Zuleika Gold Limited · ASX:ZAG
Zuleika Gold — Dampier Gold — Investor Presentation (January 2020)
68 slides from Zuleika Gold's investor presentation, January 2020
Slide 1: Dampier Gold Limited Investor Presentation January 2020
Dampier Gold Limited (ASX: DAU) INVESTOR PRESENTATION JANUARY 2020 Transformational gold explorer and emerging producer Significant project holding in a World Class Gold region of ~20Moz production 1
Slide 2: Disclaimer
Disclaimer This document has been prepared by Dampier Gold Ltd ACN 141 703 399 (ASX:DAU) (Dampier or the Company). No party other than Dampier has authorised or caused the issue of this document, or takes responsibility for, or makes any statements, representations or undertakings in this document.
Slide 3: Competent Persons Statement
Competent Persons Statement Competent Persons Statement – Terra Search Pty Ltd The information in this report that relates to exploration results has been compiled by Mr David Jenkins, a full time employee of Terra Search Pty Ltd, geological consultants employed by Dampier Gold Ltd. Mr Jenkins is a
Slide 4: Executive Summary
EXECUTIVE SUMMARY Aim to be a gold producer within 3 years Advanced highly prospective projects: • Marymia/K2 Gold Project: • K2 Gold Project (4.1% owned, with JV to earn up to 50%).* • Milestone Payments due to Dampier - $4M**. • Royalty Payments due to Dampier - $2M**. • Zuleika JV Gold Project (J
Slide 5: Capital Structure
Capital Structure Dampier’s enterprise value of A$4 million represents a significant discount to the value of its assets. Board of Directors Name Experience Details as at 27 Nov 2019 Value Executive Chairman Malcolm Carson • BSc. (Geology), MSc.(Resource Debt Nil Management),Member Ordinary Shares o
Slide 6: Marymia Gold Project including K2 Gold Project
Marymia Gold Project including K2 Gold Project 6
Slide 7: Marymia Gold Project
Marymia Gold Project Dampier has rights both Milestone Payments and Royalty Payments On 16th August 2016 Dampier and Vango Mining Limited (ASX: VAN) (Vango) entered into an Agreement for Sale and Purchase of all of the shares in Dampier (Plutonic) Pty Limited (DPPL) then being a wholly owned subsidi
Slide 8: K2 Gold Project – Joint Venture
K2 Gold Project – Joint Venture Binding Joint Venture Separate and apart from the Milestone Payments and Royalty Payments, Dampier, Vango and DPPL entered into a binding Joint Venture in relation to the K2 Gold Project (part of Marymia Gold Project) dated 12th May 2017: • Dampier has the right to ea
Slide 9: K2 Gold Project - Resources
K2 Gold Project - Resources Dampier pursuing its rights to increase from 4.1% to up to 50% equity in the K2 Project ▪ K2 Project is part of Plutonic Dome Gold Project and is located 50km north of Sandfire’s Degrussa copper gold mine and 35km north east of the Plutonic Mine and Processing plant. ▪ Cu
Slide 10: K2 Gold Project – Existing Infrastructure
K2 Gold Project – Existing Infrastructure Plutonic Dome Tenements, Geology, K2 location and Processing Facilities K2 Deposit K2 Deposit and Existing H1.4 kilometer Decline Existing Infrastructure includes: • 1.4km decline to ore blocks • 35km to Billabong's Processing Plant • Existing haul roads to
Slide 11: Plutonic Dome Gold Area – Naming of Projects
Plutonic Dome Gold Area – Naming of Projects Clarification of terminology used by Dampier and Vango Naming of Projects: For clarity, each of Dampier, and Vango use different project names in their respective reporting and ASX announcements and in summary: a. By Dampier: i. The Plutonic Dome Gold Pro
Slide 12: Kalgoorlie Tenements Locations
