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NORTHWEST BAY COY PTY LTD
;OR THE PERIOD ENDED SEPTEMBER 1996
376001
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SEDIMENTARY HOLDINGS NL40 DUDLEY STREETWEST tvlELBOURNE
VIC 3003
MICROFILMEDFICHE No.O/4Z0o-l(
FORSTER PROJECT
EXPLORATION LICENCES11/84 & 3/94
COMBINED ANNUAL REPORT
SEDIMENTARY HOLDINGS NL
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Geeveston _
HOBART
SEDIMENTARY HOLDINGS NL.
FORSTER, TASMANIALOCATION MAP
March,1997
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2TABLE OF CONTENTS
1. INTRODUCTION
1.1. Background
1.2. Location
1.3. Exploration Philosophy and Objectives
2. TENEMENTS
3. REGIONAL SETTING
4. EXPLORATION COMPLETED
4.1. Introduction
4.2. Mapping
4.2.1. Lithologies4.2.2. Structure
4.3. Sampling4.3.1. Channel sampling4.3.2. Chip sampling4.3.3. Age Dating
4.4. Geophysics4.4.1. Background4.4.2. Lines 10700N and 10900N4.4.3. Forster Road Line
4. 5. Drilling4.5.1. Introduction4.5.2. lithologies4.5.3. Structure4.5.4. Alteration4.5.5. lVlineralisation
5. EXPENDITURE
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page 7
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page 9
page 12
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LIST of APPENDICES
Appendix I - Channel Sample AnalysesAppendix 2 - Chip Sample ResultsAppendix 3 - Magnetic ProfUesAppendix 4 - Drill Hole Sample ReportsAppendix 5 - Drill HoleLogs
LIST of PLANS
1. Location Plan v" v2. Forster Project Geology3. Forster Road Mapping and Channel Sampling4. Forster Road Geology and Magnetics5. Forster Project Geology Compilation6. Ground Magnetics - Enhanced Image .;7. Forster Project Drill Hole Layout [scale 1:1000]8. Drill Hole Cross Section 5233435N [FRC13] I: 1000 scale ,/9. Drill Hole Cross Section 5233490N [FRC23/WRC8/FRC9/WRC7IFRCIO] I: 1000 scale10. Drill Hole Cross Section 5233540N [BC5fWRC6IFRCllIBCIIFRCI2/14/19] 1: 1000II. Drill Hole Cross Section 5233625N [FRCI8] 1:1000 scale12. Drill Hole Cross Section 5233670N [FRCI6/15] 1:1000 scale13. Drill Hole Cross Section 5233755N [WRCIIBC6/2/FRCI7] I :1000 scale14. Drill Hole Cross Section 5233870N [BC8/WRC2IBC7/WRC3/4IBC4i3] 1:1000 scale15. Drill Hole Cross Section 5234085N [WRC5] 1:1000 scale16. Drill Hole Cross Section 5234195N [FRC20/21/22] I :1000 scale
17. Drill Hole Cross Section 5233435N [FRC13] 1: 250 scale18. Drill Hole Cross Section 5233490N [FRC23i\VRC8/FRC9/WRC7/FRCI0] 1: 250 scale19. Drill Hole Cross Section 5233540N [BC5/WRC6iFRCllIBCIIFRCI2114iI9jl: 25020. Drill Hole Cross Section 5233625N [FRCI8] I :250 scale21. Drill Hole Cross Section 5233670N [FRCI61l5] I :250 scale22. Drill Hole Cross Section 5233755N [\VRCl/BC6/2iFRCI7] I :250 scale23. Drill Hole Cross Section 5233870N [BC8/WRC2IBC7/WRC314IBC4l3] 1:250 scale24. Drill Hole Cross Section 5234035N [WRe5] 1:250 scale25. Drill Hole Cross Section 5234195N [FRC20 l21/22] 1:250 scale
26 - 34 are drill hole section variants of sections 17 - 25 ",ith Au & As plots
35 - 43 are drill hole section variants of sections 17 - 25 \\ith Au & Ni plots
44 - 52 are drill hole section variants of sections 17 - 25 ",ith Au & Zn plots
376005
LEGEND12200N
Date: April. 1996
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GEOLOGY
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SE'DiMENTARY HOLDINGS NL.
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I. INTRODUCTION
I. I. Background
Mac Forster was actively involved in mineral exploration in the area from 1968 until he passedaway in Novcmhcr 1994. Mac maintained a strong interest in the industrial minerals in theWeld River area, even after he and Tim Summons discovered gold there in 1985.Sedimentary Holdings has decided to honour his contribution to mineral exploration in thedistrict by naming the project after him.
1.2. Location
The tenements comprising the Forster Project [previously the Weld River Gold Prospect] arelocated 50 km WSW of Hobart in southern Tasmania.Access to the southern part of the project lie south oflhe Weld River], is by way of all weathergravel roads emanating from Geeveston, and to the northern part by four wheel drive trackfrom near Judbury.
The general district between the project and Geeveston has been the focus of timber loggingfor some years, with the result that excellent access [constructed and maintained by ForestryTasmania] to the project now exists via the South Weld and Fletcher roads.
1.3. Exploration Philosophy and Objectives
The regional setting of major linear structures, enhanced heat flow in the late Mesozoic,epithermal type silicification and associated gold mineralisation is most prospective for theoccurrence of significant gold deposits.Research by the University of Tasmania has added to the earlier perception of potential for thedistrict and recent work has indicated a polymetallic character to some of the mineralisation.
Metalliferous mineralisation is predicted to occur as follows:
Sediment hosted - replacement of Precambrian age dolomitic sediments Au- replacement of Permian age calcareous sediments Au
Skarn hosted - in oxidised gold skarns [garnet-magnetite zone]. Au & eu- in reduced gold skarns [pyroxene zone] Au & As
Epilmesothermal vein hosted - peripheral to, or overprinting any of the other styles....... Au
Research by CODES lh7s shawn highly signiJIcant analogies between the IIIl11eralisatiol1 atForster and other skarn and Carlin-type gold deposits reg Fortitude & Post Bet::e in Nevada]
Metalliferous mineralisation has been identified asfollows:
Gold - in epithermal silica clay brecciaGold - in skarnBase 1\ letals - in silica and skarn [As, Ni, Zn with lesser eu & Pb]
The objective of the exploration program is to define one or more gold deposits suitable forcommercial mining.
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376007
5
2. TENEMENTS
The project is comprised of two adjacent Exploration Licences for a total area of IS sqr km.
EL 11/84 covers 2 sqr km and is current until 27th September 1998, while EL 3/94 covers 13sqr km and is current until 19th August 2004.
3. REGIONAL SETTING
The regional geological setting consists of an inlier of Precambrian and? early Palaeozoic agerocks, exposed by the removal of the cover of Permian age sedimentary rocks. Jurassic agedolerite sills and dykes intrude all older rocks.
The oldest rocks are the Precambrian age siliciclastics of the Clark Group, exemplified byorthoquartzite seen at Glovers Bluff, and overlain by a siltstone/mudstone unit. The ClarkGroup is unconformably covered by the Weld River Group, comprised of massive dolomitesand related conglomerate [mixtite].
The Weld River group is in faulted contact with an un-named Cambrian age assemblage ofwacke-mudstone-chert-basalt-ultramafic.
4. EXPLOR-\TION COMPLETED
4.1. Introduction
Early in 1995 Forestry Tasmania constructed Fletcher Road between the South Weld Road andthe Weld River, with a westerly branch named Forster Road. The new exposures of bedrock inthe cuttings along these roads has enabled near continuous mapping and sampling of previouslyumecognised lithologies.
Much of the exploration work completed was very capably undertaken by contract geologistKen Morrison, and the project was also advanced with the input from University of TasmaniaBSc Honours student Doug Boyd who completed an excellent thesis on the origin of the silicaand skarn assemblages present at Forster.
Boyd's enthusiastic supervisor was CODES member Dr G Davidson, who undertook a detailedliterature research campaign aimed at identifYing world-wide analogues of the known styles ofmineralisation at Forster.
4.2. I\Iapping
4.2.1. Litholocies
The 0.5 km long Forster Road section consists of ultramafics at the western end grading eastin to conglomeratic [and other] sediments, and in to silica-clay hosted mineralisation. These arevariably overlain by Permian age tillitic mudstone, and intruded by Jurassic age dolerite dykes.The ultramafics include harzburgitic types containing orthopyroxene and dunitic types alteredto serpentine and talc. By analogy with similar ultramafics elsewhere in the state, these
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3760086
ultramafics are interpreted as being of Cambrian age. Nlinor conglomerates with ultramaficcomposition are intercalated with the ultramafics.Traversing cast, the section consists of varying conglomerates and chloritic mudstone. Theconglomerates arc volcaniclastic and polymict, with two main types recognised andcorrclatable with the ground magnetic data:Ultramafic Conglomerate - dominant clasts of talc schist and serpentine;lvlajic Conglomerate - dominant clasts of mafic volcanics [low Ti tholeiites occur along strike];Both conglomerates have variable but minor clasts of felsic volcanics, diorite, granite andvolcaniclastic sediments. The conglomerate-mudstone sequence is regarded as being ofCambrian age, with lithostratigraphic correlates in the Dundas Trough of western Tasmania.
The silica-clay breccia unit hosting the gold mineralisation near the junction of Hetcher andForster roads overlies and incorporates skarn material, and is considercd to have partly replaceddolomite of Precambrian age.
The old Pcgasus grid was re-established between 10100E and 10700E, and from 10300N to10900N. Subsequent surveying revealed several irregularities in the grid, some of which aredue to wayward compass readings caused by the locally intense magnetic character.Mapping on this grid outlined a north trending body of silica-clay breccia, which changesnorthward in to massive silica and skarn lithologies. Both silica types incorporate densediopsidic skarn material, and the gross silica/skarn body is flanked to the west byconglomerates, and to the east by tillitic mudstone and dolerite.
4.2.2. StructureGround magnetics has proven useful in understanding the local stratigraphy and structure, withgood correlation between magnetic response and the lithologies along Forster Road.As the exposures along the latter indicate the contacts between major rock groups to be faulted,the interpreted magnetic stratigraphy is also a reflection of major fault structures.
Overall, the local stratigraphy strikes in a northerly direction, and is cut by numerous NWtrending faults with lesser NE oriented faults. The structural character exposed along ForsterRoad is complicated and not yet fully resolved. All rock types are intensely deformed, with awell developed penetrative foliation cutting all clast types, and which has been crenulated andfolded.
Traversing from west to east, shear zones in the ultramafics strike 190° and dip east at anaverage of 40° . Further east, the boundary between the ultramafics and the westernmostultramafic conglomerate strikes 125°-155° and dips east at 25°_55° . Shear zones in thisconglomerate range in strike from NW to NS [160°-175°, dipping 30°-58° cast], and a doleritedyke is oriented 151°/46° east.Shear zones in another ultramafic conglomerate and a mafic conglomerate to the cast show asimilar range ofN\V to NS strikes, but dip westward at 37'-80°.
The silica-clay breccia seen near the baseline strikes 200°, and dips 25° west: shear zones\~ilhin this unit strike 180°-200° , and dip 45°_75° west.
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4.3. Sampling
'f.l,.LC:bilnncl Sam]Jlin.EAll the pre-Permian lithologies exposed in Forster Road were channel sampled in order toobtain indications of both mineralisation and lithochemical character.Samples were analysed by Analabs in Burnie for Au, As, Cu, Cr, Ni, Sb and Zn by fIre assayand ICP.
Gold mineralisation was scen in the silica-clay brcccia [15 m @ 0.28 gAull], and in talcoseserpentinite near the westem end of the road [3m @ 0.03 gAult].
Chromium mineralisation was also encountered in the ultramafIc and the intercalated ultramafIcconglomerate [33m @ 0.67% Cr, incl 2m @ 1.86% Cr & 0.17% Ni].
4.3.2. Chi]J Sam]JlingIn conjunction with the mapping, a total of 98 rock chip samples of outcrop and subcrop werecollected mostly from the re-established grid area. Samples were analysed by Analabs in Burniefor Au, As, Cu, Cr, Ni, Sb and Zn by fIre assay and ICP.Elevated gold values were obtained in blue/white clay [0.18-1.81 gAult] from the silica-clayzone in Forsters Road, from variably iron stained silica [0.10-1.64 gAult] on 10600N, andfrom a chloritic and silicified mafIc volcanic [0.35 gAult].
4.3.3. Age DatingA sample of galena in massive silica near IIOOON gave a Pb isotope age of 150 +/- 20 Ma,which suggests some association with the Jurassic age dolerite. However, given the constraintson Tasmanian lead isotopes, the evidence that the Jurassic dolerites are anhydrous, and thepresence of Cretaceous age syenite 20 km to the east, it seems likely that the age of the galenais Cretaceous.
4.4. Geophysics
4.4.1. BackgroundA ground magnetic survey was done over the re-established grid between 10100E and 10700E,and from 10300N to 10900N. A Geometrics proton precession magnetometer was used torecord the data on stations spaced at 5 metres. Corrections for diumal variation were done byLeaman Geophysics, and imaging of the data was done by Hungerford Geophysics.
The fIrst vertical derivative with a north east oriented sun direction was seen to be a usefulportrayal of the stratigraphy and structure, and was used as the basis for the geologicalinterpretation discussed previously..
ProfIle plots indicate a large range in magnetic response from west to east. \,ith approx 7,000nanolesla highs occurring to the west of 10400E.
4.4.2. Lines 10700N and 10900NDavid Leaman modelled the data on 10700N, and predicted a series of west [60°] dipping rockunits with magnetic susceptibilities of up to 190 X 10-3 SI units. Leaman interpreted the data toindicate the presence of magnetite enriched material typical of a skarn, and excluded mafIcrocks from being the cause of the magnetic responses.
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SEDIMENTARY HOLDINGS NLI-
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GROUND MAGNETICS 0-Scale 1:5000 ------- 0
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HUNGERFORD GEOPHYSICS. 3/96
Drill hole FRC-23 drilled beneath the largest magnetic high on Forster Road, and susceptibilitymeasurements of the drill chips gave values as follows:
4.4.3. Forster Road LineMagnetic susceptibility values were recorded along the Forster Road cutting on about 10300N,and ranged from 1 - 30 x 10·J SI units in the spinel-bearing ultramafics [both intact anddetrital].
If a magnetic susceptibility of 190 x 10·J SI units is required, then the conversion factor fromrock chips to solid rock would need to be between 190/33.1 = 5.7 and 190/26.3 = 7.2 . Tllesefactors are less than the factors of 16 - 38 assumed for the ultramafic conglomerate in holeFRC-20, and appear plausible.
Assuming the composition of the dolerite has not changed significantly over the length of thehole, and assuming that weathering effects are minor, it is apparent that the shallow ultramaficconglomerate in hole FRC-20 could have magnetic susceptibility values of say between 3 x8/0.48 ~ 50, to 3 x 19/0.48 = 119 x 1O.J SI units. These values appear to explain the magneticresponse seen on line 10900N.
