		10			0.014	DC-027		33216.77		28758.29		10		0.105	DC00-12		32282.04		25265.08		10		0.027
99262		32835.67		26492.42		10			0.012	DC-027		33216.31		28758.21		10		0.044	DC00-12		32282.03		25265.16		10		0.014
99262		32835.37		26492.6		10			0.011	DC-027		33215.84		28758.13		10		0.014	DC00-12		32282.01		25265.22		10		0.018
99262		32835.07		26492.78		10			0.015	DC-027		33215.38		28758.05		10		0.039	DC00-12		32281.99		25265.29		10		0.015
99262		32834.77		26492.96		10			0.025	DC-027		33214.34		28758.1		10		0.034	DC00-12		32281.98		25265.36		10		0.04
99262		32834.47		26493.14		10			0.015	DC-027		33210.89		28758.08		10		0.029	DC00-12		32281.96		25265.43		10		0.025
99264		32489.53		26529.29		10			0.009	DC-027		33209.9		28757.92		10		0.039	DC00-12		32281.95		25265.5		10		0.022
99264		32489.06		26529.48		10			0.009	DC-028		33357.86		28625.21		10		0.029	DC00-12		32281.95		25265.57		10		0.023
99264		32488.63		26529.7		10			0.014	DC-028		33357.88		28625.48		10		0.823	DC00-12		32281.94		25265.63		10		0.019
99264		32487.32		26530.36		10			0.009	DC-028		33357.9		28625.76		10		0.49	DC00-12		32281.94		25265.71		10		0.085
99264		32486.07		26531.2		10			0.009	DC-028		33357.88		28626.04		10		0.399	DC00-12		32281.94		25265.78		10		0.089
99264		32485.66		26531.5		10			0.013	DC-028		33357.81		28626.31		10		0.834	DC00-12		32281.94		25265.85		10		0.08
99264		32485.24		26531.79		10			0.026	DC-028		33357.75		28626.58		10		0.819	DC00-12		32281.94		25265.91		10		0.135
99264		32484.84		26532.16		10			0.022	DC-028		33357.69		28626.86		10		1.486	DC00-12		32281.94		25265.98		10		0.073
99264		32484.46		26532.61		10			0.045	DC-028		33357.63		28627.13		10		1.019	DC00-12		32281.95		25266.05		10		0.04
99264		32484.07		26533.06		10			0.023	DC-028		33357.45		28627.48		10		0.799	DC00-12		32281.95		25266.12		10		0.033
99264		32483.68		26533.51		10			0.019	DC-028		33357.15		28627.91		10		0.506	DC00-12		32281.95		25266.18		10		0.031
99264		32483.3		26533.96		10			0.03	DC-028		33356.85		28628.34		10		0.994	DC00-12		32281.96		25266.21		10		0.037
99264		32482.93		26534.46		10			0.026	DC-028		33356.55		28628.77		10		1.046	DC00-12		32281.97		25266.25		10		0.038
99264		32482.57		26535.02		10			0.025	DC-028		33356.25		28629.2		10		0.99	DC00-12		32281.98		25266.28		10		0.025
99264		32482.22		26535.58		10			0.015	DC-028		33355.9		28629.63		10		1.165	DC00-12		32282.02		25266.41		10		0.018
99264		32481.86		26536.14		10			0.024	DC-028		33355.48		28630.08		10		1.052	DC00-12		32282.02		25266.45		10		0.012
99264		32481.51		26536.7		10			0.035	DC-028		33355.06		28630.52		10		0.819	DC00-12		32282.03		25266.48		10		0.033
99264		32481.2		26537.27		10			0.021	DC-028		33354.64		28630.97		10		1.649	DC00-13		32433.46		25296.2		10		0.019
99264		32480.93		26537.83		10			0.024	DC-028		33354.22		28631.41		10		1.048	DC00-13		32433.86		25297.62		10		0.019
99264		32480.65		26538.4		10			0.021	DC-028		33353.8		28631.85		10		1.033	DC00-13		32434.25		25299.05		10		0.01
99264		32480.38		26538.96		10			0.017	DC-028		33353.36		28632.28		10		1.544	DC00-13		32437.27		25309.02		10		0.016
99264		32480.11		26539.53		10			0.011	DC-028		33352.93		28632.71		10		1.118	DC00-13		32437.68		25310.43		10		0.011
99264		32479.87		26540.16		10			0.01	DC-028		33352.49		28633.14		10		1.332	DC00-13		32438.09		25311.83		10		0.025
99264		32479.66		26540.87		10			0.014	DC-028		33352.06		28633.57		10		0.834	DC00-13		32438.5		25313.23		10		0.015
99264		32479.44		26541.57		10			0.013	DC-028		33351.64		28634.01		10		0.805	DC00-13		32438.91		25314.63		10		0.013
CH02-05		32328.69		30992		10			0.024	DC-028		33351.23		28634.46		10		0.955	DC00-13		32439.32		25316.04		10		0.009
CH02-05		32317.26		30995.95		10			0.016	DC-028		33350.82		28634.91		10		0.795	DC00-13		32443.01		25328.73		10		0.014
CH02-06		32613.52		29468.41		10			0.03	DC-028		33350.41		28635.37		10		0.714	DC00-13		32443.42		25330.16		10		0.03
CH02-06		32613.52		29468.22		10			0.044	DC-028		33350		28635.82		10		0.653	DC00-13		32443.83		25331.6		10		0.039
CH02-06		32613.52		29467.99		10			0.219	DC-028		33349.59		28636.27		10		0.476	DC00-13		32444.23		25333.04		10		0.066
CH02-06		32613.52		29467.77		10			0.089	DC-028		33349.18		28636.72		10		0.85	DC00-13		32444.64		25334.48		10		0.057
CH02-06		32613.53		29467.54		10			0.206	DC-028		33348.77		28637.18		10		1.05	DC00-13		32445.04		25335.92		10		0.041
CH02-06		32613.53		29467.31		10			0.584	DC-028		33348.36		28637.63		10		0.595	DC00-13		32445.43		25337.36		10		0.046
CH02-06		32613.54		29467.07		10			1.077	DC-028		33347.95		28638.08		10		0.624	DC00-13		32445.8		25338.79		10		0.018
CH02-06		32613.56		29466.81		10			0.427	DC-028		33347.55		28638.53		10		0.636	DC00-13		32446.17		25340.21		10		0.041
CH02-06		32613.58		29466.55		10			0.244	DC-028		33347.16		28638.98		10		0.482	DC00-13		32446.54		25341.65		10		0.048
CH02-06		32613.6		29466.29		10			0.351	DC-028		33346.78		28639.43		10		0.739	DC00-13		32446.91		25343.08		10		0.015
CH02-06		32613.62		29466.03		10			0.017	DC-028		33346.4		28639.88		10		0.683	DC00-13		32447.28		25344.48		10		0.029
CH02-06		32613.68		29465.76		10			0.045	DC-028		33346.01		28640.33		10		0.708	DC00-13		32447.65		25345.86		10		0.061
CH02-06		32613.96		29464.97		10			0.015	DC-028		33345.64		28640.78		10		0.891	DC00-13		32448.02		25347.24		10		0.06
CH02-06		32614.05		29464.71		10			0.023	DC-028		33345.29		28641.21		10		0.685	DC00-13		32448.39		25348.62		10		0.043
CH02-06		32418.32		29378.7		10			0.079	DC-028		33344.94		28641.64		10		0.636	DC00-13		32448.75		25349.99		10		0.042
CH02-08		32783.18		29316.94		10			0.048	DC-028		33344.59		28642.08		10		0.628	DC00-13		32449.09		25351.38		10		0.048
CH02-08		32782.74		29316.83		10			0.138	DC-028		33344.24		28642.52		10		0.358	DC00-13		32449.41		25352.77		10		0.046
CH02-08		32782.3		29316.71		10			0.102	DC-028		33343.89		28642.97		10		0.401	DC00-13		32449.72		25354.16		10		0.088
CH02-08		32781.82		29316.57		10			0.354	DC-028		33343.53		28643.44		10		0.401	DC00-13		32450.03		25355.55		10		0.024
CH02-08		32781.29		29316.39		10			0.242	DC-028		33343.17		28643.92		10		0.323	DC00-14		32598		25447.96		10		0.02
CH02-08		32780.76		29316.22		10			0.054	DC-028		33342.81		28644.39		10		0.169	DC00-14		32597.94		25447.67		10		0.015
CH02-08		32780.23		29316.05		10			0.332	DC-028		33342.45		28644.86		10		0.163	DC00-14		32597.87		25447.38		10		0.017
CH02-08		32779.7		29315.87		10			0.486	DC-028		33342.09		28645.32		10		0.688	DC00-14		32597.83		25447.11		10		0.009
CH02-08		32779.14		29315.63		10			0.454	DC-028		33341.74		28645.77		10		0.251	DC00-14		32597.83		25446.32		10		0.009
CH02-08		32778.55		29315.32		10			0.08	DC-028		33341.38		28646.23		10		0.022	DC00-14		32597.83		25446.06		10		0.009
CH02-08		32777.97		29315		10			0.02	DC-028		33341.02		28646.68		10		0.017	DC00-14		32597.88		25445.59		10		0.072
CH02-08		32777.38		29314.69		10			0.013	DC-028		33340.67		28647.13		10		0.185	DC00-14		32597.91		25445.37		10		0.067
CH02-09		32418.74		29597.27		10			0.01	DC-028		33340.32		28647.6		10		0.014	DC00-14		32597.93		25445.14		10		0.017
CH02-09		32418.75		29597.45		10			0.012	DC-028		33340		28648.1		10		0.015	DC00-14		32597.96		25444.91		10		0.013
CH02-09		32418.78		29597.53		10			0.135	DC-028		33339.67		28648.59		10		0.029	DC00-14		32597.98		25444.69		10		0.017
CH02-09		32417.91		29597.57		10			0.01	DC-028		33339.34		28649.09		10		0.042	DC00-14		32597.98		25444.46		10		0.028
CH03-01		32118.41		29769.46		10			0.009	DC-028		33337.71		28651.56		10		0.084	DC00-14		32597.98		25444.24		10		0.013
CH03-01		32112.28		29768.66		10			0.017	DC-028		33337.38		28652.05		10		0.038	DC00-14		32598.08		25441.53		10		0.034
CH03-01		32099.38		29768.46		10			0.041	DC-028		33337.02		28652.54		10		0.038	DC00-14		32598.1		25441.27		10		0.07
CH03-01		32097.84		29768.55		10			0.009	DC-028		33336.62		28653		10		0.039	DC00-14		32598.11		25441.02		10		0.059
CH03-04		33215.19		29556.12		10			0.015	DC-028		33335.07		28654.86		10		0.109	DC00-14		32598.11		25440.77		10		0.063
CH03-04		33181.93		29616.1		10			0.05	DC-028		33334.72		28655.32		10		0.13	DC00-14		32598.11		25440.53		10		0.045
CH03-05		33006.95		29163.51		10			0.009	DC-028		33334.37		28655.77		10		0.179	DC00-14		32598.11		25440.29		10		0.04
CH03-05		32962.35		29160.09		10			0.01	DC-028		33334.02		28656.23		10		0.266	DC00-14		32598.11		25440.04		10		0.048
CH03-05		32960.92		29160.04		10			0.482	DC-028		33333.67		28656.69		10		0.167	DC00-14		32598.11		25439.79		10		0.036
CH03-05		32959.5		29160		10			0.169	DC-028		33322.87		28666.82		10		0.013	DC00-14		32598.11		25439.53		10		0.053
CH03-05		32958.09		29159.91		10			0.022	DC-029		33347.8		28360.14		10		0.009	DC00-14		32598.1		25439.27		10		0.046
CH03-06		32754.21		29098.35		10			0.078	DC-029		33347.84		28360.52		10		0.022	DC00-14		32598.1		25439		10		0.052
CH03-06		32753.86		29098.95		10			0.394	DC-029		33347.86		28360.9		10		0.023	DC00-14		32598.09		25438.74		10		0.039
CH03-06		32753.51		29099.55		10			0.12	DC-029		33347.89		28361.29		10		0.028	DC00-14		32598.07		25438.47		10		0.036
CH03-06		32753.16		29100.16		10			0.071	DC-029		33347.92		28361.67		10		0.016	DC00-14		32598.05		25438.2		10		0.043
CH03-06		32752.81		29100.76		10			0.146	DC-029		33347.93		28362.01		10		0.009	DC00-14		32598.02		25437.92		10		0.041
CH03-06		32752.39		29101.27		10			0.124	DC-029		33347.5		28364.28		10		0.023	DC00-14		32598		25437.64		10		0.044
CH03-06		32751.89		29101.68		10			0.031	DC-029		33347.21		28365.03		10		0.025	DC00-14		32597.97		25437.36		10		0.034

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-06		32750.91		29102.52		10		0.009	DC-029		33347.07		28365.37		10		0.019	DC00-14		32598		25437.09		10		0.019
CH03-06		32750.41		29102.93		10		0.05	DC-029		33346.91		28365.66		10		0.03	DC00-15		32432.8		25456.85		10		0.014
CH03-06		32749.85		29103.27		10		0.01	DC-029		33343.7		28371.94		10		0.01	DC00-15		32433.25		25456.87		10		0.016
CH03-06		32749.23		29103.54		10		0.049	DC-029		33343.4		28372.54		10		0.012	DC00-15		32433.71		25456.89		10		0.018
CH03-06		32748.6		29103.8		10		0.013	DC-029		33342.53		28373.72		10		0.019	DC00-15		32436.96		25457.06		10		0.015
CH03-06		32747.97		29104.07		10		0.063	DC-029		33341.63		28374.57		10		0.019	DC00-15		32437.4		25457.07		10		0.014
CH03-06		32747.35		29104.33		10		0.136	DC-029		33341.38		28374.79		10		1.106	DC00-15		32437.82		25457.07		10		0.009
CH03-06		32746.72		29104.57		10		0.036	DC-029		33341.12		28375		10		2.936	DC00-15		32438.24		25457.06		10		0.02
CH03-06		32746.09		29104.79		10		0.186	DC-029		33340.95		28375.21		10		0.018	DC00-15		32438.66		25457.06		10		0.018
CH03-06		32745.46		29105		10		0.301	DC-029		33336.86		28378.86		10		0.019	DC00-15		32439.08		25457.05		10		0.026
CH03-06		32744.84		29105.22		10		0.02	DC-029		33334.45		28381.22		10		0.011	DC00-15		32439.48		25457.09		10		0.044
CH03-06		32744.21		29105.43		10		0.011	DC-029		33334.23		28381.38		10		0.017	DC00-15		32439.88		25457.17		10		0.034
CH03-06		32743.01		29105.86		10		0.021	DC-029		33334.02		28381.54		10		0.024	DC00-15		32440.27		25457.25		10		0.034
CH03-06		32739.97		29106.89		10		0.016	DC-029		33333.81		28381.69		10		0.069	DC00-15		32440.66		25457.33		10		0.058
CH03-06		32738.66		29107.27		10		0.014	DC-030		33287.84		28204.7		10		0.009	DC00-15		32441.05		25457.4		10		0.038
CH03-06		32738.01		29107.46		10		0.035	DC-030		33287.84		28204.7		10		0.009	DC00-15		32441.46		25457.49		10		0.033
CH03-06		32737.33		29107.67		10		0.089	DC-030		33287.84		28204.7		10		0.012	DC00-15		32441.89		25457.57		10		0.013
CH03-06		32736.63		29107.88		10		0.305	DC-030		33287.84		28204.7		10		0.011	DC00-15		32442.32		25457.66		10		0.045
CH03-06		32735.93		29108.09		10		0.132	DC-030		33287.84		28204.7		10		0.012	DC00-15		32442.75		25457.75		10		0.021
CH03-06		32735.23		29108.3		10		0.09	DC-030		33287.84		28204.7		10		0.019	DC00-15		32443.18		25457.84		10		0.029
CH03-06		32734.53		29108.52		10		0.08	DC-030		33287.84		28204.7		10		0.019	DC00-15		32443.61		25457.94		10		0.058
CH03-06		32733.78		29108.72		10		0.198	DC-030		33287.84		28204.7		10		0.017	DC00-15		32444.05		25458.05		10		0.054
CH03-06		32732.99		29108.92		10		0.215	DC-030		33287.84		28204.7		10		0.014	DC00-15		32444.49		25458.16		10		0.051
CH03-06		32732.19		29109.12		10		0.172	DC-030		33287.84		28204.7		10		0.01	DC00-15		32444.93		25458.27		10		0.062
CH03-06		32731.39		29109.31		10		0.258	DC-030		33287.84		28204.7		10		0.015	DC00-15		32445.37		25458.38		10		0.049
CH03-06		32730.6		29109.51		10		0.274	DC-030		33287.84		28204.7		10		0.023	DC00-15		32445.82		25458.47		10		0.069
CH03-06		32729.8		29109.74		10		0.165	DC-030		33287.84		28204.7		10		0.028	DC00-15		32446.29		25458.55		10		0.08
CH03-06		32729.01		29109.99		10		0.163	DC-030		33287.84		28204.7		10		0.03	DC00-15		32446.75		25458.62		10		0.023
CH03-06		32728.21		29110.24		10		0.132	DC-030		33287.84		28204.7		10		0.054	DC00-15		32447.22		25458.7		10		0.033
CH03-06		32727.41		29110.5		10		0.097	DC-030		33287.84		28204.7		10		0.044	DC00-15		32447.68		25458.78		10		0.034
CH03-06		32726.61		29110.75		10		0.192	DC-030		33287.84		28204.7		10		0.05	DC00-15		32448.1		25458.84		10		0.009
CH03-06		32725.74		29111.03		10		0.279	DC-030		33287.84		28204.7		10		0.034	DC00-16		32321.09		25426.18		10		0.009
CH03-06		32724.8		29111.34		10		0.144	DC-030		33287.84		28204.7		10		0.024	DC00-16		32317.43		25420.08		10		0.012
CH03-06		32723.85		29111.64		10		0.198	DC-030		33287.84		28204.7		10		0.028	DC00-16		32316.53		25418.53		10		0.029
CH03-06		32722.91		29111.95		10		0.196	DC-030		33287.84		28204.7		10		0.048	DC00-16		32315.63		25416.98		10		0.012
CH03-06		32721.96		29112.26		10		0.225	DC-030		33287.84		28204.7		10		0.038	DC00-16		32306.95		25401.8		10		0.012
CH03-08		27351.08		34348.09		10		0.012	DC-030		33287.84		28204.7		10		0.012	DC00-16		32306.15		25400.29		10		0.019
CH03-09		28611.5		32891.56		10		0.033	DC-030		33287.84		28204.7		10		0.037	DC00-16		32305.34		25398.77		10		0.024
CH03-09		28610.21		32890.96		10		0.036	DC-030		33287.84		28204.7		10		0.017	DC00-16		32304.54		25397.25		10		0.017
CH03-12		31153.48		32250.86		10		0.009	DC-030		33287.84		28204.7		10		0.009	DC00-16		32303.73		25395.73		10		0.033
CH03-12		30892.41		32338.05		10		0.009	DC-030		33287.84		28204.7		10		0.026	DC00-16		32302.93		25394.21		10		0.03
CH03-12		30808.74		32367.91		10		0.038	DC-030		33287.84		28204.7		10		0.021	DC00-16		32302.16		25392.68		10		0.028
CH03-15		32616.29		29275.1		10		0.022	DC-030		33287.84		28204.7		10		1.923	DC00-16		32301.42		25391.15		10		0.048
CH03-15		32615.97		29275.08		10		0.012	DC-030		33287.84		28204.7		10		0.337	DC00-16		32300.69		25389.61		10		0.023
CH03-15		32615.61		29275.04		10		0.024	DC-030		33287.84		28204.7		10		0.012	DC00-16		32299.95		25388.08		10		0.021
CH03-15		32615.25		29275		10		0.113	DC-030		33287.84		28204.7		10		0.025	DC00-16		32299.22		25386.54		10		0.013
CH03-15		32614.88		29274.96		10		0.095	DC-030		33287.84		28204.7		10		0.019	DC00-16		32298.51		25385.01		10		0.036
CH03-15		32614.52		29274.91		10		0.062	DC-030		33287.84		28204.7		10		0.011	DC00-16		32297.84		25383.49		10		0.035
CH03-15		32614.14		29274.88		10		0.041	DC-030		33287.84		28204.7		10		0.018	DC00-16		32297.17		25381.96		10		0.019
CH03-15		32613.34		29274.82		10		0.039	DC-030		33287.84		28204.7		10		0.045	DC00-16		32296.49		25380.43		10		0.021
CH03-15		32612.93		29274.79		10		0.094	DC-030		33287.84		28204.7		10		0.077	DC00-16		32295.82		25378.91		10		0.02
CH03-15		32612.54		29274.77		10		0.113	DC-030		33287.84		28204.7		10		1.079	DC00-16		32295.17		25377.41		10		0.081
CH03-15		32612.07		29274.76		10		0.119	DC-030		33287.84		28204.7		10		0.776	DC00-16		32294.53		25375.95		10		0.074
CH03-15		32611.55		29274.78		10		0.43	DC-030		33287.84		28204.7		10		2.979	DC00-16		32293.89		25374.48		10		0.083
CH03-15		32611.03		29274.79		10		0.099	DC-030		33287.84		28204.7		10		0.083	DC00-16		32293.25		25373.02		10		0.112
CH03-15		32610.5		29274.81		10		0.103	DC-030		33287.84		28204.7		10		0.097	DC00-16		32292.62		25371.55		10		0.066
CH03-15		32601.19		29273.74		10		0.022	DC-030		33287.84		28204.7		10		0.032	DC00-16		32291.99		25370.09		10		0.038
CH03-15		32600.43		29273.61		10		0.097	DC-030		33287.84		28204.7		10		0.056	DC00-16		32291.38		25368.63		10		0.081
CH03-15		32599.68		29273.49		10		0.042	DC-030		33287.84		28204.7		10		0.021	DC00-16		32290.76		25367.17		10		0.045
CH03-15		32598.94		29273.35		10		0.109	DC-030		33287.84		28204.7		10		0.046	DC00-16		32290.14		25365.72		10		0.023
CH03-15		32598.22		29273.21		10		0.069	DC-030		33287.84		28204.7		10		0.02	DC00-16		32289.53		25364.26		10		0.016
CH03-15		32597.5		29273.07		10		0.086	DC-030		33287.84		28204.7		10		0.01	DC00-16		32287.21		25358.57		10		0.024
CH03-15		32596.78		29272.93		10		0.124	DC-030		33287.84		28204.7		10		0.058	DC00-16		32286.64		25357.15		10		0.017
CH03-15		32596.06		29272.79		10		0.255	DC-030		33287.84		28204.7		10		0.03	DC00-17		32579.6		25594.75		10		0.012
CH03-15		32595.35		29272.64		10		0.187	DC-030		33287.84		28204.7		10		0.043	DC00-17		32579.38		25595.02		10		0.01
CH03-15		32594.63		29272.48		10		0.126	DC-030		33287.84		28204.7		10		0.465	DC00-17		32576.94		25598.16		10		0.024
CH03-15		32593.92		29272.32		10		0.154	DC-030		33287.84		28204.7		10		0.023	DC00-17		32576.75		25598.41		10		0.023
CH03-15		32593.2		29272.16		10		0.636	DC-030		33287.84		28204.7		10		0.034	DC00-17		32576.56		25598.67		10		0.068
CH03-15		32592.49		29272		10		0.471	DC-030		33287.84		28204.7		10		0.027	DC00-17		32576.39		25598.93		10		0.043
CH03-15		32591.8		29271.84		10		0.358	DC-030		33287.84		28204.7		10		0.035	DC00-17		32576.21		25599.19		10		0.04
CH03-15		32591.14		29271.68		10		0.15	DC-030		33287.84		28204.7		10		0.031	DC00-17		32576.04		25599.45		10		0.044
CH03-15		32590.48		29271.51		10		0.71	DC-030		33287.84		28204.7		10		0.026	DC00-17		32575.86		25599.71		10		0.037
CH03-15		32589.82		29271.34		10		0.636	DC-030		33287.84		28204.7		10		0.029	DC00-17		32575.7		25599.97		10		0.035
CH03-15		32589.16		29271.18		10		0.63	DC-030		33287.84		28204.7		10		0.03	DC00-17		32575.54		25600.22		10		0.018
CH03-15		32588.46		29271.02		10		0.613	DC-030		33287.84		28204.7		10		0.026	DC00-17		32575.39		25600.48		10		0.03
CH03-15		32587.73		29270.87		10		0.455	DC-030		33287.84		28204.7		10		0.017	DC00-17		32575.24		25600.73		10		0.027
CH03-15		32586.99		29270.72		10		0.025	DC-030		33287.84		28204.7		10		0.025	DC00-17		32575.09		25600.99		10		0.023
CH03-16		32895.7		28993.97		10		0.02	DC-030A		33277		28211.88		10		0.014	DC00-17		32574.93		25601.25		10		0.045
CH03-16		32891.58		28994.69		10		0.129	DC-030A		33275.84		28212.25		10		0.017	DC00-17		32574.77		25601.52		10		0.067
CH03-16		32891.05		28994.75		10		0.044	DC-030A		33274.59		28212.34		10		0.012	DC00-17		32574.61		25601.79		10		0.043
CH03-16		32885.46		28995.34		10		0.026	DC-030A		33273.98		28212.49		10		0.023	DC00-17		32574.45		25602.05		10		0.047
CH03-16		32884.8		28995.36		10		0.024	DC-030A		33273.78		28212.54		10		0.013	DC00-17		32574.28		25602.32		10		0.048
CH03-16		32884.13		28995.36		10		0.173	DC-030A		33273.61		28212.59		10		0.038	DC00-17		32574.13		25602.6		10		0.05
CH03-16		32883.45		28995.33		10		0.171	DC-030A		33273.48		28212.62		10		0.023	DC00-17		32574		25602.89		10		0.032
CH03-16		32882.77		28995.31		10		0.047	DC-030A		33273.21		28212.7		10		0.027	DC00-17		32573.87		25603.17		10		0.032

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length			Au oz/ton
CH03-16		32882.09		28995.29		10		0.083	DC-030A		33273.07		28212.74		10		0.026	DC00-17		32573.74		25603.46		10			0.013
CH03-16		32881.41		28995.26		10		0.049	DC-030A		33272.92		28212.82		10		0.023	DC00-17		32573.6		25603.74		10			0.05
CH03-16		32880.7		28995.23		10		0.033	DC-030A		33272.75		28212.93		10		0.047	DC00-17		32573.47		25604.02		10			0.017
CH03-16		32879.97		28995.2		10		0.017	DC-030A		33272.58		28213.05		10		0.058	DC00-18		32391.22		25674.71		10			0.02
CH03-16		32879.24		28995.17		10		0.012	DC-030A		33272.23		28213.29		10		0.028	DC00-18		32389.09		25675.35		10			0.011
CH03-16		32878.51		28995.14		10		0.037	DC-030A		33271.98		28213.4		10		0.019	DC00-18		32388.93		25675.43		10			0.017
CH03-16		32877.78		28995.11		10		0.017	DC-030A		33271.65		28213.51		10		0.04	DC00-18		32388.8		25675.51		10			0.021
CH03-16		32877.04		28995.07		10		0.011	DC-030A		33271.31		28213.61		10		0.027	DC00-18		32388.68		25675.59		10			0.04
CH03-16		32873.28		28994.91		10		0.013	DC-030A		33270.98		28213.72		10		0.012	DC00-18		32388.56		25675.66		10			0.057
CH03-16		32872.52		28994.89		10		0.015	DC-030A		33270.65		28213.82		10		0.014	DC00-18		32388.45		25675.74		10			0.043
CH03-16		32871.75		28994.87		10		0.062	DC-030A		33262.7		28214.74		10		0.474	DC00-18		32388.33		25675.82		10			0.033
CH03-16		32870.98		28994.85		10		0.136	DC-030A		33262.28		28214.79		10		0.33	DC00-18		32388.2		25675.89		10			0.064
CH03-16		32870.21		28994.83		10		0.102	DC-030A		33261.91		28214.86		10		0.58	DC00-18		32388.07		25675.97		10			0.037
CH03-16		32869.45		28994.8		10		0.13	DC-030A		33261.57		28214.96		10		3.144	DC00-18		32387.93		25676.04		10			0.017
CH03-16		32868.68		28994.76		10		0.106	DC-030A		33261.24		28215.07		10		1.53	DC00-18		32387.79		25676.12		10			0.034
CH03-16		32867.91		28994.71		10		0.093	DC-030A		33260.91		28215.17		10		0.278	DC00-18		32387.65		25676.19		10			0.21
CH03-16		32867.15		28994.67		10		0.16	DC-030A		33260.57		28215.28		10		0.013	DC00-18		32387.52		25676.25		10			0.021
CH03-16		32866.38		28994.63		10		0.132	DC-030A		33260.19		28215.35		10		0.275	DC00-18		32387.41		25676.28		10			0.026
CH03-16		32865.61		28994.56		10		0.068	DC-030A		33259.75		28215.38		10		0.518	DC00-18		32387.29		25676.32		10			0.128
CH03-16		32864.83		28994.48		10		0.086	DC-030A		33259.32		28215.42		10		0.018	DC00-18		32387.17		25676.36		10			0.083
CH03-16		32864.05		28994.39		10		0.093	DC-030A		33258.88		28215.45		10		0.022	DC00-18		32387.06		25676.39		10			0.071
CH03-16		32863.27		28994.31		10		0.477	DC-030A		33258.45		28215.49		10		0.014	DC00-18		32386.93		25676.46		10			0.062
CH03-16		32862.49		28994.22		10		2.166	DC-030A		33258.02		28215.53		10		0.139	DC00-18		32386.8		25676.54		10			0.077
CH03-16		32861.72		28994.15		10		2.442	DC-030A		33257.61		28215.57		10		0.093	DC00-18		32386.67		25676.62		10			0.088
CH03-16		32860.95		28994.08		10		2.003	DC-030A		33257.19		28215.61		10		0.03	DC00-18		32386.54		25676.71		10			0.081
CH03-16		32860.19		28994.02		10		0.888	DC-030A		33256.77		28215.66		10		0.017	DC00-18		32386.4		25676.79		10			0.102
CH03-16		32859.43		28993.96		10		0.29	DC-030A		33256.36		28215.7		10		0.017	DC00-18		32386.28		25676.89		10			0.048
CH03-16		32858.66		28993.89		10		0.405	DC-030A		33246.18		28216.54		10		0.013	DC00-18		32386.06		25677.11		10			0.012
CH03-16		32857.89		28993.85		10		0.256	DC-030A		33204.19		28217.72		10		0.012	DC00-19		32315.2		25563.08		10			0.011
CH03-16		32857.13		28993.82		10		0.388	DC-030A		33202.29		28217.88		10		0.018	DC00-19		32315.18		25563.18		10			0.011
CH03-16		32856.36		28993.78		10		0.13	DC-030A		33201.66		28217.94		10		0.064	DC00-19		32315.18		25563.26		10			0.012
CH03-16		32855.59		28993.75		10		0.079	DC-030A		33200.4		28218.07		10		0.015	DC00-19		32314.98		25563.67		10			0.009
CH03-16		32854.83		28993.72		10		0.019	DC-031		33205.38		28207.16		10		0.015	DC00-19		32314.98		25563.76		10			0.011
CH03-16		32854.07		28993.68		10		0.087	DC-031		33205.22		28207.5		10		0.012	DC00-19		32314.98		25563.84		10			0.011
CH03-16		32853.32		28993.64		10		0.023	DC-031		33205.05		28207.85		10		0.011	DC00-19		32314.97		25563.93		10			0.011
CH03-16		32852.57		28993.6		10		0.12	DC-031		33204.12		28209.53		10		0.014	DC00-19		32314.97		25564.02		10			0.018
CH03-16		32851.82		28993.56		10		0.056	DC-031		33203.94		28209.87		10		0.019	DC00-19		32314.95		25564.08		10			0.047
CH03-16		32851.08		28993.52		10		0.109	DC-031		33203.62		28210.28		10		0.018	DC00-19		32314.9		25564.11		10			0.045
CH03-16		32850.32		28993.5		10		0.102	DC-031		33203.2		28210.79		10		0.028	DC00-19		32314.86		25564.14		10			0.025
CH03-16		32849.55		28993.5		10		0.093	DC-031		33202.77		28211.29		10		0.026	DC00-19		32314.82		25564.17		10			0.05
CH03-16		32848.79		28993.51		10		0.048	DC-031		33202.33		28211.79		10		0.03	DC00-19		32314.78		25564.2		10			0.026
CH03-16		32848.02		28993.51		10		0.11	DC-031		33201.9		28212.3		10		0.028	DC00-19		32314.75		25564.26		10			0.023
CH03-16		32847.25		28993.52		10		0.11	DC-031		33201.18		28212.96		10		0.026	DC00-19		32314.73		25564.35		10			0.017
CH03-16		32846.48		28993.53		10		0.104	DC-031		33200.15		28213.77		10		0.038	DC00-19		32314.72		25564.43		10			0.049
CH03-16		32845.69		28993.54		10		0.11	DC-031		33199.13		28214.58		10		0.027	DC00-19		32314.71		25564.52		10			0.054
CH03-16		32844.91		28993.55		10		0.078	DC-031		33196.1		28217.04		10		0.014	DC00-19		32314.7		25564.61		10	��		0.023
CH03-16		32844.12		28993.55		10		0.072	DC-031		33179.15		28231.97		10		0.01	DC00-19		32314.67		25564.66		10			0.027
CH03-16		32843.34		28993.57		10		0.077	DC-031		33103.23		28275.65		10		0.05	DC00-19		32314.64		25564.67		10			0.048
CH03-16		32842.55		28993.58		10		0.102	DC-031		33100.66		28276.96		10		0.016	DC00-19		32314.61		25564.69		10			0.073
CH03-16		32841.77		28993.61		10		0.1	DC-031		33099.37		28277.62		10		0.309	DC00-19		32314.58		25564.7		10			0.074
CH03-16		32840.98		28993.63		10		0.043	DC-031		33098.09		28278.28		10		0.558	DC00-19		32314.54		25564.74		10			0.045
CH03-16		32840.2		28993.65		10		0.038	DC-031		33096.8		28278.93		10		0.038	DC00-19		32314.49		25564.8		10			0.05
CH03-16		32839.41		28993.68		10		0.034	DC-031		33095.53		28279.57		10		0.013	DC00-19		32314.44		25564.87		10			0.085
CH03-16		32838.62		28993.69		10		0.02	DC-033		33304.08		28291.06		10		0.011	DC00-19		32314.38		25564.94		10			0.045
CH03-16		32837.82		28993.7		10		0.048	DC-033		33304.08		28291.06		10		0.021	DC00-19		32314.33		25565.01		10			0.039
CH03-16		32837.02		28993.7		10		0.067	DC-033		33304.08		28291.06		10		0.014	DC00-19		32314.28		25565.08		10			0.068
CH03-16		32836.22		28993.71		10		0.11	DC-033		33304.08		28291.06		10		0.013	DC00-19		32314.23		25565.15		10			0.089
CH03-16		32835.41		28993.71		10		0.282	DC-033		33304.08		28291.06		10		0.011	DC00-19		32314.17		25565.22		10			0.032
CH03-16		32834.59		28993.74		10		0.29	DC-033		33304.08		28291.06		10		0.01	DC00-19		32314.12		25565.29		10			0.024
CH03-16		32833.76		28993.79		10		0.048	DC-033		33304.08		28291.06		10		0.012	DC00-20		32409.13		25766.72		10			0.022
CH03-16		32832.92		28993.84		10		0.011	DC-033		33304.08		28291.06		10		0.009	DC00-20		32409.01		25766.58		10			0.023
CH03-16		32832.09		28993.88		10		0.016	DC-033		33304.08		28291.06		10		0.011	DC00-20		32408.87		25766.45		10			0.009
CH03-16		32830.45		28993.97		10		0.011	DC-033		33304.08		28291.06		10		0.009	DC00-20		32407.38		25764.9		10			0.01
CH03-16		32828.92		28994.05		10		0.013	DC-033		33304.08		28291.06		10		0.03	DC00-20		32407.22		25764.76		10			0.016
CH03-16		32827.39		28994.12		10		0.016	DC-033		33304.08		28291.06		10		0.009	DC00-20		32407.07		25764.62		10			0.022
CH03-16		32825.88		28994.18		10		0.013	DC-033		33304.08		28291.06		10		0.012	DC00-20		32406.93		25764.5		10			0.02
CH03-16		32824.38		28994.22		10		0.015	DC-033		33304.08		28291.06		10		0.288	DC00-20		32406.81		25764.39		10			0.035
CH03-16		32822.89		28994.29		10		0.009	DC-033		33304.08		28291.06		10		0.624	DC00-20		32406.7		25764.29		10			0.037
CH03-16		32819.98		28994.54		10		0.022	DC-033		33304.08		28291.06		10		0.026	DC00-20		32406.58		25764.19		10			0.041
CH03-16		32818.52		28994.66		10		0.012	DC-033		33304.08		28291.06		10		0.015	DC00-20		32406.46		25764.08		10			0.05
CH03-17		32768.12		28827.96		10		0.016	DC-033		33304.08		28291.06		10		0.017	DC00-20		32406.33		25763.96		10			0.041
CH03-17		32768.11		28828.42		10		0.01	DC-033		33304.08		28291.06		10		0.068	DC00-20		32406.2		25763.82		10			0.03
CH03-17		32768.09		28828.61		10		0.017	DC-034		33081.65		28295.63		10		0.015	DC00-20		32406.07		25763.68		10			0.043
CH03-17		32768.07		28828.8		10		0.015	DC-034		33081.58		28295.64		10		0.02	DC00-20		32405.94		25763.55		10			0.026
CH03-17		32768.05		28828.99		10		0.039	DC-034		33081.51		28295.65		10		0.042	DC00-20		32405.8		25763.41		10			0.069
CH03-17		32768.04		28829.18		10		0.045	DC-034		33081.44		28295.66		10		0.029	DC00-20		32405.66		25763.28		10			0.037
CH03-17		32767.65		28829.98		10		0.07	DC-034		33081.37		28295.66		10		0.027	DC00-20		32405.51		25763.16		10			0.037
CH03-17		32767.43		28830.4		10		0.016	DC-034		33081.32		28295.67		10		0.034	DC00-20		32405.37		25763.03		10			0.111
CH03-17		32767.3		28830.65		10		0.039	DC-034		33081.28		28295.67		10		0.024	DC00-20		32405.22		25762.91		10			0.084
CH03-17		32767.18		28830.9		10		0.01	DC-034		33081.21		28295.68		10		0.56	DC00-20		32405.07		25762.79		10			0.063
CH03-17		32767.05		28831.15		10		0.107	DC-034		33081.18		28295.68		10		0.161	DC00-20		32404.93		25762.67		10			0.07
CH03-17		32766.93		28831.4		10		0.075	DC-034		33080.71		28295.53		10		0.014	DC00-20		32404.79		25762.56		10			0.088
CH03-17		32766.78		28831.65		10		0.012	DC-034		33071.86		28296.29		10		0.014	DC00-20		32404.66		25762.45		10			0.108
CH03-17		32766.62		28831.9		10		0.066	DC-034		33067.05		28295.66		10		0.073	DC00-20		32404.53		25762.33		10			0.086
CH03-17		32766.46		28832.15		10		0.087	DC-034		33066.6		28295.52		10		0.065	DC00-20		32404.4		25762.22		10			0.043