Kalgoorlie Tenements Locations 12
Slide 13: Kalgoorlie Tenement locations
Kalgoorlie Tenement locations Company making potential – flagship projects • Zuleika JV –50km NW of Kalgoorlie,WA (JV for up to 75% • Credo JV - 35km N of Kalgoorlie, WA (JV for up to 50%) • Menzies - 120km N of Kalgoorlie, WA (80% owned) • Goongarrie - 90km NE of Kalgoorlie, WA (80% owned) 13
Slide 14: Zuleika & Credo
Cz Zuleika & Credo KC: dampiergold 14
Slide 15: More than 20 million ounces of historical production quote
“With more than 20million ounces of historical production, the Zuleika Shear is one of the most sought after gold regions in Australia. The largely ignored parallel Carnage Shear displays many of the same characteristics” Malcolm Carson, Dampier Gold Executive Chairman 12 1 15 5
Slide 16: Zuleika and Credo Joint Ventures
Zuleika and Credo Joint Ventures Term Sheets key points Zuleika Gold Project JV:* Dampier has farm-in rights to earn up to 75% interest in the Zuleika tenements held by Torian Resources Ltd (Torian) over 4 years as follows: • Earn initial interest of 30% by spending $1M on the project (year 1), then
Slide 17: Zuleika JV Gold Project – Overview
Zuleika JV Gold Project – Overview (JV to earn up to 75%) Flagship Project Overview • 2 Mining Leases, 1 Exploration Licence and 108 Prospecting Licences with total land area ~222km².* • Project covers ~50km of highly prospective Black Flag sequence, Zuleika and Carnage Shears.* • Nearby major gold
Slide 18: Credo Well JV Gold Project – Overview
Credo Well JV Gold Project – Overview (JV to earn up to 50%) Located in multi-million ounces Mt Pleasant district • 15 Prospecting Licenses, 14 of which are consolidated into 1 Mining Lease Application with total area of ~17km². • Prospective gold targets including Credo Well, Fortis and Fidelitas •
Slide 19: Exploration Development Priorities
Exploration Development Priorities Drill ready targets – targeted mineralized zones Priority 1 Credo Paradigm East Browns Dam RC Rig Drilling at Dampier’s ZuleikaJV Project (define resource in year 1) RAB Drilling at Dampier’s Zuleika JV Project Historical photo historical photo Zuleika Central Prio
Slide 20: Next steps: Accelerated Drilling Program
Next steps: Accelerated Drilling Program Continuous exploration news flow anticipated Drill program targeting a minimum of 65,000m over 12 - 48 months Paradigm East 4,000m RC, drill test identified mineralisation open to the north, south and south west. Scope to define a resource in year 1 Credo 4,0
Slide 21: Menzies & Goongarrie Projects
Menzies & Goongarrie Projects 21
Slide 22: Menzies Gold Project – Overview
Menzies Gold Project – Overview (80% owned) Overview • The Menzies Gold Camp has produced >500,000 oz gold (gold Me stars) nz ies • Historic underground mines Go show the mineralization was ld very high grade Ca mp • The “untested” eastern border of the Menzies tenement covers the greenstone contact
Slide 23: Goongarrie Gold Project – Overview
Goongarrie Gold Project – Overview (80% owned) Overview • Goongarrie Tenements overlie unexplored Greenstone lithologies • Significant untested structure beneath sand and lake sediments Menzies • Dampier field work confirmed the presence of ultra-mafic/mafic and felsic rocks and anomalous gold and n
Slide 24: Ruby Plains Gold Project
Ruby Plains Gold Project a dampiergold 24
Slide 25: Ruby Plains Gold Project - 100% owned
Ruby Plains Gold Project - 100% owned The Tenements and the Target Areas The strategic ground position covers an area with the potential to contain Plutonic gold deposits within ancient Er os ion palaeo-river channels. The proposed source of gold is from the physical and chemical weathering of the a