376011
Approx Lithology[from log]
Brown clayUltramafic conglomerate [talc]!v!afic conglomerateultramafic [layered +/- opx]Ultramafic [dissem spinels]Fault zoneUltramafic [? dissem spinels]Mafic [fault 107-112]Silica replacementiVlaficSilica replacement
Down Hole Depth Magnetic Unit Mag Suscep--l'[m"e""tr"e...,sJ-] ---'["'x'-'I'-"O·J SI units]2 - 15 A 0.1 - 0.315-19 B 6.2-9.919-22 C 0.8-1.622 - 59 D 7.6 - 32.8 [ave 16.2]59-80 E 24.8-46.9 [ave 33.1]80 - 87 F 3.4 - 29.987 - 99 G 20 - 32.9 [ave 26.3]99 - 123 H 1.8 - 11.5 [ave 5.6]123 - 127 I 1.9 - 2.7 [ave 2.2]127 - 131 J 5.3 - 8.8 [ave 6.8]131 - 135 K 2.1 - 13.3 [ave 5.3]
Drill hole FRC-20 was planned to test almost identical magnetic anomalies on 10900N, anddrilled from ultramafic conglomerate in to dolerite at 26m, and except for the interval 57.5 62.36m [skamoid ultramafic conglomerate], the hole stayed in dolerite until final depth at150m.The magnetic susceptibility readings for the reverse circulation portion of the hole [to 51. 5m]indicate a range of 0.06 - 6.39 x 1O.J SI units for the chips of the ultramafic conglomerate.Core of the skarn altered ultramafic conglomerate gave magnetic susceptibility values in therange 3.6 - 18.6 x 1O.J SI units.The RC samples of dolerite gave readings in the range 0.01 - 0.48 x IO.J SI units, while thecored portion indicated the dolerite to have a likely background of 2 - 8 x 10·J SI units, spikedby local highs of approx 12 - 19 x 1O.J SI units. Some of these high values appear to berelated to cumulate magnetite bands in the dolerite.
8
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Accordingly, the provisional explanation for the obsetved magnetic responsc in hole FRC-23 isthat it is due to the ultramafic materials present from 59 - 99m [units E & 0], with magneticsusceptibility values for dtiII chips in the range 20-47 x 10.3 Sl units.
4.5. Drilling
4.5.2. IntroductionTwo programs of drilling comprising 23 holes totalling 1696 metres were completed during theyear. The first program started in April, and comprised g reverse circulation holes [WRC-I to 8inclusive] totalling 500 metres.
The second program started in late May, and comprised 15 hules [FRC-9 to 23 inclusive] for1I2l metres ofRC drilling and 75 metres ofBQ core, totalling 1I96 metres.
DtiII hole FRC-20 was RC dtiIIed from collar to 51m, BQ cored 51-63.5m, then reamed withRC 51-63.5m followed by RC drilling to 75m, and eventually BQ cored 75-150m.
The sections adjacent to the Forster-Fletcher roads junction lie lO250N and lO300N] have hadthe most drilling to date. Accordingly the interpretation of lithologies, structure, alteration andmineralisation are mainly based on these sections.
4.5.2. LithologiesRock types vary in type and volume over distances of 20-50 metres on section, the main typesbeing as follows:Clay - variable kaolinitic to swelling; white/yellow/greeniblue/red/brownlhumic-blackSilica - quartz and chalcedony; massive, brecciated, vughy and vein; grey/blue/whiteSkarn - dense white [diopsidic], brittle grey/greenMarble - caleite»dolornite, white/greeniblue/pinkConglomerates - both mafic and ultramafic as defined earlierMafic - low Ti tholeiite [as seen in drill hole BC-8], doleritic dykes [7 Cambrian age]Ultramafic - orthopyroxene bearing [harzburgitic], olivine/serpentine rich [dunitic]lVliscellaneous - dolerite dykes/sills of Jurassic age
- pebbly mudstones of Permian age- poorly sorted conglomerate \vith carbonate ["rnixtite"], Precambrian age
4.5.3. StructureInterpretation of the drilling data is complicated by several factors:(I) Variations in sedimentary facies during deposition of the conglomerates(2) Unknown extent of thrust faultjlL"\.1aposition of different litho groups(3) Unknown degree of alteration/replacement of the carapace of Permian sediments(4) Unknmvn controls on the development of skarn facies in all lithologies
The data has been interpreted to indicate flat Ijing sheets and blocks of the various lithologies.bounded by steep dipping faults. The strike of these faults has been assumed to be either NS orNW consistent \"ith the observations discussed in point 4.2.2.On sections lO250N [incl hole WRC-7] and I0300N [incl hole FRC-lI], it is apparent thatsteep east dipping faults were utilised during dolerite dyke intrusion, and again during silicaflooding. These faults may have been original back thrusts in an easterly directed thrust
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478300E",0, I 478300
+ + + + +C!«.~
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--'oL()('\I
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12896 SCALE 1:1000 o;(a::~ffi~Clc)O~~ '-?..:.,~BFPGeotechnical, Mining & Geological Consultants
JOBIO SECTION 5233625 N..,..j
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o .,~
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478300E+
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+
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+
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+
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aL{)N
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+
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478150
478100E+ + + +
478100+
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w"'-"'- ~0 WZ<t:;:ECDe> ~ .....,w t:O::E:J~-:E ........
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.--- 5 ~ 0::: ~ ....J 0 Z Z W ~ I-~....., I .......0DATE Marcil 1996 ...J~ O:JOOa:: ...J ,FILE uw wO;:Euua..::E:::J -~6~ '" ..~
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FILE
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DATE Man:n 1996
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IIIIIIIIIIIIIIIIIIII
•
37602310
package, which relaxed to tensional fractures in the Jurassic, and still later facilitated fluidpassage in the Cretaceous.The 10600N section [incl WRC-3] is structurally complex, and not entirely understood.
4.5.4. AlterationConsiderable efforts to unravel the alteration/mineralisation history have been made by bothDoug Boyd in his Honours thesis, and by Ralf Bottrill as Government petrologist.
f1PpiAThe important alteration events interpreted as being Cretaceous in age, have affected rocks ofPrecambrian to Jurassic age, the resulting assemblages reflecting precursor compositions.
The area contains a variety of marbles, calc-silicates [incl skarns], clays and siliceous rocks.There is a mix of prograde and retrograde metamorphic minerals, and alteration paragenesesare not fully resolved.
XRD studies indicate the clays to consist of kaolinite, illite and halloysite, while the skarnassemblage includes quartz, serpentine, calcite, brucite, diopside, wollastonite, xonotlite, gamet,vesuvianite, talc, hydromagnesite and prehnite.
4.5.5. l\1ineralisationThe range of sulphide minerals observed to date is most interesting, and pyrite, sphalerite,galena, millerite, niccolite, loellingite and chalcopyrite as well as native gold, have beenidentified in skarn type rocks. Gold particles also occur in clays and siliceous materials.
Centrifugal concentrates produced by Centrall'vfineralogical Services from drill chips in holesWRC-l & 2 located free gold flakes in several samples. 1he gold \vas from 50um to 125um indiameter, and associated with pyrite and chalcopyrite.
The gold mineralisation encountered in the drill holes has a polymodallog NOlmal disttibution,with sub population threshold values at 0.06,0.58, 0.80 and 1.6 gAuit. The significance ofthese values is still being appraised, and correlation statistics have yet to be undertaken.
---------------------
j~IU<r::JIU~
<J)
<rIu
<J)
<rw"«"I"«"''"'"u«~<ra"
II 376025
11
I Significant results obtained from the drilling inelude:
IHole From To Intersection Grade
(m) (m) (m) (gAult)~---------------------------------------------------------------------------
IWRC 1 17 20 3 0.34
WRC2 2 9 7 0.60
I 10 18 8 0.20
WRC4 12 14 2 0.17
I WRC6 13 17 4 0.16
I WRC7 12 30 18 2.01 .,inel 19 30 11 3.08
I FRC9 37 45 8 0.40
FRC 10 16 40 24074 JI inel 17 24 7 1.14
34 40 6 1.00
I FRCll 13 53 40 0.45 ~inel 35 41 6 1.62
I FRC 12 29 76 47 0.22inel 71 76 5 0.61
I FRC 13 26 43 17 0.30 jinel 30 32 2 1.70
I FRC 15 30 47 17 0.34inel 33 35 2 0.81
I FRC 16 19 27 8 0.1139 43 4 0.10
I FRC 17 19 26 7 0.10
I FRC 18 25 45 20 0.34inel 3-1 36 ? 0.89
I39 -11 2 0.74
FRC22 13 24 11 0.38
II
•
Exploration expenditure on the project during the year totalled $266,038, of which 43.1 % wasspent on drilling, 34.4% was spent on geological input and sample analyses, and 18.7% wasspent on consumables and travellaccomodation etc. The breakdown is as follows;
IIIIIIIIIIIIIIIIIIIII
12
5. EXPENDITURE
Geology [staff and contractors1GeochemistryGeophysics [magnetic survey1Drilling - Reverse CirculationGriddingiSurveyConsumables/travel etcAdministration
Total
$52,697$38,937$2,306$114,758$860$49,894$6,586$266,038
376026
IIIIIIIIIIIIIIIIIIII
•
Appendix 1:
Channel Sample Analyses
376027
I1'6AnalQb~**************
Analabs Pty. Ltd.A.C.N. 004 591 664
f,o: 1(1041 318890
376028
TOTAL No.OF SAMPLES
~~
14 Thlrle •• St. DOOEE TAS 7320
ANALYTICAL REPORT No.L-~~~,..,----~_---'
DATE No.REPORTED OF COPIES
1'-//:1.·",,/·-/1 :I.
Phone j004J 316837
I No. OF PAGESOF RESULTS
11 ;-0 I
THIS REPORT MUST BE READ IN CONJUNCTION WITH THE ACCOMPANYING ANALYTICAL DATA
I INVOICE TO: ,------------------------, ,.. ,O_,.,_,~_~_.~_.~_.N_:.~_._•._;._.. :_1LII P_R_O_J_E_C_T ,1,
I:::~(·:·:'(J:i.mc~n 't I'" ,:/ Hc:dCi Inti':: I-·ii... ,4;:/.\+h r:}UDI"
DATE RECEIVED RESULTS REQUIRED0t.l. 1-~(:l'L.I.:i.ll~:: ~~~tlc'oe'i 1 0
I'lL:I...t:Ul.lF:j\I[. ',j J L: ,::';(j~.J(1 "J_•._,,_.'_1._:1._.,...._')_'.'_." (_-.'j~_:)I_'~:·I_r:· ,0
1,---_-----,I
SAMPLE NUMBERS SAMPLE DESCRIPTION ELEMENT/METHOD
'jdrioljs
III
HU Prep ~ fP033 IN CHROME fREE BD~L
Cu Zn,Cr,Ni,Sb,AsiSr140
Cr RlJ6j401 CrJGX40b
REMARKS
III1IIII
RESULTS
TO
RESULTS
TO
RESULTS
TO
i IITI :::;l.lJIHrrDir~::
::::i·:·:·c!:l.mc·:'n"tl'·V j"i()Jri:II-JCj j'!1
{·)th F"lDU1"4:1'1. !·;(:~:I.:I:ii}ii: ~:j'tl"'eet
1"1L.I.UUUr;~HI::. '.) 1 L: >\C'OO
i<c·:-rl 1'!DI'"I'·l~::.i:;n
/.~ :1 f;";"r ';,(1} ,';\ ~,.;t· V" r'!(7:' tI·IUI'(I'I--I j..ILI'U(',I': r 1"":".:./000
Cr [an be lost due to volatisation in som~
;ineral ffiatrlcfs: eq chrnmite is not attacKfsubstantially by the dig~st. Preferred Itethci~ BH')l.
IIII
•':'i:;;if;~:':~~;~"'Sr'lll_III',.fIlll:\III!\'i-F-:.'
Anala~~.!.:~~ ~~~;.,.·,t>~\
3 7 6 0 29~;~t'CLIENT ORDER No PAGE ',i~~~
IIIIII
REPORT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX
I 112795.60.11383I 19/12/95 I SAMPLES 3/11/1 1 OF 20
""', SAMPLE )
.'Zn NiAu Au(Rl Au(S) Cu Cr er(R) er(Rl... No. '.
.....13G313 GG313 GG313 GI140 G1140 G1140 GX401 GX406 G1140>METHOD
. .'.,
-...
1 we 1 0.088 - - 8 (2 229 - - 23
2 we 2 0.965 - - 20 22 714 - - 130
3 we 3 0.218 - - 10 90 974 - - 37
4 WC 4 0.437 - - 31 308 3140 - - 92it
5 we 5 0.564 - - 38 109 3600 - - 300
6 WC 6 0.124 - - 71 136 3680 - - 392
7 we 7 0.069 - 0.050 47 72 1850 - - 187
8 WC 8 0.074 - - 45 63 2240 - - 198 .1we 9 0.049 28 1329 - - 67 3220 - - tic
'jj<"I.-
10 we 10 0.029 - - 37 80 3990 - - 167
11 we 11 0.025 - - 51 71 3330 - - 211
12 we 12 0.014 0.014 - 106 74 3160 - - 321
13 we 13 0.013 - - 57 87 3320 - - 347
14 we 14 0.018 - - 26 48 2160 - - 287 y
15 we 15 0.150 - - 60 131 6490 - - 980
16 we 16 0.034 - - 38 110 2600 - - 752 t
17 we 17 0.015 - - 30 83 2520 - - 743 I,18 we 18 0.015 - - 47 85 3180 - - 674
'I19 we 19 0.011 - - 26 50 1730 - - 367 .
20 WC 20 0.009 - - 32 64 2500 - - 426 I,21 we 21 0.019 - - 76 84 2810 - - 554 1
22 we 22 0.014 0.018 - 76 70 2640 - - 448 I.~
23 we 23 (0.005 - - 95 73 3510 - - 577 1.~ WC 24 0.018 - - 66 61 3400 - -24 330 125 WC 25 0.013 - - 43 51 2610 - - 3791~;':,
,i··'~"~il~lt~*ti}2~~~~$;~·.d'.'/"!v·';;t~~~l:iER'£;-~ .~:'o .. " -,~.
!lOt~Jjft {, S/"U;;\i;;2:"'/K'<"_':"''-'~ &,.
ANALYTICAL DATASAMPLE PREFIX REPORT No REPORT DATE
Analabs Ply. Ltd/A.C.N. 004 591 664
376030
CLIENT ORDER No PAGE
j
11,; 1112795.60.11383
119/12/951 SAMPLES 3/11/1 2 OF 20
SAMPLE Au Au(R) Au(S) Cu Zn Cr Cr(R) Cr(R) Ni}',....... . N.o. I
rE"iH6D .' GG313 GG313 GG313 G1140 G1140 G1140 GX401 GX406 G1140••
c' .
l1 vJe 26 0.012 - - 33 58 2970 - - 276
2 we 27 0.011 - - 60 83 2950 - - 506
J3 we 28 0.013 - - 60 89 5810 - - 468
we 29 0.071 40 65 23904 - - - - 315
[ 5 we 30 0.016 - - 32 60 2070 - - 264·
t6 WC 31 0.013 - - 47 70 2050 - - 327
7 we 32 0.012 - - 38 46 1890 - - 174
J 8 WC 33 0.020 - - 33 60 2460 - - 222 •.