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-17		32766.3		28832.4		10		0.068	DC-035		32984.32		28410.87		10		0.032	DC00-20		32404.25		25762.14		10		0.016
CH03-17		32766.15		28832.65		10		0.078	DC-035		32984.08		28411.19		10		0.012	DC00-21		32396.25		25872.52		10		0.009
CH03-17		32765.96		28832.89		10		0.081	DC-035		32983.85		28411.56		10		0.012	DC00-21		32395.38		25872.35		10		0.012
CH03-17		32765.75		28833.13		10		0.07	DC-035		32983.62		28411.93		10		0.025	DC00-21		32395.09		25872.29		10		0.013
CH03-17		32765.54		28833.36		10		0.073	DC-035		32983.39		28412.3		10		0.012	DC00-21		32394.82		25872.2		10		0.022
CH03-17		32765.33		28833.59		10		0.095	DC-035		32983.17		28412.68		10		0.158	DC00-21		32394.57		25872.08		10		0.028
CH03-17		32765.12		28833.83		10		0.058	DC-035		32982.94		28412.98		10		0.101	DC00-21		32394.32		25871.95		10		0.027
CH03-17		32764.91		28834.06		10		0.103	DC-035		32982.7		28413.21		10		0.082	DC00-21		32394.07		25871.83		10		0.028
CH03-17		32764.69		28834.29		10		0.111	DC-035		32982.47		28413.45		10		0.027	DC00-21		32393.82		25871.71		10		0.019
CH03-17		32764.48		28834.52		10		0.086	DC-035		32982.23		28413.68		10		0.01	DC00-21		32393.58		25871.57		10		0.043
CH03-17		32764.27		28834.75		10		0.057	DC-035		32982		28413.91		10		0.795	DC00-21		32393.34		25871.42		10		0.024
CH03-17		32764.05		28834.98		10		0.081	DC-035		32981.8		28414.18		10		0.009	DC00-21		32393.11		25871.27		10		0.026
CH03-17		32763.82		28835.22		10		0.032	DC-035		32980.58		28415.91		10		0.016	DC00-21		32392.87		25871.11		10		0.032
CH03-17		32763.58		28835.47		10		0.039	DC-035		32980.25		28416.19		10		0.011	DC00-21		32392.64		25870.96		10		0.116
CH03-17		32763.34		28835.72		10		0.101	DC-035		32977.61		28418.18		10		0.023	DC00-21		32392.43		25870.83		10		0.031
CH03-17		32762.56		28836.47		10		0.165	DC-035		32977.38		28418.31		10		0.017	DC00-21		32392.23		25870.71		10		0.048
CH03-17		32762.21		28836.7		10		0.346	DC-035		32977.15		28418.44		10		0.009	DC00-21		32392.04		25870.58		10		0.05
CH03-17		32761.86		28836.92		10		0.206	DC-035		32967.9		28421.91		10		0.011	DC00-21		32391.85		25870.46		10		0.056
CH03-17		32761.51		28837.14		10		0.128	DC-035		32967.55		28422.02		10		0.021	DC00-21		32391.66		25870.34		10		0.07
CH03-17		32761.15		28837.37		10		0.181	DC-035		32960.2		28424.04		10		0.011	DC00-21		32391.46		25870.27		10		0.047
CH03-17		32760.77		28837.63		10		0.156	DC-035		32959.33		28424.22		10		0.24	DC00-21		32391.25		25870.25		10		0.072
CH03-17		32760.35		28837.91		10		0.266	DC-035		32959.02		28424.26		10		0.051	DC00-21		32391.04		25870.23		10		0.098
CH03-17		32759.93		28838.2		10		0.245	DC-035		32958.71		28424.28		10		0.011	DC00-21		32390.83		25870.2		10		0.074
CH03-17		32759.51		28838.48		10		0.403	DC-035		32957.77		28424.33		10		0.023	DC00-21		32390.62		25870.18		10		0.074
CH03-17		32759.09		28838.76		10		0.424	DC-035		32957.45		28424.33		10		0.044	DC00-21		32390.43		25870.12		10		0.041
CH03-17		32758.58		28839.02		10		0.443	DC-035		32957.12		28424.33		10		0.011	DC00-21		32390.25		25870.01		10		0.035
CH03-17		32757.98		28839.25		10		0.251	DC-035		32956.78		28424.33		10		0.23	DC00-21		32390.07		25869.9		10		0.012
CH03-17		32757.38		28839.48		10		0.158	DC-035		32956.45		28424.32		10		0.12	DC00-21		32389.89		25869.79		10		0.035
CH03-17		32756.77		28839.71		10		0.206	DC-035		32956.12		28424.32		10		0.079	DC00-21		32389.71		25869.68		10		0.022
CH03-17		32756.17		28839.94		10		0.132	DC-035		32955.8		28424.33		10		0.044	DC00-22		32395.64		25985.24		10		0.01
CH03-17		32755.57		28840.18		10		0.097	DC-035		32955.49		28424.36		10		0.044	DC00-22		32395.42		25985.27		10		0.014
CH03-17		32754.97		28840.41		10		0.185	DC-035		32955.18		28424.38		10		0.013	DC00-22		32395.2		25985.29		10		0.017
CH03-17		32754.37		28840.65		10		0.105	DC-035		32953.07		28424.62		10		0.044	DC00-22		32394.99		25985.31		10		0.017
CH03-17		32753.77		28840.89		10		0.128	DC-035		32952.77		28424.67		10		0.185	DC00-22		32394.78		25985.33		10		0.026
CH03-17		32753.17		28841.13		10		0.113	DC-035		32952.48		28424.74		10		0.074	DC00-22		32394.57		25985.35		10		0.027
CH03-17		32752.58		28841.32		10		0.096	DC-035		32952.2		28424.8		10		0.196	DC00-22		32394.37		25985.37		10		0.04
CH03-17		32752.01		28841.45		10		0.121	DC-035		32951.91		28424.87		10		0.145	DC00-22		32394.17		25985.37		10		0.036
CH03-17		32751.43		28841.58		10		0.183	DC-035		32951.62		28424.94		10		0.448	DC00-22		32393.98		25985.34		10		0.023
CH03-17		32750.85		28841.71		10		0.239	DC-035		32951.34		28424.96		10		0.104	DC00-22		32393.79		25985.31		10		0.017
CH03-17		32750.27		28841.84		10		0.206	DC-035		32951.05		28424.96		10		0.065	DC00-22		32393.6		25985.29		10		0.016
CH03-17		32749.7		28841.96		10		0.101	DC-035		32950.77		28424.95		10		0.011	DC00-22		32393.41		25985.26		10		0.084
CH03-17		32749.13		28842.07		10		0.181	DC-035		32949.64		28424.88		10		0.01	DC00-22		32393.23		25985.22		10		0.117
CH03-17		32748.57		28842.18		10		0.066	DC-035		32947.56		28425.08		10		0.08	DC00-22		32393.06		25985.16		10		0.105
CH03-17		32748		28842.29		10		0.036	DC-035		32947.27		28425.17		10		0.045	DC00-22		32392.9		25985.1		10		0.08
CH03-17		32747.44		28842.4		10		0.02	DC-035		32946.95		28425.2		10		0.009	DC00-22		32392.73		25985.04		10		0.049
CH03-17		32746.9		28842.5		10		0.013	DC-036		33086.32		28385.19		10		0.094	DC00-22		32392.57		25984.98		10		0.052
CH03-17		32746.38		28842.59		10		0.015	DC-036		33086.22		28385.21		10		0.167	DC00-22		32392.39		25984.95		10		0.045
CH03-17		32745.35		28842.78		10		0.014	DC-036		33086.12		28385.23		10		0.249	DC00-22		32392.2		25984.95		10		0.045
CH03-17		32744.84		28842.87		10		0.095	DC-036		33086.01		28385.25		10		0.443	DC00-22		32392.01		25984.95		10		0.051
CH03-17		32744.33		28842.94		10		0.027	DC-036		33085.91		28385.27		10		0.021	DC00-22		32391.82		25984.95		10		0.078
CH03-17		32743.32		28843.02		10		0.026	DC-036		33085.8		28385.29		10		0.061	DC00-22		32391.62		25984.94		10		0.077
CH03-17		32742.81		28843.05		10		0.018	DC-036		33085.75		28385.3		10		0.191	DC00-22		32391.44		25984.95		10		0.091
CH03-17		32742.31		28843.09		10		0.029	DC-036		33085.74		28385.31		10		0.428	DC00-22		32391.27		25984.97		10		0.064
CH03-17		32741.8		28843.14		10		0.02	DC-036		33085.73		28385.33		10		0.278	DC00-22		32391.09		25984.98		10		0.07
CH03-17		32741.28		28843.18		10		0.067	DC-036		33085.72		28385.34		10		0.123	DC00-22		32390.92		25985		10		0.044
CH03-17		32740.75		28843.23		10		0.009	DC-036		33085.71		28385.36		10		0.067	DC00-22		32390.75		25985.02		10		0.047
CH03-18		32995.5		28634.41		10		0.022	DC-036		33085.52		28385.37		10		0.132	DC00-22		32390.58		25985.03		10		0.039
CH03-18		32995.28		28634.54		10		0.067	DC-036		33085.13		28385.39		10		0.191	DC00-22		32390.43		25985.03		10		0.028
CH03-18		32995.05		28634.67		10		0.134	DC-036		33084.75		28385.4		10		1.033	DC00-22		32390.27		25985.03		10		0.011
CH03-18		32994.82		28634.8		10		0.072	DC-036		33084.36		28385.41		10		0.121	DC00-23		32605.35		26033.97		10		0.015
CH03-18		32994.6		28634.93		10		0.011	DC-036		33083.98		28385.43		10		0.012	DC00-23		32601.49		26037.52		10		0.012
CH03-18		32993.15		28635.66		10		0.027	DC-036		33082.62		28385.43		10		0.021	DC00-23		32601.32		26037.52		10		0.012
CH03-18		32991.85		28636.15		10		0.025	DC-036		33082.3		28385.43		10		0.037	DC00-23		32600.78		26037.62		10		0.016
CH03-18		32983.73		28635.9		10		0.038	DC-036		33076.47		28384.24		10		0.013	DC00-23		32600.6		26037.69		10		0.012
CH03-18		32983.14		28635.69		10		0.02	DC-036		33073.73		28383.22		10		0.13	DC00-23		32600.42		26037.75		10		0.014
CH03-18		32981.95		28635.28		10		0.02	DC-036		33072.99		28382.96		10		0.011	DC00-23		32600.24		26037.81		10		0.023
CH03-18		32980.67		28634.82		10		0.017	DC-036		33067.51		28381.31		10		0.01	DC00-23		32600.06		26037.88		10		0.026
CH03-18		32980.01		28634.59		10		0.033	DC-036		33057.43		28379.09		10		0.029	DC00-23		32599.88		26037.95		10		0.024
CH03-18		32979.35		28634.36		10		0.032	DC-036		33056.45		28378.9		10		0.013	DC00-23		32599.7		26038.02		10		0.019
CH03-18		32978.7		28634.13		10		0.017	DC-036		33054.5		28378.53		10		0.01	DC00-23		32599.52		26038.09		10		0.026
CH03-18		32977.34		28633.63		10		0.018	DC-036		33050.52		28377.73		10		0.056	DC00-23		32599.34		26038.16		10		0.028
CH03-18		32976.65		28633.38		10		0.033	DC-036		33048.51		28377.32		10		0.064	DC00-23		32599.15		26038.21		10		0.02
CH03-18		32975.96		28633.12		10		0.042	DC-036		33047.46		28377.11		10		0.048	DC00-23		32598.94		26038.23		10		0.042
CH03-18		32975.28		28632.86		10		0.038	DC-036		33046.37		28376.88		10		0.016	DC00-23		32598.73		26038.26		10		0.047
CH03-18		32974.55		28632.6		10		0.066	DC-036		33040.79		28375.69		10		0.109	DC00-23		32598.53		26038.29		10		0.079
CH03-18		32973.8		28632.33		10		0.046	DC-036		33036.15		28374.64		10		0.009	DC00-23		32598.32		26038.32		10		0.103
CH03-18		32973.05		28632.05		10		0.057	DC-036		33027.77		28372.72		10		0.015	DC00-23		32598.12		26038.36		10		0.083
CH03-18		32972.3		28631.78		10		0.053	DC-036		33017.71		28370.59		10		0.087	DC00-23		32597.94		26038.42		10		0.072
CH03-18		32971.54		28631.51		10		0.048	DC-036		33016.75		28370.41		10		0.507	DC00-23		32597.76		26038.48		10		0.08
CH03-18		32970.74		28631.27		10		0.138	DC-036		33015.86		28370.25		10		0.714	DC00-23		32597.57		26038.53		10		0.087
CH03-18		32969.89		28631.07		10		0.255	DC-036		33015.03		28370.09		10		0.218	DC00-23		32597.39		26038.59		10		0.093
CH03-18		32969.05		28630.87		10		0.276	DC-036		33014.21		28369.93		10		0.109	DC00-23		32597.21		26038.66		10		0.122
CH03-18		32968.2		28630.67		10		0.309	DC-036		33013.39		28369.77		10		0.01	DC00-23		32597.02		26038.76		10		0.093
CH03-18		32967.34		28630.47		10		0.467	DC-037		33199.77		28412.64		10		0.014	DC00-23		32596.83		26038.85		10		0.063
CH03-18		32966.5		28630.29		10		0.299	DC-037		33198.59		28414.24		10		0.021	DC00-23		32596.64		26038.95		10		0.083

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-18		32965.66		28630.13		10		0.296	DC-037		33198.27		28414.51		10		0.022	DC00-23		32596.46		26039.04		10		0.082
CH03-18		32964.83		28629.96		10		0.177	DC-037		33196.92		28415.64		10		0.164	DC00-23		32596.32		26039.11		4.7		0.098
CH03-18		32963.98		28629.8		10		0.171	DC-037		33196.43		28415.96		10		0.046	DC00-24		32399.48		26132.96		10		0.013
CH03-18		32963.15		28629.64		10		0.119	DC-037		33195.93		28416.29		10		0.06	DC00-24		32398.9		26133.16		10		0.013
CH03-18		32962.34		28629.45		10		0.161	DC-037		33195.43		28416.61		10		0.035	DC00-24		32398.34		26133.39		10		0.017
CH03-18		32961.57		28629.22		10		0.052	DC-037		33194.93		28416.93		10		0.082	DC00-24		32397.77		26133.62		10		0.018
CH03-18		32960.8		28628.99		10		0.071	DC-037		33194.47		28417.27		10		0.13	DC00-24		32397.21		26133.86		10		0.017
CH03-18		32960.04		28628.77		10		0.097	DC-037		33194.05		28417.61		10		0.762	DC00-24		32396.64		26134.09		10		0.015
CH03-18		32959.27		28628.54		10		0.036	DC-037		33193.63		28417.95		10		0.741	DC00-24		32396.1		26134.33		10		0.011
CH03-18		32958.53		28628.32		10		0.023	DC-037		33193.21		28418.29		10		0.295	DC00-24		32395.57		26134.57		10		0.019
CH03-18		32957.83		28628.13		10		0.08	DC-037		33192.79		28418.62		10		0.762	DC00-24		32395.05		26134.8		10		0.021
CH03-18		32957.12		28627.93		10		0.055	DC-037		33192.38		28418.98		10		0.028	DC00-24		32394.52		26135.04		10		0.022
CH03-18		32956.41		28627.73		10		0.049	DC-037		33191.56		28419.75		10		0.265	DC00-24		32394		26135.28		10		0.068
CH03-18		32955.71		28627.53		10		0.053	DC-037		33191.15		28420.13		10		0.754	DC00-24		32393.48		26135.5		10		0.066
CH03-18		32955.02		28627.35		10		0.064	DC-037		33190.75		28420.51		10		0.056	DC00-24		32392.98		26135.69		10		0.042
CH03-18		32954.34		28627.18		10		0.055	DC-037		33190.38		28420.89		10		0.063	DC00-24		32392.48		26135.88		10		0.036
CH03-18		32953.66		28627.01		10		0.056	DC-037		33188.35		28423.22		10		0.021	DC00-24		32391.97		26136.07		10		0.032
CH03-18		32952.99		28626.84		10		0.082	DC-037		33188		28423.63		10		0.022	DC00-24		32391.46		26136.27		10		0.055
CH03-18		32952.31		28626.67		10		0.024	DC-037		33180.76		28432.72		10		0.124	DC00-24		32390.92		26136.43		10		0.032
CH03-18		32951.61		28626.53		10		0.067	DC-037		33180.38		28433.17		10		0.014	DC00-24		32390.32		26136.58		10		0.064
CH03-18		32950.87		28626.4		10		0.095	DC-037		33180.02		28433.63		10		0.038	DC00-24		32389.73		26136.72		10		0.064
CH03-18		32950.13		28626.27		10		0.085	DC-037		33179.68		28434.1		10		0.039	DC00-24		32389.13		26136.86		10		0.082
CH03-18		32949.39		28626.14		10		0.222	DC-037		33179.35		28434.57		10		0.04	DC00-24		32388.54		26137		10		0.058
CH03-18		32948.66		28626.01		10		0.077	DC-037		33179.02		28435.04		10		0.14	DC00-24		32387.98		26137.21		10		0.052
CH03-18		32947.89		28625.89		10		0.103	DC-037		33178.68		28435.51		10		0.481	DC00-24		32387.46		26137.49		10		0.093
CH03-18		32947.09		28625.78		10		0.123	DC-037		33178.33		28435.98		10		0.217	DC00-24		32386.94		26137.76		10		0.087
CH03-18		32946.3		28625.66		10		0.128	DC-037		33177.96		28436.44		10		0.76	DC00-24		32386.43		26138.02		10		0.081
CH03-18		32945.51		28625.55		10		0.377	DC-037		33177.59		28436.9		10		0.144	DC00-24		32385.93		26138.27		10		0.048
CH03-18		32944.71		28625.44		10		0.482	DC-037		33177.21		28437.36		10		0.064	DC00-24		32385.44		26138.52		10		0.048
CH03-18		32943.93		28625.33		10		0.134	DC-037		33176.84		28437.83		10		0.228	DC00-24		32384.94		26138.77		10		0.02
CH03-18		32943.15		28625.23		10		0.029	DC-037		33176.49		28438.29		10		0.398	DC00-24		32384.44		26139.02		10		0.035
CH03-18		32942.37		28625.14		10		0.019	DC-037		33176.17		28438.74		10		0.274	DC00-25		32427.52		26243.39		10		0.009
CH03-18		32941.59		28625.04		10		0.204	DC-037		33175.85		28439.2		10		0.276	DC00-25		32426.85		26244.4		10		0.014
CH03-18		32940.81		28624.95		10		0.079	DC-037		33175.53		28439.65		10		0.296	DC00-25		32426.64		26244.73		10		0.012
CH03-18		32940		28624.84		10		0.111	DC-037		33175.2		28440.11		10		0.167	DC00-25		32426.45		26245.07		10		0.016
CH03-18		32939.16		28624.71		10		0.406	DC-037		33174.88		28440.56		10		0.098	DC00-25		32426.26		26245.4		10		0.02
CH03-18		32938.31		28624.59		10		0.159	DC-037		33174.55		28441.01		10		0.111	DC00-25		32426.07		26245.73		10		0.016
CH03-18		32937.46		28624.46		10		0.134	DC-037		33174.21		28441.46		10		0.082	DC00-25		32425.89		26246.07		10		0.016
CH03-18		32936.62		28624.34		10		0.031	DC-037		33173.88		28441.9		10		0.152	DC00-25		32425.69		26246.43		10		0.023
CH03-18		32935.79		28624.22		10		0.096	DC-037		33173.55		28442.35		10		0.14	DC00-25		32425.49		26246.82		10		0.036
CH03-18		32934.98		28624.09		10		0.093	DC-037		33173.21		28442.8		10		0.326	DC00-25		32425.29		26247.2		10		0.043
CH03-18		32934.17		28623.96		10		0.194	DC-037		33172.88		28443.25		10		0.018	DC00-25		32425.09		26247.59		10		0.029
CH03-18		32933.36		28623.84		10		0.029	DC-037		33169.91		28446.99		10		0.195	DC00-25		32424.88		26247.98		10		0.098
CH03-18		32932.55		28623.71		10		0.03	DC-037		33168.54		28448.8		10		0.011	DC00-25		32424.69		26248.38		10		0.068
CH03-18		32927.31		28622.7		10		0.04	DC-037		33167.88		28449.68		10		0.079	DC00-25		32424.49		26248.79		10		0.034
CH03-18		32926.36		28622.47		10		0.107	DC-037		33167.55		28450.11		10		0.023	DC00-25		32424.3		26249.2		10		0.029
CH03-18		32925.41		28622.24		10		0.523	DC-037		33167.22		28450.54		10		0.062	DC00-25		32424.11		26249.61		10		0.054
CH03-18		32924.46		28622.02		10		0.525	DC-037		33166.89		28450.97		10		0.37	DC00-25		32423.91		26250.02		10		0.056
CH03-18		32923.52		28621.79		10		0.032	DC-037		33166.57		28451.41		10		0.028	DC00-25		32423.72		26250.43		10		0.07
CH03-18		32919.66		28620.85		10		0.011	DC-037		33163.39		28455.89		10		0.437	DC00-25		32423.53		26250.84		10		0.086
CH03-18		32918.7		28620.62		10		0.021	DC-037		33163.02		28456.32		10		0.017	DC00-25		32423.33		26251.25		10		0.052
CH03-19		33406.88		28731.39		10		0.109	DC-038		33316.66		28477.3		10		0.013	DC00-25		32422.95		26252.07		10		0.028
CH03-19		33405.23		28732.88		10		0.441	DC-038		33316.43		28477.64		10		0.02	DC00-25		32421.95		26254.11		10		0.051
CH03-19		33403.59		28734.36		10		0.146	DC-038		33315.77		28478.71		10		0.009	DC00-25		32421.73		26254.52		10		0.037
CH03-19		33401.95		28735.9		10		0.013	DC-038		33313.97		28481.07		10		0.077	DC00-25		32421.5		26254.95		10		0.027
CH03-19		33400.3		28737.48		10		0.037	DC-038		33313.66		28481.37		10		0.053	DC00-25		32421.27		26255.38		10		0.037
CH03-19		33398.66		28739.07		10		0.021	DC-038		33313.44		28481.72		10		0.012	DC00-26		32751.07		26312.25		10		0.015
CH03-19		33319.56		28799.25		10		0.022	DC-038		33313.31		28482.12		10		0.016	DC00-26		32749.46		26312.16		10		0.011
CH03-19		33317.05		28800.5		10		0.018	DC-038		33313.18		28482.52		10		0.026	DC00-26		32745.78		26312.08		10		0.02
CH03-19		33314.46		28801.75		10		0.159	DC-038		33313.04		28482.91		10		0.045	DC00-26		32745.49		26312.09		10		0.015
CH03-19		33311.87		28802.99		10		0.044	DC-038		33312.91		28483.31		10		0.49	DC00-26		32745.21		26312.07		10		0.042
CH03-19		33309.28		28804.24		10		0.032	DC-038		33312.77		28483.71		10		0.112	DC00-26		32744.93		26312.06		10		0.013
CH03-19		33306.7		28805.49		10		0.015	DC-038		33312.62		28484.1		10		0.231	DC00-26		32742.15		26311.56		10		0.012
CH03-19		33296.03		28810.09		10		0.011	DC-038		33312.48		28484.5		10		0.021	DC00-26		32737.63		26310.58		10		0.015
CH03-19		33282.07		28814.83		10		0.03	DC-038		33311.62		28486.86		10		0.126	DC00-27		32435.91		26329.17		10		0.009
CH03-19		33273.46		28817.29		10		0.038	DC-038		33311.48		28487.25		10		0.326	DC00-27		32435.59		26329.22		10		0.014
CH03-19		33270.58		28818.06		10		0.018	DC-038		33311.34		28487.64		10		0.301	DC00-27		32435.26		26329.28		10		0.026
CH03-19		33221.86		28827.04		10		0.017	DC-038		33311.19		28488.04		10		0.07	DC00-27		32434.93		26329.34		10		0.03
CH03-20		33456.75		28409.89		10		0.01	DC-038		33311.05		28488.43		10		0.084	DC00-27		32434.61		26329.41		10		0.028
CH03-20		33438.36		28429.25		10		0.009	DC-038		33310.9		28488.82		10		0.058	DC00-27		32434.28		26329.47		10		0.038
CH03-20		33438.45		28432.63		10		0.014	DC-038		33310.76		28489.21		10		0.793	DC00-27		32433.98		26329.53		10		0.034
CH03-20		33439.14		28435.69		10		0.011	DC-038		33310.61		28489.61		10		0.691	DC00-27		32433.71		26329.6		10		0.02
CH03-20		33439.37		28436.71		10		0.025	DC-038		33310.47		28490		10		0.414	DC00-27		32433.44		26329.67		10		0.034
CH03-20		33439.69		28437.8		10		0.022	DC-038		33310.33		28490.39		10		0.25	DC00-27		32433.17		26329.74		10		0.036
CH03-20		33445.08		28454.18		10		0.075	DC-038		33310.18		28490.79		10		0.169	DC00-27		32432.9		26329.81		10		0.074
CH03-20		33445.53		28455.88		10		0.193	DC-038		33310.04		28491.18		10		0.29	DC00-27		32432.62		26329.87		10		0.068
CH03-20		33449.03		28473.46		10		0.065	DC-038		33309.89		28491.57		10		0.48	DC00-27		32432.33		26329.92		10		0.04
CH03-20		33449.31		28475.21		10		0.046	DC-038		33309.75		28491.97		10		0.312	DC00-27		32432.04		26329.97		10		0.082
CH03-20		33449.73		28478.75		10		0.009	DC-038		33309.61		28492.36		10		0.402	DC00-27		32431.74		26330.02		10		0.036
CH03-20		33404.16		28547.82		10		0.011	DC-038		33309.46		28492.75		10		0.179	DC00-27		32431.45		26330.08		10		0.03
CH03-20		33331.06		28589.69		10		0.009	DC-038		33309.32		28493.15		10		0.175	DC00-27		32431.16		26330.11		10		0.061
CH03-21		33365.09		27995.46		10		0.033	DC-038		33309.17		28493.54		10		0.359	DC00-27		32430.86		26330.14		10		0.114
CH03-21		33363.57		27994.59		10		0.05	DC-038		33309.03		28493.93		10		0.055	DC00-27		32430.57		26330.16		10		0.05
CH03-22		33241.13		28315.56		10		0.012	DC-038		33308.88		28494.33		10		0.087	DC00-27		32430.27		26330.19		10		0.034
CH03-22		33240.79		28315.83		10		0.013	DC-038		33308.74		28494.72		10		0.077	DC00-27		32429.97		26330.21		10		0.049