Slide 26: Summary
ü Motivated team in place that is delivering on strategic targets. ü Upside in Resource growth. ü Protection of current position in Plutonic Dome Gold Project plus potential upside from enhancement of interests in K2 Gold Project. Summary ü Aggressive drilling campaign on world class shear zones ü Z
Slide 27: Technical Information
Cz Technical Information dampiergold 27
Slide 28: Zuleika JV Gold Project – Zuleika Shear and Carnage Shear
Zuleika JV Gold Project – Zuleika Shear and Carnage Shear Two world class shear zones Zuleika Shear • 50km contiguous acreage of world class gold strike in the Kalgoorlie region. • Major crustal conduit for gold fluids. • High grade open pit and underground potential. • Dampier’s tenements underexpl
Slide 29: Zuleika JV Gold Project - Kurrawang
Zuleika JV Gold Project - Kurrawang Identical mineralisation identified on each side of Kurrawang Epiclastic Basin • Mineralisation found in Kurrawang Formation • Gabbros and Black Flag formation east of Carnage shear host gold mineralisation Kurrawang Ca Epiclastic Basin Zul rna e ge ika • Mirror i
Slide 30: Zuleika JV Gold Project – Immediate drill targets
Zuleika JV Gold Project – Immediate drill targets 34 drill-ready gold targets Zuleika North Credo 34 targets are defined based on 8 targets 8 targets anomalous historical drilling results: • Zuleika North - 8 targets Zuleika Central • Zuleika Central - 12 targets 12 targets • Zuleika South - 6 targe
Slide 31: Zuleika JV Gold Project – Zuleika North
Zuleika JV Gold Project – Zuleika North Zuleika North – priority targets from drilling and assay data • Browns Dam - grade intersections including 12m @ 2.5 g/t incl. 4m @ 3.9 g/t • Paradigm East - grade intersections including 7m @ 9.8 g/t incl. 2m @ 30.9 g/t • Paradigm South shows mineralisation o
Slide 32: Zuleika JV Gold Project – Browns Dam
Zuleika JV Gold Project – Browns Dam Zuleika North – close up view of geology and magnetics – Browns Dam • Komatiite is the typical gold host • Gold mineralization in Komatiite identified at Browns Dam from historical drilling • Target shows Komatiite zone extends for 2km 2km Komatiite strike geolog
Slide 33: Zuleika JV Gold Project – Black Flag Formation
Zuleika JV Gold Project – Black Flag Formation Zuleika Central - Extensive zone of Black Flag formation proximal to Carnage Shear Target: Anomalous gold in bedrock drilling proximal to the Carnage shear, in traverses over area of 4km x 2km (800ha). Target area is part of 12km strike of anomalous bed
Slide 34: Zuleika JV Gold Project – Zuleika South
Zuleika JV Gold Project – Zuleika South Zuleika South - intersection of Black Flag Fault and the Carnage Shear provide exciting targets Target : Anomalous gold results identified in Zuleika south near Carnage shear Reference: Appendix A Drilling Results, Appendix B JORC Table, , DAU ASX Announcement
Slide 35: Credo Well JV Gold Project – Immediate Drill Targets
Credo Well JV Gold Project – Immediate Drill Targets Drill ready targets – mineralized zones Dampier has identified from its interrogation of the Credo data base, eleven strong targets indicated in the adjacent figure which include examples of priority targets in the following sections. 35
Slide 36: Credo Well JV Gold Project – Immediate Drill Targets
Credo Well JV Gold Project – Immediate Drill Targets EXAMPLE: Drill ready targets – mineralized zones Sections show strong supergene gold within shallow weathered zone and limited drilling targeting primary gold zones Target 10 Complex geology provides multiple structural and lithological settings f