9 we 34 0.017 - - 25 64 2840 - - 228 1
'
[ 10 we 35 0.025 - 0.023 44 67 3030 - - 280
t 11we 36 0.030 - - 129 83 3780 - - 396
1
.,
,
12 we 37 0.027 0.021 - 39 62 2510 - - 275..
r3 we 38 0.024 - - 120 53 2210 - - 301 •.
we 39 0.021 - - 81 56 2170 - - 36214
l15 we 40 0.026 - - 41 61 2370 - - 390·"
l ::we 41 0.209 - - 19 <2 763 - - 44 1
we 42 0.098 - - 6 3 190 - - 49 1'
IJ18WC 43 0.652 - - 39 3 354 - - 19
WC 44 0.203 - - 9 90 2240 - - 4819
l20 WC 45 0.161 - - 3 5 167 - - 87
21 WC 46 0.165 - - 9 17 690 - - 81
l22 we 47 0.130 0.151 - 36 51 2000 - - 106 1
;
•l23 we 48 0.083 - 0.074 81 8 1330 - - 97
•38 •
24 WC 49 0.113 - - 66 22 2260 - -•t
--- - 52 11 1020 - - 53 ~
,,~ . ,!~ri\PiO' .';j~f~'
..~,,·,t,
.y,,:I•.~~, .•... L'.;.AUTHORISED.
OFFICER '.
GG313
sAMPLE PREFIX
39
376031 .1PAGE
3 OF 20 Ier(R) Ni
GX406 G1140 I
18 I65 I11
.... Ana_Ia_b_S_A.;~~ ~~lli]
er(R)
GX401
CLIENT OADEA No
367
703
er
599
416
G1140
7
9
10
24
Zn
REPOATOATE
G1140
15
28
13
13
eu
.
G1140
REPORT No
Au(S)
GG313
1112795.60.11383 119/12/951 SAMPLES 3/11/1
l'\u(R)
GG313
Au
0.060
0.119
0.070
0.064
..SAMPLENo.
we 51
we 53
we 54
we 52
3
4
2
METHOD
5
6
7
8
9
we 55
we 56
we 57
we 58
we 59
0.049
0.173
0.142
0.129
0.086
8
25
68
61
38
27
31
118
174
154
686
1300
3740
7470
579CJ
42 I199 I274 I153
10 we 60 0.305 22 75 2580
11 we 61 0.006 7 11 37 19
12 we 62 <0.005 0.005 25 20 322
13 we 63 <0.005 48 44 627 73
14 we 64 <0.005 54 74 1170
15 we 65 <0.005 74 71 865
16 we 66 <0.005 63 49 417 74
17 we 67 <0.005 40 26 349
18 we 68 <0.005 40 19 106 29
19 we 69 0.005 35 28 127
20 we 70 <0.005 34 18 89
21 we 71 <0.005 20 28 136
22 we 72 <0.005 <0.005 28 21 106
23 we 73 <0.005 22 25 56 28
•
I'!";~~f~"-h'f::;r.";tJii(JH'(!<;~"J;"":t~>~~¥'~\.rJV<~_'''07;";(te,;, c:,' : ~_·'1~:Y]i~'f!J;[':ny<;rn~-c;,;· "<'J,i;.):'.':;C ,·f, "" >,
.Anai:ibs Analabs ·."j'·HA.C.N. 0r~ .j;
i~~"'",,:;.
0I ANALYTICAL DATA 3 7 6SAMPLE PREFIX ". REPORT No. REPOAT DATE CLIENT ORDER No. PAGE
l I I 19/12/951 3/11/1112795.60. 11383 SAMPLES 4 OF 20 I~SAMPLE Au Au(R) Au(S) eu Zn er erCR) NiNo. er(R)
EHOD." .
iGG313 GG313 GG313 G1140 G1140 G1140 GX401 GX406 G1140
t: we 76 <0.005 - <0.005 42 50 107 - - 111
we 77 <0.005 - - 174 137 111 - - 382
1-3 we 78 <0.005 - - 39 153 1260 - - 467 ;,
;4 we 79 <0.005 - - 83 113 608 - - 339
[5 we 80 <0.005 - - 97 110 73 - - 227
6 we 81 <0.005 - - 127 187 906 - - 469 fit 7 we 82 <0.005 - - 72 116 197 - - 281is
J8 we 83 <0.005 - - 71 124 109 - - 250
9 we 84 0.006 - - 182 264 2940 - - 888
llO we 85 <0.005 - - 66 95 126 297¥
- -
t11 we 86 <0.005 - - 108 156 121 - - 334
r12 we 87 <0.005 <0.005 - 109 136 180 - - 439
f3 we 88 <0.005 - <0.005 68 209 306 - - 627
14 we 89 <0.005 - - 56 134 796 - - 611
115 we 90 <0.005 - - 32 142 865 - - 829
16 we 91 <0.005 - - 44 118 926 - - 790
r 17 we 92 <0.005 - - 48 131 815 - - 693
f8 we 93 <0.005 - - 12 49 236 - - 262
19 we 94 <0.005 - - 29 62 355 - - 277
l20 we 95 <0.005 - - 10 42 264 - - 172
21 we 96 <0.005 - - 14 45 320 - - 184
r 22 we 97 <0.005 <0.005 - 29 52 1650 - - 720
t 23we 98 <0.005 - - 74 47 1580 - - 622
24 we 99 <0.005 - - 83 59 1460 - - 1000
125 we 100 <0.005 - - 113 47 1500 - - 621
~."'M'_'I~'"';%f~···~lr~I{ljR~~i~~~'·.. .A(---·:Pi .>
,.~:
•. -;,*1 ~~'".!t~~~, ..:......:.IS .u
ANALYTICAL DATAoR POATN
Pl1't'I1;'~~:'~~:""'~~~~,~_f'~:,r~4it"P~,'<:\~;'ir-,";," "''':'-'_;:~;_''/\/';~/\_7;-;~_'':4;'/?'>,';::r--;:''!'-
, ~~'-<--"' ---"'''''''''''---''''''''''''''''''..JS'-L.- __
SAMPLE PREFIX • E o. REP AT DATE CLIENT ORDER No. PAGE' . '/t
I 112795.60.11383 I 19/12/951 SAMPLES 3/11/1 5 OF 20
SAMPLE Au Au(R) Au(S) eu Zn er er(R) er(R) Ni 1No.
METHOD GG313 IGG313 GG313 GI140 GI140 GI140 GX401 GX406 GI140'/.,
····11 we 101 <0.005 - - 44 44 1740 - - 538
2 we 102 <0.005 - - 26 44 1270 - - 589 13 we 103 <0.005 - <0.005 20 62 1880 - - 713
4 we 104 <0.005 - - 16 55 2570 - - 591 15 we 105 <0.005 - - 25 62 2390 - - 563
16 we 106 <0.005 92 54 2470 517- - - -
I
7 we 107 <0.005 - - 38 61 2840 - - 552 18 we 108 <0.005 - - 14 59 3670 - - 495
9 we 109 <0.005 - - 28 62 2600 - - 793 110 we 110 <0.005 - - 11 36 1240 - - 544
I11 we 111 <0.005 - - 2 32 1260 - - 390
12 we 112 <0.005 <0.005 - <2 52 1270 - - 671 113 we 113 <0.005 - - 12 51 1600 - - 550
14 we 114 0.007 - - 66 44 2480 - - 466 115 we 115 <0.005 - - 31 45 3060 - - 388
116 we 116 <0.005 - - 29 29 1740 - - 361 .17 we 117 <0.005 - - 41 38 2610 - - 499 118 we 118 <0.005 - - 19 30 2160 - - 271
19 we 119 <0.005 - - 22 48 4510 - - 344 120 we 120 <0.005 - - 47 22 2550 - - 184
121 we 121 <0.005 <0.005 - 35 34 2050 - - 413
22 we 122 <0.005 - - 31 33 1780 - - 504 123 we 123 <0.005 - - 17 38 1200 - - 664
24 we 124 <0.005 - - 50 43 265 - - 447 1';
25 we 125 <0.005 - - 37 58 1700 - - 123 ;
..... ···"·e"~<···.L'···· '~!lf.t'1~1~t~f~~.,~2;lc0:0· ....... '"c· >,e',
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p"
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PAGE
376034
. '-:'7:-;'~i'-,,;,ib'~
Analabs Pty. Ltd.·,~'_~J
A.C.N. 004 591 664,
CLIENT ORDER NoREPOAT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX
•
cI c, '~r.>f"l\"·""'''i·'' '<""ilf""""'-I,_""'_'.Wi' ". )'~ -:. ' ,
ftAnalabsI
,
I 112795.60.11383 I 19/12/95 I SAMPLES 3/11/1 6 OF 20 ,
, " SAMPLE Au(Rl...
No, Au, Au(S) Cu Zn Cr Cr(R) Cr(Rl Ni;
HOD GG313 ~G313 GG313 G1140 G1140 G1140 GX401 GX406 G1140 ?
"1 we 126 <0.005 - - 42 65 1320 - - 130 ,
2 we 127 <0.005 - - 41 57 1780 - - 111
I: we 128 <0.005 - - 140 99 558 - - 174
we 129 <0.005 - - 201 105 287 - - 156
15 we 130 <O.OO~, - - 341 90 545 - - 196!
6 we 131 <0.005 - - 474 81 667 - - 192 I
(7
I,
we 132 <0.005 - - 87 73 1280 - - 196 I
I •
l:we 133 <0.005 - - 48 60 1440 - - 150 I,
we 134 <0.005 - - 50 56 1600 - - 127 I"
l10we 135 <0.005 - - 33 70 1920 - - 152 I•
I11 we 136 <0.005 - - 51 80 1630 - - 170
r12I,
we 137 <0.005 <0.005 - 41 64 765 - - 184 I;
t13 we 138 <0.005 - - 27 65 932 - - 145
Ii
14 we 139 <0.005 - - 31 75 8ll - - 180 I,
(15
I,we 140 <0.005 - - 29 68 948 - - 161
we 141 <0.005 24 59 896 135 I16 - - - -
(17 we 142 <0.005 - - 20 62 1250 - - 146 I·
118 we 143 <0.005 - - 20 114 848 - - 284
r·19 we 144 <0.005 - - 30 79 723 - - 222
1-20 we 145 <0.005 - - 10 55 1440 - - 149
we 146 <0.005 - - 12 64 2230 - - 146 c,21
(22 we 147 <0.005 <0.005 - 18 64 2600 - - 118 ,.,
123 we 148 <0.005 - - 27 73 446 - - 160 (
i24 WC 149 <0.005 - - 21 99 430 - - 200 i
•1\•
~~~~.~- - 25 76 374 - - 161 ,,
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PAGE
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.. __A.C.N.~59\ 664 I376035
IIIIIIIIIIIIIIIIIII
CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX ..
I 112795.60.11383 I 19/12/951 SAMPLES 3/1111 7 OF 20
'. SAMPLENo.
. Au Au(R) Au(S) Cu Zn Cr Cr(R) Cr(R) Ni
. ' ..METHOD 66313 66313 66313 61140 61140 61140 6X401 GX406 G1140
1 WC 151 <0.005 - - 19 74 344 - - 156
2 we 152 <0.005 - - 15 46 1520 - - 145
3 we 153 <0.005 - - 16 45 1760 - - 127
4 we 154 (,0.005 - - 23 7- 721 - - 102_, I
5 we 155 <0.005 - - 40 66 314 - - 188
6 we 156 <0.005 - - 35 64 1400 - - 162.
7 we 157 <0.005 - - 41 86 1400 - - 209
8 we 158 <0.005 - - 23 48 1930 - - 195
9 we 159 <0.005 - - 24 29 819 - - 103
10 we 160 <0.005 - - 31 30 1270 - - 118
11 we 161 <0.005 - - 34 48 1600 - - 168
12 we 162 <0.005 <0.005 - 36 53 1340 - - 173
13 we 163 <0.005 - - 33 48 1900 - - 177
14 we 164 <0.005 - - 61 35 973 - - 166
15 we 165 <0.005 - - 114 59 1710 - - 272
16 we 166 <0.005 - - 59 41 1330 - - 181
17 we 167 <0.005 - - 52 32 1540 - - 134
18 we 168 <0.005 - <0.005 66 32 789 - - 170
19 we 169 (0.005 - - 66 48 868 - - 238
20 WC 170 <0.005 - - 54 39 1510 - - 170
21 we 171 <0.005 - - 55 48 1450 - - 215
22 WC 172 <0.005 <0.005 - 36 86 1070 - - 371
••••
:1 23 WC 173 (0.005 - - 37 60 2510 - - 283
24 we 174 <0.005 - - 36 49 1860 - - 269;~
;,j-;25 we 175 <0.005 - - 42 29 2250 146- -
r~,
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376036
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CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPORT No
•
·,<'t;i<
'I-;J,i~i ••,.I 112795.60.11383 I 19/12/951 SAMPLES 3/11/1 8 OF 20 I
I'• SAMPLE Au Au(Rl Au(S) Cu Zn Cr Cr(Rl Cr(R) NiNo.
f'" • '. .
~~B~ 66313 66313 6G313 G1140 G1140 G1140 GX401 6X406 GI140',.
1 WC 176 <0.005 - - 20 31 1460 - - 196
12 WC 177 <0.005 - - 32 40 2000 - - 194
t: we 178 <0.005 - - 34 72 1040 - - 221
we 179 <0.005 - - 20 34 1050 - - 121
15'.'WC 180 (0.005 - - 23 52 1350 - - 235
:6 we 181 (0.005 - - 39 57 1480 - - 226
[7 ·WC 182 <0.005 - - 28 51 1220 - - 208 '
••t: WC 183 '::0.005 - - 31 44 1330 - - 195 .'
we 184 <0.005 - - 28 37 863 - - 188 •
J10WC 185 0.005 - - 29 42 1870 - - 215 :
WC 186 <0.005 27 40 2320 17311 - - - -
(12 "WC 187 (0.005 (0.005 - 31 43 1690 - - 211 f
:
f3 WC 188 <0.005 - - 33 45 2260 - - 199
14 we 189 <0.005 - - 34 43 1540 - - 195·
J15we 190 <0.005 - - 38 41 1500 - - 211 :
we 191 <0.005 - - 41 41 1090 - - 21716
117 we 192 (0.005 - - 32 35 1720 - - 172
fa we 193 <0.005 - - 44 48 1290 - - 242.{•
19 we 194 <0.005 - - 35 39 1710 - - 199
l20 we 195 (0.005 - <0.005 38 43 1590 - - 221
we 196 0.033 - - 12 78 2000 - - 232 ;21 .
'[22 we 197 0.006 <0.005 - 6 19 2090 2797 - 152 lj,
J::WC 198 0.007 - - 7 24 2600 3519 - 125 ;,we 199 0.009 - - 16 30 3050 4771 - 232 t
I ~
l~ - - 3'27 1740 2924 - 219 f
'I " . """,~"'''' (jFi'''. '~(::~;;;:;~{::/'."';";1!;;4'..: ·f·r·, ". '."...•..