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-22		33240.41		28316.1		10		0.012	DC-038		33308.6		28495.11		10		0.31	DC00-27		32429.68		26330.24		10		0.012
CH03-22		33239.25		28316.92		10		0.016	DC-038		33308.45		28495.51		10		0.126	DC00-27		32428.5		26330.35		10		0.015
CH03-22		33238.8		28317.2		10		0.014	DC-038		33308.31		28495.9		10		0.139	DC00-27		32428.21		26330.4		10		0.027
CH03-22		33238.28		28317.48		10		0.028	DC-038		33308.16		28496.29		10		0.179	DC00-27		32427.94		26330.46		10		0.033
CH03-22		33237.76		28317.77		10		0.036	DC-038		33308.02		28496.69		10		0.265	DC00-27		32427.67		26330.53		10		0.019
CH03-22		33237.24		28318.05		10		0.021	DC-038		33307.94		28496.92		2		0.265	DC00-27		32427.4		26330.59		10		0.011
CH03-22		33236.72		28318.33		10		0.015	DC-038A		33318.17		28482.05		10		0.01	DC00-28		32632.43		26370.11		10		0.01
CH03-22		33235.96		28318.62		10		0.024	DC-038A		33316.84		28482.86		10		0.016	DC00-28		32623.64		26372.67		10		0.009
CH03-22		33234.96		28318.93		10		0.095	DC-038A		33312.7		28485.2		10		0.01	DC00-28		32623.35		26372.77		10		0.018
CH03-22		33233.96		28319.24		10		0.027	DC-038A		33311.55		28485.67		10		0.042	DC00-28		32623.05		26372.88		10		0.017
CH03-22		33232.96		28319.55		10		0.027	DC-038A		33310.96		28485.91		10		0.061	DC00-28		32622.73		26372.97		10		0.021
CH03-22		33231.96		28319.85		10		0.043	DC-038A		33310.38		28486.15		10		0.051	DC00-28		32622.39		26373.05		10		0.027
CH03-22		33199.12		28325.22		10		0.029	DC-038A		33309.75		28486.37		10		0.194	DC00-28		32622.05		26373.13		10		0.017
CH03-22		33197.73		28325.49		10		0.031	DC-038A		33309.06		28486.57		10		0.117	DC00-28		32621.71		26373.21		10		0.029
CH03-22		33164.25		28330.6		10		0.024	DC-038A		33308.38		28486.77		10		0.096	DC00-28		32621.38		26373.29		10		0.048
CH03-22		33163.02		28330.8		10		0.029	DC-038A		33307.69		28486.97		10		0.393	DC00-28		32621.03		26373.38		10		0.089
CH03-22		33161.77		28331.05		10		0.059	DC-038A		33307		28487.17		10		0.046	DC00-28		32620.67		26373.46		10		0.095
CH03-22		33160.53		28331.31		10		0.158	DC-038A		33306.29		28487.39		10		0.236	DC00-28		32620.32		26373.55		10		0.072
CH03-22		33159.28		28331.57		10		0.208	DC-038A		33305.54		28487.62		10		0.222	DC00-28		32619.96		26373.64		10		0.041
CH03-22		33155.43		28332.4		10		0.012	DC-038A		33304.79		28487.86		10		0.05	DC00-28		32619.61		26373.73		10		0.027
CH03-22		33139.45		28335.12		10		0.048	DC-038A		33302.53		28488.52		10		0.03	DC00-28		32619.27		26373.84		10		0.04
CH03-22		33079.16		28325.75		10		0.013	DC-038A		33300.23		28488.99		10		0.159	DC00-28		32618.95		26373.98		10		0.061
CH03-22		33077.91		28325.18		10		0.015	DC-038A		33299.46		28489.14		10		0.098	DC00-28		32618.62		26374.12		10		0.03
CH03-22		33075.33		28324.04		10		0.011	DC-038A		33298.64		28489.31		10		0.363	DC00-28		32618.3		26374.25		10		0.071
CH03-22		33074.02		28323.46		10		0.012	DC-038A		33297.77		28489.48		10		0.023	DC00-28		32617.98		26374.39		10		0.045
CH03-22		33072.71		28322.89		10		0.014	DC-038A		33296.89		28489.65		10		0.019	DC00-28		32617.66		26374.54		10		0.061
CH03-22		33065.09		28320		10		0.01	DC-038A		33296.02		28489.82		10		0.51	DC00-28		32617.35		26374.68		10		0.064
CH03-22		33051.18		28315.33		10		0.025	DC-038A		33295.15		28489.99		10		0.44	DC00-28		32617.03		26374.82		10		0.041
CH03-22		33049.41		28314.74		10		0.013	DC-038A		33294.31		28490.16		10		0.396	DC00-28		32616.71		26374.96		10		0.017
CH03-22		33047.62		28314.15		10		0.023	DC-038A		33293.51		28490.33		10		0.274	DC00-28		32616.39		26375.11		10		0.037
CH03-22		33045.84		28313.56		10		0.033	DC-038A		33292.7		28490.5		10		0.188	DC00-28		32613.73		26375.95		10		0.013
CH03-23		33046.34		28516.54		10		0.038	DC-038A		33291.91		28490.66		10		0.217	DC00-28		32613.4		26376.05		10		0.009
CH03-23		33046		28516.84		10		0.498	DC-038A		33291.1		28490.83		10		0.222	DC00-29		32824.48		26407.65		10		0.014
CH03-23		33045.66		28517.14		10		1.021	DC-038A		33290.26		28491.02		10		0.242	DC00-29		32824.23		26407.36		10		0.014
CH03-23		33045.23		28517.51		10		0.786	DC-038A		33289.38		28491.23		10		0.234	DC00-29		32823.81		26406.72		10		0.009
CH03-23		33044.7		28517.93		10		1.038	DC-038A		33288.49		28491.43		10		0.141	DC00-29		32823.61		26406.39		10		0.011
CH03-23		33044.18		28518.36		10		0.527	DC-038A		33287.61		28491.64		10		0.112	DC00-29		32823.42		26406.05		10		0.011
CH03-23		33043.65		28518.79		10		0.325	DC-038A		33286.73		28491.85		10		0.088	DC00-29		32823.23		26405.72		10		0.016
CH03-23		33043.12		28519.22		10		0.381	DC-038A		33285.91		28492.08		10		0.225	DC00-29		32823.02		26405.39		10		0.02
CH03-23		33042.38		28519.89		10		0.939	DC-038A		33285.15		28492.33		10		0.078	DC00-29		32822.79		26405.06		10		0.075
CH03-23		33041.43		28520.81		10		1.069	DC-038A		33284.39		28492.58		10		0.197	DC00-29		32822.56		26404.73		10		0.049
CH03-23		33040.48		28521.73		10		0.154	DC-038A		33283.62		28492.84		10		0.167	DC00-29		32822.33		26404.4		10		0.038
CH03-23		33039.52		28522.65		10		0.177	DC-038A		33282.87		28493.09		10		0.115	DC00-29		32822.1		26404.07		10		0.049
CH03-23		33038.57		28523.57		10		0.051	DC-038A		33282.04		28493.34		10		0.153	DC00-29		32821.87		26403.81		10		0.07
CH03-23		33036.6		28525.37		10		0.163	DC-038A		33281.14		28493.57		10		0.038	DC00-29		32821.63		26403.6		10		0.054
CH03-23		33035.6		28526.26		10		0.069	DC-038A		33280.25		28493.81		10		0.172	DC00-29		32821.39		26403.4		10		0.04
CH03-23		33033.59		28528.04		10		0.015	DC-038A		33279.36		28494.04		10		0.28	DC00-29		32821.15		26403.2		10		0.033
CH03-23		33029.59		28531.22		10		0.01	DC-038A		33278.47		28494.28		10		0.086	DC00-29		32820.91		26402.99		10		0.058
CH03-23		33025.24		28534.47		10		0.02	DC-038A		33277.52		28494.54		10		0.053	DC00-30		32703.2		26489.48		10		0.01
CH03-23		33024.1		28535.3		10		0.059	DC-038A		33276.51		28494.82		10		0.251	DC00-30		32700.56		26491.6		10		0.013
CH03-23		33022.96		28536.13		10		0.009	DC-038A		33275.5		28495.1		10		0.075	DC00-30		32700.33		26491.86		10		0.096
CH03-23		33016.86		28539.95		10		0.029	DC-038A		33274.5		28495.39		10		0.046	DC00-30		32700.1		26492.12		10		0.027
CH03-23		33008.05		28544.01		10		0.009	DC-038A		33268.55		28497.37		10		0.02	DC00-30		32699.87		26492.39		10		0.07
CH03-23		33006.37		28544.65		10		0.025	DC-039		33096.32		28501.82		10		0.038	DC00-30		32699.63		26492.65		10		0.069
CH03-23		33004.68		28545.3		10		0.025	DC-039		33096.12		28502.11		10		1.29	DC00-30		32699.38		26492.92		10		0.074
CH03-23		33002.99		28545.94		10		0.032	DC-039		33095.92		28502.39		10		2.303	DC00-30		32699.12		26493.18		10		0.069
CH03-23		33001.3		28546.58		10		0.023	DC-039		33095.72		28502.68		10		2.732	DC00-30		32698.88		26493.45		10		0.106
CH03-23		32999.55		28547.17		10		0.016	DC-039		33094.97		28503.99		10		0.776	DC00-30		32698.62		26493.72		10		0.128
CH03-23		32997.74		28547.71		10		0.048	DC-039		33094.78		28504.33		10		0.324	DC00-30		32698.38		26493.99		10		0.106
CH03-23		32995.93		28548.26		10		0.09	DC-039		33094.57		28504.7		10		0.75	DC00-30		32698.15		26494.28		10		0.16
CH03-23		32994.12		28548.8		10		0.073	DC-039		33094.34		28505.11		10		0.963	DC00-30		32697.92		26494.56		10		0.061
CH03-23		32992.31		28549.34		10		0.083	DC-039		33094.09		28505.52		10		0.83	DC00-30		32697.69		26494.85		10		0.072
CH03-23		32990.45		28549.88		10		0.097	DC-039		33093.86		28505.92		10		0.529	DC00-30		32697.46		26495.13		10		0.078
CH03-23		32988.52		28550.42		10		0.094	DC-039		33093.62		28506.33		10		0.412	DC00-30		32697.2		26495.4		10		0.044
CH03-23		32986.61		28550.96		10		0.113	DC-039		33093.38		28506.72		10		0.577	DC00-30		32696.91		26495.65		10		0.128
CH03-23		32984.69		28551.49		10		0.093	DC-039		33093.11		28507.09		10		0.015	DC00-30		32696.61		26495.9		10		0.094
CH03-23		32982.77		28552.03		10		0.109	DC-039		33092.85		28507.46		10		0.018	DC00-30		32696.32		26496.15		10		0.065
CH03-23		32980.85		28552.57		10		0.035	DC-039		33091.4		28509.31		10		0.009	DC00-30		32696.03		26496.4		10		0.13
CH03-23		32978.95		28553.11		10		0.045	DC-039		33091.08		28509.68		10		0.02	DC00-30		32695.71		26496.65		10		0.012
CH03-23		32977.05		28553.64		10		0.038	DC-039		33090.17		28510.83		10		0.013	DC00-30		32694.03		26497.87		10		0.026
CH03-23		32975.15		28554.18		10		0.043	DC-039		33089.89		28511.23		10		0.013	DC00-30		32693.7		26498.1		10		0.022
CH03-23		32973.25		28554.72		10		0.055	DC-039		33089.31		28512.02		10		0.012	DC00-30		32693.37		26498.32		10		0.016
CH03-23		32971.35		28555.26		10		0.079	DC-039		33089.02		28512.38		10		0.009	DC00-30		32693.03		26498.55		10		0.013
CH03-23		32969.45		28555.82		10		0.107	DC-039		33087.55		28513.99		10		0.068	DC00-30		32692.7		26498.78		10		0.018
CH03-23		32967.55		28556.37		10		0.105	DC-039		33087.23		28514.28		10		0.187	DC00-30		32688.57		26500.98		10		0.019
CH03-23		32965.65		28556.92		10		0.083	DC-039		33086.91		28514.58		10		0.089	DC00-30		32688.29		26501.09		10		0.038
CH03-23		32963.75		28557.47		10		0.069	DC-039		33086.59		28514.88		10		0.096	DC00-31		32490.13		26502.96		10		0.009
CH03-23		32961.82		28558.04		10		0.096	DC-039		33086.27		28515.17		10		0.092	DC00-31		32489.45		26503.96		10		0.011
CH03-23		32959.84		28558.63		10		0.052	DC-039		33085.93		28515.46		10		0.152	DC00-31		32489.23		26504.29		10		0.012
CH03-23		32957.87		28559.23		10		0.08	DC-039		33085.58		28515.75		10		0.092	DC00-31		32489.02		26504.61		10		0.016
CH03-23		32955.89		28559.82		10		0.134	DC-039		33085.22		28516.03		10		0.044	DC00-31		32488.81		26504.93		10		0.009
CH03-23		32953.92		28560.41		10		0.181	DC-039		33084.87		28516.32		10		0.066	DC00-31		32488.59		26505.25		10		0.012
CH03-23		32951.97		28561.04		10		0.079	DC-039		33084.52		28516.6		10		0.056	DC00-31		32488.38		26505.57		10		0.017
CH03-23		32950.06		28561.71		10		0.154	DC-039		33084.2		28516.89		10		0.047	DC00-31		32488.15		26505.89		10		0.01
CH03-23		32948.14		28562.38		10		0.251	DC-039		33083.9		28517.19		10		0.027	DC00-31		32487.92		26506.21		10		0.012

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-23		32946.23		28563.05		10		0.105	DC-039		33083.61		28517.49		10		0.011	DC00-31		32487.69		26506.54		10		0.015
CH03-23		32944.32		28563.73		10		0.103	DC-039		33083.32		28517.79		10		0.041	DC00-31		32487.45		26506.87		10		0.026
CH03-23		32942.46		28564.41		10		0.083	DC-039		33083.02		28518.09		10		0.038	DC00-31		32487.22		26507.19		10		0.017
CH03-23		32940.67		28565.12		10		0.03	DC-039		33082.75		28518.39		10		0.136	DC00-31		32486.98		26507.52		10		0.021
CH03-23		32938.88		28565.82		10		0.061	DC-039		33082.5		28518.68		10		0.106	DC00-31		32486.73		26507.86		10		0.034
CH03-23		32937.09		28566.53		10		0.148	DC-039		33082.25		28518.96		10		0.049	DC00-31		32486.48		26508.2		10		0.042
CH03-23		32935.3		28567.23		10		0.121	DC-039		33081.99		28519.25		10		0.058	DC00-31		32486.23		26508.54		10		0.021
CH03-23		32933.49		28567.93		10		0.144	DC-039		33081.74		28519.54		10		0.295	DC00-31		32485.99		26508.88		10		0.025
CH03-23		32931.67		28568.61		10		0.086	DC-039		33081.49		28519.82		10		0.51	DC00-31		32485.73		26509.21		10		0.023
CH03-23		32929.85		28569.29		10		0.101	DC-039		33081.24		28520.09		10		0.36	DC00-31		32485.46		26509.53		10		0.029
CH03-23		32928.04		28569.97		10		0.163	DC-039		33080.99		28520.36		10		0.709	DC00-31		32485.2		26509.85		10		0.056
CH03-23		32926.21		28570.65		10		0.288	DC-039		33080.74		28520.62		10		0.55	DC00-31		32484.94		26510.18		10		0.048
CH03-23		32924.4		28571.32		10		0.286	DC-039		33080.49		28520.89		10		0.596	DC00-31		32484.67		26510.5		10		0.026
CH03-23		32922.59		28571.98		10		0.171	DC-039		33080.27		28521.18		10		0.785	DC00-31		32484.43		26510.85		10		0.019
CH03-23		32920.79		28572.65		10		0.226	DC-039		33080.07		28521.49		10		0.877	DC00-31		32484.2		26511.23		10		0.025
CH03-23		32918.98		28573.31		10		0.14	DC-039		33079.88		28521.8		10		0.476	DC00-31		32483.98		26511.6		10		0.025
CH03-23		32917.17		28573.98		10		0.07	DC-039		33079.68		28522.11		10		0.477	DC00-31		32483.31		26512.72		10		0.015
CH03-23		32915.43		28574.72		10		0.301	DC-039		33079.48		28522.42		10		0.549	DC00-31		32483.1		26513.07		10		0.016
CH03-23		32913.74		28575.53		10		0.019	DC-039		33079.27		28522.67		10		0.28	DC00-31		32482.88		26513.43		10		0.013
CH03-23		32912.05		28576.34		10		0.103	DC-039		33079.04		28522.86		10		0.547	DC00-32		32370.91		26551.53		10		0.04
CH03-23		32910.36		28577.16		10		0.134	DC-039		33078.81		28523.05		10		0.433	DC00-32		32370.54		26551.83		10		0.028
CH03-23		32908.67		28577.97		10		0.078	DC-039		33078.59		28523.24		10		0.017	DC00-32		32370.16		26552.11		10		0.028
CH03-23		32906.96		28578.81		10		0.01	DC-039		33077.62		28524.12		10		0.017	DC00-32		32369.78		26552.39		10		0.027
CH03-23		32905.22		28579.68		10		0.067	DC-039		33077.45		28524.26		10		0.021	DC00-32		32369.4		26552.66		10		0.02
CH03-23		32903.48		28580.55		10		0.231	DC-039		33077.26		28524.41		10		0.253	DC00-32		32369.02		26552.94		10		0.019
CH03-23		32901.75		28581.42		10		0.103	DC-039		33077.07		28524.56		10		0.11	DC00-32		32368.29		26553.54		10		0.009
CH03-23		32900.02		28582.29		10		0.278	DC-039		33076.88		28524.71		10		0.009	DC00-33		32573.61		26566.48		10		0.01
CH03-23		32898.3		28583.13		10		0.395	DC-039		33076.28		28525.25		10		0.012	DC00-33		32573.13		26566.45		10		0.009
CH03-23		32896.62		28583.96		10		0.013	DC-039		33076.16		28525.37		10		0.027	DC00-33		32572.68		26566.46		10		0.009
CH03-23		32894.94		28584.78		10		0.017	DC-039		33076.03		28525.49		10		0.07	DC00-33		32572.45		26566.46		10		0.011
CH03-23		32893.25		28585.6		10		0.083	DC-039		33075.91		28525.63		10		0.057	DC00-33		32572.22		26566.47		10		0.017
CH03-23		32891.56		28586.42		10		0.024	DC-039		33075.71		28525.96		10		0.011	DC00-33		32571.98		26566.49		10		0.022
CH03-23		32889.97		28587.26		10		0.011	DC-039		33075.41		28526.42		10		0.032	DC00-33		32571.72		26566.52		10		0.012
CH03-23		32883.92		28590.68		10		0.018	DC-039		33075.32		28526.53		10		0.07	DC00-33		32571.46		26566.55		10		0.018
CH03-23		32882.47		28591.57		10		0.018	DC-039		33075.06		28526.85		10		0.012	DC00-33		32571.2		26566.58		10		0.011
CH03-23		32881.09		28592.5		10		0.113	DC-039		33074.96		28526.93		10		0.079	DC00-33		32570.66		26566.65		10		0.009
CH03-23		32879.7		28593.43		10		0.212	DC-039		33074.85		28526.99		10		0.08	DC00-33		32570.34		26566.7		10		0.02
CH03-23		32878.32		28594.36		10		0.009	DC-039		33074.74		28527.04		10		0.05	DC00-33		32570.04		26566.75		10		0.018
CH03-23		32876.94		28595.29		10		0.064	DC-039		33074.63		28527.09		10		0.033	DC00-33		32569.73		26566.8		10		0.052
CH03-23		32874.32		28597.06		10		0.017	DC-039		33074.52		28527.15		10		0.027	DC00-33		32569.41		26566.85		10		0.023
CH03-23		32873.04		28597.93		10		0.333	DC-039		33074.37		28527.22		10		0.014	DC00-33		32569.15		26566.91		10		0.024
CH03-23		32871.77		28598.8		10		0.105	DC-039		33074.18		28527.31		10		0.009	DC00-33		32568.94		26566.99		10		0.022
CH03-23		32870.48		28599.67		10		0.657	DC-039		33073.8		28527.49		10		0.037	DC00-33		32568.72		26567.06		10		0.015
CH03-23		32869.23		28600.61		10		0.043	DC-039		33073.62		28527.59		10		0.08	DC00-33		32568.51		26567.14		10		0.026
CH03-23		32868.01		28601.61		10		0.016	DC-039		33073.44		28527.69		10		0.074	DC00-33		32568.3		26567.21		10		0.034
CH03-23		32865.56		28603.61		10		0.029	DC-039		33073.27		28527.82		10		0.03	DC00-33		32568.08		26567.27		10		0.056
CH03-23		32864.34		28604.61		10		0.198	DC-039		33073.1		28527.94		10		0.027	DC00-33		32567.86		26567.32		10		0.036
CH03-23		32863.17		28605.67		10		0.461	DC-039		33072.94		28528.07		10		0.072	DC00-33		32567.63		26567.36		10		0.042
CH03-23		32862.07		28606.78		10		0.389	DC-039		33072.77		28528.19		10		0.226	DC00-33		32567.41		26567.4		10		0.03
CH03-23		32860.97		28607.89		10		0.169	DC-039		33071.78		28528.62		10		0.028	DC00-33		32567.19		26567.44		10		0.019
CH03-23		32859.86		28609		10		0.093	DC-039		33070.93		28529.22		10		0.014	DC00-33		32565.65		26567.96		10		0.01
CH03-23		32858.76		28610.11		10		0.055	DC-040		32889.89		28508.53		10		0.011	DC00-33		32564.49		26568.6		10		0.01
CH03-23		32857.67		28611.21		10		0.115	DC-040		32889.72		28508.81		10		0.015	DC00-33		32564.33		26568.7		10		0.031
CH03-23		32856.59		28612.32		10		0.117	DC-040		32889.51		28509.17		10		0.043	DC00-33		32564.16		26568.81		10		0.017
CH03-23		32855.5		28613.42		10		0.066	DC-040		32889.25		28509.61		10		0.039	DC00-34		32779.08		26630.41		10		0.48
CH03-23		32854.41		28614.52		10		0.049	DC-040		32889		28510.05		10		0.022	DC00-34		32778.61		26630.39		10		0.194
CH03-23		32853.33		28615.63		10		0.087	DC-040		32888.75		28510.49		10		0.021	DC00-34		32778.14		26630.38		10		0.9
CH03-24		32995.01		28103.48		10		0.012	DC-040		32888.49		28510.93		10		0.124	DC00-34		32777.67		26630.36		10		1.956
CH03-24		32994.76		28103.42		10		0.031	DC-040		32888.27		28511.31		10		0.041	DC00-34		32777.2		26630.35		10		1.416
CH03-24		32994.5		28103.36		10		0.015	DC-040		32888.06		28511.63		10		0.009	DC00-34		32776.73		26630.32		10		1.548
CH03-24		32994.25		28103.29		10		0.016	DC-040		32887.86		28511.96		10		0.012	DC00-34		32776.28		26630.28		10		0.84
CH03-24		32993.99		28103.23		10		0.009	DC-040		32885.26		28515.55		10		0.018	DC00-34		32775.83		26630.24		10		0.932
CH03-24		32993.23		28103.05		10		0.097	DC-040		32884.98		28515.83		10		0.012	DC00-34		32775.38		26630.21		10		0.407
CH03-24		32992.8		28102.96		10		0.204	DC-040		32878.89		28523.02		10		0.022	DC00-34		32774.93		26630.17		10		0.086
CH03-24		32992.38		28102.86		10		0.054	DC-040		32878.68		28523.41		10		0.02	DC00-34		32774.48		26630.13		10		0.019
CH03-24		32991.95		28102.77		10		0.023	DC-040		32878.46		28523.81		10		0.056	DC00-34		32773.61		26630.08		10		0.012
CH03-24		32991.59		28102.73		10		0.02	DC-040		32878.17		28524.18		10		0.02	DC00-34		32773.18		26630.05		10		0.051
CH03-24		32990.7		28102.8		10		0.012	DC-040		32877.82		28524.52		10		0.076	DC00-34		32772.27		26629.99		10		0.054
CH03-24		32988.71		28102.59		10		0.011	DC-040		32874.09		28528.63		10		0.036	DC00-34		32768.47		26629.79		10		0.014
CH03-24		32988.36		28102.63		10		0.01	DC-040		32873.83		28529.11		10		0.091	DC00-34		32768.04		26629.76		10		0.018
CH03-24		32988		28102.78		10		0.011	DC-040		32873.56		28529.57		10		0.105	DC00-34		32767.57		26629.74		10		0.014
CH03-24		32987.65		28102.92		10		0.034	DC-040		32873.25		28529.99		10		0.037	DC00-34		32766.6		26629.7		10		0.016
CH03-24		32985.22		28103.68		10		0.011	DC-040		32872.89		28530.35		10		0.018	DC00-34		32766.11		26629.67		10		0.032
CH03-24		32975.32		28103.42		10		0.022	DC-040		32872.53		28530.7		10		0.116	DC00-34		32765.62		26629.65		10		0.136
CH03-24		32961.88		28101.12		10		0.018	DC-040		32872.17		28531.06		10		0.126	DC00-34		32765.12		26629.63		10		0.168
CH03-24		32961.15		28100.91		10		0.011	DC-040		32871.81		28531.41		10		0.239	DC00-34		32764.62		26629.63		10		0.028
CH03-24		32960.48		28100.65		10		0.039	DC-040		32871.45		28531.78		10		0.249	DC00-34		32764.11		26629.62		10		0.014
CH03-24		32959.82		28100.38		10		0.02	DC-040		32871.09		28532.16		10		0.085	DC00-35		32423.82		24948.95		10		0.026
CH03-24		32959.16		28100.12		10		0.038	DC-040		32870.73		28532.54		10		0.009	DC00-35		32423.83		24949		10		0.02
CH03-24		32958.49		28099.85		10		0.016	DC-040		32868.76		28534.41		10		0.159	DC00-35		32423.86		24949.07		10		0.032
CH03-24		32957.77		28099.6		10		0.039	DC-040		32868.46		28534.67		10		0.095	DC00-35		32423.88		24949.13		10		0.064
CH03-24		32956.99		28099.35		10		0.016	DC-040		32868.15		28534.95		10		0.056	DC00-35		32423.91		24949.2		10		0.029
CH03-24		32956.21		28099.09		10		0.051	DC-040		32867.83		28535.25		10		0.014	DC00-35		32423.94		24949.26		10		0.01
CH03-24		32955.43		28098.84		10		0.023	DC-040		32867.51		28535.54		10		0.141	DC00-36		32502.8		24797.62		10		0.009
CH03-24		32954.65		28098.59		10		0.042	DC-040		32867.19		28535.84		10		0.094	DC00-36		32507.53		24795.87		10		0.121

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-24		32953.86		28098.38		10		0.009	DC-040		32866.87		28536.14		10		0.112	DC00-36		32512.18		24794.11		10		0.384
CH03-24		32953.06		28098.2		10		0.017	DC-040		32866.55		28536.46		10		0.175	DC00-36		32516.83		24792.36		10		0.219
CH03-24		32952.26		28098.02		10		0.011	DC-040		32866.22		28536.79		10		0.131	DC00-36		32521.48		24790.6		10		0.176
CH03-24		32942.09		28096.41		10		0.014	DC-040		32865.89		28537.13		10		0.142	DC00-36		32526.13		24788.84		10		0.147
CH03-24		32940.37		28095.98		10		0.037	DC-040		32865.57		28537.47		10		0.141	DC00-37A		32332.7		25628.58		10		0.068
CH03-24		32939.5		28095.77		10		0.02	DC-040		32865.24		28537.81		10		0.214	DC00-37A		32103.88		25632.22		10		0.012
CH03-24		32938.64		28095.56		10		0.041	DC-040		32864.93		28538.19		10		0.229	DC00-37A		32075.26		25633.27		10		0.015
CH03-24		32937.79		28095.46		10		0.014	DC-040		32864.65		28538.61		10		0.089	DC00-37A		32070.51		25633.53		10		0.011
CH03-24		32936.95		28095.48		10		0.035	DC-040		32864.37		28539.03		10		0.349	DC00-37A		32009.61		25636.4		10		0.017
CH03-24		32936.12		28095.5		10		0.01	DC-040		32864.09		28539.45		10		0.289	DC00-38		32819.25		25988.31		10		0.009
CH03-24		32935.28		28095.51		10		0.055	DC-040		32863.8		28539.87		10		0.295	DC00-38		32823.4		25990.87		10		0.011
CH03-24		32933.58		28095.53		10		0.044	DC-040		32863.55		28540.23		10		0.215	DC00-38		32840.01		26001.11		10		0.014
CH03-24		32931.8		28095.5		10		0.043	DC-040		32863.31		28540.54		10		0.256	DC00-38		32844.18		26003.66		10		0.009
CH03-24		32930.91		28095.49		10		0.038	DC-040		32863.08		28540.84		10		0.311	DC00-38		32852.5		26008.74		10		0.023
CH03-24		32930.02		28095.47		10		0.07	DC-040		32862.84		28541.14		10		0.172	DC00-38		32856.67		26011.28		10		0.009
CH03-24		32929.11		28095.58		10		0.02	DC-040		32862.61		28541.45		10		0.157	DC00-38		32869.21		26018.89		10		0.012
CH03-24		32928.18		28095.81		10		0.018	DC-040		32862.02		28542.02		10		0.641	DC00-38		32881.79		26026.49		10		0.009
CH03-24		32927.25		28096.04		10		0.01	DC-040		32861.71		28542.3		10		2.671	DC00-38		32886		26029.01		10		0.023
CH03-24		32924.48		28096.7		10		0.069	DC-040		32861.41		28542.58		10		0.183	DC01-01		32660.31		26709.22		10		0.011
CH03-24		32923.59		28096.86		10		0.03	DC-040		32861.09		28542.87		10		0.054	DC01-01		32660.21		26709.5		10		0.009
CH03-24		32920.91		28097.33		10		0.103	DC-040		32860.8		28543.12		10		0.047	DC01-01		32660.11		26709.78		10		0.009
CH03-24		32919.98		28097.52		10		0.026	DC-040		32859.39		28544.27		10		0.112	DC01-01		32659.59		26711.23		10		0.011
CH03-24		32918.05		28098		10		0.012	DC-040		32859.12		28544.49		10		0.088	DC01-01		32659.49		26711.53		10		0.01
CH03-25		33401.18		27692.9		10		0.012	DC-040		32858.84		28544.71		10		0.071	DC01-01		32659.36		26711.8		10		0.013
CH03-25		33400.83		27692.46		10		0.057	DC-040		32858.57		28544.93		10		0.089	DC01-01		32659.19		26712.05		10		0.012
CH03-26		32875.88		28626.54		10		0.009	DC-040		32858.3		28545.15		10		0.032	DC01-01		32659.02		26712.29		10		0.01
CH03-26		32873.52		28629.57		10		0.009	DC-040		32858.05		28545.37		10		0.013	DC01-01		32658.46		26713.54		10		0.009
CH03-26		32873.39		28629.77		10		0.009	DC-040		32857.61		28545.81		10		0.055	DC01-01		32658.41		26713.8		10		0.015
CH03-26		32872.21		28632.11		10		0.009	DC-040		32857.38		28546.03		10		0.05	DC01-01		32658.36		26714.05		10		0.021
CH03-26		32872.05		28632.42		10		0.015	DC-040		32857.16		28546.25		10		0.044	DC01-01		32658.25		26714.29		10		0.022
CH03-26		32871.91		28632.73		10		0.069	DC-040		32856.96		28546.47		10		0.021	DC01-01		32658.1		26714.51		10		0.019
CH03-26		32871.75		28633.05		10		0.026	DC-040		32856.6		28546.9		10		0.083	DC01-01		32657.95		26714.72		10		0.026
CH03-26		32871.55		28633.38		10		0.01	DC-040		32856.25		28547.33		10		0.017	DC01-01		32657.8		26714.93		10		0.021
CH03-26		32871.29		28633.73		10		0.025	DC-040		32856		28547.53		10		0.775	DC01-01		32657.65		26715.15		10		0.014
CH03-26		32865.29		28640.74		10		0.013	DC-040		32855.69		28547.72		10		0.686	DC01-02		32747.11		26818.83		10		0.009
CH03-26		32864.8		28641.06		10		0.029	DC-040		32855.37		28547.9		10		1.913	DC01-02		32746.84		26818.95		10		0.009
CH03-26		32864.33		28641.38		10		0.089	DC-040		32855.05		28548.08		10		0.337	DC01-02		32746.22		26819.2		10		0.01
CH03-26		32863.85		28641.71		10		0.071	DC-040		32854.73		28548.27		10		0.155	DC01-03		32866.57		26799.52		10		0.011
CH03-26		32863.38		28642.03		10		0.03	DC-040		32854.45		28548.47		10		0.143	DC01-03		32866.45		26800.32		10		0.012
CH03-26		32862.86		28642.34		10		0.013	DC-041		32941.6		28602.71		10		0.012	DC01-03		32866.29		26801.57		10		0.014
CH03-26		32862.31		28642.65		10		0.02	DC-041		32941.22		28602.93		10		0.021	DC01-03		32866.25		26801.97		10		0.012
CH03-26		32861.22		28643.27		10		0.029	DC-041		32940.84		28603.14		10		0.02	DC01-03		32866.23		26802.35		10		0.061
CH03-26		32859.56		28644.16		10		0.019	DC-041		32940.45		28603.35		10		0.028	DC01-03		32866.2		26802.73		10		0.281
CH03-26		32859		28644.45		10		0.027	DC-041		32940.07		28603.56		10		0.026	DC01-03		32866.17		26803.12		10		1.009
CH03-26		32857.88		28645.02		10		0.028	DC-041		32939.69		28603.79		10		0.042	DC01-03		32866.14		26803.5		10		0.666
CH03-26		32856.01		28645.75		10		0.013	DC-041		32939.3		28604.03		10		0.06	DC01-03		32866.12		26803.91		10		0.43
CH03-26		32855.37		28645.98		10		0.126	DC-041		32938.92		28604.27		10		0.039	DC01-03		32866.09		26804.34		10		0.065
CH03-26		32854.73		28646.22		10		0.081	DC-041		32938.54		28604.51		10		0.08	DC01-03		32866.06		26804.78		10		0.191
CH03-26		32854.06		28646.46		10		0.081	DC-041		32938.15		28604.75		10		0.104	DC01-03		32866.03		26805.21		10		0.154
CH03-26		32853.38		28646.7		10		0.05	DC-041		32937.77		28604.96		10		0.073	DC01-03		32866.01		26805.65		10		0.107
CH03-26		32852.68		28646.94		10		0.041	DC-041		32937.4		28605.15		10		0.076	DC01-03		32866.06		26807		10		0.017
CH03-26		32851.98		28647.18		10		0.1	DC-041		32937.02		28605.34		10		0.091	DC01-03		32866.09		26807.45		10		0.018
CH03-26		32851.3		28647.42		10		0.084	DC-041		32936.65		28605.53		10		0.087	DC01-04		32948.85		26707.86		10		0.035
CH03-26		32850.57		28647.66		10		0.061	DC-041		32936.28		28605.71		10		0.17	DC01-04		32948.69		26708.39		10		0.041
CH03-26		32849.8		28647.91		10		0.065	DC-041		32935.95		28605.9		10		0.159	DC01-04		32948.53		26708.93		10		0.079
CH03-26		32849.05		28648.16		10		0.094	DC-041		32935.65		28606.09		10		0.166	DC01-04		32948.38		26709.46		10		0.13
CH03-26		32848.28		28648.41		10		0.072	DC-041		32935.36		28606.28		10		0.099	DC01-04		32948.22		26710		10		0.025
CH03-26		32847.52		28648.66		10		0.048	DC-041		32935.06		28606.47		10		0.111	DC01-04		32948.06		26710.55		10		0.023
CH03-26		32846.73		28648.97		10		0.036	DC-041		32930.52		28609.28		10		0.016	DC01-04		32947.91		26711.13		10		0.036
CH03-26		32845.93		28649.34		10		0.069	DC-041		32929.79		28609.61		10		0.033	DC01-04		32947.77		26711.7		10		0.134
CH03-26		32845.12		28649.71		10		0.087	DC-041		32929.4		28609.79		10		0.037	DC01-04		32947.62		26712.28		10		0.135
CH03-26		32844.3		28650.07		10		0.068	DC-041		32929		28609.96		10		0.016	DC01-04		32947.47		26712.85		10		0.037
CH03-26		32843.5		28650.44		10		0.046	DC-041		32928.61		28610.14		10		0.01	DC01-04		32947.32		26713.43		10		0.09
CH03-26		32842.7		28650.81		10		0.111	DC-041		32928.21		28610.32		10		0.037	DC01-04		32947.16		26714.03		10		0.011
CH03-26		32841.91		28651.18		10		0.075	DC-041		32927.81		28610.5		10		0.035	DC01-04		32946.04		26718.94		10		0.069
CH03-26		32841.12		28651.56		10		0.064	DC-041		32927.44		28610.67		10		0.024	DC01-04		32945.89		26719.57		10		0.288
CH03-26		32840.34		28651.93		10		0.028	DC-041		32927.09		28610.84		10		0.013	DC01-05		32398.47		26414.75		10		0.009
CH03-26		32837.46		28653.39		10		0.087	DC-041		32926.06		28611.35		10		0.05	DC01-05		32398.17		26414.57		10		0.012
CH03-26		32836.78		28653.75		10		0.079	DC-041		32925.39		28611.68		10		0.016	DC01-05		32397.84		26414.36		10		0.016
CH03-26		32836.1		28654.1		10		0.054	DC-041		32925.07		28611.84		10		0.011	DC01-05		32397.52		26414.15		10		0.017
CH03-26		32835.45		28654.42		10		0.084	DC-041		32924.74		28612.01		10		0.035	DC01-05		32397.2		26413.94		10		0.009
CH03-26		32834.83		28654.7		10		0.134	DC-041		32924.41		28612.17		10		0.035	DC01-05		32396.88		26413.73		10		0.018
CH03-26		32834.21		28654.97		10		0.148	DC-041		32924.08		28612.34		10		0.097	DC01-05		32396.58		26413.54		10		0.019
CH03-26		32833.59		28655.25		10		0.284	DC-041		32923.74		28612.52		10		0.072	DC01-05		32396.29		26413.37		10		0.012
CH03-26		32832.97		28655.53		10		0.148	DC-041		32923.4		28612.7		10		0.022	DC01-05		32395.72		26413.04		10		0.015
CH03-26		32832.38		28655.82		10		0.288	DC-041		32923.06		28612.88		10		0.055	DC01-05		32395.43		26412.87		10		0.02
CH03-26		32831.81		28656.14		10		0.043	DC-041		32922.73		28613.06		10		0.099	DC01-05		32395.11		26412.74		10		0.018
CH03-26		32831.25		28656.45		10		0.02	DC-041		32922.38		28613.23		10		0.047	DC01-05		32394.76		26412.65		10		0.035
CH03-26		32830.68		28656.77		10		0.069	DC-041		32922.03		28613.38		10		0.038	DC01-05		32394.4		26412.56		10		0.082
CH03-26		32830.12		28657.08		10		0.091	DC-041		32921.68		28613.54		10		0.064	DC01-05		32394.05		26412.47		10		0.03
CH03-26		32829.59		28657.44		10		0.198	DC-041		32921.32		28613.69		10		0.076	DC01-05		32393.69		26412.38		10		0.033
CH03-26		32829.07		28657.83		10		0.152	DC-041		32920.97		28613.85		10		0.072	DC01-05		32393.33		26412.31		10		0.017
CH03-26		32828.56		28658.22		10		0.189	DC-041		32920.63		28614.01		10		0.098	DC01-05		32392.97		26412.25		10		0.018
CH03-26		32828.05		28658.62		10		0.109	DC-041		32920.3		28614.18		10		0.075	DC01-05		32392.61		26412.2		10		0.056
CH03-26		32827.54		28659.01		10		0.085	DC-041		32919.98		28614.34		10		0.087	DC01-05		32392.24		26412.15		10		0.029