Slide 37: Credo Well JV Gold Project – target mineralised zones
Credo Well JV Gold Project – target mineralised zones EXAMPLE: Drill ready targets – mineralized zones Target 1 37 Ref: Appendix A Drilling Results, Appendix B JORC Table, , DAU ASX Announcement 19 December 2019
Slide 38: Goongarrie Gold Project – Technical Data
Goongarrie Gold Project – Technical Data Magnetics and geology Goongarie Tenement and Magnetics Goongarie “Wrap around” magnetics Very distinct untested structure beneath sand and lake sediments. Dampier’s Initial field work confirmed the presence of high Fe/Mg greenstone (mafics/ultramafics) and an
Slide 39: Goongarrie Gold Project – Recent drilling results
Goongarrie Gold Project – Recent drilling results Auger drill gold results announced to ASX on 21 October 2019 • Goongarrie interpreted solid geology with auger soil line locations showing anomalous gold and nickel results • Results confirm the presence of ultra-mafic/mafic and felsic rocks • Area s
Slide 40: Contact Us
Contact Us Malcolm Carson (Chairman) E: malcolm.carson@dampiergold.com Annie Guo (Executive Director) E: annie.guo@dampiergold.com
Slide 41: Appendix A: Drilling Assay Results and Collar Location Files
Appendix A Drilling Assay Results and Collar Location Files
Slide 42: Hole ID CRB0026
Hole ID Sample From To Au CRB0026 E78702 0 6 <0.01 CRB0026 E78703 6 12 <0.01 CRB0026 E78704 12 18 <0.01 CRB0026 E78705 18 24 0.06 CRB0026 H65095 24 26 0.85 CRB0026 H65096 26 28 0.81 CRB0026 H65097 28 30 0.66 CRB0026 H65098 30 32 0.52 CRB0026 H65099 32 34 0.31 CRB0026 H65100 34 36 0.27 CRB0026 H65101
Slide 43: Hole ID CRB0095
Hole ID Sample From To Au CRB0095 E24584 35 36 0.04 CRB0095 D80238 36 42 <0.01 CRB0095 D80239 42 48 <0.01 CRB0095 D80240 48 54 0.01 CRB0095 D80241 54 60 <0.01 CRB0095 D80242 60 66 <0.01 CRB0095 D80243 66 72 <0.01 CRB0095 D80244 72 78 0.04 CRB0096 D80245 0 6 0.02 CRB0096 D80246 6 12 <0.01 CRB0096 D80
Slide 44: Hole ID CRB0098
Hole ID Sample From To Au CRB0098 E24613 12 13 0.14 CRB0098 E24614 13 14 0.12 CRB0098 E24615 14 15 0.10 CRB0098 E24616 15 16 0.12 CRB0098 E24617 16 17 0.10 CRB0098 E24618 17 18 0.51 CRB0098 E24619 18 19 0.45 CRB0098 E24620 19 20 0.55 CRB0098 E24621 20 21 0.13 CRB0098 E24622 21 22 0.17 CRB0098 E24623
Slide 45: Hole ID CRB0121
Hole ID Sample From To Au CRB0121 D80427 12 18 <0.01 CRB0121 E24653 18 19 8.30 CRB0121 E24654 19 20 3.48 CRB0121 E24655 20 21 0.26 CRB0121 E24656 21 22 0.10 CRB0121 E24657 22 23 0.03 CRB0121 E24658 23 24 0.03 CRB0121 E24659 24 25 0.02 CRB0121 E24660 25 26 <0.01 CRB0121 E24661 26 27 0.02 CRB0121 E246
Slide 46: Hole ID CRB0233
Hole ID Sample From To Au CRB0233 KA20198 4 8 <0.01 CRB0233 KA20199 8 12 <0.01 CRB0233 KA20200 12 16 <0.01 CRB0233 KA20201 16 20 <0.01 CRB0233 KA20202 20 24 <0.01 CRB0233 KA20203 24 28 <0.01 CRB0233 KA41161 28 29 2.08 CRB0233 KA41162 29 30 3.94 CRB0233 KA41163 30 31 1.23 CRB0233 KA41164 31 32 1.30 C
Slide 47: Hole ID CRC0022
Hole ID Sample From To Au CRC0022 21521 41 42 5.90 CRC0022 21522A 42 43 6.00 CRC0022 21523B 43 44 2.06 CRC0022 21524B 44 45 0.54 CRC0022 21525B 45 46 0.40 CRC0022 21526B 46 47 0.47 CRC0022 21527B 47 48 0.30 CRC0022 21528A 48 49 0.26 CRC0022 21529B 49 50 0.23 CRC0022 21530A 50 51 0.09 CRC0022 21531B
Slide 48: Hole ID CRC0068
Hole ID Sample From To Au CRC0068 KA32698 56 60 <0.01 CRC0068 KA32699 60 64 <0.01 CRC0068 KA32700 64 68 0.04 CRC0068 KA32701 68 72 0.01 CRC0068 KA32702 72 76 <0.01 CRC0068 KA32703 76 80 <0.01 CRC0068 KA32704 80 84 <0.01 CRC0068 KA32705 84 88 0.01 CRC0068 KA32706 88 92 <0.01 CRC0068 KA32707 92 96 <0.