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::"'~r~~[>' ..;?,j 37603t'[~•.••. '3( ANALYTICAL DATAto' J}if¥~.·V'g?;,\:/. .SAMPLE PREFIX . '. REPORT No. REPORT DATE CLIENT ORDER No. PAGE·....~
"[ 112795.60.11383 [ 19/12/95[SAMPLES 3/11/[ 9 OF 20
·..ii· SAMPLE Au Au(R) Au(S) Cu Zn Cr Cr(R) Cr(R) N ;i'•No. .~.
.
GG313 GG313 •METHOD GG313 GI140 GI140 GI140 GX401 GX406 GI140,> . '. .
1 WC 201 <0.005 - - 12 30 2240 2948 - 149
2 WC 202 0.006 - - 24 40 3990 5516 - 256 •3 WC 203 0.017 - - 30 66 4720 5913 - 270
4 WC 204 0.064 - - 24 35 4620 5872 - 122 •5 WC 205 0.019 - - 44 72 7250 8810 - 409 •6 WC 206 0.010 - <0.005 38 52 5240 6470 - 378
7 WC 207 0.008 - - 29 39 4120 4988 - 351 •8 WC 208 <0.005 - - 33 33 3020 4526 - 393
9 we 209 0.005 - - 39 50 4190 6287 - 425•10 WC 210 0.007 - - 42 46 4180 4812 - 471 •11 we 211 <0.005 - - 28 39 3440 4923 - 379
12 we 212 0.009 <0.005 - 22 56 3690 IS - 405 I13 we 213 0.010 - - 29 122 8970 >10000 10329 481
14 WC 214 <0.005 - - 22 56 3760 5497 - 479 '115 WC 215 0.010 - - 11 33 1480 2905 - 410 •16 we 216 (0.005 - - 33 101 5610 7371 - 790
\"
17 WC 217 0.010 - - 61 293 >10000 >10000 21010 2040 ).we 218 0.006 45 218 >10000 >10000 16253 145018 - - 'f
)
19 we 219 0.006 - - 47 107 6730 7422 - 472 ;.20 wc 220 <0.005 - - 24 47 2950 4334 - 351
'.21 WC 221 <0.005 - <0.005 28 84 4640 6359 - 635
i22 WC 222 <0.005 <0.005 - 24 69 4060 IS - 398 f.23 WC 223 <0.005 - - 24 37 3390 4473 - 244 ~.
l"I
l·I:~, 24 WC 224 <0.005 - - 25 37 2750 3931 - 196I" we m <0.0"'
- - 25 81 7570 8843 - 464
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IAnalabs Pty. Ltd.
A.C.N. 004 591 664
ANALYTICAL DATA376038
PAGECLIENT ORDER NoREPORT DATEREPORT No
I·ti'~' I 112795.60.11383 119/12/951 SAMPLES 3/11/1 10 OF 20
SAMPLE' ...•. ' " Au Au(R) Au(S) Cu Zn Cr Cr(R) Cr(R) Ni I'
~·:c.li~No.'"L'
; b·'.:' '. 6831388313 88313 G1140 G1140 G1140 GX401 GX406 G1140.': ..... ' ... '.
I'
l1 WC 226 <0.005 - - 9 42 3740 4298 - 287
WC 227 <0.005 7 59 6880 7053 3902 - - -
(3 WC 228 (0.005 - - 7 75 7700 8395 - 434 I
t: WC 229 <0.005 - - 7 71 7510 9064 - 457 I,
we 230 (0.005 - - 5 34 3720 5627 - 393 I-
l6 WC 231 (0.005 - - 5 35 3710 4463 - 257
we 232 (0.005 - - 5 49 4380 5059 - 432 I-7
(8 I;we 233 (0.005 - - 7 60 4630 5489 - 738
..
f 1
9
0
we 234 (0.005 - - 3 39 3700 4876 - 242
.'r112
[1314
f 15
r617
[1819
r20
1_ 21
, 22
.J23,24 DETECTION 0.005 0.005 0.005 2 2 2 5 100 2
J25 UNITS ppm ppm ppm ppm ppm ppm ppm ppm ppm i~
'X~"0:">i>,: ,,'" ..... ';<" '; ;-, i; .; ..•~.' 'nf lample ''ij;;:';':>:'';'pte'nOt iO<:eM.d:,;J . AUTHORISED
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PAGE
376039CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPOATNo
, .',!,.
" SAMPLE PREFIX
I 112795.60. 11383 119/12/ 95 1 SAMPLES 3/11/1 11 OF 20
<SAMPLE· Ni (R) Sb As 1. No. ...
METHOD . ,.. GAl04 G1140 G1140
11 we 1 - 4 111
2 we 2 - 11 363 13 we 3 - 2 222
4 we 4 - 8 514 15 we 5 - 8 162
6 we 6 - 15 134 17 we 7 - <2 95 1we 8 12 2118 -
9 we 9 - 13 418 110 we 10 - 15 301
11 we 11 - 9 177 112 we 12 - <2 119 113 we 13 4 72-
14 we 14 - ,2 88 115 we 15 - 8 1390
16 we 16 - 6 169 117 we 17 - 2 60
118 we 18 - <2 78
19 we 19 - 9 42 120 we 20 - 13 76
21 we 21 - 9 106 122 we 22 - <2 101
1. 23 we 23 - 13 133
24 we 24 - (2 67 1~;~ ~ 25 we 25 - <2 51
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SAMPLE PREFIX REPORT No. REPORT DATE CLIENT ORDER NOe PAGE }ee
,~",+'/>i'SAMPLE I 112795.60.113831
19/12/ 95 1 SAMPLES 3/11/1 12 OF 20 h
.
Ni(R) Sb As IF/; ·Ie. e No, .,I,
e"e.,ey. I·GAlb4 GI140 GJ140 ·IT
IE\~9BI.\\
J1 we 26 - 10 44
2 we 27 - 7 97
l 3 we 28 - <2 176 I29 'I4 we - 4 211
r .5 we 30 - 8 111 !
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6 we 31 - <2 17 ,.
t .
7 we 32 - <2 18
l 8 we 33 - <2 31 !
1we 34 2 279 -
.~[ 10 we 35 - 3 91l
11 we 36 - 4 155
t I'
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J we 38 3 51if
13 -
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14 we - 5 64
I 15 we 40 - <2 85 Ii
16 we 41 - 5 189
t 17 we 42 - 3 60
J18 we 43 - 11 91
19 we 44 - <2 56
[ 20 we 45 - 3 15
t21we 46 - 6 70
'1
22 we 47 - 6 226g
48 609J'
J 23 we - 111
we 49 19 1260?
24 - ,~: (~.,
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~~25 we 50 - 12 590
~~"'.'~ \t~=~~t~i;1fj~fr!~.;~i~~ig;J:I62;:;?re. . !t.j"!;AJ!·=~\\\ '"'",?~1 - , 'Xlii''''-/\''''''!,I,,;,;, ,...,.,i/;'".h:... ·'/1:,d:'·\ WJ1WJ)j{i(; '.,.. , _'/
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~~:~~TICAL D~~~RT DATE CLIENT ORDER No PAGE~;II1112795.60.11383 19/12/951 SAMPLES 3/11/113 OF 20
';1"
Ni (R) " Sb As
GA104 G1140 G1140
12 344
<2 118
7 48
<2 106
4 62
5 357
<2 1110
6 1010
9 581
13 461
2 14
5 64
5 114
4 93
<2 99
<2 77
<2 37
3 43
<2 38
2 24
7 53
<2 32
<2 22
<2 <2
SAMPLENo.
."
we 51
we 52
we 53
we 54
we 55
we 56
we 57
we 58
we 59
we 60
we 61
we 62
we 63
we 64
we 65
we 66
we 67
we 68
we 69
we 70
we 71
we 72
we 73
we 74
4
3
8
9
10
311
12
13
14
15
16
17
18
19
20
21
22
",.·1
IAnalabs Ply. Ltd.
A.C.N. 004 591 664
376042CLIENT ORDER NREPORT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX
;1. o. PAGE
I 112795.60.11383 I 19/12/951 SAMPLES 3/11/1 14 OF 20
.•.... ..•. SAMPLE Ni(R) Sb As ,
~!" No.......<.. .. ..'GA104 GI140 GI140HOD .••• ...
t 1 we 76 - <2 22
we 77 - 2 142
13 we 78 - 4 17
4 we 79 - 4 24
15.'
we 80 - 3 10
".
I: we 81 - <2 18
we 82 - 2 16
(8 we 83 - 5 14 ...'
9 we 84 - 23 2
110 we 85 - <2 <2
"1we 86 - 6 29
'.
·12 we 87 - ,2 57 ·
·(13 ·we 88 - 4 34
.'14 we 89 - 8 64 ·
115)
we 90 - 6 35
f6 we 91 - <2 40,
we 92 <2 25"
17 - ••••
118 we 93 - <2 14
we 94 - <2 2419 •r20 we 95 - <2 19 •.,
I-21we 96 - 2 26
we 97 •••22 - <2 5
.(23we 98 - <2 12 I;
24 we 99 - <2 12 ..
125
.
we 100 ',-- 3 5
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SAMPLENo.
we 102
we 103
we 104
we 105
we 106
we 107
we 108
we 109
we 110
we 111
we 112
we 113
we 114
we 115
we 116
we 117
we 118
we 119
we 120
we 121
we 122
we 123
we 124
Ni(R)
REPORT No REPORT DATE CLIENT ORDER No
I 112795.60.113831
19/12/951 SAMPLES 3/11/1 15
Sb As
GI140 GI140
<2 13
<2 12
<2 23
(.2 16
<2 11
<2 10
<2 15
<2 16
<2 16
5 10
<2 9
<2 25
<2 10
<2 23
<2 17
<2 15
<2 12
<2 8
<2 14
,2 22
<2 9
<2 11
<2 16
<2 18
il
PAGE
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Analabs Ply. Ltd.'0A.C.N. 004 59\ 664~
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376044·CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPORT No
•
, '/,.-",-
1112795.60.11383 I 19/12/951 SAMPLES 3/11/116 OF 20'I :: .... '. SAMPLE I·,'i I .... .... Ni(R) Sb
,As. No.. , ;
lri~~b'..
•• GAI04 GI140 GI1401/
I;. .' '. .\I;1 we 126 - <2 10
II"
2 we 127 - <2 7 I,
J: we 128 - <2 15 I,I
we 129 - <2 11 Itl5 we 130 - 3 12 1./
Ii6 we 131 - <2 18 I.
I we 132Ii
7 - 4 <2 ItJ:
we 133 - <2 <2 .~
we 134 - 3 <2 \
l10 we· 135 - <2 2;
11 we 136 - <2 <2"r12 we 137 - <2 10 ;
·t 13we 138 - 4 8
i14 we 139 - ,2 14 ffi
;
l15 we 140 - <2 12.:
16 we 141 - <2 16
[ 17
,
we 142 - <2 11 .,.
f6 we 143 - \2 6
i19 we 144 - <2 8
~ 20we 145 - ,2 4
we 146 - <2 1321
l[ 22"we 147 - 6 3 Ir;'.
.'. 23 we 148 - <2 13 f
rt 24
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we 149 - <2 10 !r
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•PAGECLIENT ORDER NoREPQRTDATE
ANALYTICAL DATAREPORT No,,-,
/ I 112795.60.11383 119/12/951 SAMPLES 3111/1 17 OF 20 ISAMPLE .
'" ."... No. Ni.( R) Sb As
".•'.,-;:; .... ; .. C;; IMETHOD GAI04 GIl40 GIl40
1 we 151 - <2 13
2 we 152 - <2 10 I3 we 153 - <2 8 Iwe 154 - 4 194
WI..: i55 {".4. ".,' I--5
we 156 - b c;6
we 157 - ,~2 21 I7
8 we 158 - (..L 12
Iwe 159 - <2 199
10 we 160 - <2 8 I. 11 we 161 - <2 16
12 we 162 - <2 24 I13 we 163 - (2 27
I14 we 164 - <2 32
15 we 165 - (2 25 I16 we 166 - <2 37
17 we 167 - (2 25 I18 we 168 - <2 20
I19 we 169 - <2 30
20 we 170 - (2 38 I21 we 171 - (2 27
22 we 172 - <2 30 I23 we 173 - (2 26
I24 we 174 - 4 35 ,,x
25 we 175 - <2 21
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A.C.N. 004 59\ 664.',
AUTHORISEDOFFICER
REPORT DATE CLIENT ORDER No.
119/12/951 SAMPLES 31111118
ANALYTICAL DATAREPORT No.
<2 14
<2 14
<2 11
<2 20
2 23
<2 22
<2 15
<2 22
<2 22
<2 12
<2 21
3 20
<2 22
<2 9
9 14
<.2 23
<2 8
<2 13
5 20
6 21
6 12
<.2 9
<2 2
<2 2
<2 19
Sb As
I 112795.60.11383
61140 61140
I····.· ,SAMPLE !'lilR).... ;,. No.
1E"(~O[) "
.. '.:.-....,.' ". ;.;,' 6~104
1 we 176
[2 we 177
I: we 178
we 179
15 we 180
we 1816
[7 we 182
tB we 183
9 we 184
110we 185
we 18611
(12 we 187
f3 we 188
14 we 189
l15 we 190
we 19116
[ 17 we 192
fBwe 193
19 we 194
ro we 195
we 19621
[ 22 we 197
t::we 198
we 199
~.::>..;~110' .~..,- 8nT1
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376047 '.PAGEREPORT No REPORT DATE . CLIENT ORDER No
I 112795.60.11383 119/12/951 SAMPLES 3/11/119
Sb As
GI140 GI140
5 9
11 13
<2 21
6 33
<2 64
<2 37
<2 30
<2 41
<2 56
<2 18
<2 19
6 22
<2 27
3 39
<2 30
<2 25
<2 37
<2 42
<2 30
<2 23
<2 31
<2 15
5 15
<2 21
~~~:-'~A~-N-A-L:-Y~T-IC---A-L-'-DATA, ': ' SAMPLEO PREFIX '
AUTHORISEDOFFICER
376048
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Analabs Ply. Lt~.::A.C.N. 004 59\ 6114
ANALYTICAL DATA
I.
SAMPLE PREFIX REPORT No. REPORT DATE CLIENT ORDER No. PAGE
I I 19/12/ 95 1 3/11/1112795.60.11383 SAMPLES 20 OF 20
I . I, SAMPLE Ni(Rl Sb As.
No. : .
IMETHOD GAI04 GI140 GI140
1 WC 226 - <2 8
I 2 WC 227 - 2 11
WC 228 <2 (23 -
I 4 WC 229 - <2 24
5 WC 230 - 8 5
I 6 WC 231 - <2 10
I 7 WC 232 - <2 16
WC 233 - 4 138
I 9 WC 234 - <2 6
I10
11•
I 12
13
I<
14.