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-26		32827.07		28659.4		10		0.03	DC-041		32919.66		28614.51		10		0.084	DC01-05		32391.88		26412.1		10		0.045
CH03-26		32826.65		28659.79		10		0.03	DC-041		32919.33		28614.68		10		0.114	DC01-05		32391.54		26412.07		10		0.037
CH03-26		32825.37		28660.95		10		0.401	DC-041		32918.98		28614.84		10		0.092	DC01-05		32391.2		26412.06		10		0.034
CH03-26		32825.04		28661.35		10		0.091	DC-041		32918.62		28615.01		10		0.09	DC01-05		32390.87		26412.05		10		0.025
CH03-26		32823.92		28663.38		10		0.012	DC-041		32918.25		28615.17		10		0.128	DC01-05		32390.54		26412.04		10		0.015
CH03-26		32823.78		28665.12		10		0.153	DC-041		32917.88		28615.34		10		0.163	DC01-05		32389.89		26412.03		10		0.015
CH03-26		32823.79		28665.58		10		0.101	DC-041		32917.52		28615.5		10		0.124	DC01-05		32389.57		26412.04		10		0.012
CH03-26		32823.84		28666.06		10		0.043	DC-041		32917.16		28615.67		10		0.036	DC01-05		32389.28		26412.05		10		0.009
CH03-26		32823.9		28666.55		10		0.278	DC-041		32916.43		28616.02		10		0.043	DC01-06		32215.34		26102.27		10		0.013
CH03-26		32823.96		28667.03		10		0.036	DC-041		32916.07		28616.2		10		0.072	DC01-06		32215.12		26102.3		10		0.012
CH03-26		32824.02		28667.52		10		0.194	DC-041		32915.71		28616.38		10		0.128	DC01-06		32214.91		26102.41		10		0.016
CH03-26		32824.07		28667.97		10		0.103	DC-041		32915.37		28616.57		10		0.18	DC01-06		32214.73		26102.57		10		0.019
CH03-26		32824.12		28668.38		10		0.074	DC-041		32915.05		28616.77		10		0.118	DC01-06		32214.55		26102.73		10		0.02
CH03-26		32824.18		28668.8		10		0.303	DC-041		32914.72		28616.98		10		0.273	DC01-06		32214.37		26102.89		10		0.032
CH03-26		32824.23		28669.21		10		0.02	DC-041		32914.4		28617.18		10		0.312	DC01-06		32214.18		26103.06		10		0.017
CH03-26		32824.29		28669.63		10		0.012	DC-041		32914.07		28617.39		10		0.174	DC01-06		32214.03		26103.19		10		0.022
CH03-26		32824.23		28670.3		10		0.05	DC-041		32913.74		28617.58		10		0.162	DC01-06		32213.91		26103.28		10		0.017
CH03-26		32824.19		28670.61		10		0.017	DC-041		32913.4		28617.75		10		0.041	DC01-06		32213.78		26103.38		10		0.013
CH03-26		32824.13		28670.92		10		0.01	DC-041		32913.05		28617.92		10		0.132	DC01-06		32213.66		26103.47		10		0.015
CH03-26		32824.09		28671.23		10		0.032	DC-041		32912.71		28618.09		10		0.172	DC01-06		32213.53		26103.57		10		0.032
CH03-26		32824.01		28671.53		10		0.045	DC-041		32912.37		28618.27		10		0.059	DC01-06		32213.4		26103.7		10		0.042
CH03-26		32823.91		28671.81		10		0.035	DC-041		32912.01		28618.43		10		0.225	DC01-06		32213.27		26103.86		10		0.05
CH03-26		32823.82		28672.09		10		0.024	DC-041		32911.64		28618.58		10		0.541	DC01-06		32213.13		26104.02		10		0.04
CH03-26		32823.73		28672.37		10		0.046	DC-041		32911.27		28618.74		10		0.137	DC01-06		32213		26104.18		10		0.019
CH03-26		32823.63		28672.65		10		0.032	DC-041		32910.53		28619.05		10		0.113	DC01-06		32212.86		26104.34		10		0.069
CH03-26		32823.25		28673.78		10		0.011	DC-041		32910.17		28619.21		10		0.239	DC01-06		32212.72		26104.48		10		0.023
CH03-26		32823.16		28674.06		10		0.013	DC-041		32909.83		28619.39		10		0.234	DC01-06		32212.57		26104.6		10		0.128
CH03-27		32803.2		28818.26		10		0.014	DC-041		32909.49		28619.56		10		0.266	DC01-06		32212.42		26104.72		10		0.029
CH03-27		32790.53		28823.36		10		0.08	DC-041		32909.14		28619.73		10		0.146	DC01-06		32212.27		26104.84		10		0.036
CH03-27		32790.24		28823.32		10		0.028	DC-041		32908.8		28619.91		10		0.182	DC01-06		32212.12		26104.96		10		0.045
CH03-27		32789.95		28823.29		10		0.018	DC-041		32908.45		28620.06		10		0.225	DC01-06		32211.95		26105.02		10		0.068
CH03-27		32789.65		28823.26		10		0.021	DC-041		32907.74		28620.36		10		0.245	DC01-06		32211.75		26105.01		10		0.026
CH03-27		32788.75		28823.32		10		0.061	DC-041		32907.38		28620.5		10		0.25	DC01-06		32211.54		26105		10		0.026
CH03-27		32788.45		28823.39		10		0.013	DC-041		32907.03		28620.64		10		0.022	DC01-06		32211.33		26105		10		0.01
CH03-27		32787.58		28823.65		10		0.029	DC-041		32906.39		28620.96		10		0.035	DC01-06		32211.12		26104.99		10		0.011
CH03-27		32786.98		28824.07		10		0.011	DC-041		32906.09		28621.13		10		0.152	DC01-06		32210.7		26104.97		10		0.012
CH03-27		32786.77		28824.2		10		0.031	DC-041		32905.78		28621.3		10		0.143	DC02-01		32281.43		24685.04		10		0.011
CH03-27		32786.55		28824.27		10		0.321	DC-041		32905.47		28621.46		10		0.117	DC02-01		32281.42		24685.17		10		0.01
CH03-27		32786.28		28824.27		10		0.051	DC-041		32905.15		28621.62		10		0.348	DC02-01		32281.4		24685.31		10		0.009
CH03-27		32785.19		28824.29		10		0.042	DC-041		32904.81		28621.77		10		0.353	DC02-01		32281.39		24685.45		10		0.018
CH03-27		32784.82		28824.34		10		0.062	DC-041		32904.48		28621.92		10		0.078	DC02-01		32281.38		24685.62		10		0.02
CH03-27		32784.46		28824.4		10		0.058	DC-041		32904.14		28622.07		10		0.012	DC02-01		32281.38		24685.81		10		0.027
CH03-27		32784.1		28824.46		10		0.066	DC-041		32903.5		28622.39		10		0.01	DC02-01		32281.37		24686		10		0.016
CH03-27		32783.74		28824.52		10		0.078	DC-041		32902.65		28623		10		0.021	DC02-01		32281.42		24687.79		10		0.014
CH03-27		32783.43		28824.6		10		0.144	DC-041		32902.36		28623.2		10		0.01	DC02-01		32281.43		24687.96		10		0.021
CH03-27		32783.18		28824.72		10		0.084	DC-041		32902.05		28623.38		10		0.039	DC02-01		32281.45		24688.14		10		0.065
CH03-27		32782.93		28824.84		10		0.094	DC-041		32901.7		28623.55		10		0.128	DC02-01		32281.47		24688.31		10		0.079
CH03-27		32782.67		28824.96		10		0.082	DC-041		32901.36		28623.72		10		0.07	DC02-01		32281.5		24688.48		10		0.07
CH03-27		32782.42		28825.08		10		0.097	DC-041		32901.01		28623.89		10		0.084	DC02-01		32281.52		24688.65		10		0.075
CH03-27		32782.16		28825.13		10		0.123	DC-041		32900.67		28624.06		10		0.037	DC02-01		32281.55		24688.83		10		0.034
CH03-27		32781.88		28825.12		10		0.093	DC-041		32899.04		28624.92		10		0.01	DC02-01		32281.57		24689		10		0.011
CH03-27		32781.6		28825.12		10		0.014	DC-041		32898.72		28625.1		10		0.015	DC02-01		32281.59		24689.19		10		0.01
CH03-27		32781.32		28825.11		10		0.196	DC-041		32898.1		28625.49		10		0.049	DC02-01		32281.63		24689.82		10		0.012
CH03-27		32781.04		28825.1		10		0.404	DC-041		32897.79		28625.68		10		0.009	DC02-01		32281.64		24690.03		10		0.023
CH03-27		32780.73		28825.18		10		0.367	DC-041		32896.83		28626.2		10		0.017	DC02-01		32281.66		24690.22		10		0.018
CH03-27		32780.38		28825.35		10		0.276	DC-041		32896.49		28626.36		10		0.011	DC02-01		32281.67		24690.39		10		0.026
CH03-27		32780.04		28825.52		10		0.179	DC-042		33045.52		28596.53		10		0.043	DC02-01		32281.68		24690.57		10		0.053
CH03-27		32779.7		28825.68		10		0.144	DC-042		33045.29		28596.64		10		0.148	DC02-01		32281.7		24690.74		10		0.086
CH03-27		32779.35		28825.85		10		0.206	DC-042		33045.05		28596.75		10		0.193	DC02-01		32281.71		24690.91		10		0.066
CH03-27		32779.04		28826.03		10		0.255	DC-042		33044.81		28596.86		10		0.356	DC02-01		32281.7		24691.11		10		0.059
CH03-27		32778.77		28826.22		10		0.243	DC-042		33044.57		28596.98		10		0.564	DC02-01		32281.71		24700.32		10		0.015
CH03-27		32778.5		28826.41		10		0.247	DC-042		33044.33		28597.12		10		0.292	DC02-01		32281.71		24700.5		10		0.026
CH03-27		32778.23		28826.6		10		0.1	DC-042		33044.09		28597.27		10		0.296	DC02-01		32281.73		24700.68		10		0.017
CH03-27		32777.95		28826.79		10		0.191	DC-042		33043.85		28597.41		10		0.222	DC02-01		32281.75		24701.02		10		0.009
CH03-27		32777.71		28826.99		10		0.228	DC-042		33043.61		28597.55		10		0.247	DC02-01		32281.77		24701.37		10		0.009
CH03-27		32777.5		28827.19		10		0.094	DC-042		33043.4		28597.67		10		0.083	DC02-01		32281.79		24701.72		10		0.01
CH03-27		32777.28		28827.4		10		0.21	DC-042		33043.22		28597.78		10		0.206	DC02-02		32055		24657.3		10		0.012
CH03-27		32777.07		28827.61		10		0.317	DC-042		33043.04		28597.88		10		0.198	DC02-02		32054.91		24658.14		10		0.011
CH03-27		32776.85		28827.81		10		0.253	DC-042		33038.54		28599.19		10		0.02	DC02-02		32054.87		24658.55		10		0.016
CH03-27		32776.58		28827.95		10		0.218	DC-042		33038.16		28599.15		10		0.025	DC02-02		32054.8		24658.95		10		0.026
CH03-27		32776.23		28828.03		10		0.257	DC-042		33037.39		28599.08		10		0.022	DC02-02		32054.72		24659.32		10		0.034
CH03-27		32775.9		28828.11		10		0.354	DC-042		33037.04		28599.01		10		0.016	DC02-02		32054.64		24659.7		10		0.022
CH03-27		32775.55		28828.18		10		0.075	DC-042		33036.7		28598.91		10		0.064	DC02-02		32054.55		24660.07		10		0.019
CH03-27		32775.21		28828.26		10		0.01	DC-042		33036.36		28598.82		10		0.041	DC02-02		32054.47		24660.45		10		0.012
CH03-27		32774.84		28828.41		10		0.019	DC-042		33036.03		28598.73		10		0.009	DC02-02		32053.91		24662.58		10		0.009
CH03-27		32774.44		28828.62		10		0.027	DC-042		33035.69		28598.63		10		0.022	DC02-02		32053.77		24662.92		10		0.012
CH03-27		32774.04		28828.83		10		0.036	DC-042		33035.34		28598.52		10		0.024	DC02-02		32053.64		24663.26		10		0.011
CH03-27		32773.63		28829.04		10		0.08	DC-042		33034.98		28598.4		10		0.009	DC02-02		32053.37		24663.95		10		0.01
CH03-27		32773.23		28829.25		10		0.073	DC-042		33034.61		28598.28		10		0.02	DC02-02		32053.04		24664.99		10		0.015
CH03-27		32772.83		28829.35		10		0.152	DC-042		33034.25		28598.16		10		0.041	DC02-02		32052.93		24665.34		10		0.041
CH03-27		32772.43		28829.33		10		0.208	DC-042		33033.88		28598.04		10		0.046	DC02-02		32052.82		24665.69		10		0.038
CH03-27		32772.03		28829.32		10		0.163	DC-042		33033.52		28597.93		10		0.15	DC02-02		32052.7		24666.03		10		0.043
CH03-27		32771.62		28829.31		10		0.08	DC-042		33033.17		28597.83		10		0.165	DC02-02		32052.56		24666.35		10		0.033
CH03-27		32771.23		28829.29		10		0.082	DC-042		33032.82		28597.73		10		0.076	DC02-02		32052.43		24666.67		10		0.051
CH03-27		32770.83		28829.27		10		0.087	DC-042		33032.47		28597.62		10		0.263	DC02-02		32052.29		24666.99		10		0.049

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-27		32770.43		28829.23		10		0.011	DC-042		33032.11		28597.52		10		0.264	DC02-02		32052.15		24667.31		10		0.056
CH03-27		32768.78		28829.06		10		0.037	DC-042		33031.77		28597.42		10		0.315	DC02-02		32052.04		24667.64		10		0.048
CH03-27		32768.28		28829.01		10		0.013	DC-042		33031.44		28597.31		10		0.492	DC02-02		32051.95		24667.98		10		0.046
CH03-27		32760.19		28828.53		10		0.012	DC-042		33031.11		28597.21		10		0.494	DC02-02		32051.87		24668.32		10		0.042
CH03-27		32759.9		28828.59		10		0.009	DC-042		33030.77		28597.1		10		0.307	DC02-02		32051.78		24668.66		10		0.038
CH03-27		32759.32		28828.71		10		0.045	DC-042		33030.44		28597		10		0.231	DC02-02		32051.69		24668.99		10		0.032
CH03-27		32759.06		28828.71		10		0.009	DC-042		33030.09		28596.91		10		0.229	DC02-02		32051.59		24669.32		10		0.034
CH03-27		32758.18		28828.49		10		0.013	DC-042		33029.73		28596.84		10		0.208	DC02-02		32051.46		24669.62		10		0.032
CH03-27		32757.65		28828.24		10		0.01	DC-042		33029.38		28596.77		10		0.206	DC02-02		32051.34		24669.93		10		0.047
CH03-27		32757.09		28827.96		10		0.01	DC-042		33029.02		28596.7		10		0.488	DC02-02		32051.22		24670.24		10		0.034
CH03-27		32756.12		28827.64		10		0.071	DC-042		33028.66		28596.62		10		0.492	DC02-02		32051.1		24670.55		10		0.037
CH03-27		32755.23		28827.47		10		0.075	DC-042		33028.28		28596.55		10		0.655	DC02-02		32050.96		24670.85		10		0.023
CH03-27		32754.78		28827.39		10		0.048	DC-042		33027.88		28596.48		10		0.898	DC02-02		32050.79		24671.13		10		0.037
CH03-28		32143.31		28613.51		10		0.026	DC-042		33027.49		28596.41		10		0.838	DC02-02		32049.4		24674.25		10		0.01
CH03-28		32143.7		28613.6		10		0.017	DC-042		33027.09		28596.34		10		0.871	DC02-02		32049.28		24674.58		10		0.023
CH03-28		32147.31		28613.65		10		0.012	DC-042		33026.7		28596.27		10		0.83	DC02-02		32048.38		24676.24		10		0.018
CH03-28		32147.02		28613.54		10		0.048	DC-042		33026.29		28596.2		10		0.486	DC02-02		32047.6		24677.19		10		0.01
CH03-28		32146.67		28613.44		10		0.158	DC-042		33025.88		28596.14		10		0.502	DC02-02		32047.18		24677.66		10		0.015
CH03-28		32146.32		28613.34		10		0.261	DC-042		33025.46		28596.08		10		0.735	DC02-03		31847.11		24638.91		10		0.021
CH03-28		32145.97		28613.23		10		0.062	DC-042		33025.05		28596.02		10		0.274	DC02-03		31847.18		24639.39		10		0.013
CH03-28		32145.62		28613.13		10		0.043	DC-042		33024.64		28595.96		10		0.208	DC02-03		31847.21		24639.56		10		0.014
CH03-28		32145.19		28613.04		10		0.042	DC-042		33024.22		28595.92		10		0.031	DC02-03		31847.25		24639.73		10		0.016
CH03-28		32144.69		28612.98		10		0.021	DC-042		33023.8		28595.91		10		0.327	DC02-03		31847.28		24639.91		10		0.009
CH03-28		32144.19		28612.92		10		0.026	DC-042		33023.38		28595.89		10		0.163	DC02-03		31847.3		24640.11		10		0.013
CH03-28		32143.68		28612.86		10		0.022	DC-042		33022.97		28595.87		10		0.028	DC02-03		31847.32		24640.3		10		0.011
CH03-28		32143.18		28612.8		10		0.105	DC-042		33022.55		28595.85		10		0.043	DC02-03		31847.4		24640.86		10		0.01
CH03-28		32142.61		28612.76		10		0.175	DC-042		33022.14		28595.83		10		0.081	DC02-03		31847.57		24642.14		10		0.009
CH03-28		32141.96		28612.74		10		0.062	DC-042		33021.76		28595.8		10		0.092	DC02-03		31847.38		24642.49		10		0.011
CH03-28		32141.32		28612.73		10		0.067	DC-042		33021.38		28595.77		10		0.081	DC02-03		31847.08		24642.96		10		0.011
CH03-28		32140.67		28612.71		10		0.089	DC-042		33021		28595.74		10		0.092	DC02-04		31785.01		24524.39		10		0.015
CH03-28		32140.03		28612.69		10		0.048	DC-042		33020.61		28595.71		10		0.233	DC02-04		31784.96		24523.99		10		0.024
CH03-35		31996.08		30089.63		10		0.014	DC-042		33020.21		28595.68		10		0.148	DC02-04		31784.9		24523.59		10		0.02
CH03-35		31997.09		30099.73		10		0.011	DC-042		33019.8		28595.65		10		0.29	DC02-04		31784.82		24523.18		10		0.014
CH03-35		31999.43		30100.41		10		0.009	DC-042		33019.38		28595.62		10		0.041	DC02-04		31784.23		24519.8		10		0.011
CH03-35		32028.39		30062.07		10		0.018	DC-042		33018.96		28595.59		10		0.367	DC02-05		31997.08		24501.59		10		0.009
CH03-35		32029.86		30060.64		10		0.012	DC-042		33018.54		28595.56		10		0.128	DC02-05		31997.08		24501.59		10		0.014
CH03-35		32032.63		30057.62		10		0.009	DC-042		33018.14		28595.53		10		0.059	DC02-05		31997.08		24501.59		10		0.013
CH03-35		32033.26		30056.8		10		0.009	DC-042		33017.76		28595.51		10		0.109	DC02-05		31997.08		24501.59		10		0.021
CH03-35		32044.49		30037.96		10		0.009	DC-042		33017.38		28595.48		10		0.024	DC02-05		31997.08		24501.59		10		0.028
CH03-36		32384.16		29873.88		10		0.009	DC-042		33016.61		28595.44		10		0.038	DC02-05		31997.08		24501.59		10		0.036
CH03-36		32383.05		29882.07		10		0.011	DC-042		33014.61		28595.37		10		0.07	DC02-05		31997.08		24501.59		10		0.012
CH03-36		32382.79		29883.93		10		0.01	DC-042		33014.21		28595.36		10		0.307	DC02-05		31997.08		24501.59		10		0.009
CH03-36		32381.28		29891.95		10		0.012	DC-042		33013.81		28595.33		10		0.076	DC02-05		31997.08		24501.59		10		0.009
CH03-36		32378.71		29900.37		10		0.025	DC-042		33013.41		28595.31		10		0.021	DC02-05		31997.08		24501.59		10		0.009
CH03-40		32960.65		29507.77		10		0.013	DC-042		33012.21		28595.25		10		0.022	DC02-05		31997.08		24501.59		10		0.015
CH03-40		32959.76		29507.6		10		0.009	DC-042		33009.75		28595.14		10		0.103	DC02-05		31997.08		24501.59		10		0.02
CH03-40		32958.87		29507.43		10		0.028	DC-042		33009.32		28595.12		10		0.725	DC02-05		31997.08		24501.59		10		0.022
CH03-42		33661.57		28495.9		10		0.057	DC-042		33008.88		28595.09		10		0.113	DC02-05		31997.08		24501.59		10		0.029
CH03-42		33660.98		28496		10		0.009	DC-042		33007.02		28594.9		10		0.013	DC02-05		31997.08		24501.59		10		0.026
CH03-42		33625.86		28496.26		10		0.01	DC-042		33006.53		28594.84		10		0.027	DC02-05		31997.08		24501.59		10		0.025
CH03-43		32368.27		28537.59		10		0.049	DC-042		33006.05		28594.78		10		0.036	DC02-05		31997.08		24501.59		10		0.038
CH03-43		32368.6		28538.37		10		0.03	DC-043		33258.39		28596.5		10		0.009	DC02-05		31997.08		24501.59		10		0.06
CH03-43		32368.94		28539.16		10		0.047	DC-043		33258.35		28596.67		10		0.048	DC02-05		31997.08		24501.59		10		0.054
CH03-43		32369.28		28539.94		10		0.057	DC-043		33258.32		28596.83		10		0.07	DC02-05		31997.08		24501.59		3		0.054
CH03-43		32369.56		28540.71		10		0.013	DC-043		33258.27		28596.98		10		0.084	DC02-05A		31998.29		24507.41		3		0.049
CH03-43		32370.02		28542.21		10		0.017	DC-043		33258.23		28597.14		10		0.03	DC02-05A		31998.45		24507.79		10		0.049
CH03-43		32370.25		28542.96		10		0.078	DC-043		33258.2		28597.29		10		0.166	DC02-05A		31998.62		24508.17		10		0.047
CH03-43		32370.48		28543.71		10		0.065	DC-043		33258.15		28597.44		10		0.197	DC02-05A		31998.79		24508.58		10		0.065
CH03-43		32370.77		28544.46		10		0.153	DC-043		33258.11		28597.6		10		1.299	DC02-05A		31998.95		24509		10		0.053
CH03-43		32371.11		28545.2		10		0.087	DC-043		33258.07		28597.77		10		1.696	DC02-05A		31999.11		24509.43		10		0.05
CH03-43		32371.46		28545.95		10		0.17	DC-043		33258.02		28597.94		10		0.494	DC02-05A		31999.27		24509.85		10		0.056
CH03-43		32371.8		28546.69		10		0.08	DC-043		33257.98		28598.11		10		0.506	DC02-05A		31999.43		24510.28		10		0.053
CH03-43		32372.14		28547.43		10		0.131	DC-043		33257.94		28598.28		10		0.957	DC02-05A		31999.58		24510.7		10		0.061
CH03-43		32372.5		28548.18		10		1.217	DC-043		33257.92		28598.43		10		0.915	DC02-05A		31999.73		24511.13		10		0.048
CH03-43		32372.87		28548.93		10		2.905	DC-043		33257.92		28598.57		10		0.942	DC02-05A		31999.89		24511.56		10		0.053
CH03-43		32373.24		28549.68		10		2.274	DC-043		33257.92		28598.71		10		0.657	DC02-05A		32000.04		24511.98		10		0.05
CH03-43		32373.61		28550.43		10		2.978	DC-043		33257.92		28598.85		10		0.698	DC02-05A		32000.19		24512.41		10		0.017
CH03-43		32373.97		28551.19		10		1.159	DC-043		33257.92		28598.99		10		0.819	DC02-05A		32000.34		24512.83		10		0.016
CH03-43		32374.37		28551.95		10		2.35	DC-043		33257.91		28599.15		10		0.653	DC02-05A		32000.48		24513.24		10		0.019
CH03-43		32374.81		28552.73		10		3.41	DC-043		33257.88		28599.34		10		0.973	DC02-05A		32000.62		24513.66		10		0.022
CH03-43		32375.24		28553.5		10		0.488	DC-043		33257.86		28599.54		10		0.442	DC02-05A		32000.76		24514.07		10		0.019
CH03-43		32375.67		28554.28		10		0.401	DC-043		33257.84		28599.73		10		0.594	DC02-05A		32001.06		24514.87		10		0.016
CH03-43		32376.11		28555.05		10		0.424	DC-043		33257.82		28599.92		10		0.386	DC02-05A		32001.42		24515.59		10		0.017
CH03-43		32376.5		28555.84		10		0.64	DC-043		33257.79		28600.12		10		0.505	DC02-05A		32002.26		24517.31		10		0.01
CH03-43		32376.84		28556.62		10		0.332	DC-043		33257.76		28600.32		10		0.847	DC02-06		31900.55		24342.09		10		0.018
CH03-43		32377.18		28557.4		10		0.257	DC-043		33257.73		28600.53		10		0.281	DC02-06		31900.36		24342.84		10		0.012
CH03-43		32377.52		28558.18		10		0.7	DC-043		33257.7		28600.74		10		0.292	DC02-06		31900.34		24343.09		10		0.013
CH03-43		32377.86		28558.96		10		0.484	DC-043		33257.66		28600.94		10		0.494	DC02-06		31900.27		24343.82		10		0.009
CH03-43		32378.18		28559.73		10		0.567	DC-043		33257.65		28601.12		10		0.188	DC02-06		31900.17		24345.66		10		0.009
CH03-43		32378.47		28560.48		10		0.261	DC-043		33257.66		28601.28		10		0.127	DC02-06		31900.16		24345.94		10		0.009
CH03-43		32378.76		28561.23		10		0.406	DC-043		33257.66		28601 .44		10		0.158	DC02-06		31900.15		24346.22		10		0.009
CH03-43		32379.05		28561.97		10		0.424	DC-043		33257.67		28601.6		10		0.171	DC02-06		31900.12		24346.79		10		0.009
CH03-43		32379.34		28562.72		10		0.308	DC-043		33257.67		28601.75		10		0.245	DC02-06		31900.1		24347.08		10		0.009
CH03-43		32379.61		28563.46		10		0.128	DC-043		33257.68		28601.91		10		0.137	DC02-06		31900.03		24347.97		10		0.012
CH03-43		32379.85		28564.19		10		0.152	DC-043		33257.68		28602.07		10		0.265	DC02-06		31900.01		24348.25		10		0.023

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-43		32380.1		28564.91		10		0.153	DC-043		33257.68		28602.22		10		0.15	DC02-06		31900		24348.51		10		0.021
CH03-43		32380.34		28565.64		10		0.13	DC-043		33257.68		28602.38		10		0.158	DC02-06		31900		24348.77		10		0.02
CH03-43		32380.58		28566.37		10		0.116	DC-043		33257.68		28602.54		10		0.22	DC02-06		31899.99		24349.03		10		0.026
CH03-43		32380.79		28567.14		10		0.15	DC-043		33257.69		28602.7		10		0.19	DC02-06		31899.98		24349.29		10		0.022
CH03-43		32380.96		28567.96		10		0.132	DC-043		33257.7		28602.88		10		0.098	DC02-06		31899.98		24349.55		10		0.028
CH03-43		32381.13		28568.78		10		0.168	DC-043		33257.7		28603.05		10		0.489	DC02-06		31899.98		24349.79		10		0.041
CH03-43		32381.3		28569.6		10		0.09	DC-043		33257.71		28603.23		10		0.478	DC02-06		31899.98		24350.04		10		0.015
CH03-43		32381.47		28570.42		10		0.172	DC-043		33257.71		28603.4		10		0.333	DC02-06		31899.98		24350.28		10		0.018
CH03-43		32381.64		28571.22		10		0.077	DC-043		33257.72		28603.58		10		0.173	DC02-06		31899.98		24350.52		10		0.015
CH03-43		32381.81		28572.01		10		0.165	DC-043		33257.73		28603.78		10		0.152	DC02-06		31899.99		24350.78		10		0.025
CH03-43		32381.98		28572.79		10		0.144	DC-043		33257.74		28603.97		10		0.203	DC02-06		31900		24351.04		10		0.01
CH03-43		32382.14		28573.57		10		0.123	DC-043		33257.75		28604.16		10		0.528	DC02-07		31724.87		24117.16		10		0.009
CH03-43		32382.31		28574.36		10		0.087	DC-043		33257.76		28604.35		10		0.67	DC02-07		31722.71		24116.06		10		0.01
CH03-43		32382.47		28575.15		10		0.101	DC-043		33257.77		28604.56		10		0.541	DC02-07		31722.37		24115.87		10		0.01
CH03-43		32382.63		28575.96		10		0.107	DC-043		33257.77		28604.79		10		0.301	DC02-07		31722.21		24115.77		10		0.01
CH03-43		32382.78		28576.76		10		0.101	DC-043		33257.78		28605.01		10		0.326	DC02-07		31722		24115.69		10		0.016
CH03-43		32382.93		28577.57		10		0.175	DC-043		33257.79		28605.24		10		0.169	DC02-07		31721.75		24115.6		10		0.011
CH03-43		32383.09		28578.37		10		0.161	DC-043		33257.79		28605.47		10		0.199	DC02-07		31721.5		24115.52		10		0.018
CH03-44		33707.07		28204.11		10		0.021	DC-043		33257.83		28605.68		10		0.23	DC02-07		31721.25		24115.44		10		0.01
CH03-44		33706.87		28204.17		10		0.011	DC-043		33257.9		28605.88		10		0.192	DC02-07		31721		24115.36		10		0.017
CH03-44		33706.47		28204.29		10		0.028	DC-043		33257.97		28606.08		10		0.098	DC02-07		31720.76		24115.26		10		0.011
CH03-44		33305.04		28040.19		10		0.051	DC-043		33258.04		28606.27		10		0.09	DC02-07		31720.53		24115.15		10		0.024
CH03-44		33301.56		28039.4		10		0.073	DC-043		33258.11		28606.47		10		0.094	DC02-07		31720.29		24115.04		10		0.032
CH03-44		33298.09		28038.6		10		0.039	DC-043		33258.18		28606.66		10		0.091	DC02-07		31720.05		24114.92		10		0.016
CH03-44		33294.61		28037.8		10		0.03	DC-043		33258.27		28606.83		10		0.181	DC02-07		31719.82		24114.81		10		0.012
CH03-44		33291.06		28037.06		10		0.028	DC-043		33258.36		28607		10		0.134	DC02-08		31707.51		23971.1		10		0.012
CH03-44		33287.45		28036.38		10		0.024	DC-043		33258.45		28607.17		10		0.126	DC02-08		31706.82		23970.5		10		0.012
CH03-44		33283.83		28035.7		10		0.012	DC-043		33258.53		28607.34		10		0.09	DC02-08		31706.73		23970.4		10		0.016
CH03-46		32581.19		28014.57		10		0.01	DC-043		33258.63		28607.52		10		0.147	DC02-08		31706.64		23970.29		10		0.013
CH03-46		32554.48		28032.31		10		0.009	DC-043		33258.74		28607.7		10		0.095	DC02-08		31706.54		23970.19		10		0.012
CH03-46		32553.41		28033.82		10		0.009	DC-043		33258.85		28607.87		10		0.064	DC02-08		31706.46		23970.09		10		0.01
CH03-46		32541.93		28049.37		10		0.095	DC-043		33258.96		28608.05		10		0.093	DC02-08		31706.39		23970.02		10		0.01
CH03-46		32542.06		28048.95		10		0.296	DC-043		33259.07		28608.23		10		0.046	DC02-08		31706.32		23969.94		10		0.016
CH03-46		32542.45		28047.7		10		0.016	DC-043		33259.18		28608.42		10		0.009	DC02-08		31706.25		23969.86		10		0.032
CH03-46		32542.53		28047.2		10		0.025	DC-043		33259.42		28608.8		10		0.028	DC02-08		31706.02		23969.61		10		0.017
CH03-46		32542.57		28046.61		10		0.022	DC-043		33260.93		28611.29		10		0.041	DC02-08		31705.94		23969.53		10		0.009
CH03-47		33108.49		27852.14		10		0.073	DC-043		33261		28611.44		10		0.015	DC02-08		31705.77		23969.35		10		0.011
CH03-47		33107.79		27852.02		10		1.653	DC-044		32800.95		28620.44		10		0.015	DC02-08		31705.7		23969.24		10		0.035
CH03-47		33107.04		27851.88		10		0.591	DC-044		32800.98		28620.7		10		0.039	DC02-09		31828.26		23863.71		10		0.011
CH03-47		33106.28		27851.73		10		0.121	DC-044		32801		28620.96		10		0.139	DC02-09		31828.02		23863.75		10		0.01
CH03-47		33104.78		27851 .44		10		0.019	DC-044		32800.98		28621.2		10		0.032	DC02-09		31827.78		23863.79		10		0.016
CH03-47		33095.76		27849.89		10		0.124	DC-044		32800.9		28621.41		10		0.039	DC02-09		31827.54		23863.82		10		0.011
CH03-47		33094.95		27849.69		10		0.012	DC-044		32800.75		28621.84		10		0.054	DC02-09		31827.3		23863.86		10		0.011
CH03-47		33076.62		27844.83		10		0.011	DC-044		32800.68		28622.06		10		0.038	DC02-09		31826.81		23863.93		10		0.013
CH03-47		33073.95		27844.17		10		0.01	DC-044		32800.61		28622.28		10		0.113	DC02-09		31826.57		23863.97		10		0.024
CH03-47		33065.02		27842.31		10		0.012	DC-044		32800.54		28622.52		10		0.09	DC02-09		31826.33		23864		10		0.015
CH03-47		33063.96		27842.17		10		0.103	DC-044		32800.47		28622.75		10		0.114	DC02-09		31826.09		23864.01		10		0.031
CH03-47		33062.91		27842.03		10		0.019	DC-044		32800.4		28622.98		10		0.101	DC02-09		31825.84		23863.99		10		0.028
CH03-47		33061.86		27841.88		10		0.02	DC-044		32800.33		28623.22		10		0.094	DC02-09		31825.6		23863.97		10		0.024
CH03-47		33060.76		27841.73		10		0.024	DC-044		32800.26		28623.46		10		0.102	DC02-09		31825.36		23863.95		10		0.035
CH03-47		33059.62		27841.58		10		0.029	DC-044		32800.2		28623.72		10		0.069	DC02-09		31825.11		23863.93		10		0.034
CH03-47		33058.48		27841 .43		10		0.023	DC-044		32800.14		28623.97		10		0.102	DC02-09		31824.86		23863.91		10		0.02
CH03-47		33057.34		27841.28		10		0.035	DC-044		32800.08		28624.23		10		0.081	DC02-10		31911.38		24002.7		10		0.011
CH03-47		33056.2		27841.13		10		0.021	DC-044		32800.02		28624.48		10		0.079	DC02-10		31911.58		24003.62		10		0.015
CH03-47		33055		27840.89		10		0.01	DC-044		32800		28624.75		10		0.113	DC02-10		31911.68		24004.08		10		0.014
CH03-47		33041.46		27838.05		10		0.015	DC-044		32800.03		28625.03		10		0.062	DC02-10		31911.77		24004.54		10		0.011
CH03-47		33039.95		27837.96		10		0.028	DC-044		32800.06		28625.3		10		0.044	DC02-10		31911.89		24005.01		10		0.011
CH03-47		33038.45		27837.87		10		0.021	DC-044		32800.09		28625.58		10		0.082	DC02-10		31912.01		24005.48		10		0.011
CH03-47		33033.9		27837.59		10		0.009	DC-044		32800.12		28625.86		10		0.068	DC02-10		31912.14		24005.95		10		0.011
CH03-47		33029.27		27837.29		10		0.015	DC-044		32800.14		28626.39		10		0.018	DC02-10		31912.26		24006.42		10		0.009
CH03-47		33027.72		27837.18		10		0.014	DC-044		32800.15		28626.65		10		0.096	DC02-10		31912.39		24006.9		10		0.026
CH03-47		33026.13		27837.07		10		0.022	DC-044		32800.16		28626.91		10		0.086	DC02-10		31912.51		24007.35		10		0.026
CH03-47		33022.88		27836.83		10		0.01	DC-044		32800.17		28627.18		10		0.068	DC02-10		31912.64		24007.79		10		0.049
CH03-47		33021.25		27836.71		10		0.051	DC-044		32800.17		28627.44		10		0.098	DC02-10		31912.77		24008.22		10		0.034
CH03-47		33019.62		27836.59		10		0.059	DC-044		32800.16		28627.7		10		0.163	DC02-10		31912.89		24008.66		10		0.047
CH03-47		33018.06		27836.47		10		0.009	DC-044		32800.15		28627.96		10		0.159	DC02-10		31913.02		24009.09		10		0.047
CH03-47		33016.57		27836.34		10		0.011	DC-044		32800.13		28628.22		10		0.162	DC02-10		31913.12		24009.52		10		0.024
CH03-47		33015.08		27836.21		10		0.028	DC-044		32800.12		28628.48		10		0.183	DC02-10		31913.18		24009.93		10		0.01
CH03-47		33013.59		27836.08		10		0.044	DC-044		32800.1		28628.75		10		0.145	DC02-10		31913.24		24010.34		10		0.024
CH03-47		33012.1		27835.95		10		0.082	DC-044		32800.05		28629.03		10		0.145	DC02-10		31913.3		24010.76		10		0.013
CH03-47		33010.58		27835.8		10		0.096	DC-044		32800.02		28629.3		10		0.147	DC02-11		31916.9		24095.43		10		0.009
CH03-47		33009.02		27835.63		10		0.018	DC-044		32799.98		28629.58		10		0.174	DC02-11		31916.82		24095.64		10		0.014
CH03-47		33007.47		27835.46		10		0.023	DC-044		32799.93		28629.86		10		0.331	DC02-11		31916.75		24095.86		10		0.012
CH03-47		33005.91		27835.29		10		0.025	DC-044		32799.91		28630.09		10		0.42	DC02-11		31916.68		24096.07		10		0.016
CH03-47		33004.36		27835.12		10		0.039	DC-044		32799.89		28630.28		10		0.389	DC02-11		31916.61		24096.29		10		0.011
CH03-47		33002.74		27834.96		10		0.018	DC-044		32799.87		28630.47		10		0.257	DC02-11		31916.48		24096.73		10		0.018
CH03-47		33001.06		27834.81		10		0.059	DC-044		32799.85		28630.66		10		0.33	DC02-11		31916.41		24096.95		10		0.049
CH03-47		32999.38		27834.66		10		0.026	DC-044		32799.84		28630.85		10		0.155	DC02-11		31916.35		24097.16		10		0.034
CH03-47		32997.7		27834.51		10		0.076	DC-044		32799.82		28631.05		10		0.104	DC02-11		31916.28		24097.38		10		0.036
CH03-47		32996.02		27834.36		10		0.046	DC-044		32799.81		28631.26		10		3.745	DC02-11		31916.21		24097.59		10		0.041
CH03-47		32994.36		27834.2		10		0.025	DC-044		32799.8		28631 .47		10		1.86	DC02-11		31916.14		24097.81		10		0.048
CH03-47		32992.7		27834.03		10		0.018	DC-044		32799.8		28631.68		10		0.056	DC02-11		31916.09		24098.02		10		0.07
CH03-47		32987.72		27833.52		10		0.018	DC-044		32799.79		28632.08		10		0.025	DC02-11		31916.05		24098.23		10		0.09
CH03-47		32986.07		27833.39		10		0.039	DC-044		32800.02		28633.59		10		0.011	DC02-11		31916.01		24098.43		10		0.03
CH03-47		32984.42		27833.32		10		0.059	DC-044		32800.1		28633.87		10		0.056	DC02-11		31915.97		24098.64		10		0.009