Slide 49: Hole ID CRC0069
Hole ID Sample From To Au CRC0069 KA51385 80 81 0.66 CRC0069 KA51386 81 82 0.10 CRC0069 KA51387 82 83 0.35 CRC0069 KA51388 83 84 0.34 CRC0069 KA51389 84 85 0.42 CRC0069 KA51390 85 86 0.11 CRC0069 KA51391 86 87 0.06 CRC0069 KA51392 87 88 0.03 CRC0069 KA32759 88 92 0.02 CRC0069 KA32760 92 96 0.01 CRC0
Slide 50: Hole ID CRC0074
Hole ID Sample From To Au CRC0074 KA61661 78 79 0.14 CRC0074 KA61662 79 80 12.30 CRC0074 KA61663 80 81 1.99 CRC0074 KA61664 81 82 0.27 CRC0074 KA61665 82 83 0.04 CRC0074 KA61666 83 84 0.01 CRC0074 KA61667 84 85 0.01 CRC0074 KA61668 85 86 0.01 CRC0074 KA61669 86 87 <0.01 CRC0074 KA61670 87 88 <0.01 C
Slide 51: Hole ID CRC0074 CRC149
Hole ID Sample From To Au CRC0074 KA61712 164 168 <0.01 CRC149 CW03061 0 4 <0.01 CRC149 CW03062 4 8 <0.01 CRC149 CW03063 8 12 <0.01 CRC149 CW03064 12 16 <0.01 CRC149 CW03065 16 20 0.02 CRC149 CW03066 20 24 <0.01 CRC149 CW03067 24 28 <0.01 CRC149 CW03068 28 32 <0.01 CRC149 CW03069 32 36 0.07 CRC149 C
Slide 52: Hole ID CRC157
Hole ID Sample From To Au CRC157 CW03186 50 54 0.01 CRC157 CW03187 54 58 <0.01 CRC157 CW03188 58 62 <0.01 CRC157 CW03189 62 66 <0.01 CRC157 CW03191 66 70 0.01 CRC157 CW03192 70 72 12.40 CRC157 CW00842 72 73 1.20 CRC157 CW00843 73 74 0.62 CRC157 CW00844 74 75 0.04 CRC157 CW00845 75 76 0.02 CRC157 CW0
Slide 53: Hole ID CTRB0095
Hole ID Sample From To Au CTRB0095 10698 22 23 0.02 CTRB0095 10699 23 24 0.04 CTRB0095 10700 24 25 0.14 CTRB0095 9492 25 30 <0.01 CTRB0095 9493 30 35 0.04 CTRB0095 9494 35 40 <92 CTRB0095 9495 40 45 0.02 CTRB0095 9496 45 50 0.01 CTRB0095 9497 50 52 0.02 CTRB0096 9498 0 5 <0.01 CTRB0096 9499 5 10 <0.
Slide 54: Hole ID DQRC004
Hole ID Sample From To Au DQRC004 R1250028 27 28 <0.01 DQRC004 R1250029 28 29 <0.01 DQRC004 R1250030 29 30 <0.01 DQRC004 R1250031 30 31 <0.01 DQRC004 R1250032 31 32 <0.01 DQRC004 R1250033 32 33 <0.01 DQRC004 R1250034 33 34 1.04 DQRC004 R1250035 34 35 <0.01 DQRC004 R1250036 35 36 1.98 DQRC004 R125003
Slide 55: Hole ID DQRC004
Hole ID Sample From To Au DQRC004 R1250083 78 79 <0.01 DQRC004 R1250084 79 80 <0.01 DQRC004 R1250085 80 81 0.34 DQRC004 R1250086 81 82 <0.01 DQRC004 R1250087 82 83 <0.01 DQRC004 R1250088 83 84 <0.01 DQRC004 R1250089 84 85 <0.01 DQRC004 R1250090 85 86 <0.01 DQRC004 R1250091 86 87 <0.01 DQRC004 R12500
Slide 56: Hole ID ZJVRC007
Hole ID Sample From To Au ZJVRC007 ZC00143 4 8 ZJVRC007 ZC00144 8 12 ZJVRC007 ZC00145 12 16 ZJVRC007 ZC00146 16 20 ZJVRC007 ZC00147 20 24 ZJVRC007 ZC00148 24 28 ZJVRC007 ZC00149 28 32 0.07 ZJVRC007 ZC00151 32 36 0.06 ZJVRC007 ZC00152 36 40 0.04 ZJVRC007 ZC00153 40 44 ZJVRC007 ZC00154 44 48 ZJVRC007
Slide 57: Hole ID ZJVRC033
Hole ID Sample From To Au ZJVRC033 PT3651 36 40 <0.01 ZJVRC033 PT3652 40 44 <0.01 ZJVRC033 PT3653 44 48 <0.01 ZJVRC033 PT3654 48 52 0.09 ZJVRC033 PT3655 52 56 <0.01 ZJVRC033 PT3656 56 60 <0.01 ZJVRC033 PT3657 60 64 0.02 ZJVRC033 PT3658 64 68 0.02 ZJVRC033 PT3659 68 72 <0.01 ZJVRC033 PT3661 72 76 <0.