15
I 16
I 17
18
I 19
20
I 21
I22
23
I 24 DETECTION 25 2 2
.'. 25 UNITS ppm ppm ppm
1.~'J,~ib~~~·'·W$" !fI:,;i4~';\:;,.' <:~;:~i, . .-•~. "'riJt~iO 'lr18Cli' ~'2~'~~';' ,',,<", AUTHORISED .."..,...•••••••••"">' :';.' ".. .. ,:, '~".',:::t~, :,~;z;;,.;J:i;l ,,'i:' ~.,..~r1i:::;;,;>'}~·<"··i· .., '. j .," OFFICER
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376049
THIS REPORT MUST BE READ IN CONJUNCTION WITH THE ACCOMPANYING ANALYTICAL DATAORDER No.
honE {004 i 316837
II INVOICE TO:
14 Thirkell St, CQOEE lAS 7320
ANALYTICAL REPORT No. L- ---.J
, .1 'j
PROJECT
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No, OF PAGES DATE No,OF RESULTS REPORTED OF COPIES
TOTAL No,OF SAMPLES
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SAMPLE NUMBERS SAMPLE DESCRIPTION ELEMENT/METHOD
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RESULTS
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PAGE
Analabs Ply. Ltd;.A.C.N. 004 591664·
-.......><.376050 ..
CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX
Results'!n ppm unlel$othetYM&~fied ' 'j IS i:: InsuffICIent Sample- .. elerJ:\ent not delennlned " ' ,~ SNR =$8","p~~~otreceive;d
I112795.60.11389 24/1119517.11.95 SAMPLI 1 OF 2
SAMPLE Au Au(R) Au(S) Cu Zn Cr- Ni Sb AsNo.
METHOD GG313 GG313 GG313 G1140 81140 G1140 81140 GI140 GI140
1 WC 235 <0.005 - - 10 50 1720 527 <2 <2
2 we 236 <0.005 - - 8 48 1890 538 6 5
3 we 237 <0.005 - - 43 70 2750 529 (2 9
4 we 238 0.044 0.037 - 24 58 2350 690 <2 28
5 we 239 <0.005 - - 21 53 1790 824 <2 10
6 we 240 <0.005 - - 18 55 1490 839 4 19
7 we 241 <0.005 - - 16 51 1030 877 <2 24
8 we 242 (0.005 - - 18 64 2280 843 (2 11
9 we 243 (0.005 - - 29 57 2500 602 (~ 18.L
10 we 244 (0.005 - - 58 51 2020 600 <2 16
11 we 245 <0.005 - - 54 68 2820 535 <2 21
12 we 246 <0.005 0.005 - 18 82 3230 493 <2 20
13 we 247 (0.005 - - 24 73 2590 481 (2 22
14 we 248 <0.005 - - 36 99 2590 469 .? 8,~
15 we 249 <0.005 - - 29 85 3390 466 <2 19
16 we 250 (0.005 - - 48 96 1860 497 <2 20
17 we 251 <0.005 - - 73 85 1680 434 "? 22,-
18 we 252 <0.005 - - 63 74 3800 250 <2 38
19 we 253 0.007 - - 31 59 5680 272 <2 41
20 we 254 0.011 - 0.010 28 47 4930 284 <2 39
21 we 255 <0.005 - - 100 62 6350 319 <2 112
22 we 256 <0.005 <0.005 - 62 55 6010 250 <2 73
23 we 257 <0.005 - <0.005 41 45 2970 243 <2 40
24 we 258 <0.005 - - 56 75 1470 545 <2 15
25 we 259 0.006 - - 25 59 4570 170 <2 12 i. ;""
•
SAMPLE PREFIX
ANALYTICAL DATA
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Analabs Ply. Ltd.'?cA.C.N. 004 591 664 '
I16'An_alabs. /'
I REPORT No REPORT DATE CLIENT ORDER No
376051PAGE
-:=~nt not determined,<.... ;,'.:,,,>.,,:-, /. <>:'·i·.'(
I1112795.60.11389 124111/9517.11.95 SAMPL! 2 OF 2
SAMPLE Au AulRl Au(S) Cu Zn Cr Ni Sb AsNo. , I, .
IMETHOD GG313' GG313 GG313 G1140 G1140 G1140 G1140 G1140 GI140I
0.005 25 44 2750 168 <2 251 WC 260 - -
I 2 WC 261 0.006 - - 22 45 2900 188 3 16
I3
4
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6
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I8
9
I 10
11
I 12
13 II 14
I15 '
16
I 17\
18
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I 22
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I 24 DETECTION 0.005 0.005 0.005 2 2 2 ~ 2 2"25 UNITS ppm ppm ppm ppm ppm ppm ppm ppm ppm
I Resul1s In ppm unless "lt1.;"IS.~"",,lied , ";,; IS '. Inauflicl.nli~a Ie ",/:yt#0
•
IIIIIIIIIIIIIIIIIIII
•
Appendix 2:
Chip Sample Results
376052
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---------------------SEDIMENTARY HOLDINGS N.L. SAMPLE LOG SHEeT
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---------------------
I
376059
RESULTS REQUIRED
Analabs Ply. Ltd. :;\:,A.C.N. 004 591664 '.~
DATE RECEIVED
:J. :I ::'"77 :'.i •• 60 .. :1. :J. :",:y)
__.,_._:,_;I_.lI_'·II_"_D_H_:O_l- 1 ;~
TOTAL No.OF SAMPLES
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ANALYTICAL REPORT No. L- ----'
l~;e(:I:j.(llel·l·tl··Y 1··I(J].(1j.l·lg!~; ~II...(It h r::'lDo I"
4:J.:J. l~o:J.l:J.ns St"eetMEEBOURNE V:J.C 3000
:J.7/0:J./?}_' :1_._
THIS REPORT MUST BE READ IN CONJUNCTION WITH THE ACCOMPANYING ANALYTICAL DATAORDER No. PROJECT
DATE No.REPORTED OF COPIES
II 'I I
INo. OF PAGESOF RESULTS
I INVOICE TO:
16An~;;;***************II Phone (0041 316837L--_-'
I
SAMPLE NUMBERS SAMPLE DESCRIPTION ELEMENT/METHOD
IWR 1-98 Ag,8i,Co,Fe,"o,P,Pb,V/SJI42
II
RESULTS
TO
RESULTS
TO
I RESULTS
TO
IIIIII
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.
REMARKS
ANALYTICAL DATAREPORT No
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SAMPLE PREFIX AEPORTDATE
•, '",' """Analabs Ply. L!!li,~.
A.C.N. 004 591 664 •--------- - -_---_,<_t-~~-
CLIENT ORDER No
1
112795.60.11530 17/011961 T SUMMONS1
1 OF 4 •/
.''''' SAMPLE Bi Fe P PbNo. Ag Co Mo V ".
'. MErH()D G1142 G1142 G1142 G1142 G1142 G1142 G1142 G1142 •1 WR 1 0.5 <10 2 8.92 <2 100 33 15
2 WR 2 <0.2 <10 <2 0.44 <2 <50 177 <5 •3 WR 3 <0.2 <10 5 12.30 <2 100 26 6 •3 274 WR 4 0.3 <10 <2 2.11 100 10
5 WR 5 <0.2 <10 7 2.39 <2 <50 <5 18 •6 WR 6 <0.2 <10 10 2.49 <2 <50 <5 7
7 WR 7 <0.2 <10 37 7.22 <2 300 <5 42 •8 WR 8 <0.2 <10 37 4.34 2 1200 6 78 •9 WR 9 <0.2 <10 44 12.30 <2 200 <5 40
10 WR 10 <0.2 <10 34 6.53 <2 1200 9 157 •11 WR 11 0.2 <10 34 4.90 <2 150 <5 9
12 WR 12 0.2 <10 20 3.56 <2 100 <5 12 •13 WR 13 <0.2 <10 29 4.84 <2 250 <5 33
I14 WR 14 <0.2 <10 43 4.82 3 350 26 53
15 WR 15 1.5 <10 60 29.30 <2 200 <5 33 •16 WR 16 <0.2 <10 45 3.98 <2 <50 <5 <5
17 WR 17 0.2 <10 3 1.33 3 <50 7 12 ;118 WR 18 0.8 <10 <2 0.33 4 <50 6 12 t>
'I19 WR 19 1.0 <10 <2 5.10 4 100 15 29
'"~:.20 WR 20 0.9 <10 <2 2.11 2 50 10 19 \.
WR 21 0.8 12 6 2.93 4 <50 11 621i
22 WR 22 0.4 <10 23 4.01 <2 <50 51 15 I23 WR 23 <0.2 <10 <2 0.34 <2 <50 <5 <5 i(.
WR 24 <0.2 <10 <2 0.42 <2 <50 <5 <524
f.;;;.1 25 WR 25 <0.2 <10 <2 0.13 <2 <50 10 <5;<?
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ANALYTICAL DATA
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SAMPLE PREFIX AEPORTNo REPORT DATE CLIENT ORDER No
376061PAGE
I
I I 112795.60.11530 I 17/01/96 1 T SUMMONS I 2 OF 4
SAMPLENo. Ag Bi Co Fe Mo P Pb V
(ETHOb GI142 GI142 GI142 GI142 GI142 GI142 GI142 GI142
I1 WR 26 <0.2 <10 <2 0.42 <2 <50 12 <5
2 WR 27 1.2 <10 <2 0.41 3 <50 <5 11
I 3 WR 28 <0.2 <10 33 4.78 <2 1300 <5 103
4 WR 29 3.87<0.2 <10 18 <2 50 <5 8
[5 WR 30 0.8 <10 5 0.69 3 <50 7 8
I6 WR 31 <0.2 <10 <2 0.41 <2 <50 <5 6
7 WR 32 <0.2 <10 <2 0.32 <2 <50 <5 <5
(8 WR 33 <0.2 <10 <2 0.13 <2 <50 <5 <5
9 WR 34 <0.2 <10 <2 0.50 <2 <50 <5 <5
(10 WR 35 <0.2 <10 <2 5.73 <2 50 9 14
11 WR 36 <0.2 <10 <2 1.06 2 <50 154 20
112 WR 37 0.4 <10 <2 1.02 <2 <50 124 7
r3 WR 38 0.6 <10 <2 0.07 2 100 5 6
WR 39 0.7 <2 0.07 2 <514 <10 50 6
[15 WR 40 0.3 <10 <2 0.08 3 <50 <5 6
16 WR 41 <0.2 <10 3 1.05 <2 <50 <5 <5
r17 WR 42 <0.2 <10 7 1.17 <2 <50 27 241
f8 WR 43 <0.2 <10 <2 0.18 <2 <50 <5 <5
19 WR 44 <0.2 <10 <2 0.27 <2 <50 <5 <5
120 WR 45 <0.2 <10 <2 0.33 <2 <50 <5 <5
21 WR 46 <0.2 <10 <2 0.20 <2 <50 <5 <5
[22 WR 47 <0.2 <10 <2 0.27 <2 <50 <5 <5
123 WR 48 <0.2 <10 <2 0.32 <2 <50 <5 <5
24 WR 49 0.2 <10 <2 0.45 <2 <50 <5 <5
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CLIENT ORDER No PAGEREPORT DATE
ANALYTICAL DATAREPORT No
1 112795.60.11530 I 17/01/961 T SUMMONS 1 3 OF 4
SAMPLE Ag Bi Co Fe Mo P Pb VNo.
METHOD .. ' 61142 61142 61142 61142 61142 61142 61142 61142
1 WR 51 <0.2 <10 <2 0.43 <2 <50 <5 <5
2 WR 52 <0.2 <10 <2 0.24 <2 <50 9 <5
3 WR 53 <0.2 <10 <2 0.39 <2 <50 <5 <5
4 WR 54 <0.2 <10 <2 0.45 <2 <50 <5 <5
5 WR 55 <0.2 <10 <2 0.23 <2 <50 <5 <5
6 WR 56 <0.2 <10 <2 0.39 2 <50 <5 <5
7 WR 57 <0.2 <10 <2 0.46 <2 <50 <5 <5
8 WR 58 <0.2 <10 <2 0.38 <2 <50 <5 <5
9 WR 59 <0.2 <10 <2 0.34 <2 <50 <5 <5
10 WR 60 <0.2 <10 <2 0.40 <2 <50 <5 <5
11 WR 61 0.2 <10 <2 0.80 2 <50 7 <5
12 WR 62 <0.2 <10 <2 0.73 <2 <50 <5 <5
13 WR 63 1.6 <10 3 0.99 <2 100 37 <5
14 WR 64 1.2 <10 6 1.21 <2 <50 24 <5
15 WR 65 4.4 <10 12 8.31 11 <50 962 15
16 WR 66 <0.2 <10 <2 1.90 <2 <50 19 <5
17 WR 67 <0.2 <10 <2 1.15 <2 <50 8 <5
18 WR 68 <0.2 <10 27 9.72 <2 300 <5 79
19 WR 69 0.2 <10 35 4.55 <2 300 10 32
20 WR 70 <0.2 <10 <2 0.94 <2 <50 <5 7
21 WR 71 <0.2 <10 96 4.45 <2 200 <5 36
22 WR 72 <0.2 <10 <2 1.08 2 <50 <5 <5
23 WR 73 <0.2 <10 <2 0.79 <2 <50 <5 8
24 WR 74 <0.2 <10 <2 0.20 <2 <50 <5 <5
25 WR 75 <0.2 <10 <2 0.33 <2 <50 <5 <5 ·'R_~~~fj~f~Y<·j·'·~··~;efl;I.ljil;&; ~ii
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376063CLIENT ORDER NoREPORT DATE
ANALYTICAL DATAREPORTN
I
. o. PAGE
I 1112795.60.11530
1 17/01/961 T SUMMONS I 4 OF 4 ;,
,SAMPLE
. ',' No. Ag Bi Co Fe Mo P Pb V .IMETHOD
I" "61142 61142
",
"
61142 61142 61142 61142 61142 61142
I1 WR 76 <0.2 <10 <2 0.49 <2 <50 <5 <5 I
2 WR 77 <0.2 <10 <2 0.30 <2 <50 7 57
I 3 WR 78 0.2 <10 <2 0.31 <2 <50 <5 <5
4 WR 79 <0.2 <10 <2 0.18 <2 <50 <5 <5 II 5 WR 80 <0.2 <10 <2 0.29 4 50 105 8
I6 WR 81 0.2 <10 10 0.21 <2 <50 28 6 I'7 WR 82 0.3 <10 <2 0.49 <2 <50 <5 <5 I;
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I 8 WR 83 <0.2 <10 <2 0.36 <2 <50 <5 <5
9 WR 84 <0.2 <10 <2 0.40 <2 <50 <5 <5 II 10 WR 85 <0.2 <10 <2 0.33 <2 <50 22 69
I
I11 WR 86 <0.2 <10 <2 0.34 <2 <50 12 52 I:
12 WR 87 <0.2 <10 <2 0.22 <2 <50 5 56
I 13 WR 88 <0.2 <10 <2 0.50 2 <50 7 6
14 WR 89 <0.2 <10 <2 1.05 7 <50 11 <5 ",
I 15 WR 90 <0.2 <10 <2 0.46 3 <50 14 75
I16 WR 91 <0.2 <10 75 5.26 <2 100 8 18
'.17 WR 92 <0.2 <10 51 4.38 <2 150 7 29
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I 18 WR 93 <0.2 <10 19 2.07 <2 150 <5 11 :
19 WR 94 <0.2 <10 39 6.28 <2 <50 <5 13
I 20 WR 95 <0.2 <10 49 6.15 <2 <50 <5 25 I'21 WR 96 <0.2 <10 4 1.35 4 <50 299 145 I
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~22 WR 97 <0.2 <10 <2 0.39 <2 <50 <5 <5 ,
I 23 WR 98 <0.2 <10 <2 0.33 <2 <50 14 <5~
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24 DETECTION 0.2 10 2 0.01 2 50 5 5:;.l(I ,25 , UNITS ppm ppm!