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-47		32982.77		27833.25		10		0.045	DC-044		32800.23		28634.56		10		0.083	DC02-11		31915.88		24099.26		10		0.039
CH03-47		32981.12		27833.18		10		0.071	DC-044		32800.23		28634.74		10		0.081	DC02-11		31915.73		24101.65		10		0.031
CH03-47		32979.48		27833.11		10		0.048	DC-044		32800.25		28634.91		10		1.102	DC02-12		32062.4		24122.46		10		0.009
CH03-47		32977.82		27832.96		10		0.017	DC-044		32800.26		28635.09		10		0.083	DC02-12		32062.38		24122.56		10		0.01
CH03-47		32976.17		27832.73		10		0.082	DC-044		32800.32		28635.28		10		0.078	DC02-12		32062.29		24123		10		0.012
CH03-47		32974.52		27832.51		10		0.065	DC-044		32800.43		28635.5		10		0.194	DC02-12		32062.27		24123.16		10		0.016
CH03-47		32972.87		27832.28		10		0.013	DC-044		32800.84		28636.37		10		0.065	DC02-12		32062.25		24123.31		10		0.014
CH03-47		32971.21		27832.05		10		0.08	DC-044		32800.91		28636.56		10		0.229	DC02-12		32062.12		24123.9		10		0.015
CH03-47		32969.55		27831.88		10		0.02	DC-044		32800.98		28636.76		10		0.744	DC02-12		32062.07		24124.03		10		0.028
CH03-47		32967.89		27831.76		10		0.138	DC-044		32801.05		28636.96		10		0.038	DC02-12		32062.03		24124.16		10		0.047
CH03-47		32966.23		27831.64		10		0.067	DC-044		32801.12		28637.15		10		0.189	DC02-12		32061.98		24124.29		10		0.043
CH03-47		32964.56		27831.52		10		0.087	DC-044		32801.16		28637.34		10		0.072	DC02-12		32061.95		24124.43		10		0.043
CH03-47		32962.9		27831.41		10		0.025	DC-044		32801.16		28637.51		10		0.036	DC02-12		32061.93		24124.57		10		0.012
CH03-47		32961.26		27831.29		10		0.089	DC-044		32801.15		28637.69		10		0.062	DC02-12		32061.91		24124.71		10		0.028
CH03-47		32959.62		27831.16		10		0.038	DC-044		32801.14		28637.86		10		0.048	DC02-12		32061.89		24124.84		10		0.085
CH03-47		32958		27831.04		10		0.095	DC-044		32801.13		28638.04		10		0.096	DC02-12		32061.87		24124.98		10		0.052
CH03-47		32956.37		27830.92		10		0.068	DC-044		32801.11		28638.25		10		0.094	DC02-12		32061.86		24125.15		10		0.114
CH03-47		32954.74		27830.79		10		0.088	DC-044		32801.08		28638.51		10		0.009	DC02-12		32061.86		24125.34		10		0.094
CH03-47		32953.11		27830.65		10		0.079	DC-044		32800.36		28643.93		10		0.012	DC02-12		32061.86		24125.53		10		0.118
CH03-47		32951.49		27830.49		10		0.187	DC-045		33354.11		28714.68		10		0.01	DC02-12		32061.86		24125.72		10		0.059
CH03-47		32949.86		27830.33		10		0.123	DC-045		33346.13		28716.3		10		0.015	DC02-12		32061.86		24125.91		10		0.027
CH03-47		32948.24		27830.17		10		0.319	DC-045		33345.79		28716.27		10		0.01	DC02-13		32199.53		24163.49		10		0.019
CH03-47		32946.61		27830		10		0.156	DC-045		33345.44		28716.23		10		0.195	DC02-13		32200.01		24164		10		0.01
CH03-47		32945		27829.85		10		0.257	DC-045		33345.09		28716.25		10		0.222	DC02-13		32200.2		24164.18		10		0.011
CH03-47		32943.39		27829.69		10		0.093	DC-045		33344.75		28716.32		10		0.139	DC02-13		32200.79		24164.7		10		0.015
CH03-47		32941.78		27829.54		10		0.366	DC-045		33344.41		28716.38		10		0.055	DC02-13		32201		24164.86		10		0.011
CH03-47		32940.17		27829.38		10		0.307	DC-045		33344.07		28716.45		10		0.075	DC02-13		32201.21		24165.01		10		0.018
CH03-47		32938.56		27829.23		10		0.243	DC-045		33343.72		28716.52		10		0.012	DC02-13		32201.42		24165.16		10		0.013
CH03-47		32936.96		27829.06		10		0.245	DC-045		33343.29		28716.6		10		0.154	DC02-13		32201.64		24165.32		10		0.012
CH03-47		32935.38		27828.89		10		0.597	DC-045		33342.75		28716.7		10		0.019	DC02-13		32202.28		24165.91		10		0.01
CH03-47		32933.78		27828.72		10		0.189	DC-045		33342.22		28716.8		10		0.009	DC02-13		32202.49		24166.11		10		0.021
CH03-47		32932.2		27828.55		10		0.29	DC-045		33341.16		28717		10		0.123	DC02-13		32202.71		24166.32		10		0.035
CH03-47		32930.6		27828.38		10		0.097	DC-045		33340.67		28717.25		10		0.975	DC02-13		32202.91		24166.5		10		0.013
CH03-47		32929.02		27828.19		10		0.315	DC-045		33340.23		28717.64		10		0.373	DC02-13		32203.11		24166.67		10		0.012
CH03-47		32927.43		27827.98		10		0.123	DC-045		33339.78		28718.03		10		0.215	DC02-13		32203.32		24166.84		10		0.037
CH03-47		32925.85		27827.77		10		0.101	DC-045		33339.34		28718.43		10		0.016	DC02-13		32203.52		24167.01		10		0.02
CH03-47		32924.26		27827.56		10		0.068	DC-045		33338.89		28718.82		10		0.039	DC02-13		32203.72		24167.17		10		0.107
CH03-47		32922.68		27827.35		10		0.052	DC-045		33338.39		28719.17		10		0.017	DC02-13		32203.92		24167.36		10		0.055
CH03-47		32921.04		27827.16		10		0.076	DC-045		33337.3		28719.79		10		0.017	DC02-13		32204.12		24167.55		10		0.098
CH03-47		32919.34		27827.01		10		0.119	DC-045		33336.21		28720.41		10		0.268	DC02-13		32204.32		24167.75		10		0.104
CH03-47		32917.64		27826.86		10		0.057	DC-045		33335.64		28720.77		10		0.093	DC02-13		32204.52		24167.94		10		0.068
CH03-47		32915.95		27826.7		10		0.158	DC-045		33335.04		28721.2		10		0.542	DC02-13		32204.71		24168.14		10		0.056
CH03-47		32914.25		27826.55		10		0.047	DC-045		33334.45		28721.62		10		0.205	DC02-14		32353.61		24234.27		10		0.009
CH03-47		32912.52		27826.37		10		0.052	DC-045		33333.85		28722.05		10		0.022	DC02-14		32352.71		24234.42		10		0.011
CH03-47		32910.77		27826.18		10		0.019	DC-045		33325.64		28728.32		10		0.066	DC02-14		32352.42		24234.48		10		0.014
CH03-47		32909.01		27825.98		10		0.034	DC-045		33324.75		28729.48		10		0.034	DC02-14		32352.13		24234.53		10		0.012
CH03-47		32907.25		27825.78		10		0.026	DC-045		33323.24		28731.13		10		0.106	DC02-14		32351.84		24234.63		10		0.023
CH03-47		32905.48		27825.58		10		0.021	DC-045		33322.72		28731.67		10		0.013	DC02-14		32351.57		24234.77		10		0.012
CH03-47		32903.68		27825.34		10		0.028	DC-045		33322.2		28732.21		10		0.021	DC02-14		32351.29		24234.92		10		0.021
CH03-47		32901.83		27825.05		10		0.161	DC-045		33321.64		28732.68		10		0.066	DC02-14		32351.01		24235.06		10		0.021
CH03-47		32899.98		27824.77		10		0.263	DC-045		33318.65		28734.63		10		0.012	DC02-14		32350.45		24235.33		10		0.011
CH03-47		32898.12		27824.48		10		0.294	DC-045		33318.1		28735.09		10		0.028	DC02-14		32350.17		24235.42		10		0.01
CH03-47		32896.27		27824.2		10		0.096	DC-045		33317.55		28735.54		10		0.133	DC02-14		32349.89		24235.51		10		0.017
CH03-47		32894.41		27824		10		0.093	DC-045		33317		28736		10		0.149	DC02-14		32349.6		24235.61		10		0.032
CH03-47		32892.54		27823.9		10		0.064	DC-045		33316.45		28736.46		10		0.048	DC02-14		32349.32		24235.7		10		0.03
CH03-47		32890.67		27823.8		10		0.031	DC-045		33315.87		28736.91		10		0.019	DC02-14		32349.06		24235.81		10		0.025
CH03-47		32888.8		27823.71		10		0.069	DC-045		33315.24		28737.36		10		0.15	DC02-14		32348.82		24235.95		10		0.034
CH03-47		32886.93		27823.61		10		0.055	DC-045		33314.62		28737.81		10		0.354	DC02-14		32348.57		24236.08		10		0.019
CH03-47		32885.06		27823.49		10		0.124	DC-045		33314		28738.27		10		0.068	DC02-14		32339.14		24243.06		10		0.024
CH03-47		32883.19		27823.35		10		0.043	DC-045		33313.38		28738.71		10		0.035	DC02-15		32586.05		24171.17		10		0.02
CH03-47		32881.32		27823.21		10		0.196	DC-045		33312.18		28739.53		10		0.036	DC02-16		32459.51		24138.21		10		0.012
CH03-47		32879.45		27823.07		10		0.018	DC-045		33311.58		28739.92		10		0.069	DC02-16		32459.41		24138.25		10		0.013
CH03-47		32877.59		27822.93		10		0.105	DC-045		33297.2		28748.59		10		0.009	DC02-16		32459.32		24138.29		10		0.016
CH03-48		33200.62		28493.9		10		0.01	DC-046		33188.79		28700.41		10		0.018	DC02-16		32459.25		24138.35		10		0.017
CH03-48		33199.27		28494.17		10		0.01	DC-046		33188.8		28700.53		10		0.017	DC02-16		32459.22		24138.43		10		0.018
CH03-48		33198.96		28494.23		10		0.011	DC-046		33183.32		28703.48		10		0.11	DC02-16		32459.18		24138.51		10		0.024
CH03-48		33198.65		28494.28		10		0.016	DC-046		33183.06		28703.67		10		0.062	DC02-16		32459.15		24138.59		10		0.016
CH03-48		33198.34		28494.34		10		0.02	DC-046		33182.81		28703.88		10		0.096	DC02-16		32459.06		24138.73		10		0.01
CH03-48		33197.96		28494.4		10		0.515	DC-046		33182.56		28704.1		10		0.114	DC02-17		32398.53		24040.33		10		0.019
CH03-48		33197.52		28494.48		10		0.393	DC-046		33182.31		28704.32		10		0.374	DC02-17		32398.6		24040.38		10		0.02
CH03-48		33197.07		28494.55		10		0.438	DC-046		33182.06		28704.54		10		0.04	DC02-17		32398.74		24040.48		10		0.013
CH03-48		33196.62		28494.63		10		0.381	DC-046		33181.77		28704.75		10		0.013	DC02-17		32398.81		24040.53		10		0.017
CH03-48		33196.17		28494.71		10		0.132	DC-046		33181.43		28704.97		10		0.01	DC02-18		32275.99		24103.25		10		0.01
CH03-48		33195.7		28494.79		10		0.092	DC-046		33181.09		28705.18		10		0.011	DC02-18		32276.31		24103.06		10		0.009
CH03-48		33195.2		28494.87		10		0.148	DC-046		33180.75		28705.4		10		0.362	DC02-18		32276.63		24102.88		10		0.015
CH03-48		33194.7		28494.96		10		0.286	DC-046		33180.41		28705.61		10		0.623	DC02-18		32276.94		24102.7		10		0.024
CH03-48		33194.2		28495.04		10		0.284	DC-046		33180.11		28705.82		10		0.67	DC02-18		32277.24		24102.53		10		0.009
CH03-48		33193.7		28495.12		10		0.791	DC-046		33179.84		28706.01		10		0.503	DC02-18		32277.84		24102.17		10		0.012
CH03-48		33193.03		28495.33		10		0.673	DC-046		33179.57		28706.21		10		0.102	DC02-18		32278.14		24102		10		0.015
CH03-48		33192.18		28495.64		10		0.976	DC-046		33179.3		28706.4		10		0.163	DC02-18		32278.42		24101.83		10		0.05
CH03-48		33191.33		28495.96		10		0.624	DC-046		33179.03		28706.59		10		0.056	DC02-18		32278.67		24101.68		10		0.043
CH03-48		33190.48		28496.27		10		1.04	DC-046		33178.73		28706.81		10		0.012	DC02-18		32278.93		24101.52		10		0.017
CH03-48		33189.63		28496.59		10		0.622	DC-046		33178.41		28707.05		10		0.01	DC02-18		32279.18		24101.37		10		0.022
CH03-48		33188.6		28496.97		10		0.56	DC-046		33178.09		28707.29		10		0.012	DC02-18		32279.43		24101.21		10		0.022
CH03-48		33187.39		28497.41		10		0.494	DC-046		33176.77		28708.2		10		0.032	DC02-18		32279.71		24101.05		10		0.016

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-48		33186.18		28497.84		10		0.904	DC-046		33176.43		28708.41		10		0.039	DC02-18		32279.99		24100.89		10		0.014
CH03-48		33184.97		28498.28		10		1.112	DC-046		33176.09		28708.61		10		0.059	DC02-18		32286.41		24097.09		10		0.019
CH03-48		33183.76		28498.72		10		0.943	DC-046		33175.74		28708.82		10		4.017	DC02-19		32189.73		23997.64		10		0.01
CH03-48		33182.49		28499.15		10		0.988	DC-046		33175.41		28709.03		10		0.245	DC02-19		32189.63		23997.8		10		0.014
CH03-48		33181.16		28499.56		10		0.791	DC-046		33175.09		28709.23		10		0.374	DC02-19		32189.53		23997.96		10		0.015
CH03-48		33179.83		28499.97		10		1.398	DC-046		33174.43		28709.64		10		0.018	DC02-19		32189.45		23998.11		10		0.021
CH03-48		33178.5		28500.39		10		0.105	DC-046		33173.8		28710.04		10		1.342	DC02-19		32189.4		23998.27		10		0.018
CH03-48		33177.17		28500.8		10		0.014	DC-046		33173.52		28710.24		10		0.866	DC02-19		32189.36		23998.41		10		0.013
CH03-48		33175.82		28501.2		10		0.021	DC-046		33173.23		28710.44		10		1.066	DC02-19		32189.31		23998.56		10		0.012
CH03-48		33174.45		28501.58		10		0.156	DC-046		33172.95		28710.64		10		2.137	DC02-19		32189.18		23998.96		10		0.02
CH03-48		33168.99		28503.09		10		0.094	DC-046		33172.66		28710.84		10		1.5	DC02-19		32189.15		23999.08		10		0.046
CH03-48		33167.71		28503.48		10		0.034	DC-046		33172.43		28711.05		10		1.01	DC02-19		32189.11		23999.2		10		0.018
CH03-48		33166.42		28503.86		10		0.01	DC-046		33172.25		28711.27		10		0.062	DC02-19		32189.07		23999.31		10		0.014
CH03-48		33162.55		28504.99		10		0.01	DC-046		33171.89		28711.7		10		0.04	DC02-19		32189.05		23999.41		10		0.009
CH03-48		33159.93		28505.66		10		0.214	DC-046		33171.71		28711.91		10		0.178	DC02-19		32189.06		23999.5		10		0.036
CH03-48		33158.61		28505.99		10		0.239	DC-046		33171.52		28712.13		10		1.873	DC02-19		32189.06		23999.59		10		0.083
CH03-48		33157.3		28506.33		10		0.123	DC-046		33171.3		28712.36		10		0.072	DC02-19		32189.07		23999.67		10		0.086
CH03-48		33155.99		28506.67		10		0.196	DC-046		33171.09		28712.59		10		0.554	DC02-19		32189.07		23999.76		10		0.045
CH03-48		33154.7		28507.03		10		0.251	DC-046		33170.88		28712.82		10		0.775	DC02-19		32189.03		23999.84		10		0.065
CH03-48		33153.41		28507.38		10		0.156	DC-046		33170.66		28713.05		10		0.574	DC02-19		32188.94		23999.93		10		0.02
CH03-48		33152.12		28507.74		10		0.208	DC-046		33170.46		28713.25		10		0.741	DC02-20		32028.62		23936.75		10		0.011
CH03-48		33150.82		28508.09		10		0.152	DC-046		33170.26		28713.43		10		0.289	DC02-20		32028.88		23936.88		10		0.01
CH03-48		33149.52		28508.44		10		0.224	DC-046		33170.07		28713.6		10		0.383	DC02-20		32029.13		23937		10		0.016
CH03-48		33148.18		28508.79		10		0.432	DC-046		33169.87		28713.78		10		0.471	DC02-20		32029.38		23937.12		10		0.019
CH03-48		33146.85		28509.13		10		0.428	DC-046		33169.67		28713.95		10		0.228	DC02-20		32029.61		23937.26		10		0.012
CH03-48		33145.52		28509.48		10		0.358	DC-046		33169.52		28714.14		10		0.278	DC02-20		32029.84		23937.39		10		0.011
CH03-48		33144.19		28509.82		10		0.303	DC-046		33169.41		28714.36		10		0.469	DC02-20		32030.5		23937.81		10		0.011
CH03-48		33142.89		28510.24		10		0.474	DC-046		33169.29		28714.58		10		0.561	DC02-20		32030.75		23937.94		10		0.01
CH03-48		33141.6		28510.73		10		0.609	DC-046		33169.18		28714.79		10		0.383	DC02-20		32031.02		23938.07		10		0.024
CH03-48		33140.32		28511.22		10		0.465	DC-046		33169.06		28715.01		10		0.701	DC02-20		32031.29		23938.19		10		0.012
CH03-48		33139.04		28511.72		10		0.904	DC-046		33168.93		28715.23		10		0.333	DC02-20		32031.56		23938.31		10		0.014
CH03-48		33137.75		28512.21		10		0.873	DC-046		33168.78		28715.44		10		0.242	DC02-20		32031.82		23938.44		10		0.041
CH03-48		33136.48		28512.74		10		0.729	DC-046		33168.63		28715.65		10		0.183	DC02-20		32032.1		23938.54		10		0.058
CH03-48		33135.21		28513.31		10		0.585	DC-046		33168.48		28715.87		10		0.159	DC02-20		32032.39		23938.61		10		0.065
CH03-48		33133.94		28513.88		10		0.282	DC-046		33168.33		28716.08		10		0.133	DC02-20		32032.68		23938.69		10		0.111
CH03-48		33132.66		28514.45		10		0.704	DC-046		33168.17		28716.31		10		0.441	DC02-21		33063.07		26795.46		10		0.016
CH03-48		33131.4		28515.01		10		0.747	DC-046		33168		28716.55		10		0.282	DC02-21		33063.07		26795.53		10		0.025
CH03-48		33130.13		28515.57		10		0.778	DC-046		33167.82		28716.79		10		0.373	DC02-21		33063.09		26795.6		10		0.053
CH03-48		33128.87		28516.11		10		0.412	DC-046		33167.65		28717.04		10		0.194	DC02-21		33063.11		26795.66		10		0.012
CH03-48		33127.6		28516.65		10		0.208	DC-046		33167.48		28717.28		10		0.125	DC02-21		33063.17		26795.79		10		0.009
CH03-48		33126.34		28517.19		10		0.048	DC-046		33167.32		28717.53		10		0.07	DC02-21		33063.2		26795.85		10		0.022
CH03-48		33125.08		28517.73		10		0.073	DC-046		33167.16		28717.78		10		0.066	DC02-21		33063.2		26795.96		8.5		0.009
CH03-48		33123.82		28518.26		10		0.117	DC-046		33167		28718.03		10		0.073	DC02-21		33063.08		26796.58		10		0.09
CH03-48		33122.56		28518.78		10		0.107	DC-046		33166.84		28718.28		10		0.084	DC02-21		33063.05		26796.74		10		0.032
CH03-48		33121.3		28519.29		10		0.249	DC-046		33166.68		28718.53		10		0.054	DC02-21		33063.04		26796.92		10		0.033
CH03-48		33120.05		28519.81		10		0.22	DC-046		33166.52		28718.76		10		0.033	DC02-21		33063.02		26797.09		10		0.156
CH03-48		33118.8		28520.32		10		0.41	DC-046		33166.34		28718.98		10		0.068	DC02-21		33063.01		26797.27		10		0.126
CH03-48		33117.55		28520.85		10		0.294	DC-046		33166.17		28719.2		10		0.066	DC02-21		33062.99		26797.44		10		0.062
CH03-48		33116.3		28521.39		10		0.449	DC-046		33166		28719.43		10		0.036	DC02-21		33062.98		26797.61		10		0.051
CH03-48		33115.06		28521.94		10		0.333	DC-046		33165.44		28720.12		10		0.024	DC02-21		33062.95		26797.96		10		0.025
CH03-48		33113.82		28522.48		10		0.41	DC-046		33165.31		28720.27		10		0.035	DC02-21		33062.94		26798.13		10		0.013
CH03-48		33112.57		28523.02		10		0.045	DC-046		33165.19		28720.41		10		0.01	DC02-22		32916.3		26923.14		10		0.009
CH03-48		33111.34		28523.58		10		0.032	DC-046		33164.78		28720.73		10		0.013	DC02-22		32917.49		26926.44		10		0.012
CH03-48		33108.88		28524.73		10		0.011	DC-046		33164.09		28721.2		10		0.013	DC02-22		32918.09		26928.09		10		0.009
CH03-48		33106.42		28525.89		10		0.029	DC-046		33162.93		28722.11		10		0.022	DC02-22		32919.25		26931.37		10		0.012
CH03-48		33103.83		28527.18		10		0.066	DC-046		33161.62		28723.32		10		0.011	DC02-22		32920.4		26934.65		10		0.014
CH03-48		33102.51		28527.85		10		0.202	DC-046		33161.36		28723.45		10		0.141	DC02-22		32920.98		26936.29		10		0.01
CH03-48		33101.19		28528.52		10		0.191	DC-046		33159.36		28724.46		10		0.26	DC02-22		32929.18		26960.86		10		0.079
CH03-48		33099.88		28529.18		10		0.099	DC-046		33136.17		28732.75		10		0.01	DC02-23		32739.98		26936.07		10		0.018
CH03-48		33098.54		28529.89		10		0.048	DC-047		33110.64		28697.07		10		0.067	DC02-23		32739.79		26936.79		10		0.026
CH03-48		33097.18		28530.63		10		0.391	DC-047		33110.52		28697.08		10		0.674	DC02-23		32739.59		26937.52		10		0.018
CH03-48		33095.82		28531.38		10		0.121	DC-047		33110.4		28697.08		10		0.297	DC02-24		32494.71		26943.37		10		0.02
CH03-48		33094.46		28532.12		10		0.156	DC-047		33110.29		28697.12		10		0.633	DC02-24		32492.56		26940.63		10		0.012
CH03-48		33093.11		28532.86		10		0.173	DC-047		33110.19		28697.19		10		0.947	DC02-24		32492.29		26940.33		10		0.023
CH03-48		33091.72		28533.61		10		0.062	DC-047		33110.09		28697.26		10		0.951	DC02-25		32518		26723.25		10		0.009
CH03-48		33090.29		28534.38		10		0.169	DC-047		33109.99		28697.33		10		0.562	DC02-25		32517.91		26723.43		10		0.009
CH03-48		33088.87		28535.14		10		0.074	DC-047		33109.89		28697.41		10		0.18	DC02-25		32517.71		26723.8		10		0.009
CH03-48		33087.45		28535.91		10		0.119	DC-047		33109.76		28697.45		10		0.29	DC02-25		32517.61		26723.98		10		0.015
CH03-48		33086.02		28536.67		10		0.216	DC-047		33109.58		28697.46		10		0.266	DC02-25		32515.05		26727.59		10		0.01
CH03-48		33084.57		28537.46		10		0.05	DC-047		33109.41		28697.48		10		0.031	DC02-25		32514.67		26728.28		10		0.01
CH03-48		33083.09		28538.27		10		0.055	DC-047		33109.23		28697.49		10		0.009	DC02-26		32455.15		26620.69		10		0.009
CH03-48		33081.62		28539.09		10		0.105	DC-047		33108.86		28697.46		10		0.017	DC02-26		32454.94		26620.77		10		0.111
CH03-48		33080.15		28539.9		10		0.058	DC-047		33108.64		28697.36		10		0.809	DC02-26		32454.75		26620.87		10		0.027
CH03-48		33078.67		28540.71		10		0.288	DC-047		33108.42		28697.25		10		0.013	DC02-26		32454.59		26620.98		10		0.045
CH03-48		33077.23		28541.48		10		0.115	DC-047		33108.2		28697.15		10		0.015	DC02-26		32454.43		26621.08		10		0.022
CH03-48		33075.81		28542.18		10		0.2	DC-047		33105.52		28695.92		10		1.002	DC02-26		32454.27		26621.19		10		0.009
CH03-48		33074.39		28542.89		10		0.064	DC-047		33105.23		28695.81		10		0.1	DC02-26		32454.11		26621.29		10		0.011
CH03-48		33072.98		28543.59		10		0.08	DC-047		33104.91		28695.7		10		3.578	DC02-26		32453.94		26621.38		10		0.012
CH03-48		33071.56		28544.3		10		0.022	DC-047		33104.59		28695.58		10		0.644	DC02-26		32453.23		26621.66		10		0.01
CH03-48		33070.12		28544.98		10		0.015	DC-047		33104.26		28695.47		10		0.349	DC02-26		32453.06		26621.76		10		0.011
CH03-48		33067.21		28546.29		10		0.033	DC-047		33103.92		28695.36		10		0.979	DC02-26		32451.5		26623.04		10		0.011
CH03-48		33061.35		28548.92		10		0.117	DC-047		33103.59		28695.25		10		0.823	DC02-27		31941.04		23830.47		10		0.012
CH03-48		33059.88		28549.59		10		0.014	DC-047		33103.3		28695.11		10		0.289	DC02-27		31940.9		23831.09		10		0.015
CH03-48		33058.41		28550.26		10		0.2	DC-047		33103.04		28694.93		10		0.012	DC02-27		31940.8		23831.49		10		0.01
CH03-48		33056.94		28550.93		10		0.079	DC-047		33102.77		28694.76		10		0.014	DC02-27		31940.75		23831.7		10		0.009