Slide 58: Hole ID ZRB405
Hole ID Sample From To Au ZRB405 Z007317 8 12 <0.01 ZRB405 Z007318 12 16 <0.01 ZRB405 Z007319 16 20 <0.01 ZRB405 Z007321 20 24 <0.01 ZRB405 Z007322 24 28 <0.01 ZRB405 Z007323 28 32 <0.01 ZRB405 Z007324 32 36 <0.01 ZRB405 Z007325 36 40 <0.01 ZRB405 Z007326 40 44 <0.01 ZRB405 Z007327 44 48 <0.01 ZRB40
Slide 59: Hole ID ZUR049
Hole ID Sample From To Au ZUR049 Q27260 0 4 <0.01 ZUR049 Q27261 4 8 <0.01 ZUR049 Q27262 8 12 <0.01 ZUR049 Q27263 12 16 <0.01 ZUR049 Q27264 16 20 <0.01 ZUR049 Q27265 20 24 <0.01 ZUR049 Q27266 24 28 <0.01 ZUR049 Q27267 28 32 <0.01 ZUR049 Q27268 32 36 <0.01 ZUR049 Q27269 36 40 <0.01 ZUR049 Q27270 40 44
Slide 60: Hole ID ZURC006
Hole ID Sample From To Au ZURC006 R40612 21 22 <0.01 ZURC006 R40614 23 24 <0.01 ZURC006 R40616 25 26 0.01 ZURC006 R40618 27 28 0.01 ZURC006 R40620 29 30 <0.01 ZURC006 R40622 31 32 0.01 ZURC006 R40624 33 34 0.01 ZURC006 R40626 35 36 0.01 ZURC006 R40628 37 38 0.01 ZURC006 R40630 39 40 0.01 ZURC006 R40
Slide 61: Hole ID Sample ZURC006
Hole ID Sample From To Au ZURC006 R40687 96 97 0.71 ZURC006 R40688 97 98 0.37 ZURC006 R40689 98 99 0.44 ZURC006 R40690 99 100 0.11 ZURC006 R40691 100 101 0.35 ZURC006 R40692 101 102 0.20 ZURC006 R40693 102 103 0.66 ZURC006 R40694 103 104 0.20 ZURC006 R40695 104 105 1.05 ZURC006 R40696 105 106 0.22 Z
Slide 62: Appendix B: JORC Tables, JORC Code, 2012 Edition
Appendix B JORC Tables, JORC Code, 2012 Edition Section 1: Sampling Techniques and Data Section 2: Reporting of Exploration Results
Slide 63: JORC Code, 2012 Edition: Section 1: Sampling Techniques and Data
JORC Code, 2012 Edition: Section 1: Sampling Techniques and Data (Criteria in this section apply to all succeeding sections.) Criteria JORC Code explanation Commentary • Results reported are from Sampling • Nature and quality of sampling (eg cut channels, previous exploration completed by techniques
Slide 64: Sub-sampling techniques and sample preparation
Criteria JORC Code explanation Commentary • Standard industry practices have Sub-sampling • If core, whether cut or sawn and whether quarter, half been undertaken but QA/QC data techniques or all core taken. is not present in the historical and sample • If non-core, whether riffled, tube sampled, ro
Slide 65: Sample security and audits
Criteria JORC Code explanation Commentary • Not applicable to historical data Sample • The measures taken to ensure sample security. review security • Review of data in key areas has Audits or • The results of any audits or reviews of sampling been undertaken with ongoing reviews techniques and data
Slide 66: Section 2: Reporting of Exploration Results
Section 2: Reporting of Exploration Results (Criteria listed in the preceding section also apply to this section.) Criteria JORC Code explanation Commentary • Located in the Norseman - Mineral tenement • Type, reference name/number, location and and land tenure ownership including agreements or mate
Slide 67: JORC Section 2: Data aggregation methods
Criteria JORC Code explanation Commentary dip and azimuth of the hole § down hole length and interception depth § hole length. • If the exclusion of this information is justified on the basis that the information is not Material and this exclusion does not detract from the understanding of the repor
Slide 68: JORC Section 2: Other exploration data and further work
Criteria JORC Code explanation Commentary • Other exploration data, if meaningful and • Geological interpretations are Other taken from published maps, substantive material, should be reported including (but not historical and ongoing exploration limited to): geological observations; geophysical exp