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TOTAL No.OF SAMPLES
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ANALYTICAL REPORT No. L- --'
THIS REPORT MUST BE READ IN CONJUNCTION WITH THE ACCOMPANYING ANALYTICAL DATAORDER No. PROJECT
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SAMPLE NUMBERS SAMPLE DESCRIPTION ELEMENT/METHOD
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37606511CLIENT ORDER No PAGE "(;~!';REPORT DATE
ANALYTICAL DATAREPORT NoSAMPLE PREFIX , ),'
1112795.60.11360 114/11/95 I K MORR 1SON I 1 OF 4 ISAMPLE
No, Au Au(Rl Au(S) As C... Cu Ni Sb Zn
METHOD GG313 GG313 GG313 GI140 GI140 GI140 G1140 G1140 G1140 I1 WR 1 0.055 0.047 - 120 3 <2 9 <2 56
2 WR 2 0.030 0.030 - 9 4 5 9 3 253 I3 WR 3 <0.005 - - 38 3 4 36 <2 176 I4 WR 4 0.028 - - 24 <2 3 8 <2 41
5 WR 5 0.049 - - 35 6 <2 27 <2 132 I6 WR 6 <0.005 - - 8 2230 <2 131 <2 29
7 WR 7 <0.005 - - <2 1520 6 497 <2 42 I8 WR 8 <0.005 - - <2 150 44 198 <2 59 I9 WR 9 <0.005 - - 19 1120 6 511 <2 30
10 WR 10 <0.005 - - 15 93 178 146 8 51 I11 WR 11 <0.005 - - 11 1780 8 476 <2 36
12 WR 12 <0.005 <0.005 - 12 1170 <2 199 <2 20 I13 WR 13 <0.005 - - 19 2140 3 331 7 40
I"14 WR 14 <0.005 5 347 53 506 <2 74- -
15 WR 15 <0.005 - 0.010 25 1990 34 455 <2 39 I16 WR 16 <0.005 - - 16 2020 5 310 <2 24
17 WR 17 <0.005 - - <2 23 15 18 <2 57 I18 WR 18 <0.005 - - <2 9 14 9 <2 34
I19 WR 19 0.068 0.074 - 14 <2 7 10 <2 31
20 WR 20 0.010 - - 16 4 3 9 <2 <2 I21 WR 21 <0.005 - - 8 <2 16 21 <2 5
22 WR 22 <0.005 <0.005 - 38 15 3 132 <2 108 I23 WR 23 <0.005 - - 3 7 4 3 <2 <2
I24 WR 24 <0.005 - - <2 5 6 3 <2 3, I
25 WR 25 <0.005 - - <2 4 3 <2 <2 <2
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SAMPLE PREFIX REPORT No REPORT DATE CLIENT ORDER No PAGE
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[ 1112795.60.11360 114/11/95 [ K MORRISON-------,------.-------.------'--,---.-------'-r------.--'----r------,-----'----.-------I
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SAMPLENo, Au Au(R)
88313 88313
Au(S)
88313
As Cr
81140 81140
Cu
81140
Ni
81140
Sb
81140
Zn ,
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WR 26
WR 27
<0.005 -
<0.005 -
10 8
41 <2
3
9
3
13
<2
<2
5
7
WR 28
WR 29
WR 30
<0.005 -
<0.005 -
<0.005 -
9 143
8 2080
10 <2
46
<2
13
156
186
13
<2
<2
<2
49
31
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WR 31
WR 32
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<2 12
<2 7
4
<2
3
<2
3
3
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WR 33 <0.005 - 5 9 <2 <2 4 <2
9 WR 34 0.010 - 5 75 3 12 <2 3
WR 35 0.056 - 43 4 <2 8 49
L 11
I 12
WR 36
WR 37
0.179 -
0.011 0.008
0.192 151 800
53 8
11
5
349
5
5
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7
13
WR 38 <0.005 - <2 <2 12 <2 <2 <2
14 WR 39 <0.005 - 6 <2 13 <2 <2 <2
WR 40 <0.005 - <2 <2 16 <2 <2 <2
L 16
I 17
WR 41
WR 42
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<0.005 -
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12 749
4
14
2
219
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4
28
~ 18
I 19
WR 43
WR 44
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0.115 0.085
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<2 4
<2
3
<2
<2
<2
<2
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t21 WR46 <0.005 - - 3 3 2 <2 <2 <2,
22 WR 47 <0.005 <0.005 - <2 5 <2 <2 <2 <2 'I ----+------+---+---+---+----+----+----I-------j-----+----llr '
J_23_+-W_R__4_8__+-<_0_._0_0_5+ --+ -+-__<_2+ 7+- 2+__<_2-+ <_2+-__<_2-j\
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1112795.60.11360 114/11/95 1 K I OFMORRISON 3 4 •SAMPLEZn :No. Au Au(R) Au(S) As Cr Cu Ni Sb
METHOD GG313 GG313 GG313 GJ140 GI140 GI140 GI140 GI140 GI140'•1 WR 51 <0.005 - - 3 5 <2 <2 <2 <2
2 WR 52 <0.005 - - <2 5 5 <2 <2 29 •3 WR 53 <0.005 - - <2 3 2 <2 <2 14 •4 WR 54 <0.005 - - <2 10 3 <2 <2 7
5 WR 55 <0.005 - - <2 13 2 <2 (2 7 •6 WR 56 (0.005 - - <2 18 2 (2 (2 (2
7 WR 57 <0.005 - - 7 7 (2 (2 (2 4 •8 WR 58 (0.005 - 0.007 (2 5 5 <2 (2 (2
9 WR 59 (0.005 - - <2 9 5 (2 (2 15 •10 WR 60 <0.005 - - <2 5 4 <2 <2 4 •11 WR 61 (0.005 - - 36 11 4 <2 (2 3
12 WR 62 (0.005 - - 19 15 3 3 <2 5 •13 WR 63 0.096 - - 23 16 6 32 <2 46
14 WR 64 0.139 - - 21 32 7 79 <2 109 •15 WR 65 1.640 - - 912 22 133 238 (2 159 •16 WR 66 0.014 - - 12 7 5 9 <2 32
17 WR 67 0.019 - - 7 4 2 4 (2 22 •18 WR 68 <0.005 - 0.006 29 356 25 256 (2 49
19 WR 69 (0.005 - - 6 256 33 346 <2 62 '.20 WR 70 (0.005 - - 35 21 5 5 <2 5 ;.21 WR 71 0.015 - - 85 1560 4 1160 <2 48 ~,22 WR 72 (0.005 (0.005 - 38 19 4 8 <2 7 1.23 WR 73 <0.005 - - 19 52 (2 3 <2 3
,.24 WR 74 (0.005 - - <2 4 4 <2 (2 16
25 WR 75 (0.005 - - <2 3 6 <2 'WResuhs Inppm~o~-~ IS "_b16iJffk:I.ntSB~- _ "-• AUTHORISED
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376068SAMPLE PREFIX REPORT No REPORT DATE CLIENT ORDER No PAGE
•
I I 112795.60.11360 I 14/11/95 I K MORRISON I 4 OF 4
SAMPLEAu
INo. Au(R) Au(S) As C.. Cu Ni Sb Zn
METHOD 88313 88313 88313 81140 81140 81140 81140 81140 81140
I1 WR 76 <0.005 - - <2 6 4 <2 <2 <2
2 WR 77 <0.005 378- - 6 <2 11 <2 38
I 3 WR 78 0.077 0.118 - <2 4 3 <2 <2 4
4 WR 79 <0.005 <0.005 - <2 8 2 <2 <2 11
I 5 WR 80 0.075 - - 42 313 6 297 <2 3
I6 WR 81 0.013 - 0.015 27 21 (2 54 <2 2
7 WR 82 0.011 - - <2 20 4 2 <2 <2
I 8 WR 83 0.006 - - <2 18 2 <2 <2 10
9 WR 84 <0.005 - - <2 6 3 <2 <2 3
I 10 WR 85 0.347 - - 9 225 <2 9 <2 20
I11 WR 86 0.074 - - 37 411 4 8 <2 31
12 WR 87 <0.005 - - 4 257 4 9 <2 23
I 13 WR 88 0.012 - - 24 16 6 <2 <2 4
14 WR 89 0.020 - - 134 27 6 4 <2 8
I 15 WR 90 0.050 - - 5 285 2 19 <2 23
I16 WR 91 0.028 - - 154 1230 33 691 <2 98
17 WR 92 0.007 - - 73 601 36 412 <2 115
I 18 WR 93 <0.005 - - 19 327 9 393 <2 21
19 WR 94 0.006 - - 2 1690 23 1190 <2 47
I 20 WR 95 0.007 - - 13 1910 13 1100 4 44
I21 WR 96 1.810 1 .630 - 363 1640 14 227 5 19
22 WR 97 0.069 0.071 - 13 63 <2 8 <2 <2t
I,
23 WR 98 0.027 - - 5 19 <2 7 <2 <2 ~J
24 DETECTION 0.005 0.005 0.005 2 2 2 2 2 2 ~
I 25 UNITSj
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WELD RIVER TRIAL LINE 11000N 10080-10700EWELD RIVER TRIAL LINE 10900N 10080-10700EWELD RIVER TRIAL LINE 10800N 10080-10700EWELD RIVER TRIAL LINE 10700N 10080-10700EWELD RIVER TRIAL LINE 10600N 10080-10700EWELD RIVER TRIAL LINE 10500N 10080-10700EWELD RIVER TRIAL LINE 10400N 10080-10700E
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L~(jWPJ{tySIC5Registered office:
3 MALUKA STREET, BELLERIVE. TAS. 7018All correspondence to:
GPO BOX 320 C. HOBART. TAS. 7001Telephone: (002) 44 1233Fax: (002) 446674
June 16. 1996.
Mr T.G. Summons,Exploration Manager,Sedimentary Holdings Ltd.,1st Floor, 411 Collins Street,Melbourne. Vic. 3000
Dear Tim,
Some screen dumps for the Weld River.These will give you some idea of the possible options and limitationsas discussed in our 'breakfast' conversation this morning.
I have selected representative models from my run at line 10700. Ichose this line for detailed comparative study because it was typicalof everthing north of 10500 but generally simpler and less spiky.
All solutions require gross packages dipping steeply west (about 60degrees) to account for the primary anomaly and its asymmetry. Thefine details depend on the actual contents and locally altered(higher magnetic contrast) members. All spikes are related to thespecial members.
Model D provides a basic solution which explains just abouteverything. The dotted units are all very magnetic (0.017 cgs or 0.19SI) and have to be poor Ultramafics or very magnetite enriched. Agood healthy skarn will do. These sources ar~ not simply alteredmafics or ordinary mafics.This model would suggest a fault mid-section. It is not possible toinsert comparable units in a stack or continue the eastern body underthe western set.The model indicates the scale of any fault IF we assume thatmagnetisations are maintained across the units/area.
Model E shows the effect of removing everything to the east. This isjust not on. Besides lines 10600 and 10900 are clear - there issomething quite magnetic out there.The model suggests an extra unit to account for the feature just eastof centre.
Model F shows that dolerite (Jurassic) can, at a pinch. resolve theeastern problem IF you will allow up to 100 m of it at the highestreasonable contrast for basal dolerite. This is a just can solution Ithink to be a stretch. It is clear though that dolerite cannotexplain lines 10600 and 10900. It may be a part of the solution - itsimply cannot be the entire solution.
Model G shows how much simpler the eastern fit is with a lower unitwith the same dip as the rest of the suite. In this case the dolerite
IIIIIIIIIIIIIIIIIIII
•
376081
contrast has been halved (and is now comfortably realistic) and themagnetic unit is also about half of the western groups.It is possible to juggle contrast and depth for this body and stillfit adequately (compare Dj.
A more important element, however, may be the little dip just east ofcentre. This may be jelated to the edge of the dolerite or a breakagein the lower magnetic unit.The version of G showing the components illustrates why it isunlikely that any cotinuous body is likely - it simply lifts too muchof the profile without generating the sharpness needed at the easternend. It also shows why the dolerite can never explain line 10600.
1 have terminated the lower unit below the dolerite to allow you toinsert some basal Permian but clearly the amount of Permian anddolerite is something of an adjustable feast.
Model H shows my preferred solution for this line; with the lowerbody truncated. If one varies the amount of dolerite cover, and theshallowness of the top of the eastern source it is possible to getthe effects seen on all other lines.
It should also be noted that all western sources come to within about10 m of surface and some have to be right at surface (1-2 m). Anexample of this is the small spiky feature at 120 m along the line.Its sharpness can only be generated if the top of the body is lessthan 2 m deep.
I have also included a crude version of the residual gravity fieldinterpretation I made for the Chamber of Mines in 1990. I have markedthe general location of your prospect. This lies immediately east ofthe crest of the north-eastern pluton of the Port Davey Batholith.This looks like it might be a late true granite (possibly tinbearing). Certainly the marginal gradient for this body passesdirectly under the Weld River area. Conclusion: it is very close, andwell within the station sampling. The coverage is not good enough tobe more specific.
I hope these comments are of use.