DH ID	Easting		Northing		Length		Au oz/ton			DH ID	Easting		Northing		Length		Au oz/ton			DH ID	Easting		Northing		Length		Au oz/ton
CH03-48		33055.43		28551.6		10		0.076		DC-047		33102.52		28694.58		10		0.057		DC02-27		31940.7		23831.9		10		0.013
CH03-48		33053.88		28552.25		10		0.032		DC-047		33102.26		28694.4		10		0.045		DC02-27		31940.62		23832.08		10		0.021
CH03-48		33052.33		28552.91		10		0.031		DC-047		33101.49		28693.92		10		0.012		DC02-27		31940.52		23832.25		10		0.013
CH03-48		33050.78		28553.57		10		0.019		DC-047		33101.24		28693.77		10		0.014		DC02-27		31940.43		23832.41		10		0.01
CH03-48		33049.23		28554.23		10		0.035		DC-047		33100.99		28693.61		10		0.238		DC02-27		31940.32		23832.58		10		0.01
CH03-48		33047.67		28554.95		10		0.01		DC-047		33100.77		28693.42		10		0.222		DC02-27		31940.23		23832.74		10		0.021
CH03-48		33046.11		28555.75		10		0.02		DC-047		33100.57		28693.2		10		0.013		DC02-27		31940.16		23832.93		10		0.011
CH03-48		33042.98		28557.32		10		0.026		DC-047		33100.38		28692.97		10		0.136		DC02-27		31940.14		23833.13		10		0.017
CH03-48		33039.78		28558.96		10		0.032		DC-047		33100.18		28692.75		10		0.182		DC02-27		31940.12		23833.34		10		0.067
CH03-48		33038.1		28559.86		10		0.048		DC-047		33099.99		28692.53		10		0.171		DC02-27		31940.1		23833.55		10		0.03
CH03-48		33036.41		28560.76		10		0.375		DC-047		33099.79		28692.29		10		0.075		DC02-27		31940.08		23833.76		10		0.025
CH03-48		33034.73		28561.66		10		0.059		DC-047		33099.59		28692.05		10		0.031		DC02-28		31893.2		23722.39		10		0.012
CH03-48		33033.05		28562.56		10		0.036		DC-047		33099.4		28691.8		10		0.017		DC02-28		31893.13		23722.71		10		0.014
CH03-48		33031.33		28563.45		10		0.015		DC-047		33098.83		28691.08		10		0.173		DC02-28		31892.99		23723.32		10		0.012
CH03-48		33029.57		28564.35		10		0.013		DC-047		33098.67		28690.88		10		0.296		DC02-28		31892.92		23723.62		10		0.01
CH03-48		33027.8		28565.24		10		0.009		DC-047		33098.51		28690.67		10		0.35		DC02-28		31892.85		23723.93		10		0.024
CH03-49		33202.2		28900.72		10		0.058		DC-047		33098.35		28690.46		10		0.662		DC02-28		31892.79		23724.24		10		0.013
CH03-49		33201.81		28900.82		10		0.087		DC-047		33098.19		28690.26		10		0.537		DC02-28		31892.73		23724.55		10		0.011
CH03-49		33201.43		28900.93		10		0.071		DC-047		33098.01		28690.04		10		0.603		DC02-28		31892.66		23724.85		10		0.013
CH03-49		33201		28901.05		10		0.049		DC-047		33097.82		28689.81		10		0.269		DC02-28		31892.6		23725.16		10		0.033
CH03-49		33200.53		28901.18		10		0.029		DC-047		33097.63		28689.58		10		0.271		DC02-28		31892.54		23725.47		10		0.041
CH03-49		33193.05		28903.73		10		0.01		DC-047		33097.45		28689.35		10		0.224		DC02-28		31892.47		23725.78		10		0.026
CH03-49		33186.06		28906.25		10		0.019		DC-047		33097.26		28689.12		10		0.144		DC02-29		32087.3		23767.2		10		0.009
CH03-49		33183.91		28906.9		10		0.009		DC-047		33097.09		28688.9		10		0.283		DC02-29		32087.22		23767.29		10		0.009
CH03-49		33173.4		28911.05		10		0.028		DC-047		33096.93		28688.69		10		0.704		DC02-29		32087.14		23767.38		10		0.018
CH03-49		33172.48		28911.38		10		0.048		DC-047		33096.78		28688.48		10		0.931		DC02-29		32087.05		23767.49		10		0.017
CH03-49		33171.56		28911.7		10		0.045		DC-047		33096.62		28688.27		10		0.8		DC02-29		32086.97		23767.62		10		0.019
CH03-49		33170.64		28912.02		10		0.099		DC-047		33096.47		28688.06		10		0.332		DC02-29		32086.88		23767.75		10		0.012
CH03-49		33169.7		28912.35		10		0.099		DC-047		33096.32		28687.85		10		0.01	��	DC02-29		32086.79		23767.88		10		0.017
CH03-49		33168.72		28912.68		10		0.088		DC-047		33094.76		28685.84		10		0.011		DC02-29		32086.71		23768.02		10		0.015
CH03-49		33167.75		28913.01		10		0.052	��	DC-047		33094.25		28685.16		10		0.039		DC02-29		32086.62		23768.18		10		0.014
CH03-49		33166.77		28913.35		10		0.038		DC-047		33094.11		28684.98		10		0.079		DC02-29		32086.55		23768.37		10		0.01
CH03-49		33165.8		28913.68		10		0.097		DC-047		33093.97		28684.81		10		0.009		DC02-29		32086.47		23768.57		10		0.027
CH03-49		33164.77		28914.07		10		0.128		DC-047		33093.83		28684.63		10		0.111		DC02-29		32086.39		23768.76		10		0.019
CH03-49		33163.68		28914.54		10		0.152		DC-047		33093.69		28684.45		10		0.076		DC02-29		32086.31		23768.95		10		0.013
CH03-49		33162.59		28914.99		10		0.204		DC-047		33093.55		28684.29		10		0.198		DC02-29		32086.28		23769.16		10		0.009
CH03-49		33161.5		28915.45		10		0.096		DC-047		33093.41		28684.16		10		0.204		DC02-29		32086.28		23769.39		10		0.069
CH03-49		33160.41		28915.91		10		0.056		DC-047		33093.28		28684.02		10		0.153		DC02-29		32086.29		23769.62		10		0.055
CH03-49		33159.25		28916.36		10		0.228		DC-047		33093.14		28683.89		10		0.108		DC02-29		32086.29		23769.84		10		0.102
CH03-49		33158.04		28916.79		10		0.048		DC-047		33093.01		28683.75		10		0.217		DC02-29		32086.3		23770.07		10		0.081
CH03-49		33146.55		28920.55		10		0.018		DC-047		33092.84		28683.62		10		0.086		DC02-29		32086.24		23770.6		10		0.012
CH03-49		33145.16		28920.86		10		0.009		DC-047		33092.66		28683.48		10		0.105		DC02-29		32086.07		23771.7		10		0.011
CH03-49		33143.77		28921.17		10		0.028		DC-047		33092.48		28683.34		10		0.219		DC02-30		31982.59		23669.23		10		0.009
CH03-49		33142.38		28921.47		10		0.028		DC-047		33092.3		28683.21		10		0.251		DC02-30		31982.55		23669.28		10		0.014
CH03-49		33139.49		28922.02		10		0.052		DC-047		33092.12		28683.07		10		0.102		DC02-30		31982.53		23669.31		10		0.012
CH03-49		33137.9		28922.2		10		0.013		DC-047		33091.95		28682.94		10		0.334		DC02-30		31982.51		23669.34		10		0.013
CH03-49		33136.31		28922.38		10		0.015		DC-047		33091.79		28682.8		10		0.251		DC02-30		31982.47		23669.39		10		0.018
CH03-49		33134.73		28922.56		10		0.012		DC-047		33091.63		28682.66		10		0.097		DC02-30		31982.44		23669.43		10		0.02
CH03-49		33133.13		28922.73		10		0.031		DC-047		33091.47		28682.53		10		0.071		DC02-30		31982.41		23669.47		10		0.009
CH03-49		33126.4		28923.31		10		0.07		DC-047		33091.31		28682.39		10		0.027		DC02-30		31982.38		23669.51		10		0.014
CH03-49		33114.36		28923.75		10		0.011		DC-047		33091.14		28682.27		10		0.022		DC02-30		31982.36		23669.56		10		0.031
CH03-49		33110.75		28923.81		10		0.065		DC-047		33090.21		28681.74		10		0.024		DC02-30		31982.35		23669.61		10		0.009
CH03-49		33108.95		28923.84		10		0.159		DC-047		33090		28681.62		10		0.01		DC02-31		32395.78		27102.38		10		0.011
CH03-49		33107.14		28923.88		10		0.358		DC-047		33089.79		28681.5		10		0.034		DC02-31		32369.7		27112.96		10		0.081
CH03-49		33105.32		28923.89		10		0.023		DC-047		33089.58		28681.38		10		0.011		DC02-31		32369.4		27113.05		10		0.129
CH03-49		33103.48		28923.89		10		0.012		DC-047		33088.86		28680.95		10		0.019		DC02-31		32369.12		27113.12		10		0.085
CH03-49		33090.37		28923.98		10		0.026		DC-047		33087.23		28679.99		10		0.023		DC02-31		32368.83		27113.2		10		0.096
CH03-49		33088.46		28924		10		0.011		DC-047		33074.74		28669.09		10		0.019		DC02-31		32368.54		27113.28		10		0.063
CH03-49		33084.56		28924.07		10		0.009		DC-048		33005.4		28702.51		10		0.011		DC02-31		32368.26		27113.36		10		0.082
CH03-49		33080.65		28924.15		10		0.016		DC-048		33005.2		28702.47		10		0.035		DC02-31		32367.98		27113.43		10		0.196
CH03-49		33078.69		28924.19		10		0.013		DC-048		33005		28702.44		10		0.132		DC02-31		32367.71		27113.5		10		0.338
CH03-51		33052.59		28789.68		10		0.011		DC-048		33004.79		28702.41		10		0.023		DC02-31		32367.44		27113.58		10		0.415
CH03-51		33052.3		28789.63		10		0.013		DC-048		33004.59		28702.37		10		0.018		DC02-31		32367.17		27113.65		10		0.073
CH03-51		33051.99		28789.59		10		0.011		DC-048		33004.38		28702.34		10		0.033		DC02-31		32366.9		27113.72		10		0.136
CH03-51		33051.66		28789.54		10		0.022		DC-048		33002.63		28701.83		10		0.03		DC02-31		32366.63		27113.8		10		0.098
CH03-51		33051.34		28789.5		10		0.017		DC-048		33002.45		28701.77		10		0.123		DC02-31		32366.36		27113.87		10		0.111
CH03-51		33051.01		28789.46		10		0.05		DC-048		33002.04		28701.63		10		0.14		DC02-31		32366.09		27113.95		10		0.034
CH03-51		33050.68		28789.41		10		0.097		DC-048		33001.82		28701.59		10		0.21		DC02-31		32365.83		27114.02		10		0.198
CH03-51		33050.32		28789.4		10		0.4		DC-048		33001.6		28701.55		10		0.01		DC02-32		31963.72		25127.38		10		0.015
CH03-51		33049.94		28789.42		10		0.466		DC-048		32999.66		28701.13		10		0.032		DC02-32		31963.62		25127.32		10		0.01
CH03-51		33049.55		28789.44		10		1.69		DC-048		32999.41		28701.08		10		0.077		DC03-01		32510.94		24307.52		10		0.02
CH03-51		33049.17		28789.46		10		2.185		DC-048		32999.18		28701.03		10		0.067		DC03-01		32510.91		24307.47		10		0.037
CH03-51		33048.79		28789.48		10		1.168		DC-048		32998.94		28700.97		10		0.017		DC03-01		32510.89		24307.43		10		0.032
CH03-51		33048.38		28789.44		10		0.032		DC-048		32998.46		28700.78		10		0.026		DC03-01		32510.87		24307.38		10		0.042
CH03-51		33047.95		28789.34		10		0.188		DC-048		32998.23		28700.68		10		0.018		DC03-01		32510.82		24307.38		10		0.027
CH03-51		33047.11		28789.14		10		0.035		DC-048		32997.98		28700.57		10		0.011		DC03-01		32510.77		24307.41		10		0.016
CH03-51		33046.68		28789.05		10		0.015		DC-048		32997.5		28700.35		10		0.017		DC03-02		32438.45		23845.71		10		0.02
CH03-51		33046.27		28788.98		10		0.09		DC-048		32997.25		28700.23		10		0.045		DC03-02		32438.36		23845.65		10		0.011
CH03-51		33045.87		28788.94		10		0.015		DC-048		32996.99		28700.12		10		0.02		DC03-03		32000.71		23574.3		10		0.011
CH03-51		33045.47		28788.9		10		0.059		DC-048		32996.74		28700		10		0.04		DC03-03		31999.14		23574.87		10		0.022
CH03-51		33045.07		28788.86		10		0.053		DC-048		32996.48		28699.89		10		0.184		DC03-03		31998.78		23575.05		10		0.033
CH03-51		33044.67		28788.82		10		0.105		DC-048		32996.24		28699.79		10		0.181		DC03-03		31998.43		23575.23		10		0.015
CH03-51		33044.18		28788.74		10		0.071		DC-048		32996.01		28699.7		10		0.082		DC03-03		31998.07		23575.42		10		0.017
CH03-51		33043.6		28788.61		10		0.101		DC-048		32995.78		28699.62		10		0.132		DC03-03		31997.71		23575.6		10		0.012
CH03-51		33043.02		28788.49		10		0.015		DC-048		32995.55		28699.54		10		0.074		DC03-03		31997.34		23575.75		10		0.029

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-51		33042.45		28788.36		10		0.013	DC-048		32995.32		28699.45		10		0.065	DC03-03		31996.96		23575.87		10		0.01
CH03-51		33040.7		28787.93		10		0.041	DC-048		32995.09		28699.35		10		0.041	DC03-03		31990.16		23578.72		10		0.024
CH03-51		33040.1		28787.77		10		0.076	DC-048		32994.83		28699.23		10		0.061	DC03-04		31971.57		24801.93		10		0.02
CH03-51		33039.52		28787.61		10		0.087	DC-048		32994.58		28699.12		10		0.103	DC03-04		31971.5		24801.97		10		0.018
CH03-51		33038.93		28787.45		10		0.681	DC-048		32994.32		28699		10		0.121	DC03-04		31971.42		24802.01		10		0.016
CH03-51		33038.32		28787.32		10		0.238	DC-048		32994.07		28698.88		10		0.251	DC03-04		31971.37		24802.09		10		0.022
CH03-51		33037.71		28787.21		10		0.131	DC-048		32993.8		28698.76		10		0.193	DC03-04		31971.35		24802.19		10		0.033
CH03-51		33037.09		28787.09		10		0.425	DC-048		32993.52		28698.61		10		0.111	DC03-04		31971.32		24802.29		10		0.055
CH03-51		33036.47		28786.98		10		0.06	DC-048		32993.24		28698.47		10		0.519	DC03-04		31971.29		24802.39		10		0.016
CH03-51		33034.63		28786.57		10		0.084	DC-048		32992.96		28698.33		10		0.233	DC03-04		31971.2		24802.59		10		0.026
CH03-51		33034.03		28786.4		10		0.159	DC-048		32992.68		28698.19		10		0.461	DC03-04		31971.11		24802.7		10		0.009
CH03-51		33033.42		28786.24		10		0.181	DC-048		32992.38		28698.06		10		0.552	DC03-04		31969.8		24803.66		10		0.01
CH03-51		33032.81		28786.08		10		0.197	DC-048		32992.04		28697.95		10		0.834	DC03-04		31969.67		24803.72		10		0.015
CH03-51		33032.16		28785.91		10		0.295	DC-048		32991.69		28697.86		10		0.778	DC03-04		31969.43		24803.86		10		0.013
CH03-51		33031.47		28785.75		10		0.214	DC-048		32991.33		28697.76		10		0.525	DC03-06		32951.23		26285.71		10		0.016
CH03-51		33030.77		28785.59		10		0.15	DC-048		32990.98		28697.67		10		0.675	DC03-06		32951.01		26285.65		10		0.113
CH03-51		33030.07		28785.42		10		0.341	DC-048		32990.66		28697.59		10		0.889	DC03-06		32950.79		26285.59		10		0.083
CH03-51		33029.38		28785.26		10		0.241	DC-048		32990.37		28697.54		10		0.659	DC03-06		32950.57		26285.54		10		0.128
CH03-51		33028.62		28785.16		10		0.199	DC-048		32990.07		28697.48		10		0.694	DC03-06		32950.35		26285.48		10		0.148
CH03-51		33027.8		28785.12		10		0.142	DC-048		32989.78		28697.42		10		0.465	DC03-06		32950.13		26285.48		10		0.024
CH03-51		33026.98		28785.09		10		0.337	DC-048		32989.49		28697.36		10		0.367	DC03-06		32949.91		26285.53		10		0.045
CH03-51		33026.16		28785.05		10		0.44	DC-048		32989.19		28697.25		10		0.445	DC03-06		32949.69		26285.58		10		0.022
CH03-51		33025.35		28785.02		10		0.266	DC-048		32988.86		28697.07		10		0.222	DC03-07		32252.78		26443.22		10		0.033
CH03-51		33024.49		28784.91		10		0.412	DC-048		32988.54		28696.91		10		0.362	DC03-07		32252.43		26443.37		10		0.023
CH03-51		33023.61		28784.72		10		0.056	DC-048		32988.21		28696.73		10		0.154	DC03-07		32252.1		26443.56		10		0.053
CH03-51		33022.72		28784.54		10		0.069	DC-048		32987.88		28696.57		10		0.04	DC03-07		32251.79		26443.79		10		0.042
CH03-51		33021.83		28784.36		10		0.04	DC-048		32987.59		28696.43		10		0.028	DC03-07		32251.49		26444.03		10		0.041
CH03-51		33020.95		28784.17		10		0.015	DC-048		32987.3		28696.33		10		0.088	DC03-07		32251.18		26444.26		10		0.011
CH03-51		33019.99		28783.98		10		0.026	DC-048		32987.02		28696.22		10		0.054	DC03-07		32250.56		26444.72		10		0.012
CH03-51		33018.96		28783.77		10		0.032	DC-048		32986.75		28696.12		10		0.065	DC03-08		32611.11		27197.89		10		0.016
CH03-51		33017.94		28783.56		10		0.074	DC-048		32986.47		28696.02		10		0.06	DC03-08		32610.75		27199.47		10		0.009
CH03-51		33016.91		28783.35		10		0.098	DC-048		32986.17		28695.94		10		0.099	DC99-1		31998.66		24362.52		10		0.01
CH03-51		33015.89		28783.14		10		0.09	DC-048		32985.84		28695.89		10		0.28	DC99-1		31998.73		24363.04		10		0.009
CH03-51		33014.89		28782.94		10		0.044	DC-048		32985.51		28695.84		10		0.494	DC99-1		31998.8		24363.56		10		0.016
CH03-51		33013.91		28782.75		10		0.079	DC-048		32985.18		28695.79		10		0.163	DC99-1		31998.88		24364.08		10		0.015
CH03-51		33012.94		28782.56		10		0.107	DC-048		32984.86		28695.74		10		0.202	DC99-1		31999.06		24365.12		10		0.009
CH03-51		33011.97		28782.37		10		0.084	DC-048		32984.56		28695.62		10		0.072	DC99-1		31999.21		24365.66		10		0.01
CH03-51		33010.99		28782.18		10		0.103	DC-048		32984.3		28695.41		10		0.128	DC99-1		31999.35		24366.2		10		0.009
CH03-51		33009.97		28782.01		10		0.047	DC-048		32984.04		28695.2		10		0.044	DC99-1		31999.64		24367.28		10		0.009
CH03-51		33008.9		28781.87		10		0.175	DC-048		32983.78		28695		10		0.183	DC99-1		32000.25		24369.24		10		0.009
CH03-51		33007.83		28781.73		10		0.079	DC-048		32982.84		28694.13		10		0.078	DC99-1		32000.59		24370.22		10		0.011
CH03-51		33006.76		28781.59		10		0.075	DC-048		32982.62		28693.91		10		0.094	DC99-1		32000.8		24370.73		10		0.009
CH03-51		33005.69		28781.45		10		0.055	DC-048		32982.39		28693.69		10		0.268	DC99-1		32001.23		24371.77		10		0.02
CH03-51		33004.62		28781.28		10		0.12	DC-048		32982.15		28693.47		10		0.083	DC99-1		32001.44		24372.28		10		0.015
CH03-51		33003.58		28781.09		10		0.101	DC-048		32981.88		28693.24		10		0.082	DC99-1		32001.64		24372.83		10		0.009
CH03-51		33002.54		28780.89		10		0.112	DC-048		32981.61		28693.02		10		0.22	DC99-1		32001.82		24373.41		10		0.021
CH03-51		33001.49		28780.7		10		0.089	DC-048		32981.34		28692.8		10		0.07	DC99-1		32002.01		24374		10		0.017
CH03-51		33000.45		28780.5		10		0.057	DC-048		32981.07		28692.57		10		0.124	DC99-1		32002.2		24374.58		10		0.033
CH03-51		32999.44		28780.3		10		0.011	DC-048		32980.79		28692.36		10		0.14	DC99-1		32002.38		24375.16		10		0.04
CH03-51		32993.72		28779.06		10		0.063	DC-048		32980.48		28692.16		10		0.054	DC99-1		32002.57		24375.7		10		0.079
CH03-51		32992.81		28778.89		10		0.118	DC-048		32980.18		28691.95		10		0.009	DC99-1		32002.76		24376.21		10		0.061
CH03-51		32991.9		28778.73		10		0.218	DC-048		32979.88		28691.75		10		0.019	DC99-1		32002.95		24376.71		10		0.054
CH03-51		32990.99		28778.56		10		0.25	DC-048		32976.44		28690.34		10		0.011	DC99-1		32003.14		24377.22		10		0.05
CH03-51		32990.09		28778.38		10		0.025	DC-048		32975.89		28690.1		10		0.013	DC99-1		32003.32		24377.73		10		0.114
CH03-51		32989.21		28778.2		10		0.019	DC-048		32975.62		28689.99		10		0.014	DC99-1		32003.52		24378.23		10		0.045
CH03-51		32986.55		28777.65		10		0.053	DC-048		32974.52		28689.54		10		0.014	DC99-1		32003.72		24378.74		10		0.053
CH03-51		32985.7		28777.48		10		0.047	DC-048		32974.24		28689.44		10		0.042	DC99-1		32003.92		24379.24		10		0.039
CH03-51		32984.9		28777.32		10		0.077	DC-048		32973.38		28689.14		10		0.04	DC99-1		32004.12		24379.74		10		0.055
CH03-51		32984.09		28777.15		10		0.086	DC-048		32973.08		28689.04		10		0.012	DC99-1		32004.32		24380.24		10		0.106
CH03-51		32983.29		28776.99		10		0.157	DC-048		32962.47		28683.28		10		0.064	DC99-1		32004.51		24380.76		10		0.042
CH03-51		32982.49		28776.82		10		0.033	DC-049		32892.75		28694.04		10		0.01	DC99-1		32004.7		24381.28		10		0.043
CH03-51		32980.78		28776.38		10		0.023	DC-049		32892.2		28694.03		10		0.025	DC99-1		32004.89		24381.81		10		0.03
CH03-51		32979.91		28776.14		10		0.089	DC-049		32891.92		28694.04		10		0.013	DC99-1		32005.07		24382.34		10		0.017
CH03-51		32979.03		28775.9		10		0.121	DC-049		32891.64		28694.04		10		0.018	DC99-1		32005.26		24382.86		10		0.025
CH03-51		32978.16		28775.66		10		0.068	DC-049		32891.37		28694.04		10		0.02	DC99-1		32005.45		24383.39		10		0.033
CH03-51		32977.25		28775.43		10		0.015	DC-049		32890.79		28694.09		10		0.01	DC99-1		32005.64		24383.94		10		0.027
CH03-51		32976.3		28775.19		10		0.024	DC-049		32890.2		28694.16		10		0.012	DC99-1		32005.84		24384.48		10		0.021
CH03-51		32975.35		28774.96		10		0.011	DC-049		32889.9		28694.2		10		0.023	DC99-1		32006.03		24385.02		10		0.026
CH03-51		32973.46		28774.49		10		0.04	DC-049		32889.38		28694.41		10		0.011	DC99-1		32006.22		24385.56		10		0.06
CH03-51		32972.52		28774.26		10		0.011	DC-049		32889.13		28694.54		10		0.013	DC99-1		32006.4		24386.07		10		0.037
CH03-51		32970.65		28773.82		10		0.032	DC-049		32885.39		28695.97		10		0.028	DC99-1		32006.55		24386.56		10		0.04
CH03-51		32969.72		28773.61		10		0.012	DC-049		32885.04		28696.05		10		0.014	DC99-1		32006.7		24387.04		10		0.025
CH03-51		32967.8		28773.13		10		0.019	DC-049		32884.28		28696.18		10		0.026	DC99-1		32006.85		24387.52	��	10		0.038
CH03-51		32966.76		28772.85		10		0.012	DC-049		32883.12		28696.36		10		0.018	DC99-1		32007		24388		10		0.013
CH03-51		32965.72		28772.56		10		0.019	DC-049		32882.71		28696.38		10		0.017	DC99-10		32534.83		26078.21		10		0.009
CH03-51		32964.68		28772.27		10		0.014	DC-049		32882.29		28696.41		10		0.013	DC99-10		32534.7		26078.41		10		0.01
CH03-51		32962.49		28771.79		10		0.021	DC-049		32881.88		28696.43		10		0.014	DC99-10		32534.57		26078.62		10		0.012
CH03-51		32961.24		28771.69		10		0.017	DC-049		32881.45		28696.46		10		0.025	DC99-10		32534.49		26078.93		10		0.011
CH03-51		32959.99		28771.59		10		0.021	DC-049		32880.62		28696.44		10		0.026	DC99-10		32534.46		26079.35		10		0.022
CH03-51		32957.49		28771.38		10		0.009	DC-049		32880.2		28696.42		10		0.012	DC99-10		32534.43		26079.77		10		0.042
CH03-51		32954.78		28771.28		10		0.018	DC-049		32879.78		28696.4		10		0.009	DC99-10		32534.39		26080.18		10		0.047
CH03-51		32953.39		28771.24		10		0.027	DC-049		32879.37		28696.38		10		0.016	DC99-10		32534.36		26080.6		10		0.036
CH03-51		32952		28771.2		10		0.018	DC-049		32878.97		28696.34		10		0.014	DC99-10		32534.3		26080.89		10		0.03
CH03-51		32949.19		28771.19		10		0.016	DC-049		32878.59		28696.28		10		0.047	DC99-10		32534.2		26081.06		10		0.029
CH03-51		32947.75		28771.27		10		0.01	DC-049		32878.21		28696.23		10		0.079	DC99-10		32534.1		26081.22		10		0.016

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-51		32946.3		28771.36		10		0.009	DC-049		32877.83		28696.17		10		0.032	DC99-10		32534		26081.38		10		0.069
CH03-51		32941.92		28771.63		10		0.011	DC-049		32877.45		28696.11		10		0.031	DC99-10		32533.9		26081.55		10		0.047
CH03-51		32918.26		28773.8		10		0.009	DC-049		32877.08		28696.05		10		0.036	DC99-10		32533.76		26081.75		10		0.055
CH03-52		32598.92		28902.73		10		0.024	DC-049		32876.71		28695.99		10		0.042	DC99-10		32533.59		26081.99		10		0.052
CH03-52		32598.77		28902.87		10		0.048	DC-049		32876.35		28695.93		10		0.04	DC99-10		32533.41		26082.23		10		0.085
CH03-52		32598.61		28903		10		0.057	DC-049		32875.99		28695.87		10		0.043	DC99-10		32533.24		26082.47		10		0.063
CH03-52		32598.45		28903.14		10		0.04	DC-049		32875.63		28695.81		10		0.08	DC99-10		32533.07		26082.71		10		0.052
CH03-52		32577.46		28898.68		10		0.036	DC-049		32875.27		28695.74		10		0.065	DC99-10		32532.91		26082.95		10		0.092
CH03-52		32577.11		28898.6		10		0.01	DC-049		32874.91		28695.66		10		0.045	DC99-10		32532.77		26083.17		10		0.07
CH03-52		32576.73		28898.5		10		0.014	DC-049		32874.55		28695.57		10		0.043	DC99-10		32532.63		26083.39		10		0.039
CH03-52		32576.35		28898.39		10		0.014	DC-049		32874.2		28695.49		10		0.041	DC99-10		32532.49		26083.61		10		0.038
CH03-52		32574.83		28897.94		10		0.025	DC-049		32873.84		28695.41		10		0.045	DC99-10		32532.35		26083.83		10		0.01
CH03-52		32574.47		28897.86		10		0.012	DC-049		32873.49		28695.33		10		0.076	DC99-11		32370.47		26148.74		10		0.01
CH03-52		32573.06		28897.55		10		0.044	DC-049		32873.15		28695.26		10		0.061	DC99-11		32370.54		26148.73		10		0.014
CH03-52		32572.73		28897.56		10		0.057	DC-049		32872.81		28695.18		10		0.079	DC99-11		32370.6		26148.74		10		0.011
CH03-52		32572.4		28897.57		10		0.092	DC-049		32872.47		28695.11		10		0.052	DC99-11		32370.65		26148.75		10		0.015
CH03-52		32572.06		28897.58		10		0.05	DC-049		32872.12		28695.04		10		0.078	DC99-11		32370.71		26148.76		10		0.012
CH03-52		32571.73		28897.59		10		0.071	DC-049		32871.8		28694.97		10		0.102	DC99-11		32370.76		26148.77		10		0.019
CH03-52		32571.43		28897.66		10		0.052	DC-049		32871.47		28694.91		10		0.045	DC99-11		32370.81		26148.78		10		0.011
CH03-52		32571.16		28897.77		10		0.208	DC-049		32871.15		28694.84		10		0.094	DC99-11		32370.87		26148.77		10		0.02
CH03-52		32570.89		28897.89		10		0.154	DC-049		32870.82		28694.77		10		0.076	DC99-11		32370.93		26148.75		10		0.032
CH03-52		32570.61		28898.01		10		0.147	DC-049		32869.87		28694.57		10		0.15	DC99-11		32371		26148.72		10		0.019
CH03-52		32570.34		28898.12		10		0.204	DC-049		32869.56		28694.51		10		0.165	DC99-11		32371.06		26148.7		10		0.054
CH03-52		32570.08		28898.27		10		0.09	DC-049		32869.26		28694.44		10		0.085	DC99-11		32371.12		26148.67		10		0.086
CH03-52		32569.84		28898.43		10		0.183	DC-049		32868.95		28694.38		10		0.063	DC99-11		32371.18		26148.65		10		0.051
CH03-52		32569.59		28898.6		10		0.014	DC-049		32868.64		28694.29		10		0.078	DC99-11		32371.21		26148.64		10		0.023
CH03-52		32569.1		28898.94		10		0.012	DC-049		32868.32		28694.2		10		0.086	DC99-11		32371.24		26148.63		10		0.024
CH03-52		32568.48		28899.51		10		0.36	DC-049		32868		28694.11		10		0.156	DC99-11		32371.28		26148.62		10		0.025
CH03-52		32568.14		28899.84		10		0.319	DC-049		32867.69		28694.01		10		0.312	DC99-11		32371.31		26148.62		10		0.041
CH03-52		32567.8		28900.17		10		0.571	DC-049		32867.37		28693.92		10		0.22	DC99-11		32371.35		26148.62		10		0.038
CH03-52		32567.46		28900.5		10		0.664	DC-049		32867.05		28693.84		10		0.097	DC99-11		32371.4		26148.64		10		0.073
CH03-52		32567.11		28900.94		10		0.614	DC-049		32866.74		28693.79		10		0.909	DC99-11		32371.45		26148.66		10		0.072
CH03-52		32566.73		28901.48		10		0.34	DC-049		32866.43		28693.74		10		0.537	DC99-11		32371.5		26148.68		10		0.044
CH03-52		32566.35		28902.03		10		0.401	DC-049		32866.12		28693.69		10		2.523	DC99-11		32371.55		26148.7		10		0.094
CH03-52		32565.97		28902.57		10		0.246	DC-049		32865.81		28693.64		10		0.284	DC99-11		32371.6		26148.71		10		0.084
CH03-52		32565.59		28903.11		10		0.843	DC-049		32865.48		28693.55		10		0.167	DC99-11		32371.67		26148.73		10		0.053
CH03-52		32565.23		28903.62		10		1.28	DC-049		32865.12		28693.41		10		0.22	DC99-11		32371.74		26148.75		10		0.059
CH03-52		32564.89		28904.08		10		1.09	DC-049		32864.76		28693.28		10		0.092	DC99-11		32371.8		26148.77		10		0.032
CH03-52		32564.55		28904.55		10		0.647	DC-049		32864.4		28693.14		10		0.066	DC99-11		32371.84		26148.79		10		0.024
CH03-52		32564.21		28905.01		10		0.088	DC-049		32864.04		28693		10		0.088	DC99-11		32371.89		26148.81		10		0.02
CH03-52		32563.87		28905.47		10		0.259	DC-049		32863.69		28692.88		10		0.127	DC99-12		32662.87		26159.33		10		0.044
CH03-52		32563.57		28905.95		10		0.13	DC-049		32863.34		28692.77		10		0.085	DC99-12		32662.39		26158.53		10		0.047
CH03-52		32563.32		28906.42		10		0.13	DC-049		32862.98		28692.66		10		0.108	DC99-12		32662.15		26158.32		10		0.012
CH03-52		32563.06		28906.9		10		0.1	DC-049		32862.64		28692.54		10		0.283	DC99-12		32661.28		26156.66		10		0.034
CH03-52		32562.8		28907.37		10		0.439	DC-049		32862.29		28692.43		10		0.126	DC99-12		32661.05		26156.74		10		0.029
CH03-52		32562.55		28907.85		10		0.108	DC-049		32861.94		28692.33		10		0.096	DC99-12		32660.82		26156.83		10		0.009
CH03-52		32562.27		28908.28		10		0.06	DC-049		32861.23		28692.16		10		0.009	DC99-12		32660.76		26156.9		10		0.01
CH03-52		32561.98		28908.67		10		0.045	DC-049		32860.87		28692.08		10		0.037	DC99-12		32660.76		26157		10		0.014
CH03-52		32561.68		28909.06		10		0.038	DC-049		32859.45		28691.73		10		0.033	DC99-12		32660.76		26157.11		10		0.024
CH03-52		32561.39		28909.45		10		0.042	DC-049		32859.09		28691.64		10		0.015	DC99-12		32660.76		26157.21		10		0.036
CH03-52		32561.1		28909.84		10		0.047	DC-049		32858.01		28691.34		10		0.059	DC99-12		32660.75		26157.32		10		0.036
CH03-52		32560.81		28910.24		10		0.085	DC-049		32857.64		28691.23		10		0.126	DC99-12		32660.73		26157.38		10		0.055
CH03-52		32560.55		28910.65		10		0.057	DC-049		32857.27		28691.12		10		0.219	DC99-12		32660.68		26157.41		10		0.061
CH03-52		32560.28		28911.06		10		0.093	DC-049		32856.91		28691		10		0.14	DC99-12		32660.64		26157.43		10		0.032
CH03-52		32560.01		28911.46		10		0.081	DC-049		32856.54		28690.87		10		0.237	DC99-12		32660.59		26157.46		10		0.085
CH03-52		32559.74		28911.88		10		0.078	DC-049		32856.17		28690.7		10		0.251	DC99-12		32660.55		26157.48		10		0.056
CH03-53		32694.12		29016.68		10		0.044	DC-049		32855.8		28690.54		10		0.12	DC99-12		32660.51		26157.52		10		0.052
CH03-53		32694.08		29016.81		10		0.091	DC-049		32855.44		28690.38		10		0.11	DC99-12		32660.47		26157.59		10		0.082
CH03-53		32694.03		29016.94		10		0.086	DC-049		32855.07		28690.21		10		0.081	DC99-12		32660.44		26157.64		10		0.069
CH03-53		32693.99		29017.08		10		0.092	DC-049		32854.71		28690.07		10		0.178	DC99-12		32660.4		26157.71		10		0.067
CH03-53		32693.92		29017.23		10		0.091	DC-049		32854.34		28689.96		10		0.093	DC99-12		32660.37		26157.77		10		0.069
CH03-53		32693.82		29017.39		10		0.015	DC-049		32853.98		28689.84		10		0.059	DC99-12		32660.35		26157.81		10		0.087
CH03-53		32693.71		29017.55		10		0.134	DC-049		32853.61		28689.72		10		0.012	DC99-12		32660.36		26157.85		10		0.081
CH03-53		32693.61		29017.71		10		0.071	DC-049		32853.25		28689.6		10		0.031	DC99-12		32660.37		26157.88		10		0.103
CH03-53		32693.51		29017.88		10		0.011	DC-049		32852.14		28689.05		10		0.029	DC99-12		32660.38		26157.91		10		0.06
CH03-53		32692.65		29018.34		10		0.01	DC-049		32851.77		28688.86		10		0.051	DC99-12		32660.39		26157.95		10		0.043
CH03-53		32692.59		29018.37		10		0.018	DC-049		32851.4		28688.66		10		0.022	DC99-13		32630.43		25722.77		10		0.035
CH03-53		32692.17		29018.34		10		0.01	DC-050		32651.83		28804.72		10		0.02	DC99-13		32630.26		25722.73		10		0.01
CH03-53		32691.82		29018.19		10		0.024	DC-050		32651.73		28804.69		10		0.022	DC99-13		32630.1		25722.58		10		0.011
CH03-53		32691.64		29018.12		10		0.019	DC-050		32651.63		28804.65		10		0.021	DC99-13		32629.27		25722.16		10		0.013
CH03-53		32691.43		29017.97		10		0.029	DC-050		32651.47		28804.52		10		0.018	DC99-13		32628.76		25722.43		10		0.018
CH03-53		32690.95		29017.51		10		0.024	DC-050		32650.55		28803.64		10		0.015	DC99-13		32628.62		25722.53		10		0.014
CH03-53		32690.71		29017.29		10		0.029	DC-050		32650.37		28803.4		10		0.101	DC99-13		32628.5		25722.62		10		0.018
CH03-53		32690.47		29017.05		10		0.025	DC-050		32650.31		28803.31		10		0.079	DC99-13		32628.38		25722.73		10		0.032
CH03-53		32689.65		29016.17		10		0.081	DC-050		32650.25		28803.23		10		0.109	DC99-13		32628.25		25722.82		10		0.055
CH03-53		32689.46		29015.95		10		0.18	DC-050		32650.17		28803.16		10		0.132	DC99-13		32628.13		25722.93		10		0.032
CH03-53		32689.2		29015.74		10		0.168	DC-050		32650.08		28803.12		10		0.198	DC99-13		32627.96		25723.03		10		0.033
CH03-53		32688.89		29015.54		10		0.227	DC-050		32649.99		28803.07		10		0.181	DC99-13		32627.74		25723.13		10		0.049
CH03-53		32688.59		29015.34		10		0.071	DC-050		32649.89		28803.02		10		0.222	DC99-13		32627.52		25723.23		10		0.045
CH03-53		32688.28		29015.14		10		0.182	DC-050		32649.8		28802.98		10		0.725	DC99-13		32627.29		25723.34		10		0.019
CH03-53		32687.97		29014.95		10		0.213	DC-050		32649.7		28802.9		10		0.169	DC99-13		32627.07		25723.44		10		0.04
CH03-53		32687.67		29014.82		10		0.337	DC-050		32649.59		28802.79		10		0.165	DC99-13		32626.86		25723.42		10		0.061
CH03-53		32687.38		29014.76		10		0.399	DC-050		32649.48		28802.67		10		0.099	DC99-13		32626.66		25723.28		10		0.025
CH03-53		32687.09		29014.7		10		0.4	DC-050		32649.37		28802.56		10		0.13	DC99-13		32626.46		25723.14		10		0.035
CH03-53		32686.8		29014.64		10		0.473	DC-050		32649.26		28802.45		10		0.218	DC99-13		32626.26		25723		10		0.042