Regards,
C~JDr. D.E. Leaman
---------------------2D MAGNETICS MODEL
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IIIIIIIIIIIIIIIIIIII
•
IIIIIIIIIIIIIIIIIIIII
Appendix 4:
Drill Hole Sample Reports
376089
0OJ0e.c~
Drill Hole Sample ReportM
Drill Hole Number DCol/or.North DCol/or.Eost DCol/or.Level Depth Azimuth Dip
FRC-9 5233483.3 478115.8 118.9 102 90 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType LabIT 28 0.14 110 280 640 840 4150 2.5 0.5 Cg AMDEL
28 29 0.02 71 160 230 200 2150 2.5 0.5 SkSq AMDEL
29 30 0.005 76 150 260 135 2800 2.5 0.5 SkSq AMDEL
30 31 0.005 31 85 135 115 1350 2.5 0.5 CwDo AMDEL
31 32 0.005 55 145 250 190 2550 2,5 0,5 Do AMDEL
32 33 0,005 56 120 220 105 2400 2,5 0,5 Do AMDEL
33 34 0,005 56 140 185 78 1950 2,5 0,5 Do AMDEL
34 35 0,005 61 200 370 39 2200 2,5 0.5 Do AMDEL
35 36 0.005 42 180 230 61 1100 2,5 0.5 CwDo AMDEL
36 37 0.04 26 91 400 42 2000 2,5 0.5 CwDo AMDEL
37 36 0.13 20 70 580 41 1950 2,5 1 CwDo AMDEL
38 39 0.26 35 81 680 22 500 2,5 9 Sq AMDEL
39 40 0.2 45 135 180 34 330 2.5 21 Sq AMDEL
40 41 0.52 0.77 18 36 1000 18 450 2,5 4 Sq AMDEL
41 42 0.33 28 56 2000 21 470 2.5 6 Sq AMDEL
42 43 0.94 0,9 21 73 3100 54 860 2,5 4 Sq AMDEL
43 44 0.5 0.5 10 65 2400 70 340 2,5 7 Sq AMDEL
44 45 0.29 11 30 1000 69 250 5 7 Mb AMDEL
45 46 0.09 7 20 360 33 170 5 8 Mb AMDEL
48 47 0.1 6 22 1650 58 145 5 9 Mb AMDEL
47 48 0,07 12 24 760 42 210 5 7 Mb AMDEL
48 49 0.03 60 38 310 18 100 2.5 0,5 MbDo AMDEL
49 50 0.02 30 24 135 21 71 2,5 5 Mb AMDEL
50 51 0,04 6 10 155 31 83 5 9 Mb AMDEL
51 52 0.05 5 16 195 35 87 5 8 Mb AMDEL
52 53 0.21 10 42 580 87 165 5 8 Mb AMDEL
53 54 0.15 8 30 400 72 130 5 8 Mb AMDEL
11__1. ",1 ,GO,"" PM' 2 of4
• - - - - - - - - - - - - - - - - - - - --
- - - - - - - - - - - - - -..-I~
0 Drill Hole Sample Report~('"
DCol/ar.North DCol/ar.East DCol/ar.Levei Depth Azimuth DipM Drill Hole Number
FRC-9 5233483.3 478115.8 118.9 102 90 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.005 20 8 37 34 15 2.5 3 AMDEL
1 2 0.005 20 8 35 27 4 2.5 2 Mst AMDEL
2 3 0.005 15 6 51 15 5 2.5 2 Mst AMDEL
3 4 0.005 14 8 59 20 4 2.5 2 Mst AMDEL
4 5 0.005 12 4 20 13 7 2.5 1 Mst AMDEL
5 6 0.005 11 4 9 7 4 2.5 2 Mst AMDEL
6 7 0.005 10 12 65 6 7 2.5 0.5 Mst AMDEL
7 8 0.005 35 14 9 24 5 2.5 0.5 CMst AMDEL
8 9 0.005 2B 6 2 15 8 2.5 0.5 CMst AMDEL
9 10 0.09 55 12 6 2B BO 2.5 0.5 CMst AMDEL
10 11 0.02 50 16 2B 3 700 2.5 0.5 CwSq AMDEL
11 12 0.005 35 6 61 4 900 2.5 0.5 CWSq AMDEL
12 13 0.05 42 6 230 165 1850 2.5 0.5 CbSq AMDEL
13 14 0.005 145 8 220 600 1400 2.5 0.5 CbSq AMDEL
14 15 0.005 98 20 125 560 1050 2.5 0.5 CbSq AMDEL
15 16 0.005 81 2B 96 140 940 2.5 0.5 CbSq AMDEL
16 17 0.005 71 36 89 195 960 2.5 0.5 CbSq AMDEL
17 18 0.005 110 66 140 195 1150 2.5 0.5 CbSq AMDEL
16 19 0.005 52 36 100 69 700 2.5 4 Sq AMDEL
19 20 0.Q3 37 40 65 17 370 2.5 Sq AMDEL
20 21 0.05 46 110 170 165 680 2.5 2 Sq AMDEL
21 22 0.11 35 160 100 230 470 2.5 5 Sq AMDEL
22 23 0.1 35 185 66 270 380 2.5 4 Sq AMDEL
23 24 0.13 37 190 110 270 520 2.5 4 Sq AMDEL
24 25 0.08 88 135 360 1550 1300 2.5 3 Cbw AMDEL
25 2B 0.07 72 51 440 2800 1800 2.5 4 Cbw AMDEL
2B 27 0.13 81 150 4BO 2050 2250 2.5 2 Cbw AMDEL
II_-&. .,'" :ron'7 P""e I of4
~
cr.>0<:.0l'- Drill Hole Sample ReportM
Drj[{ Hole Number DCol/or.North DCol/or.East DCol/or.Level Depth Azimuth Dip
FRC-9 5233483.3 478115.8 118.9 102 90 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab81 82 0.11 0.12 21 28 155 82 130 10 11 Mb AMDEL
82 83 0.Q2 59 32 65 49 78 2.5 8 Do AMDEL
83 84 0.1 37 24 125 150 67 10 9 Do AMDEL
84 85 0.04 54 40 89 89 64 5 6 Do AMDEL
85 86 0.04 33 34 47 110 38 10 8 Do AMDEL
86 87 0.005 37 32 51 220 32 5 10 Do AMDEL
87 88 0.005 75 10 50 10 34 2.5 2 Do AMDEL
86 89 0.005 82 8 51 8 39 2.5 2 Do AMDEL
89 90 0.005 83 8 49 5 37 2.5 0.5 Do AMDEL
90 91 0.005 89 10 80 8 34 2.5 2 Do AMDEL
91 92 0.005 85 16 52 4 32 2.5 0.5 Do AMDEL
92 93 0.005 72 42 58 30 54 2.5 3 Do AMDEL
93 94 0.03 42 16 64 35 43 2.5 4 Do AMDEL
94 95 0.02 44 26 89 62 72 2.5 7 Do AMDEL
95 96 0.07 53 62 94 50 105 2.5 6 Sq AMDEL
96 97 0.08 17 38 68 n 44 2.5 9 Sq AMDEL
97 98 0.05 4 4 35 32 19 2.5 8 Mb AMDEL
98 99 0.02 6 12 31 17 80 2.5 8 Mb AMDEL
99 100 0.02 14 26 93 22 200 2.5 6 Mb AMDEL
100 101 0.03 11 16 98 23 120 2.5 7 Mb AMDEL
101 102 0.Q3 16 34 140 38 260 2.5 6 Mb AMDEL
P"". 4 of4---------------------
,
1......1 1......1 1......1 - 1......1 1......1 - - - - -- - - - - - - - -~
O?0e.o
Drill Hole Sample Reportr-M
Drill Hole Number DCol/ar.North Deol/ar.East DCol/ar.Levei Depth Azimuth Dip
FRC-9 5233483.3 478115.8 118.9 102 90 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab54 55 0.03 5 10 135 24 79 5 9 Mb AMDEL
55 56 0.02 3 4 88 21 47 10 9 Mb AMDEL
56 57 0.01 3 1.5 35 20 34 10 9 Mb AMDEL
57 58 0.005 2 1.5 26 15 26 10 9 Mb AMDEL
58 59 0.005 2 1.5 16 16 19 10 9 Mb AMDEL
59 60 0.005 3 12 22 15 21 2.5 4 Mb AMDEL
60 61 0.04 5 8 120 20 74 5 8 Mb AMDEL
81 62 0.005 14 4B 18 19 17 5 7 Mb AMDEL
62 63 0.005 3 1.5 10 13 8 10 9 Mb AMDEL
63 64 0.005 2 1.5 8 12 8 10 9 Mb AMDEL
64 65 0.005 2 1.5 4 8 7 10 9 Mb AMDEL
65 66 0.005 2 1.5 0.5 10 4 10 9 Mb AMDEL
66 67 0.005 3 1.5 33 21 14 10 9 Mb AMDEL
67 66 0.01 2 1.5 2 22 2 10 9 Mb AMDEL
68 69 0.005 2 1.5 4 14 4 10 7 Mb AMDEL
69 70 0.005 1 1.5 0.5 19 1 5 6 Mb AMDEL
70 71 0.005 2 1.5 0.5 8 5 7 Mb AMDEL
71 72 0.005 2 4 0.5 3 2 5 7 Mb AMDEL
72 73 0.005 5 8 64 4 10 5 7 Mb AMDEL
73 74 0.005 2 6 13 6 10 9 Mb AMDEL
74 75 0.005 2 4 6 5 4 10 9 Mb AMDEL
75 76 0.005 2 4 14 7 6 10 9 Mb AMDEL
78 77 0.005 2 4 10 8 9 10 9 Mb AMDEL
77 78 0.005 2 6 7 8 5 10 10 Mb AMDEL
78 79 0.01 20 4 49 13 22 10 10 Mb AMDEL
79 eo 0.005 3 1.5 23 9 14 10 10 Mb AMDEL
eo 81 0.05 5 20 61 40 47 10 9 Mb AMDEL
11_......1. "..1 'DO,", pQf!elo{4
- - - - - - - - - - - - - - - - - - - - -376094
Drill Hole Sample Report
Drill Hole Number DCollar.Nortlz DCollar.East DCol/ar. L(!VeI Depth Azimuth Dip
hllC·1O 5233484.7 478201.2 120.2 70 270 50
From To All AuRl AuR2 Cu Pb Z" As Ni 13i Mo Cr RockTYI!C Lub
0 1 0.005 25 22 170 23 32 2.5 0.5 AMDEL
2 0.005 22 44 63 15 12 2.5 0.5 AMDEL
2 3 0.005 21 26 29 9 17 2.5 0.5 Ms' AMDEL
3 4 0.005 16 16 19 15 10 2.5 0.5 MsI AMDEL
4 5 0.005 17 14 27 14 15 2.5 0.5 MsI AMDEL
5 6 0.005 15 14 56 25 20 2.5 0.5 Ms' AMDEL
6 7 0.005 9 12 13 II 9 2.5 0.5 Ms' AMDEL
7 6 0.005 9 10 6 12 6 2.5 MsI AMDEL
6 9 0.005 10 10 12 12 12 2.5 1 Ms\ AMDEL
9 10 0.005 60 68 61 31 620 2.5 0.5 CoU AMDEL
10 11 0.005 69 ' 20 72 120 1150 2.5 0.5 CoU AMDEL
11 12 0.005 26 6 63 32 920 2.5 0.5 CoU AMDEL
12 13 0.005 73 12 66 33 680 2.5 0.5 CoU AMDEL
13 14 0.005 130 12 110 45 1300 2.5 0.5 CoU AMDEL
14 15 0.005 36 16 165 27 2400 2.5 0.5 CoU AMDEL
15 16 0.02 72 34 220 30 1900 2.5 0.5 CoU AMDEL
16 17 0.17 97 160 440 24 1600 2.5 1 Sq AMDEL
17 16 0.47 20 50 170 24 370 2.5 4 Sq AMDEL
16 19 0.63 22 66 165 70 450 2.5 3 Sq AMDEL
19 20 0.76 o.n 25 n 400 32 700 2.5 4 Sq AMDEL
20 21 0.62 0.9 0.66 16 50 200 55 400 2.5 3 Sq AMDEL
21 22 0.95 0.94 14 50 120 32 195 2.5 5 Sq AMDEL
22 23 1.09 1.26 25 94 450 43 580 2.5 4 Sq AMDEL
23 24 3.17 3.32 43 165 640 105 700 2.5 7 SqSk AMDEL
24 25 0.36 11 30 120 19 140 2.5 4 Sq AMDEL
25 26 0.45 11 20 110 23 120 2.5 5 Sq AMDEL
26 27 0.23 12 26 125 20 145 2.5 5 Sq AMDEL
,.(,. .... L PO rnn.,. Pope 1 of43
376095
Drill Hole Sample Report
Drill Hole Number DCal/ar.Nanh DCal/ar.East DCal/ar.Level Depth Azimuth Dip
FRC-1O 5233484.7 478201.2 120.2 70 270 50
FrO/11 To Au AuRI AuR2 Cu Pb ZII As Ni jJj Mo Cr RoekType Lab27 28 0.43 19 32 155 25 155 2.5 7 Sq AMDEL
28 29 0.4 13 32 125 29 125 2.5 4 Sq AMDEL
29 30 0.31 23 78 190 85 185 2.5 8 Sq AMDEL
30 31 0.62 14 18 135 18 120 2.5 6 Sq AMDEL
31 32 0.37 15 16 200 16 115 2.5 5 Sq AMDEL
32 33 0.2 11 18 85 8 76 2.5 4 Sq AMDEL
33 34 0.43 18 20 185 24 180 2.5 6 Sq AMDEL
34 35 1.03 14 34 230 35 230 2.5 5 Sq AMDEL
35 38 1.89 1.95 18 46 320 28 250 2.5 8 Sq AMDEL
38 37 1.13 15 34 180 20 180 2.5 6 Sq AMDEL
37 38 0.86 21 38 230 14 150 2.5 10 Sq AMDEL
38 39 0.56 12 30 200 22 115 2.5 6 Sq AMDEL
39 40 0.64 15 34 200 17 115 5 8 Sq AMDEL
40 41 AMDEL
,41 42 AMDEL
I 42 43 0.39 9 67 800 20 380 2.5 2 Sq AMDEL'--
43 44 0.06 5 10 27 13 16 10 8 Mb AMDEL
44 45 0.02 3 10 14 10 7 10 8 Mb AMDEL
45 46 0.02 3 8 11 8 10 10 8 Mb AMDEL
46 47 0.03 4 14 91 11 43 10 8 Mb AMDEL
47 48 0.04 4 18 130 11 63 10 8 Mb AMDEL
48 49 0.04 5 12 69 8 34 10 8 Mb AMDEL
49 50 0.005 3 6 13 8 7 10 8 Mb AMDEL
50 51 0.005 2 1.5 21 9 10 10 9 Mb AMDEL
51 52 0.005 2 1.5 12 8 6 10 8 Mb AMDEL
52 53 0.005 3 1.5 7 5 3 10 9 Mb AMDEL
53 54 0.005 3 1.5 8 6 3 15 10 Mb AMDEL
'1_.....1.0 rn rlW7 IJape 2 or43
• - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - -376096
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/or.East DCol/ar.Level Depth Azimuth Dip
FRC-IO 5233484.7 478201.2 120.2 70 270 50
From To Au AuRl AuR2 Cu Pb ZII As Ni Bi /lfo Cr Rock Type Lab
54 55 0.005 3 4 20 7 9 10 8 Mb AMDEL
55 56 0.005 3 1.5 14 8 6 10 9 Mb AMDEL
56 57 0.005 2 1.5 13 8 7 10 9 Mb AMDEl
57 58 0.005 2 1.5 10 1I 5 10 8 Mb AMDEl
56 59 0.005 2 1.5 10 8 10 10 8 Mb AMDEL
59 60 0.005 4 1.5 16 10 18 10 9 Mb AMDEL
60 61 0.005 0.005 3 1.5 17 8 8 15 9 Mb AMDEl
61 62 0.005 3 , .5 8 8 5 15 9 Mb AMDEL
62 63 0.005 3 1,5 6 12 2 10 9 Mb AMDEL