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-53		32686.51		29014.59		10		0.562	DC-050		32649.14		28802.35		10		0.191	DC99-13		32626.06		25722.86		10		0.036
CH03-53		32686.17		29014.53		10		0.541	DC-050		32649		28802.27		10		0.226	DC99-13		32625.93		25722.74		10		0.047
CH03-53		32685.79		29014.47		10		0.973	DC-050		32648.87		28802.19		10		0.315	DC99-13		32625.86		25722.64		10		0.049
CH03-53		32685.41		29014.41		10		0.168	DC-050		32648.74		28802.1		10		0.113	DC99-13		32625.8		25722.53		10		0.047
CH03-53		32685.03		29014.36		10		0.143	DC-050		32647.93		28801.87		10		0.144	DC99-13		32625.73		25722.43		10		0.049
CH03-53		32684.65		29014.3		10		0.115	DC-050		32647.76		28801.84		10		0.286	DC99-14		32250.41		25616.07		10		0.012
CH03-53		32684.28		29014.24		10		0.144	DC-050		32647.59		28801.8		10		0.566	DC99-14		32246.81		25622.77		10		0.014
CH03-53		32683.9		29014.18		10		0.305	DC-050		32647.42		28801.76		10		0.105	DC99-14		32245.86		25626.86		10		0.009
CH03-53		32683.52		29014.12		10		0.139	DC-050		32647.25		28801.72		10		0.05	DC99-14		32245.85		25627.07		10		0.01
CH03-53		32683.14		29014.06		10		0.314	DC-050		32647.08		28801.68		10		0.123	DC99-14		32245.83		25627.28		10		0.017
CH03-53		32682.76		29014		10		0.171	DC-050		32646.91		28801.64		10		0.034	DC99-14		32245.79		25627.48		10		0.023
CH03-53		32682.37		29013.93		10		0.197	DC-050		32646.73		28801.59		10		0.073	DC99-14		32245.72		25627.66		10		0.025
CH03-53		32681.98		29013.84		10		0.337	DC-050		32646.53		28801.53		10		0.085	DC99-14		32245.65		25627.83		10		0.033
CH03-53		32681.59		29013.76		10		0.605	DC-050		32646.32		28801.47		10		0.034	DC99-14		32245.58		25628.01		10		0.024
CH03-53		32681.2		29013.67		10		0.537	DC-050		32646.12		28801.41		10		0.385	DC99-14		32245.51		25628.19		10		0.026
CH03-53		32680.8		29013.58		10		0.325	DC-050		32645.92		28801.35		10		0.566	DC99-14		32245.45		25628.37		10		0.033
CH03-53		32680.46		29013.51		10		0.13	DC-050		32645.73		28801.31		10		0.498	DC99-14		32245.41		25628.54		10		0.022
CH03-53		32680.15		29013.45		10		0.12	DC-050		32645.54		28801.29		10		0.723	DC99-14		32245.37		25628.71		10		0.022
CH03-53		32679.84		29013.39		10		0.088	DC-050		32645.35		28801.26		10		0.235	DC99-14		32245.32		25628.88		10		0.073
CH03-53		32679.53		29013.33		10		0.143	DC-050		32645.16		28801.23		10		0.117	DC99-14		32245.28		25629.04		10		0.097
CH03-53		32679.22		29013.27		10		0.192	DC-050		32644.96		28801.21		10		0.15	DC99-14		32245.25		25629.28		10		0.037
CH03-53		32678.94		29013.24		10		0.543	DC-050		32644.77		28801.18		10		1.217	DC99-14		32245.25		25629.57		10		0.054
CH03-53		32678.67		29013.24		10		0.25	DC-050		32644.56		28801.14		10		0.63	DC99-14		32245.25		25629.87		10		0.027
CH03-53		32678.41		29013.23		10		0.219	DC-050		32644.36		28801.1		10		0.593	DC99-14		32245.25		25630.17		10		0.08
CH03-53		32678.15		29013.23		10		0.468	DC-050		32644.15		28801.06		10		0.21	DC99-14		32245.24		25630.46		10		0.093
CH03-53		32677.89		29013.23		10		0.316	DC-050		32643.94		28801.03		10		0.64	DC99-14		32245.22		25630.77		10		0.063
CH03-53		32677.64		29013.23		10		0.326	DC-050		32642.04		28800.65		10		0.009	DC99-14		32245.18		25631.08		10		0.049
CH03-53		32677.42		29013.24		10		0.439	DC-050		32641.38		28800.62		10		0.033	DC99-14		32245.14		25631.39		10		0.059
CH03-53		32677.19		29013.25		10		0.139	DC-050		32640.97		28800.66		10		0.083	DC99-14		32245.1		25631.7		10		0.093
CH03-53		32676.96		29013.26		10		0.033	DC-050		32640.76		28800.68		10		0.042	DC99-14		32245.06		25632.01		10		0.071
CH03-53		32676.53		29013.28		10		0.021	DC-050		32639.3		28800.61		10		0.017	DC99-14		32245.02		25632.3		10		0.057
CH03-53		32676.15		29013.34		10		0.013	DC-050		32638.48		28800.41		10		0.019	DC99-14		32244.97		25632.58		10		0.039
CH03-53		32674.5		29013.71		10		0.009	DC-050		32638.26		28800.35		10		0.009	DC99-14		32244.87		25633.13		10		0.015
CH03-53		32673.84		29013.74		10		0.01	DC-050		32638.04		28800.29		10		0.009	DC99-15		32239.3		24601 .48		10		0.01
CH03-53		32670.41		29013.09		10		0.009	DC-051		32836.26		28818.58		10		0.048	DC99-15		32239.34		24601.24		10		0.013
CH03-53		32668.55		29011.98		10		0.012	DC-051		32836.26		28818.58		10		0.454	DC99-15		32239.38		24601		10		0.015
CH03-53		32668.16		29011.69		10		0.016	DC-051		32836.26		28818.58		10		0.014	DC99-15		32239.41		24600.76		10		0.024
CH03-53		32667.34		29011.07		10		0.047	DC-051		32836.26		28818.58		10		0.016	DC99-15		32239.45		24600.54		10		0.021
CH03-53		32666.88		29010.69		10		0.01	DC-051		32836.26		28818.58		10		0.011	DC99-15		32239.49		24600.33		10		0.033
CH03-53		32660.02		29004.95		10		0.009	DC-051		32836.26		28818.58		10		0.019	DC99-15		32239.53		24600.12		10		0.029
CH03-53		32659.64		29004.59		10		0.012	DC-051		32836.26		28818.58		10		0.024	DC99-15		32239.57		24599.92		10		0.023
CH03-54		32601.22		29414.17		10		0.165	DC-051		32836.26		28818.58		10		0.062	DC99-15		32239.64		24599.5		10		0.009
CH03-54		32601.21		29414.34		10		0.148	DC-051		32836.26		28818.58		10		0.026	DC99-15		32239.94		24597.99		10		0.01
CH03-54		32601.21		29414.52		10		0.193	DC-051		32836.26		28818.58		10		0.022	DC99-15		32240.13		24597.39		10		0.015
CH03-54		32601.21		29414.69		10		0.329	DC-051		32836.26		28818.58		10		0.03	DC99-15		32240.2		24597.19		10		0.032
CH03-54		32601.2		29414.8		10		0.309	DC-051		32836.26		28818.58		10		0.014	DC99-15		32240.27		24596.99		10		0.029
CH03-54		32601.18		29414.85		10		0.421	DC-051		32836.26		28818.58		10		0.014	DC99-15		32240.34		24596.8		10		0.02
CH03-54		32601.16		29414.9		10		0.451	DC-051		32836.26		28818.58		10		0.012	DC99-15		32240.41		24596.6		10		0.043
CH03-54		32601.13		29414.95		10		0.748	DC-051		32836.26		28818.58		10		0.062	DC99-15		32240.49		24596.45		10		0.072
CH03-54		32601.11		29414.99		10		0.215	DC-051		32836.26		28818.58		10		0.053	DC99-15		32240.58		24596.34		10		0.065
CH03-54		32601.03		29415.03		10		0.496	DC-051		32836.26		28818.58		10		0.04	DC99-15		32240.67		24596.23		10		0.078
CH03-54		32600.89		29415.05		10		0.383	DC-051		32836.26		28818.58		10		0.037	DC99-15		32240.76		24596.12		10		0.103
CH03-54		32600.75		29415.07		10		0.208	DC-051		32836.26		28818.58		10		0.068	DC99-15		32240.85		24596.02		10		0.091
CH03-54		32600.62		29415.09		10		0.165	DC-051		32836.26		28818.58		10		0.054	DC99-15		32240.93		24595.92		10		0.04
CH03-54		32600.48		29415.11		10		0.098	DC-051		32836.26		28818.58		10		0.047	DC99-15		32240.99		24595.84		10		0.03
CH03-54		32600.34		29415.12		10		0.146	DC-051		32836.26		28818.58		10		0.073	DC99-15		32241.06		24595.76		10		0.08
CH03-54		32600.2		29415.12		10		0.02	DC-051		32836.26		28818.58		10		0.076	DC99-15		32241.13		24595.68		10		0.12
CH03-54		32600.06		29415.11		10		0.103	DC-051		32836.26		28818.58		10		0.05	DC99-15		32241.2		24595.6		10		0.093
CH03-54		32599.78		29415.1		10		0.02	DC-051		32836.26		28818.58		10		0.062	DC99-15		32241.25		24595.54		10		0.12
CH03-54		32586.74		29413.36		10		0.018	DC-051		32836.26		28818.58		10		0.031	DC99-15		32241.29		24595.5		10		0.07
CH03-55		33004.81		28902.24		10		0.023	DC-051		32836.26		28818.58		10		0.026	DC99-15		32241.32		24595.47		10		0.094
CH03-55		33004.54		28902.23		10		0.047	DC-051		32836.26		28818.58		10		0.073	DC99-15		32241.36		24595.43		10		0.086
CH03-55		33004.26		28902.22		10		0.019	DC-051		32836.26		28818.58		10		0.13	DC99-15		32242.66		24593.58		10		0.02
CH03-55		33003.41		28902.22		10		0.009	DC-051		32836.26		28818.58		10		0.194	DC99-15		32242.94		24593.56		10		0.009
CH03-55		32998.7		28901 .42		10		0.009	DC-051		32836.26		28818.58		10		0.097	DC99-2		32102.65		24557.6		10		0.015
CH03-55		32997.98		28901.16		10		0.029	DC-051		32836.26		28818.58		10		0.279	DC99-2		32102.77		24554.01		10		0.013
CH03-55		32997.62		28901.03		10		0.082	DC-051		32836.26		28818.58		10		0.077	DC99-2		32102.72		24553.83		10		0.025
CH03-55		32997.26		28900.9		10		0.088	DC-051		32836.26		28818.58		10		0.258	DC99-2		32102.66		24553.65		10		0.018
CH03-55		32996.92		28900.71		10		0.147	DC-051		32836.26		28818.58		10		0.453	DC99-2		32102.61		24553.46		10		0.021
CH03-55		32996.62		28900.44		10		0.069	DC-051		32836.26		28818.58		10		0.118	DC99-2		32102.54		24553.23		10		0.025
CH03-55		32996.32		28900.18		10		0.09	DC-051		32836.26		28818.58		10		0.125	DC99-2		32102.46		24552.94		10		0.016
CH03-55		32996.02		28899.92		10		0.484	DC-051		32836.26		28818.58		10		0.66	DC99-2		32102.38		24552.66		10		0.011
CH03-55		32995.71		28899.65		10		0.121	DC-051		32836.26		28818.58		10		0.562	DC99-2		32102.47		24550		10		0.009
CH03-55		32995.41		28899.42		10		0.055	DC-051		32836.26		28818.58		10		0.28	DC99-2		32102.52		24549.83		10		0.011
CH03-55		32995.1		28899.21		10		0.164	DC-051		32836.26		28818.58		10		0.215	DC99-2		32102.53		24549.62		10		0.01
CH03-55		32994.8		28899.01		10		0.107	DC-051		32836.26		28818.58		10		0.319	DC99-2		32102.49		24549.45		10		0.033
CH03-55		32994.5		28898.8		10		0.07	DC-051		32836.26		28818.58		10		0.24	DC99-2		32102.44		24549.28		10		0.015
CH03-55		32994.19		28898.6		10		0.318	DC-051		32836.26		28818.58		10		0.076	DC99-2		32102.39		24549.11		10		0.03
CH03-55		32993.86		28898.39		10		0.127	DC-051		32836.26		28818.58		10		0.034	DC99-2		32102.35		24548.95		10		0.025
CH03-55		32993.5		28898.17		10		0.396	DC-051		32836.26		28818.58		10		0.067	DC99-2		32102.32		24548.73		10		0.025
CH03-55		32993.15		28897.95		10		0.35	DC-051		32836.26		28818.58		10		0.021	DC99-2		32102.32		24548.47		10		0.03
CH03-55		32992.79		28897.73		10		0.266	DC-051		32836.26		28818.58		10		0.035	DC99-2		32102.31		24548.21		10		0.078
CH03-55		32992.43		28897.51		10		0.272	DC-051		32836.26		28818.58		10		0.066	DC99-2		32102.31		24547.95		10		0.118
CH03-55		32992.09		28897.24		10		0.302	DC-051		32836.26		28818.58		10		0.069	DC99-2		32102.3		24547.68		10		0.116
CH03-55		32991.75		28896.91		10		0.142	DC-051		32836.26		28818.58		10		0.137	DC99-2		32102.26		24547.46		10		0.046

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH03-55		32991.41		28896.58		10		0.224	DC-051		32836.26		28818.58		10		0.123	DC99-2		32102.18		24547.29		10		0.05
CH03-55		32991.07		28896.26		10		0.074	DC-051		32836.26		28818.58		10		0.018	DC99-2		32102.11		24547.11		10		0.068
CH03-55		32990.73		28895.93		10		0.03	DC-051		32836.26		28818.58		10		0.09	DC99-2		32102.03		24546.94		10		0.108
CH03-55		32990.38		28895.6		10		0.105	DC-051		32836.26		28818.58		10		0.107	DC99-2		32101.95		24546.76		10		0.13
CH03-55		32990.02		28895.27		10		0.168	DC-051		32836.26		28818.58		10		0.067	DC99-2		32101.86		24546.63		10		0.065
CH03-55		32989.66		28894.95		10		0.158	DC-051		32836.26		28818.58		10		0.013	DC99-2		32101.75		24546.55		10		0.188
CH03-55		32989.29		28894.62		10		0.077	DC-051		32836.26		28818.58		10		0.042	DC99-2		32101.64		24546.46		10		0.068
CH03-55		32988.93		28894.29		10		0.021	DC-051		32836.26		28818.58		10		0.012	DC99-2		32101.53		24546.37		10		0.056
CH03-55		32988.54		28893.95		10		0.02	DC-051		32836.26		28818.58		10		0.01	DC99-2		32101.42		24546.29		10		0.051
CH03-55		32988.11		28893.58		10		0.049	DC-051		32836.26		28818.58		10		0.015	DC99-2		32101.41		24546.19		10		0.033
CH03-55		32987.69		28893.22		10		0.101	DC-051		32836.26		28818.58		10		0.051	DC99-2		32101.51		24546.09		10		0.042
CH03-55		32987.27		28892.86		10		0.063	DC-051		32836.26		28818.58		10		0.011	DC99-2		32101.6		24545.99		10		0.033
CH03-55		32986.84		28892.5		10		0.066	DC-051		32836.26		28818.58		10		0.096	DC99-2		32101.7		24545.88		10		0.056
CH03-55		32986.33		28892.16		10		0.154	DC-051		32836.26		28818.58		10		0.009	DC99-2		32101.79		24545.78		10		0.026
CH03-55		32985.75		28891.85		10		0.094	DC-052		33141.65		28814.7		10		0.01	DC99-2		32101.86		24545.58		10		0.128
CH03-55		32985.16		28891.54		10		0.171	DC-052		33137.68		28816.75		10		0.032	DC99-2		32101.9		24545.29		10		0.186
CH03-55		32984.58		28891.22		10		0.272	DC-052		33137.03		28816.96		10		0.033	DC99-2		32101.07		24542.79		10		0.013
CH03-55		32983.99		28890.91		10		0.068	DC-052		33136.38		28817.17		10		0.047	DC99-2		32101.04		24542.51		10		0.015
CH03-55		32983.41		28890.63		10		0.092	DC-052		33135.73		28817.38		10		0.036	DC99-2		32101		24541.96		10		0.009
CH03-55		32982.84		28890.38		10		0.033	DC-052		33135.09		28817.58		10		0.054	DC99-2		32101.12		24540.97		10		0.019
CH03-55		32982.26		28890.13		10		0.091	DC-052		33134.43		28817.82		10		0.059	DC99-2		32101.23		24540.21		10		0.009
CH03-55		32981.69		28889.88		10		0.096	DC-052		33133.77		28818.1		10		0.313	DC99-3		32193.39		24713.87		10		0.016
CH03-55		32981.11		28889.63		10		0.117	DC-052		33133.12		28818.38		10		0.216	DC99-3		32193.39		24713.94		10		0.066
CH03-55		32980.44		28889.38		10		0.14	DC-052		33132.46		28818.66		10		0.43	DC99-3		32193.35		24713.9		10		0.04
CH03-55		32979.68		28889.11		10		0.178	DC-052		33131.8		28818.94		10		0.15	DC99-3		32193.27		24713.75		10		0.025
CH03-55		32978.93		28888.85		10		0.092	DC-052		33131.09		28819.21		10		0.228	DC99-3		32193.19		24713.59		10		0.017
CH03-55		32978.17		28888.59		10		0.051	DC-052		33130.33		28819.46		10		1.805	DC99-3		32193.11		24713.44		10		0.037
CH03-55		32977.41		28888.32		10		0.083	DC-052		33129.57		28819.71		10		1.147	DC99-3		32193.02		24713.28		10		0.025
CH03-55		32976.62		28888.04		10		0.084	DC-052		33128.81		28819.96		10		1.044	DC99-3		32192.99		24713.14		10		0.012
CH03-55		32975.8		28887.75		10		0.046	DC-052		33128.05		28820.22		10		0.434	DC99-3		32192.58		24712.55		10		0.014
CH03-55		32974.98		28887.46		10		0.019	DC-052		33127.27		28820.43		10		1.622	DC99-3		32192.39		24712.52		10		0.012
CH03-55		32969.57		28885.28		10		0.129	DC-052		33126.46		28820.58		10		3.506	DC99-3		32192.04		24712.55		10		0.01
CH03-55		32968.61		28884.87		10		0.099	DC-052		33125.66		28820.74		10		2.975	DC99-3		32191.78		24712.77		10		0.02
CH03-55		32967.61		28884.44		10		0.045	DC-052		33124.86		28820.9		10		1.626	DC99-3		32191.64		24712.89		10		0.023
CH03-55		32965.54		28883.52		10		0.029	DC-052		33124.05		28821.06		10		1.505	DC99-3		32191.51		24713		10		0.046
CH03-55		32964.5		28883.06		10		0.124	DC-052		33123.23		28821.2		10		2.289	DC99-3		32191.45		24712.99		10		0.02
CH03-55		32963.47		28882.61		10		0.024	DC-052		33122.38		28821.3		10		1.602	DC99-3		32191.44		24712.85		10		0.025
CH03-55		32959.18		28880.66		10		0.072	DC-052		33121.53		28821.41		10		0.07	DC99-3		32191.44		24712.71		10		0.058
CH03-55		32956.15		28879.18		10		0.029	DC-052		33120.68		28821.52		10		0.21	DC99-3		32191.44		24712.57		10		0.108
CH03-55		32954.27		28878.19		10		0.016	DC-052		33119.84		28821.63		10		0.13	DC99-3		32191.43		24712.43		10		0.058
CH03-55		32953.33		28877.7		10		0.028	DC-052		33119.03		28821.73		10		0.065	DC99-3		32191.41		24712.29		10		0.13
CH03-55		32952.34		28877.19		10		0.04	DC-052		33117.51		28821.92		10		0.072	DC99-3		32191.38		24712.16		10		0.171
CH03-55		32951.29		28876.68		10		0.044	DC-052		33116.75		28822.02		10		0.319	DC99-3		32191.34		24712.02		10		0.143
CH03-55		32949.2		28875.66		10		0.012	DC-052		33115.99		28822.11		10		0.7	DC99-3		32191.31		24711.89		10		0.092
CH03-55		32948.14		28875.15		10		0.015	DC-052		33115.22		28822.2		10		0.63	DC99-3		32191.27		24711.75		10		0.116
CH03-55		32947.09		28874.66		10		0.015	DC-052		33114.44		28822.28		10		0.544	DC99-3		32191.3		24711.68		10		0.119
CH03-55		32942.79		28872.83		10		0.009	DC-052		33113.66		28822.36		10		0.585	DC99-3		32191.38		24711.65		10		0.074
CH03-55		32941.69		28872.38		10		0.025	DC-052		33112.88		28822.45		10		0.772	DC99-3		32191.46		24711.63		10		0.03
CH03-55		32935.94		28870.14		10		0.009	DC-052		33112.1		28822.53		10		0.218	DC99-3		32191.55		24711.61		10		0.067
CH03-56		32548.44		29595.64		10		0.025	DC-052		33111.33		28822.58		10		0.171	DC99-3		32191.63		24711.59		10		0.061
CH03-56		32548.09		29596.05		10		0.284	DC-052		33110.58		28822.6		10		0.366	DC99-3		32191.62		24711.64		10		0.146
CH03-56		32547.72		29596.49		10		0.327	DC-052		33109.83		28822.62		10		0.158	DC99-3		32191.52		24711.75		10		0.084
CH03-56		32547.36		29596.93		10		0.015	DC-052		33109.08		28822.64		10		0.175	DC99-3		32189.54		24711.72		10		0.021
CH03-57		32208.3		29006.26		10		0.099	DC-052		33108.34		28822.66		10		0.111	DC99-3		32189.59		24711.73		10		0.022
CH03-57		32136.33		28963.68		10		0.011	DC-052		33107.6		28822.72		10		0.068	DC99-3		32189.69		24711.74		10		0.015
CH03-57		32049.74		28925.16		10		0.338	DC-052		33106.88		28822.83		10		0.037	DC99-3		32189.74		24711.75		10		0.01
CH03-57		32048.08		28924.96		10		0.011	DC-052		33106.15		28822.94		10		0.333	DC99-3		32189.54		24711.78		10		0.039
CH03-57		32038.5		28923.9		10		0.049	DC-052		33105.43		28823.05		10		0.193	DC99-3		32189.38		24711.8		10		0.029
CH03-57		32036.94		28923.75		10		1.031	DC-052		33104.7		28823.16		10		0.63	DC99-3		32189.22		24711.82		10		0.014
CH03-57		32035.38		28923.63		10		0.297	DC-052		33103.98		28823.21		10		0.92	DC99-3		32189.07		24711.84		10		0.01
CH03-57		32033.79		28923.56		10		0.274	DC-052		33103.24		28823.19		10		0.548	DC99-3		32188.93		24711.81		10		0.014
CH03-57		32032.21		28923.49		10		0.13	DC-052		33102.51		28823.16		10		0.537	DC99-3		32188.81		24711.73		10		0.011
CH03-57		32030.63		28923.41		10		0.012	DC-052		33101.78		28823.14		10		0.117	DC99-3		32188.7		24711.66		10		0.019
CH03-57		32029.05		28923.34		10		0.021	DC-052		33101.05		28823.12		10		0.032	DC99-3		32188.46		24711.5		10		0.014
CH03-57		32027.42		28923.31		10		0.021	DC-052		33099.69		28822.99		10		0.015	DC99-3		32188.4		24711.53		10		0.022
CH03-57		31926.95		28945.74		10		0.01	DC-052		33098.38		28822.85		10		0.018	DC99-4		32291.56		24862.88		10		0.012
CH04-001		33205.83		29022.55		10		0.025	DC-052		33097.72		28822.77		10		0.016	DC99-4		32291.69		24863.16		10		0.025
CH04-001		33205.99		29021.33		10		0.026	DC-052		33097.04		28822.7		10		0.046	DC99-4		32292.1		24863.73		10		0.033
CH04-001		33232.82		28922.13		10		0.018	DC-052		33096.35		28822.61		10		0.015	DC99-4		32292.3		24864.01		10		0.046
CH04-001		33233.35		28919.89		10		0.009	DC-052		33095.66		28822.53		10		0.079	DC99-4		32292.5		24864.29		10		0.018
CH04-001		33233.88		28917.66		10		0.029	DC-052		33094.96		28822.45		10		0.152	DC99-4		32292.63		24864.83		10		0.009
CH04-001		33234.43		28915.44		10		0.037	DC-052		33094.27		28822.37		10		0.193	DC99-4		32292.67		24865.35		10		0.009
CH04-001		33234.98		28913.23		10		0.173	DC-052		33093.57		28822.31		10		0.163	DC99-4		32292.69		24865.61		10		0.011
CH04-001		33235.53		28911.01		10		0.205	DC-052		33092.88		28822.28		10		0.226	DC99-4		32293.32		24866.22		10		0.021
CH04-001		33236.08		28908.79		10		0.019	DC-052		33092.18		28822.25		10		0.039	DC99-4		32293.57		24866.41		10		0.036
CH04-001		33236.66		28906.58		10		0.034	DC-052		33083.31		28821.13		10		0.009	DC99-4		32293.82		24866.6		10		0.04
CH04-001		33237.28		28904.36		10		0.01	DC-052		33082.57		28821.02		10		0.03	DC99-4		32294.08		24866.76		10		0.08
CH04-001		33253.98		28848.5		10		0.011	DC-052		33081.83		28820.87		10		0.028	DC99-4		32294.35		24866.89		10		0.03
CH04-001		33258.92		28833.85		10		0.009	DC-052		33081.1		28820.71		10		0.031	DC99-4		32294.62		24867.02		10		0.084
CH04-003		32395.15		29419.46		10		0.009	DC-052		33080.36		28820.56		10		0.07	DC99-4		32294.89		24867.14		10		0.046
CH04-003		32393.45		29421 .49		10		0.017	DC-052		33069.74		28818.59		10		0.015	DC99-4		32295.15		24867.27		10		0.022
CH04-003		32393.16		29421.84		10		0.016	DC-052		33067.48		28818.16		10		0.026	DC99-4		32295.32		24867.49		10		0.017
CH04-003		32392.91		29421.87		10		0.027	DC-052		33059.12		28816.64		10		0.01	DC99-4		32295.38		24867.8		10		0.009
CH04-003		32386.79		29419.54		10		0.062	DC-053		33312.41		28843.26		10		0.035	DC99-4		32295.45		24868.1		10		0.052
CH04-003		32386.26		29419.35		10		0.047	DC-053		33304.14		28847.97		10		0.109	DC99-4		32295.51		24868.41		10		0.046

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH04-003		32385.75		29419.15		10		0.013	DC-053		33303.35		28848.38		10		0.325	DC99-4		32295.57		24868.72		10		0.092
CH04-003		32385.25		29418.95		10		0.063	DC-053		33302.56		28848.79		10		0.132	DC99-4		32295.63		24868.94		10		0.155
CH04-003		32384.75		29418.75		10		0.62	DC-053		33301.78		28849.21		10		0.041	DC99-4		32295.69		24869.06		10		0.061
CH04-003		32384.24		29418.54		10		0.594	DC-053		33278.33		28859.83		10		0.085	DC99-4		32295.75		24869.19		10		0.096
CH04-003		32383.74		29418.34		10		0.058	DC-053		33272.34		28862.16		10		0.022	DC99-4		32295.81		24869.32		10		0.072
CH04-003		32383.21		29418.15		10		0.016	DC-053		33267.85		28863.9		10		0.047	DC99-4		32295.87		24869.45		10		0.046
CH04-003		32382.64		29417.96		10		0.01	DC-053		33266.88		28864.19		10		0.025	DC99-4		32295.9		24869.59		10		0.144
CH04-003		32381.52		29417.6		10		0.041	DC-053		33264.94		28864.76		10		0.057	DC99-4		32295.9		24869.74		10		0.021
CH04-003		32380.95		29417.41		10		0.025	DC-053		33263.97		28865.04		10		0.158	DC99-4		32295.91		24869.9		10		0.061
CH04-005		32905.29		29316.29		10		0.009	DC-053		33247.53		28870.23		10		0.013	DC99-4		32295.91		24870.06		10		0.046
CH04-005		32830.31		29298.08		10		0.032	DC-054		33305.16		28939.68		10		0.033	DC99-4		32295.92		24870.21		10		0.019
CH04-005		32829.34		29297.46		10		0.014	DC-054		33292.03		28950.19		10		0.084	DC99-4		32296		24870.45		10		0.019
CH04-006		33450.22		28738.62		10		0.085	DC-054		33291.62		28950.46		10		0.205	DC99-4		32296.18		24870.75		10		0.026
CH04-006		33422.16		28758.93		10		0.095	DC-054		33291.22		28950.74		10		0.091	DC99-4		32296.35		24871.05		10		0.014
CH04-006		33420.25		28760.29		10		0.527	DC-054		33290.81		28951.01		10		0.01	DC99-4		32296.52		24871.36		10		0.033
CH04-006		33418.34		28761.66		10		0.139	DC-055		33087.91		28903.01		10		0.015	DC99-4		32296.69		24871.66		10		0.016
CH04-006		33416.39		28763.04		10		0.024	DC-055		33077.1		28906.23		10		0.013	DC99-4		32296.88		24871.87		10		0.017
CH04-006		33414.41		28764.43		10		0.012	DC-055		33075.41		28906.51		10		0.58	DC99-4		32298.81		24876.68		10		0.09
CH04-006		33412.44		28765.83		10		0.009	DC-055		33074.61		28906.66		10		3.823	DC99-4		32298.77		24876.9		10		0.066
CH04-006		33394.24		28778.46		10		0.012	DC-055		33073.84		28906.8		10		2.137	DC99-4		32298.84		24877.1		10		0.039
CH04-006		33392.16		28779.86		10		0.013	DC-055		33073.06		28906.95		10		0.64	DC99-4		32299.02		24877.29		10		0.057
CH04-006		33385.84		28784.13		10		0.019	DC-055		33072.29		28907.09		10		0.041	DC99-4		32299.2		24877.48		10		0.039
CH04-006		33381.33		28787.23		10		0.02	DC-055		33071.52		28907.23		10		0.015	DC99-4		32299.38		24877.67		10		0.019
CH04-006		33379.06		28788.78		10		0.017	DC-055		33066.75		28907.89		10		0.183	DC99-5		32383.41		25060.69		10		0.016
CH04-006		33374.47		28792.04		10		0.022	DC-055		33065.93		28908.05		10		1.818	DC99-5		32383.52		25060.78		10		0.019
CH04-010		33290.61		28449.88		10		0.014	DC-055		33065.1		28908.2		10		1.048	DC99-5		32383.64		25060.88		10		0.031
CH04-010		33290.01		28450.16		10		0.021	DC-055		33064.28		28908.35		10		0.379	DC99-5		32383.76		25060.98		10		0.019
CH04-010		33289.41		28450.43		10		0.029	DC-055		33063.46		28908.51		10		0.047	DC99-5		32383.88		25061.09		10		0.016
CH04-010		33288.8		28450.7		10		0.021	DC-055		33062.63		28908.66		10		0.566	DC99-5		32383.99		25061.19		10		0.016
CH04-010		33288.17		28451.02		10		0.014	DC-055		33061.81		28908.8		10		0.327	DC99-5		32385.72		25062.29		10		0.247
CH04-010		33286.21		28452.12		10		0.012	DC-055		33060.98		28908.94		10		0.235	DC99-5		32385.82		25062.38		10		0.341
CH04-010		33284.73		28452.86		10		0.022	DC-055		33060.16		28909.09		10		0.237	DC99-5		32385.93		25062.47		10		0.421
CH04-010		33283.73		28453.22		10		0.022	DC-055		33059.34		28909.23		10		0.22	DC99-5		32386.03		25062.57		10		0.371
CH04-010		33282.73		28453.59		10		0.024	DC-055		33058.55		28909.37		10		0.138	DC99-5		32386.13		25062.66		10		0.302
CH04-010		33281.74		28453.96		10		0.033	DC-055		33057.79		28909.49		10		0.097	DC99-5		32386.24		25062.76		10		0.262
CH04-010		33280.74		28454.32		10		0.059	DC-055		33057.04		28909.62		10		0.063	DC99-5		32386.36		25062.86		10		0.251
CH04-010		33279.68		28454.7		10		0.042	DC-055		33056.28		28909.75		10		0.159	DC99-5		32386.48		25062.97		10		0.08
CH04-010		33278.57		28455.1		10		0.086	DC-055		33055.52		28909.87		10		0.126	DC99-5		32386.59		25063.07		10		0.057
CH04-010		33277.45		28455.49		10		0.083	DC-055		33054.79		28909.97		10		0.025	DC99-5		32386.88		25063.38		10		0.043
CH04-010		33276.33		28455.88		10		0.234	DC-055		33053.41		28910.1		10		0.154	DC99-5		32386.95		25063.48		10		0.089
CH04-010		33275.21		28456.28		10		0.295	DC-055		33052.71		28910.16		10		0.085	DC99-5		32387.02		25063.58		10		0.059
CH04-010		33274.09		28456.67		10		0.066	DC-055		33051.34		28910.31		10		0.198	DC99-5		32387.09		25063.68		10		0.056
CH04-010		33272.98		28457.05		10		0.014	DC-055		33050.69		28910.41		10		0.045	DC99-5		32387.18		25063.77		10		0.074
CH04-010		33267.3		28459.05		10		0.014	DC-055		33050.03		28910.52		10		0.03	DC99-5		32387.27		25063.85		10		0.053
CH04-010		33264.95		28459.93		10		0.047	DC-055		33049.38		28910.62		10		0.061	DC99-5		32387.36		25063.93		10		0.058
CH04-010		33263.77		28460.36		10		0.029	DC-055		33046.89		28911.06		10		0.138	DC99-5		32387.45		25064.01		10		0.054
CH04-010		33262.61		28460.81		10		0.053	DC-055		33046.3		28911.17		10		0.443	DC99-5		32387.54		25064.09		10		0.043
CH04-010		33261.46		28461.27		10		0.045	DC-055		33045.7		28911.29		10		0.642	DC99-5		32387.59		25064.2		10		0.039
CH04-010		33260.32		28461.74		10		0.068	DC-055		33045.11		28911.42		10		0.146	DC99-5		32387.61		25064.34		10		0.037
CH04-010		33259.17		28462.2		10		0.013	DC-055		33044.54		28911.58		10		0.282	DC99-5		32387.62		25064.48		10		0.041
CH04-010		33258.02		28462.67		10		0.014	DC-055		33043.97		28911.74		10		0.255	DC99-5		32387.64		25064.62		10		0.03
CH04-010		33256.84		28463.16		10		0.044	DC-055		33043.4		28911.9		10		0.177	DC99-5		32387.66		25064.76		10		0.047
CH04-010		33255.6		28463.67		10		0.068	DC-055		33042.82		28912.06		10		0.075	DC99-5		32387.69		25064.88		10		0.047
CH04-010		33254.36		28464.19		10		0.052	DC-055		33042.24		28912.21		10		0.224	DC99-5		32387.73		25065		10		0.031
CH04-010		33253.12		28464.7		10		0.052	DC-055		33038.59		28912.87		10		0.02	DC99-5		32387.78		25065.11		10		0.057
CH04-010		33251.89		28465.22		10		0.161	DC-055		33032.92		28913.54		10		0.031	DC99-5		32387.83		25065.22		10		0.03
CH04-010		33250.67		28465.71		10		0.172	DC-055		33031.05		28913.75		10		0.063	DC99-5		32387.98		25066		10		0.029
CH04-010		33249.48		28466.19		10		0.158	DC-055		33029.13		28914.04		10		0.179	DC99-5		32387.99		25066.17		10		0.048
CH04-010		33248.28		28466.67		10		0.147	DC-055		33028.48		28914.17		10		0.115	DC99-5		32387.99		25066.32		10		0.063
CH04-010		33247.09		28467.15		10		0.171	DC-055		33024.47		28914.99		10		0.02	DC99-5		32388.01		25066.44		10		0.075
CH04-010		33245.89		28467.63		10		0.076	DC-055		33023.78		28915.13		10		0.01	DC99-5		32388.02		25066.56		10		0.032
CH04-010		33244.67		28468.04		10		0.138	DC-055		33023.08		28915.25		10		0.048	DC99-5		32388.03		25066.68		10		0.01
CH04-010		33243.43		28468.38		10		0.081	DC-055		33021.63		28915.46		10		0.041	DC99-6		32507.27		24964.02		10		0.037
CH04-010		33242.19		28468.73		10		0.146	DC-055		33020.91		28915.57		10		0.158	DC99-6		32507.13		24963.89		10		0.087
CH04-010		33240.95		28469.07		10		0.123	DC-055		33020.18		28915.68		10		0.079	DC99-6		32506.97		24963.82		10		0.023
CH04-010		33239.7		28469.41		10		0.072	DC-055		33019.44		28915.79		10		0.194	DC99-6		32506.66		24963.67		10		0.018
CH04-010		33238.41		28469.71		10		0.151	DC-055		33018.68		28915.9		10		0.2	DC99-6		32506.5		24963.6		10		0.013
CH04-010		33237.05		28469.95		10		0.041	DC-055		33017.92		28916.01		10		0.142	DC99-6		32506.34		24963.48		10		0.01
CH04-010		33235.7		28470.2		10		0.073	DC-055		33017.16		28916.12		10		0.018	DC99-6		32503.14		24962.51		10		0.009
CH04-010		33234.35		28470.44		10		0.053	DC-055		33016.41		28916.24		10		0.027	DC99-7		32510.33		25630.17		9.4		0.014
CH04-010		33233		28470.68		10		0.068	DC-055		33015.66		28916.36		10		0.016	DC99-7		32510.31		25630.16		10		0.012
CH04-010		33231.61		28470.82		10		0.04	DC-055		33014.92		28916.48		10		0.022	DC99-7		32510.19		25630.45		10		0.009
CH04-010		33230.18		28470.85		10		0.043	DC-055		33014.18		28916.6		10		0.058	DC99-7		32509.95		25630.56		10		0.012
CH04-010		33228.76		28470.88		10		0.074	DC-055		33013.44		28916.72		10		0.049	DC99-7		32509.72		25630.68		10		0.011
CH04-010		33227.33		28470.92		10		0.031	DC-055		33012.7		28916.84		10		0.016	DC99-7		32509.48		25630.79		10		0.018
CH04-010		33223.03		28471.07		10		0.028	DC-055		33009.86		28917.32		10		0.016	DC99-7		32509.25		25630.91		10		0.02
CH04-010		33221.59		28471.14		10		0.077	DC-055		33009.16		28917.44		10		0.017	DC99-7		32509.09		25630.91		10		0.024
CH04-010		33220.15		28471.21		10		0.016	DC-055		32976.89		28919.59		10		0.052	DC99-7		32509.02		25630.81		10		0.065
CH04-010		33218.7		28471.28		10		0.034	DC-056		32795.56		28873.46		10		0.041	DC99-7		32508.95		25630.71		10		0.025
CH04-010		33217.23		28471.33		10		0.077	DC-056		32796.04		28871.4		10		0.069	DC99-7		32508.88		25630.62		10		0.046
CH04-010		33215.73		28471.35		10		0.039	DC-056		32796.19		28871.08		10		0.077	DC99-7		32508.8		25630.52		10		0.06
CH04-010		33214.24		28471.37		10		0.015	DC-056		32797.32		28868.68		10		0.021	DC99-7		32508.71		25630.55		10		0.04
CH04-010		33199.55		28471.06		10		0.049	DC-056		32798.02		28867.77		10		0.055	DC99-7		32508.58		25630.71		10		0.015
CH04-010		33171.91		28472.59		10		0.145	DC-056		32798.47		28866.44		10		0.025	DC99-7		32508.45		25630.88		10		0.029
CH04-011		32979.42		28296.02		10		0.013	DC-056		32798.66		28865.77		10		0.029	DC99-7		32508.32		25631.05		10		0.032

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH04-011		32979.14		28296.23		10		0.014	DC-056		32798.77		28865.44		10		0.039	DC99-7		32508.19		25631.21		10		0.038
CH04-011		32978.88		28296.44		10		0.011	DC-056		32798.87		28865.1		10		0.043	DC99-7		32508.14		25631.33		10		0.022
CH04-011		32978.63		28296.65		10		0.019	DC-056		32798.98		28864.77		10		0.042	DC99-7		32508.15		25631.4		10		0.072
CH04-011		32978.38		28296.86		10		0.231	DC-056		32799.08		28864.44		10		0.028	DC99-7		32508.17		25631 .46		10		0.052
CH04-011		32978.12		28297.08		10		0.128	DC-056		32799.25		28864.11		10		0.073	DC99-7		32508.19		25631.53		10		0.055
CH04-011		32977.86		28297.22		10		0.013	DC-056		32799.48		28863.78		10		0.059	DC99-7		32508.2		25631.6		10		0.049
CH04-011		32919.12		28281.86		10		0.056	DC-056		32799.71		28863.45		10		0.039	DC99-7		32508.11		25631.68		10		0.054
CH04-011		32916.84		28281.33		10		0.156	DC-056		32799.95		28863.12		10		0.052	DC99-7		32507.91		25631.79		10		0.039
CH04-011		32902.57		28275.33		10		0.014	DC-056		32800.17		28862.79		10		0.082	DC99-7		32507.7		25631.89		10		0.155
CH04-011		32901.95		28275.02		10		0.011	DC-056		32800.38		28862.44		10		0.065	DC99-7		32507.5		25631.99		10		0.132
CH04-012		33077.41		28206.79		10		0.017	DC-056		32800.57		28862.07		10		0.044	DC99-7		32507.3		25632.09		10		0.059
CH04-012		33076.66		28206.99		10		0.022	DC-056		32800.75		28861.69		10		0.047	DC99-7		32507.1		25632.1		10		0.009
CH04-012		33075.8		28207.2		10		0.016	DC-056		32800.94		28861.31		10		0.095	DC99-8		32543.98		25786.04		10		0.022
CH04-012		33074.81		28207.4		10		0.016	DC-056		32801.12		28860.94		10		0.093	DC99-8		32543.76		25786.12		10		0.01
CH04-012		33073.82		28207.6		10		0.024	DC-056		32801.32		28860.57		10		0.315	DC99-8		32541.82		25786.76		10		0.009
CH04-012		33072.83		28207.8		10		0.023	DC-056		32801.54		28860.21		10		0.681	DC99-8		32541.61		25786.83		10		0.01
CH04-012		33071.84		28208		10		0.046	DC-056		32801.76		28859.86		10		1.272	DC99-8		32541.39		25786.9		10		0.013
CH04-012		33070.74		28208.17		10		0.05	DC-056		32801.98		28859.5		10		0.239	DC99-8		32541.18		25786.97		10		0.016
CH04-012		33069.52		28208.29		10		0.02	DC-056		32802.19		28859.14		10		0.302	DC99-8		32540.96		25787.04		10		0.031
CH04-012		33068.31		28208.41		10		0.015	DC-056		32802.36		28858.8		10		0.403	DC99-8		32540.75		25787.12		10		0.054
CH04-012		33067.1		28208.53		10		0.014	DC-056		32802.48		28858.47		10		0.955	DC99-8		32540.54		25787.22		10		0.037
CH04-012		32928.26		28203.69		10		0.012	DC-056		32802.6		28858.14		10		0.219	DC99-8		32540.34		25787.31		10		0.023
CH04-013		33594.69		28223.69		10		0.09	DC-056		32802.71		28857.81		10		0.42	DC99-8		32540.13		25787.41		10		0.092
CH04-013		33580.55		28228.8		10		0.009	DC-056		32802.83		28857.48		10		0.132	DC99-8		32539.93		25787.5		10		0.033
CH04-013		33496.6		28212.93		10		0.014	DC-056		32802.96		28857.15		10		1.221	DC99-8		32539.71		25787.62		10		0.02
CH04-015		32295.03		28792.69		10		0.01	DC-056		32803.1		28856.81		10		0.715	DC99-8		32539.49		25787.75		10		0.016
CH04-015		32240.6		28772.77		10		0.019	DC-056		32803.24		28856.47		10		0.346	DC99-8		32539.26		25787.89		10		0.032
CH04-015		32239.72		28772.86		10		0.024	DC-056		32803.38		28856.13		10		0.229	DC99-8		32538.81		25788.15		10		0.021
CH04-015		32239.29		28772.93		10		0.021	DC-056		32803.52		28855.79		10		0.28	DC99-8		32538.58		25788.28		10		0.106
CH04-015		32238.86		28773		10		0.039	DC-056		32803.7		28855.44		10		0.199	DC99-8		32538.35		25788.41		10		0.064
CH04-015		32238.43		28773.07		10		0.156	DC-056		32803.92		28855.06		10		0.163	DC99-8		32538.12		25788.53		10		0.08
CH04-015		32237.97		28773.13		10		0.258	DC-056		32804.15		28854.69		10		0.124	DC99-8		32537.89		25788.66		10		0.097
CH04-015		32237.49		28773.19		10		0.21	DC-056		32804.37		28854.31		10		0.13	DC99-8		32537.66		25788.78		10		0.084
CH04-015		32237		28773.24		10		0.089	DC-056		32804.59		28853.94		10		0.032	DC99-8		32537.44		25788.89		10		0.058
CH04-015		32236.52		28773.29		10		0.021	DC-056		32804.82		28853.54		10		0.024	DC99-8		32537.21		25789		10		0.081
CH04-015		32233.25		28773.88		10		0.011	DC-056		32805.04		28853.13		10		0.068	DC99-8		32537		25789.11		10		0.055
CH04-015		32232.09		28774.08		10		0.044	DC-056		32805.26		28852.71		10		0.036	DC99-8		32536.78		25789.21		10		0.037
CH04-015		32231.5		28774.17		10		0.031	DC-056		32805.48		28852.3		10		0.108	DC99-8		32536.56		25789.31		10		0.03
CH04-015		32230.92		28774.27		10		0.01	DC-056		32805.7		28851.88		10		0.191	DC99-8		32536.36		25789.41		10		0.017
CH04-015		32230.33		28774.37		10		0.016	DC-056		32805.89		28851.5		10		0.029	DC99-8		32536.15		25789.5		10		0.018
CH04-015		32229.67		28774.46		10		0.014	DC-056		32806.05		28851.15		10		0.043	DC99-8		32535.95		25789.6		10		0.009
CH04-015		32228.92		28774.55		10		0.027	DC-056		32806.21		28850.8		10		0.096	DC99-9		32548.76		26248.67		10		0.038
CH04-015		32228.18		28774.64		10		0.01	DC-056		32806.37		28850.45		10		0.155	DC99-9		32552.32		26245.84		10		0.01
CH04-015		32227.43		28774.73		10		0.064	DC-056		32806.52		28850.1		10		0.038	DC99-9		32552.4		26245.77		10		0.017
CH04-015		32226.69		28774.82		10		0.021	DC-056		32806.66		28849.76		10		0.18	DC99-9		32552.43		26245.73		10		0.012
CH04-015		32225.9		28774.89		10		0.084	DC-056		32806.87		28849.09		10		0.16	DC99-9		32552.46		26245.71		10		0.016
CH04-015		32191.56		28786.61		10		0.02	DC-056		32807.51		28846.58		10		0.014	DC99-9		32552.47		26245.7		10		0.015
CH04-015		32190.9		28787.04		10		0.014	DC-056		32810.06		28840.75		10		0.044	DC99-9		32552.49		26245.69		10		0.019
CH04-015		32190.21		28787.55		10		0.025	DC-056		32810.23		28840.42		10		0.022	DC99-9		32552.51		26245.68		10		0.012
CH04-015		32189.53		28788.05		10		0.045	DC-056		32810.39		28840.12		10		0.04	DC99-9		32552.52		26245.68		10		0.012
CH04-015		32188.84		28788.56		10		0.048	DC-056		32810.89		28839.2		10		0.033	DC99-9		32552.56		26245.66		10		0.018
CH04-015		32188.15		28789.07		10		0.088	DC-056		32812.02		28835.76		10		0.01	DC99-9		32552.63		26245.64		10		0.023
CH04-015		32187.36		28789.64		10		0.149	DC-056		32812.75		28834.41		10		0.042	DC99-9		32552.7		26245.62		10		0.068
CH04-015		32186.46		28790.26		10		0.048	DC-056		32812.95		28834.08		10		0.016	DC99-9		32552.76		26245.59		10		0.073
CH04-015		32185.55		28790.89		10		0.361	DC-056		32813.95		28827.03		10		0.01	DC99-9		32552.83		26245.57		10		0.075
CH04-015		32184.65		28791.51		10		0.31	DC-057		32692.16		28894.13		10		0.013	DC99-9		32552.88		26245.55		10		0.04
CH04-015		32183.75		28792.14		10		0.388	DC-057		32692.1		28894.1		10		0.014	DC99-9		32552.94		26245.54		10		0.045
CH04-015		32182.82		28792.82		10		0.096	DC-057		32692.16		28894.34		10		0.048	DC99-9		32552.99		26245.53		10		0.052
CH04-015		32181.85		28793.57		10		0.05	DC-057		32692.25		28894.47		10		0.011	DC99-9		32553.04		26245.52		10		0.052
CH04-015		32180.89		28794.32		10		0.071	DC-057		32692.93		28894.62		10		0.009	DC99-9		32553.09		26245.5		10		0.058
CH04-015		32179.93		28795.06		10		0.023	DC-057		32697.03		28897.82		10		0.064	DC99-9		32553.15		26245.49		10		0.054
CH04-016		32711.95		28704.42		10		0.074	DC-057		32697.15		28897.9		10		0.356	DC99-9		32553.22		26245.49		10		0.062
CH04-016		32711.62		28704.89		10		0.018	DC-057		32697.21		28897.91		10		0.346	DC99-9		32553.29		26245.48		10		0.032
CH04-016		32690.17		28690.82		10		0.01	DC-057		32697.29		28897.93		10		0.194	DC99-9		32553.54		26245.46		10		0.02
CH04-016		32686.52		28688.41		10		0.106	DC-057		32697.35		28897.94		10		0.067	DC99-9		32553.75		26245.46		10		0.027
CH04-016		32678.71		28684.4		10		0.064	DC-057		32697.42		28897.96		10		0.241	DC99-9		32553.8		26245.47		10		0.029
CH04-016		32677.98		28684.07		10		0.086	DC-057		32697.51		28897.95		10		0.014	DC99-9		32553.85		26245.48		10		0.009
CH04-016		32677.2		28683.75		10		0.117	DC-057		32697.87		28897.85		10		0.021	DC99-9		32553.9		26245.49		10		0.02
CH04-016		32676.41		28683.42		10		0.103	DC-057		32697.93		28898.15		10		0.009	DC99-9		32553.95		26245.5		10		0.025
CH04-016		32675.62		28683.09		10		0.102	DC-057		32697.9		28898.34		10		0.023	ODC-016		33543.52		28317.43		10		0.012
CH04-016		32674.83		28682.76		10		0.21	DC-057		32697.96		28898.43		10		0.019	ODC-016		33589.3		28335.59		10		0.014
CH04-016		32674.02		28682.47		10		0.189	DC-057		32698.02		28898.52		10		0.024	ODC-016		33604.33		28342.45		10		0.01
CH04-016		32673.18		28682.23		10		0.152	DC-057		32698.07		28898.61		10		0.029	ODC-016		33607.32		28343.86		10		0.034
CH04-016		32672.34		28681.99		10		0.265	DC-057		32698.13		28898.7		10		0.011	ODC-016		33610.32		28345.27		10		0.03
CH04-016		32671.5		28681.75		10		0.07	DC-057		32698.2		28898.76		10		0.156	ODC-016		33616.34		28348.09		10		0.012
CH04-016		32670.67		28681.51		10		0.131	DC-057		32698.3		28898.8		10		0.142	ODC-016		33619.34		28349.49		10		0.016
CH04-016		32669.77		28681.3		10		0.171	DC-057		32698.4		28898.84		10		0.047	ODC-017		32037.51		28893.86		10		0.041
CH04-016		32668.81		28681.13		10		0.13	DC-057		32698.49		28898.88		10		0.14	ODC-017		32034.15		28892.04		10		0.015
CH04-016		32667.85		28680.95		10		0.193	DC-057		32698.59		28898.92		10		0.093	ODC-017		31752.31		28727.2		10		0.015
CH04-016		32666.89		28680.78		10		0.108	DC-057		32698.65		28899		10		0.235	ODC-017		31630.82		28653.94		10		0.028
CH04-016		32665.93		28680.61		10		0.009	DC-057		32698.69		28899.12		10		0.233	PP-01		32079.31		25179.71		10		0.013
CH04-016		32662.83		28680.32		10		0.231	DC-057		32698.72		28899.24		10		0.776	PP-01		32079.31		25179.71		10		0.01
CH04-016		32662.08		28680.26		10		0.483	DC-057		32698.75		28899.36		10		0.745	PP-01		32079.31		25179.71		10		0.01
CH04-016		32661.23		28680.29		10		0.343	DC-057		32698.78		28899.47		10		0.443	PP-01		32079.31		25179.71		10		0.01
CH04-016		32660.28		28680.39		10		0.231	DC-057		32698.79		28899.59		10		0.144	PP-01		32079.31		25179.71		10		0.009

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting			Northing		Length		Au oz/ton
CH04-016		32659.33		28680.5		10		0.392	DC-057		32698.79		28899.69		10		0.177	PP-01		32079.31			25179.71		10		0.016
CH04-016		32658.38		28680.61		10		0.492	DC-057		32698.79		28899.9		10		0.059	PP-01		32079.31			25179.71		10		0.016
CH04-016		32657.42		28680.72		10		0.258	DC-057		32698.79		28900		10		0.181	PP-01		32079.31			25179.71		10		0.022
CH04-016		32656.53		28680.86		10		0.425	DC-057		32698.77		28900.09		10		0.331	PP-01		32079.31			25179.71		10		0.012
CH04-016		32655.69		28681.02		10		0.225	DC-057		32698.73		28900.17		10		0.086	PP-01		32079.31			25179.71		10		0.029
CH04-016		32654.85		28681.18		10		0.065	DC-057		32698.69		28900.25		10		0.111	PP-01		32079.31			25179.71		10		0.033
CH04-016		32654.01		28681.34		10		0.959	DC-057		32698.64		28900.32		10		0.183	PPW-01		32280.7			25141.47		10		0.027
CH04-016		32653.17		28681.5		10		0.092	DC-057		32698.6		28900.4		10		0.229	PPW-01		32280.7			25141.47		10		0.026
CH04-016		32652.29		28681.66		10		0.471	DC-057		32698.5		28900.48		10		0.342	PPW-01		32280.7			25141.47		10		0.02
CH04-016		32651.36		28681.82		10		0.525	DC-057		32698.35		28900.56		10		0.224	PPW-01		32280.7			25141.47		10		0.011
CH04-016		32650.43		28681.98		10		0.378	DC-057		32698.2		28900.64		10		0.14	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32649.51		28682.14		10		0.389	DC-057		32698.04		28900.73		10		0.28	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32648.58		28682.29		10		0.702	DC-057		32697.89		28900.81		10		0.329	PPW-01		32280.7			25141.47		10		0.009
CH04-016		32647.71		28682.57		10		0.644	DC-057		32697.72		28900.88		10		0.069	PPW-01		32280.7			25141.47		10		0.009
CH04-016		32646.9		28682.98		10		0.649	DC-057		32697.54		28900.93		10		0.113	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32646.08		28683.38		10		0.15	DC-057		32697.35		28900.99		10		0.045	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32645.27		28683.78		10		0.094	DC-057		32697.17		28901.04		10		0.012	PPW-01		32280.7			25141.47		10		0.029
CH04-016		32644.46		28684.18		10		0.098	DC-057		32695.98		28901.2		10		0.011	PPW-01		32280.7			25141.47		10		0.029
CH04-016		32643.73		28684.61		10		0.081	DC-057		32695.71		28901.22		10		0.04	PPW-01		32280.7			25141.47		10		0.053
CH04-016		32643.1		28685.07		10		0.064	DC-057		32695.44		28901.19		10		0.109	PPW-01		32280.7			25141.47		10		0.02
CH04-016		32642.46		28685.53		10		0.078	DC-057		32695.14		28901.09		10		0.224	PPW-01		32280.7			25141.47		10		0.011
CH04-016		32641.82		28685.98		10		0.06	DC-057		32694.84		28901		10		0.336	PPW-01		32280.7			25141.47		10		0.022
CH04-016		32641.19		28686.44		10		0.068	DC-057		32694.54		28900.9		10		0.009	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32640.61		28687.01		10		0.068	DC-057		32694.24		28900.81		10		0.01	PPW-01		32280.7			25141.47		10		0.01
CH04-016		32640.09		28687.69		10		0.042	DC-057		32687.78		28898.1		10		0.01	PPW-01		32280.7			25141.47		10		0.02
CH04-016		32639.57		28688.37		10		0.073	DC-057		32687.47		28897.98		10		0.022	PPW-01		32280.7			25141.47		10		0.009
CH04-016		32639.05		28689.05		10		0.089	DC-057		32687.16		28897.85		10		0.01	PPW-01		32280.7			25141.47		10		0.036
CH04-016		32638.54		28689.73		10		0.056	DC-060		32795.72		29006.68		10		0.015	PPW-01		32280.7			25141.47		10		0.058
CH04-016		32638.11		28690.42		10		0.078	DC-060		32795.72		29006.68		10		0.017	PPW-01		32280.7			25141.47		10		0.042
CH04-016		32637.75		28691.12		10		0.046	DC-060		32795.72		29006.68		10		0.021	PPW-01		32280.7			25141.47		10		0.036
CH04-016		32637.4		28691.82		10		0.101	DC-060		32795.72		29006.68		10		0.015	PPW-01		32280.7	��		25141.47		10		0.043
CH04-016		32637.05		28692.52		10		0.064	DC-060		32795.72		29006.68		10		0.049	PPW-01		32280.7			25141.47		10		0.011
CH04-016		32636.7		28693.23		10		0.116	DC-060		32795.72		29006.68		10		0.01	PPW-01		32280.7			25141.47		10		0.033
CH04-016		32636.28		28693.8		10		0.072	DC-060		32795.72		29006.68		10		0.094	PPW-01		32280.7			25141.47		10		0.054
CH04-016		32635.79		28694.24		10		0.086	DC-060		32795.72		29006.68		10		0.061	PPW-01		32280.7			25141.47		10		0.058
CH04-016		32635.3		28694.69		10		0.09	DC-060		32795.72		29006.68		10		0.024	PPW-01		32280.7			25141.47		10		0.014
CH04-016		32634.81		28695.13		10		0.114	DC-060		32795.72		29006.68		10		0.208	PPW-01		32280.7			25141.47		10		0.02
CH04-016		32634.32		28695.58		10		0.071	DC-060		32795.72		29006.68		10		0.116	DC-115		32402.97			28396.02		10		0.027
CH04-016		32633.84		28696.04		10		0.055	DC-060		32795.72		29006.68		10		0.084	DC-115		32402.7			28396.96		10		0.013
CH04-016		32633.38		28696.51		10		0.067	DC-060		32795.72		29006.68		10		0.067	DC-115		32402.78			28401.52		10		0.022
CH04-016		32632.92		28696.99		10		0.094	DC-060		32795.72		29006.68		10		0.09	DC-115		32402.79			28401.62		10		0.048
CH04-016		32632.46		28697.47		10		0.021	DC-060		32795.72		29006.68		10		0.107	DC-115		32403.05			28402.36		10		0.738
CH04-016		32632		28697.94		10		0.065	DC-060		32795.72		29006.68		10		0.167	DC-115		32403.05			28402.45		10		0.185
CH04-016		32631.57		28698.33		10		0.161	DC-060		32795.72		29006.68		10		0.127	DC-115		32403.04			28402.54		10		0.306
CH04-016		32631.18		28698.62		10		0.128	DC-060		32795.72		29006.68		10		0.107	DC-115		32403.04			28402.62		10		0.248
CH04-016		32630.79		28698.92		10		0.135	DC-060		32795.72		29006.68		10		0.059	DC-115		32403.05			28402.7		10		0.516
CH04-016		32630.4		28699.21		10		0.082	DC-060		32795.72		29006.68		10		0.066	DC-115		32403.08			28402.76		10		0.255
CH04-016		32630.01		28699.5		10		0.041	DC-060		32795.72		29006.68		10		0.08	DC-115		32403.11			28402.82		10		0.36
CH04-016		32629.61		28699.75		10		0.065	DC-060		32795.72		29006.68		10		0.492	DC-115		32403.13			28402.89		10		0.168
CH04-016		32629.2		28699.95		10		0.068	DC-060		32795.72		29006.68		10		0.086	DC-115		32403.16			28402.96		10		0.135
CH04-016		32628.8		28700.15		10		0.056	DC-060		32795.72		29006.68		10		0.062	DC-115		32403.17			28403.04		10		0.018
CH04-016		32628.39		28700.35		10		0.049	DC-060		32795.72		29006.68		10		0.091	DC-115		32403.18			28403.14		10		0.022
CH04-016		32627.98		28700.55		10		0.063	DC-060		32795.72		29006.68		10		0.592	DC-115		32403.19			28403.25		10		0.016
CH04-016		32627.61		28700.74		10		0.09	DC-060		32795.72		29006.68		10		0.324	DC-115		32403.2			28403.35		10		0.022
CH04-016		32627.27		28700.92		10		0.069	DC-060		32795.72		29006.68		10		0.106	DC-115		32403.21			28403.46		10		0.016
CH04-016		32626.93		28701.1		10		0.059	DC-060		32795.72		29006.68		10		0.069	DC-115		32403.2			28403.55		10		0.014
CH04-016		32626.59		28701.29		10		0.078	DC-060		32795.72		29006.68		10		0.104	DC-115		32403.17			28404.12		10		0.019
CH04-016		32626.26		28701 .46		10		0.065	DC-060		32795.72		29006.68		10		0.072	DC-115		32403.2			28404.37		10		0.009
CH04-016		32625.91		28701.66		10		0.159	DC-060		32795.72		29006.68		10		0.171	DC-115		32403.21			28404.61		10		0.01
CH04-016		32625.54		28701.87		10		0.121	DC-060		32795.72		29006.68		10		0.233	DC-115		32403.2			28404.73		10		0.021
CH04-016		32625.18		28702.07		10		0.134	DC-060		32795.72		29006.68		10		0.07	DC-115		32403.18			28404.86		10		0.024
CH04-016		32624.81		28702.28		10		0.094	DC-060		32795.72		29006.68		10		0.13	DC- 123		32594.57			28594.78		10		0.098
CH04-016		32624.45		28702.49		10		0.12	DC-060		32795.72		29006.68		10		0.196	DC- 123		32594.48			28594.57		10		0.012
CH04-016		32624.09		28702.7		10		0.103	DC-060		32795.72		29006.68		10		0.069	DC- 123		32593.04			28590.67		10		0.019
CH04-016		32623.72		28702.9		10		0.096	DC-060		32795.72		29006.68		10		0.099	DC- 123		32592.93			28590.43		10		0.019
CH04-016		32623.36		28703.11		10		0.105	DC-060		32795.72		29006.68		10		0.218	DC- 123		32592.11			28588.78		10		0.038
CH04-016		32622.99		28703.32		10		0.076	DC-060		32795.72		29006.68		10		0.169	DC- 123		32591.98			28588.53		10		0.047
CH04-016		32622.63		28703.52		10		0.071	DC-060		32795.72		29006.68		10		0.288	DC- 123		32591.85			28588.29		10		0.264
CH04-017		31864.26		28583.34		10		0.012	DC-060		32795.72		29006.68		10		0.32	DC- 123		32591.71			28588.04		10		0.536
CH04-017		31863.13		28582.39		10		0.013	DC-060		32795.72		29006.68		10		0.246	DC- 123		32591.58			28587.79		10		0.125
CH04-017		31757.2		28510.05		10		0.011	DC-060		32795.72		29006.68		10		0.163	DC- 123		32591.46			28587.55		10		0.05
CH04-017		31690.04		28475.54		10		0.089	DC-060		32795.72		29006.68		10		0.045	DC- 123		32591.33			28587.32		10		0.176
CH04-017		31687.39		28474.57		10		0.051	DC-060		32795.72		29006.68		10		0.067	DC- 123		32591.21			28587.09		10		0.173
CH04-017		31684.74		28473.59		10		0.02	DC-060		32795.72		29006.68		10		0.017	DC- 123		32591.09			28586.86		10		0.02
CH04-017		31682.09		28472.62		10		0.056	DC-060		32795.72		29006.68		10		0.07	DC- 123		32590.96			28586.63		10		0.192
CH04-017		31679.44		28471.64		10		0.084	DC-060		32795.72		29006.68		10		0.072	DC- 123		32590.82			28586.39		10		0.079
CH04-017		31676.76		28470.81		10		0.168	DC-060		32795.72		29006.68		10		0.023	DC- 123		32590.66			28586.14		10		0.229
CH04-017		31674.05		28470.13		10		0.371	DC-060		32795.72		29006.68		10		0.034	DC- 123		32590.5			28585.89		10		0.101
CH04-017		31671.35		28469.46		10		0.615	DC-060		32795.72		29006.68		10		0.067	DC- 123		32590.34			28585.64		10		0.124
CH04-017		31668.64		28468.78		10		0.644	DC-060		32795.72		29006.68		10		0.013	DC- 123		32590.18			28585.39		10		0.127
CH04-017		31665.94		28468.1		10		0.596	DC-060		32795.72		29006.68		10		0.024	DC- 123		32590.02			28585.14		10		0.321
CH04-017		31663.25		28467.5		10		0.716	DC-060		32795.72		29006.68		10		0.03	DC- 123		32589.86			28584.89		10		0.2
CH04-017		31660.6		28467		10		0.245	DC-060		32795.72		29006.68		10		0.02	DC- 123		32589.71			28584.64		10		0.024
CH04-017		31657.94		28466.49		10		0.034	DC-060		32795.72		29006.68		10		0.019	DC- 123		32589.16			28583.95		10		0.027
CH04-017		31655.28		28465.98		10		0.014	DC-060		32795.72		29006.68		10		0.024	DC- 123		32588.59			28583.69		10		0.309

DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton		DH ID	Easting		Northing		Length		Au oz/ton
CH04-017		31614.16		28467.78		10		0.012	DC-060		32795.72		29006.68		10		0.032	DC- 123		32588.3		28583.56		10		0.285
CH04-017		31611.69		28468.37		10		0.012	DC-060		32795.72		29006.68		10		0.043	DC- 123		32588.02		28583.43		10		0.562
CH04-018		31840.2		28423.94		10		0.011	DC-060		32795.72		29006.68		10		0.021	DC- 123		32587.78		28583.24		10		0.241
CH04-018		31707.39		28387.68		10		0.024	DC-060		32795.72		29006.68		10		0.024	DC- 123		32587.59		28582.99		10		0.656
CH04-018		31660.09		28375.27		10		0.071	DC-060		32795.72		29006.68		10		0.018	DC- 123		32587.39		28582.75		10		1.19
CH04-018		31658.03		28375.16		10		0.347	DC-060		32795.72		29006.68		10		0.011	DC- 123		32587.2		28582.5		10		0.323
CH04-018		31655.97		28375.04		10		0.38	DC-061		33082.5		29000.5		10		0.009	DC- 123		32587		28582.25		10		0.183
CH04-018		31653.92		28374.92		10		0.042	DC-061		33081.9		29000.57		10		0.013	DC- 123		32586.78		28582.08		10		0.504
CH04-018		31651.86		28374.8		10		0.205	DC-061		33081.32		29000.67		10		0.015	DC- 123		32586.52		28581.97		10		0.079
CH04-018		31649.73		28374.71		10		0.119	DC-061		33076.88		29001.49		10		0.085	DC- 123		32586.26		28581.87		10		0.075
CH04-018		31647.53		28374.65		10		0.192	DC-061		33076.3		29001.56		10		0.027	DC- 123		32586		28581.76		10		0.014
CH04-018		31645.33		28374.6		10		0.514	DC-061		33075.73		29001.62		10		0.1	DC- 123		32585.47		28581.54		10		0.281
CH04-018		31643.14		28374.54		10		0.886	DC-061		33075.16		29001.68		10		0.026	DC- 123		32585.19		28581.41		10		0.068
CH04-018		31640.94		28374.48		10		0.794	DC-061		33074.59		29001.73		10		0.028	DC- 123		32584.9		28581.28		10		0.367
CH04-018		31638.73		28374.51		10		0.864	DC-061		33074.02		29001.79		10		0.081	DC- 123		32584.62		28581.14		10		0.318
CH04-018		31636.52		28374.62		10		0.521	DC-061		33073.44		29001.84		10		0.016	DC- 123		32584.33		28581.02		10		0.592
CH04-018		31634.31		28374.72		10		0.09	DC-061		33072.28		29002.13		10		0.015	DC- 123		32584.04		28580.91		10		0.505
CH04-018		31632.09		28374.83		10		0.019	DC-061		33071.69		29002.3		10		0.022	DC- 123		32583.76		28580.83		10		0.736
CH04-018		31629.88		28374.94		10		0.014	DC-061		33070.52		29002.64		10		0.022	DC- 123		32583.47		28580.75		10		0.392
CH04-018		31627.63		28375.16		10		0.019	DC-061		33069.3		29003		10		0.019	DC- 123		32583.19		28580.67		10		0.484
CH04-018		31625.33		28375.48		10		0.009	DC-061		33068.05		29003.35		10		0.27	DC- 123		32582.9		28580.59		10		1.68
CH04-018		31623.04		28375.8		10		0.017	DC-061		33067.44		29003.53		10		0.272	DC- 123		32582.61		28580.51		10		0.091
CH04-018		31620.74		28376.12		10		0.011	DC-061		33056.84		29006.28		10		0.019	DC- 123		32582.33		28580.44		10		0.088
CH04-018		31618.45		28376.45		10		0.016	DC-061		33056.16		29006.37		10		0.025	DC- 123		32582.04		28580.36		10		0.096
CH04-018		31613.76		28377.25		10		0.014	DC-061		33055.49		29006.47		10		0.03	DC- 123		32581.75		28580.28		10		0.084
CH04-018		31604.29		28378.97		10		0.009	DC-061		33054.14		29006.65		10		0.036	DC- 123		32581 .47		28580.2		10		0.167
CH04-018		31594.7		28380.71		10		0.016	DC-061		33053.45		29006.72		10		0.061	DC- 123		32581.2		28580.12		10		0.08
CH04-018		31592.29		28381.17		10		0.011	DC-061		33052.74		29006.76		10		0.028	DC- 123		32580.95		28580.05		10		0.104
CH04-018		31589.89		28381.65		10		0.014	DC-061		33052.02		29006.8		10		0.059	DC- 123		32580.7		28579.97		10		0.093
CH04-018		31585.08		28382.6		10		0.013	DC-061		33051.31		29006.85		10		0.059	DC- 123		32580.45		28579.9		10		0.06
CH04-019		31898.42		28328.88		10		0.011	DC-061		33050.59		29006.89		10		0.241	DC- 123		32580.2		28579.83		10		0.018
CH04-019		31813.63		28263.2		10		0.023	DC-061		33049.84		29006.92		10		0.037	DC- 123		32579.99		28579.7		10		0.012
CH04-019		31810.98		28261.06		10		0.039	DC-062		32691.21		29595.92		10		0.027	DC- 123		32579.83		28579.51		10		0.025
CH04-019		31808.33		28258.93		10		0.01	DC-062		32690.44		29596.06		10		0.011	DC- 123		32579.67		28579.33		10		0.069
CH04-019		31805.68		28256.98		10		0.078	DC-062		32690.18		29596.11		10		0.037	DC- 123		32579.51		28579.14		10		0.151
CH04-019		31803.02		28255.2		10		0.264	DC-062		32689.94		29596.16		10		0.133	DC- 123		32579.35		28578.96		10		0.086
CH04-019		31800.38		28253.43		10		0.152	DC-062		32689.72		29596.21		10		0.527	DC- 123		32579.12		28578.82		10		0.154
CH04-019		31797.72		28251.66		10		0.093	DC-062		32689.5		29596.26		10		0.486	DC- 123		32578.82		28578.73		10		0.042
CH04-019		31795.07		28249.88		10		0.707	DC-062		32689.27		29596.31		10		0.449	DC- 123		32578.52		28578.65		10		0.038
CH04-019		31792.43		28248.14		10		0.671	DC-062		32689.05		29596.36		10		0.184	DC- 123		32578.21		28578.56		10		0.346
CH04-019		31789.79		28246.44		10		0.265	DC-062		32688.81		29596.41		10		0.413	DC- 123		32577.91		28578.47		10		0.687
CH04-019		31787.16		28244.73		10		0.119	DC-062		32685.62		29597.06		10		0.035	DC- 123		32577.63		28578.39		10		0.042
CH04-019		31784.52		28243.02		10		0.079	DC-063		32686.73		29309.23		10		0.158	DC- 123		32577.38		28578.34		10		0.281
CH04-019		31781.88		28241.32		10		0.163	DC-063		32686.64		29309.43		10		0.339	DC- 123		32577.12		28578.28		10		0.097
																		DC- 123		32576.87		28578.23		10		0.061
																		DC- 123		32576.61		28578.17		10		0.11

The undersigned prepared this Technical Report, titledCortez Project, Technical Report and Qualified Persons Review, dated October 20, 2005, in support of the public disclosure of Mineral Reserve and Mineral Resource estimates for the Cortez Mine as of 1 September 2005. The format and content of the report are intended to conform to Form 43-101F1 of National Instrument 43-101 (NI 43-101) of the Canadian Securities Administrators.

Signed

Larry B. Smith	October 20, 2005
Tracy E. Barnes	October 20, 2005
Alexandra J. Kozak	October 20, 2005
Todd Wakefield	October 20, 2005

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