63 64 0.005 2 1.5 6 20 3 10 9 Mb AMDEl
64 65 0.005 30 20 22 35 30 10 7 Do AMDEL
65 66 0.005 16 26 18 26 25 10 8 Do AMDEL
66 67 0.005 7 6 9 56 6 15 9 Mb AMDEL
67 68 0.005 25 55 13 48 16 5 7 Mb AMDEL
68 69 0.005 4 1.5 2 32 2 10 8 Mb AMDEL
69 70 0.005 4 1.5 3 15 4 10 8 Mb AMDEL
Puee J of43
376097
Drill Hole Sample Report
Drill Hole Number DCollar.Nonh DCollar.East DCollar.Levei Depth Azimuth Dip
FRC-II 5233534.6 476148.9 116.4 54 90 50
From To Au AuRI AuR2 Cu Pb ZII As Ni Bi Mo Cr Rock Type Lab0 1 0.04 11 12 49 29 115 10 6 AMDEL
1 2 0.005 30 10 105 23 160 5 2 Mst AMDEL
2 3 0.005 22 16 14 12 130 2.5 2 Mst AMDEL
3 4 0.005 24 16 31 12 105 2.5 2 Mst AMDEL
4 5 0.005 115 40 17 250 55 2.5 3 Mst AMDEL
5 6 0.005 66 44 250 660 250 2.5 4 Mst AMDEL
6 7 0.005 200 84 310 3100 560 2.5 6 Msl AMDEL
7 6 0.005 29 26 20 230 77 2.5 3 Sq AMDEL
8 9 0.005 12 66 6 50 47 2.5 3 Sq AMDEL
9 10 0.005 11 115 4 29 100 2.5 2 Sq AMDEL
10 11 0.005 0.005 10 40 5 19 66 2.5 2 Sq AMDEL
11 12 0.07 16 67 5 100 76 2.5 6 Cbw AMDEL
12 13 0.02 12 38 7 23 40 2.5 4 SqCw AMDEL
13 14 0.15 22 12 3 52 20 2.5 15 SqCw AMDEL
14 15 0.08 26 12 3 61 32 2.5 10 CbSq AMDEL
15 16 0.16 26 24 7 94 16 2.5 10 Cwb AMDEL
16 17 0.2 48 74 16 220 40 5 15 Cwb AMDEL
17 18 0.22 65 79 25 260 42 5 21 Cwb AMDEL
18 19 0.1 59 72 17 260 24 2.5 11 Cb AMDEL
19 20 0.09 270 260 17 660 16 2.5 10 Cb AMDEL
20 21 0.07 135 620 24 760 39 2.5 12 Cb AMDEL
21 22 0.24 48 100 33 580 31 2.5 18 Sq AMDEL
22 23 0.21 69 260 20 540 30 2.5 15 Sq AMDEL
23 24 0.11 63 130 31 540 34 2.5 12 Sq AMDEL
24 25 0.08 47 170 25 380 29 2.5 6 Cbw AMDEL
25 26 0.65 40 500 100 420 48 5 9 Cbw AMDEL
26 27 0.32 33 250 56 220 51 2.5 7 Cbw AMDEL
-I 11......1. 70 Jon., I'Ql!e" or 41• - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - -376098
Drill Hole Sample Report
Drill Holc Number DCollar. Nortlt DCollar.East DCollar.Lcvcl Dcptlt Azimuth Dip
PRe-!! 5233534.6 478148.9 116.4 54 90 50
From To Au AuRI AuR2 Cu Ph Z" As Ni 11i Mu Cr Roel,I)·pc Lab27 28 0.75 33 230 65 210 45 2.5 10 Sq AMDEL
28 29 0.71 33 200 66 190 64 2.5 8 Sq AMDEL
29 30 0.21 31 90 25 135 30 2.5 11 Sq AMDEL
30 31 0.25 0.32 26 79 33 71 60 2.5 8 Sq AMDEL
31 32 0.42 29 135 60 125 43 5 11 Sq AMDEL
32 33 0.005 25 130 59 96 68 5 8 Sq AMDEL
33 34 0.22 23 54 27 24 31 2.5 11 Sq AMDEL
34 35 03 23 75 43 38 60 10 9 Sq AMDEL
~ 35 36 7.95 7.1 I 6.92 25 62 37 34 34 10 14 Sq AMDEL
/ 36 37 1.57 1.01 17 53 50 27 45 10 7 Sq AMDEL
37 38 0.43 24 79 97 46 64 10 11 Sq AMDEL
38 39 0.32 28 165 720 27 320 10 7 Sq AMDEL
39 40 0.94 0.81 34 200 1050 53 560 10 8 Sc AMDEL
40 41 0.63 0.38 0.51 24 110 460 29 270 10 7 Sc AMDEL
41 42 0.18 18 48 45 7 38 15 11 Sq AMDEL
42 43 0.25 15 28 20 2 38 10 7 Sq AMDEL
43 44 0.05 16 18 14 2 19 5 8 Sq AMDEL
44 45 0.01 15 22 10 0.5 36 2.5 6 Sq AMDEL
45 48 0.18 19 44 155 11 64 2.5 9 Sq AMDEL
48 47 0.03 13 12 32 0.5 40 2.5 5 Sq AMDEL
47 48 0.13 18 14 31 3 24 2.5 8 Sq AMDEL
48 49 0.07 12 20 25 2 34 2.5 4 Sq AMDEL
49 50 0,06 16 18 35 7 27 2.5 7 Sq AMDEL
50 51 0,21 0,28 11 20 31 11 42 2.5 4 Sq AMDEL
51 52 0.13 15 22 55 12 36 2.5 7 Sq AMDEL
52 53 0.15 13 24 66 12 60 2.5 4 Sq AMDEL
53 54 0.04 14 14 44 6 28 2.5 6 Sq AMDEL
'4'........L In ran.,. l'aee 5 of43
376099Drill Hole Sample Report
Dril/ Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
FRC-12 5233529.5 478232.5 116.5 84 270 50
FroJ1z To Au AuRI AuR2 Cu Pb ZII As Ni Bi Mo Cr RochType Lab0 0.08 0.21 8 20 44 24 40 2.5 3 Msi AMDEL
2 0.15 18 42 83 66 55 2.5 6 Msi AMDEL
2 3 0.02 15 40 21 18 9 2.5 4 Mst AMDEL
3 4 0.02 19 30 39 28 11 2.5 6 Mst AMDEL
4 5 0.02 15 26 12 14 10 2.5 5 Mst AMDEL
5 6 0.01 16 32 175 20 14 2.5 4 Mst AMDEL
6 7 0.01 17 24 14 9 10 2.5 2 Mst AMDEL
7 8 0.005 23 30 16 11 7 2.5 2 Mst AMDEL
8 9 0.005 lB 26 25 8 18 2.5 2 Mst AMDEL
9 10 0.005 22 22 61 8 34 2.5 4 Mst AMDEL
10 11 0.005 22 24 94 9 50 2.5 3 Mst AMDEL
11 12 0.005 24 34 86 16 50 5 4 Mst AMDEL
12 13 0.005 21 26 83 10 60 5 3 Mst AMDEL
13 14 0.005 22 26 78 9 65 5 4 Mst AMDEL
14 15 0.005 86 28 82 9 97 2.5 3 Mst AMDEL
15 16 0.005 21 24 85 8 97 2.5 3 Mst AMDEL
16 17 0.005 22 26 120 9 125 2.5 3 SqCr AMDEL
17 18 0.005 24 30 145 13 330 2.5 2 SqCr AMDEL
18 19 0.005 17 24 57 10 79 2.5 2 Mst AMDEL
19 20 0.005 23 42 40 10 90 2.5 2 Mst AMDEL
20 21 0.005 0.01 27 26 45 23 72 2.5 2 Mst AMDEL
21 22 0.01 29 30 56 32 68 2.5 3 Mst AMDEL
22 23 0.005 23 34 37 27 64 2.5 3 Mst AMDEL
23 24 0.005 30 18 42 9 130 2.5 3 Crb AMDEL
24 25 0.01 45 18 87 19 290 2.5 3 Crb AMDEL
25 25 0.03 50 24 110 28 520 2.5 2 Crb AMDEL
25 27 0.005 56 18 220 7 1000 2.5 3 Crb AMDEL
'1__.. 10 1(1 rllO'7' Pa2e 6 or 4J
• -, - - - - - - - - - - - - - - - - - - -
---------------------376100
Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar.Levei Depth Azimuth Dip
FRC-12 5233529.5 478232.5 116.5 84 270 50
From To Au AuRl AuR2 Cu Pb ZIl As Ni Hi Mo Cr Rock Type Lub27 28 0.005 33 14 320 20 1900 5 4 Sq AMDEL
26 29 0.Q2 17 6 63 36 310 2.5 5 Sq AMDEL
29 30 0.4 22 20 85 73 270 2.5 10 Sq AMDEL
30 31 0.96 1.25 25 8 35 18 150 2.5 8 Sq AMDEL
31 32 0.31 22 8 37 29 97 2.5 8 Sq AMDEL
32 33 0.11 19 12 95 48 165 2.5 3 Sq AMDEL
33 34 0.34 23 10 66 63 105 2.5 8 Sq AMDEL
34 35 0.31 22 26 390 220 430 2.5 5 ScCg AMDEL
35 36 0.24 24 48 470 240 470 2.5 5 ScCg AMDEL
36 37 0.65 0.83 21 36 580 210 420 2.5 4 ScCg AMDEL
37 36 0.27 28 52 440 280 420 2.5 6 ScCg AMDEL
36 39 0.12 19 57 370 135 250 2.5 4 SqCb AMDEL
39 40 0.19 2S 36 360 165 280 2.S 8 SqCb AMDEL
40 41 0.D9 0.1 20 42 280 105 210 2.5 4 SqCb AMDEL
41 42 0.06 16 69 500 210 360 2.5 2 SqCb AMDEL
42 43 0.08 12 30 200 79 185 2.5 3 Sk AMDEL
43 44 0.005 14 26 210 54 185 2.S 2 Sk AMDEL
44 45 0.08 16 44 120 73 125 2.5 3 Sq AMDEL
45 48 0.02 18 80 200 100 190 2.5 5c AMDEL
48 47 0.02 9 24 130 42 86 2.5 3 Sc AMDEL
47 48 0.02 16 67 620 67 350 2.5 2 Sc AMDEL
48 49 0.23 21 125 800 T7 480 2.5 3 CbSq AMDEL
49 50 0.2 36 230 1550 85 920 2.5 2 CbSq AMDEL
50 51 0.63 0.33 0.38 32 210 1650 88 740 2.5 2 CbSq AMDEL
51 S2 0.23 24 150 920 50 450 2.5 3 CbSq AMDEL
52 53 0.15 20 70 490 28 200 2.5 6 Sq AMDEL
53 54 0.14 17 58 420 19 180 5 5 Sq AMDEL
'" ............. HI rtH17 Pa.e 70(43
376101
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth J)jp
FRC-12 5233529.5 478232.5 116.5 84 270 50
From To Au AuRI AuR2 Cu Pb ZII As Ni Bi Mo Cr Rockl:vpe Lab54 55 0.06 18 24 240 11 93 2.5 7 5q AMDEL
55 56 0.05 13 18 185 8 88 2.5 4 5q AMDEL
56 57 0.12 16 16 260 17 82 2.5 7 Sq AMDEL
57 58 AMDEL
58 59 AMDEL
59 60 AMDEL
60 61 0,13 0.13 14 22 310 15 110 2,5 4 5q AMDEL
81 62 0,1 20 28 500 15 185 2,5 7 Sq AMDEl
62 63 0,16 14 16 390 8 135 2.5 4 Sq AMDEL
63 64 0,09 17 18 460 36 130 5 8 5q AMDEL
64 65 0,12 14 22 1050 16 210 2,5 5 5q AMDEl
65 66 0,13 14 18 980 20 180 2,5 5 Sq AMDEL
66 67 0,12 10 42 1400 24 290 2,5 3 Sq AMDEL
67 68 0.18 10 38 800 38 195 2,5 4 Sq AMDEL
68 69 0,37 13 44 920 59 180 2,5 3 Sq AMDEL
69 70 0,07 14 12 500 40 120 2,5 6 Sq AMDEL
70 71 0,04 17 16 4450 26 500 2,5 3 5q AMDEL
71 72 0,47 21 22 3400 38 370 2,5 6 Sq AMDEL
72 73 0.29 27 40 4000 120 420 2,5 4 5q AMDEL
73 74 0.64 0,63 26 48 5650 110 490 2,5 6 CwSq AMDEL
74 75 0.97 0.96 31 73 5400 220 520 2.5 8 CwSq AMDEL
75 76 0.29 14 48 3000 71 360 2.5 4 CwSq AMDEL
76 n 0.07 5 24 700 39 98 2.5 3 Mb AMDEL
n 78 o,os 5 36 600 32 79 2.5 3 Mb AMDEL
78 79 O.OS 2 18 240 36 50 2.5 5 Mb AMDEL
79 80 0.07 3 14 160 43 50 2.5 2 Mb AMDEl
80 81 0.14 0.15 7 16 185 92 B8 2.5 5 Mb AMDEL
AJI..."l.. III Ion.,. Paee80NJ• - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - --- --- -
Drill Hole Sample Report
376102
Dril/ Hole Number Deol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
FilC·12 5233529.5 478232.5 116.5 84 270 50
From To Au AuRl AuR2 Cu Pb Zil As Ni Hi Mo Cr Roc!,I)y,e Lab
81 82 0.08 5 16 195 140 63 2.5 6 Mb AMDEL
82 83 0.09 6 14 170 83 57 5 6 Mb AMDEL
83 84 0.11 8 20 240 51 77 2.5 5 Mb AMDEL
""....... .L ItJ Jan.,.Poe< 9 oNJ
376103
Drill Hole Sample Report
Dril/ Hole Number DCol/ar.North DCol/or.East DCol/ar.Levei Depth Azimuth Dip
FRC-J 3 52334353 478159.2 126 90 270 50
From To Aa AuRI AuR2 Cu Pb ZII As Ni Bi Mo Cr Rock Type Lab0 0.02 41 20 79 130 125 2.5 4 Mst AMDEL
1 2 0.08 50 34 320 175 220 2.5 4 Mst AMDEL
2 3 0.01 57 34 44 200 120 2.5 3 Msi AMDEL
3 4 0.02 34 14 34 180 62 2.5 4 Sq AMDEL
4 5 0.02 28 18 47 260 73 5 4 Sq AMDEL
5 6 O.Ot 20 14 sa 100 50 2.5 3 Sq AMDEL
6 7 0.01 14 8 22 75 21 2.5 5 Sq AMDEL
7 8 0.01 53 28 32 280 54 2.5 5 Sq AMDEL
8 9 0.01 51 75 19 170 65 2.5 3 Sk AMDEL
9 10 0.01 21 44 21 180 29 5 5 Sk AMDEL
10 11 0.005 23 67 38 260 47 2.5 4 Sk AMDEL
11 12 0.005 19 61 20 180 32 5 5 Sk AMDEL
12 13 0.005 22 48 17 180 34 2.S 4 Cb AMDEL
13 14 0.005 13 40 8 120 24 2.5 2 Cb AMDEL
14 15 0.005 16 42 8 145 28 5 3 SqCb AMDEL
15 16 om 35 22 21 500 88 2.5 5 SqCb AMDEL
16 17 0.005 13 28 6 81 17 5 3 Cb AMDEL
17 18 0.005 25 30 9 130 28 2.5 4 Cb AMDEL
18 19 0.005 34 16 22 165 45 10 6 Mst AMDEL
19 20 0.005 33 24 27 150 57 10 4 Cb AMDEL
20 21 0.005 52 38 24 195 83 10 5 Cb AMDEL
21 22 om 91 48 43 170 110 10 4 Cb AMDEL
22 23 0.005 49 44 25 65 95 10 4 Cb AMDEL
23 24 0.005 49 46 21 200 140 10 4 Cb AMDEL
24 25 0.02 65 56 40 120 250 10 4 Cb AMDEL
25 26 0.03 65 sa 62 125 540 10 3 Cg AMDEL
26 27 0.1 85 220 62 130 820 5 2 Cra AMDEL
.1_..... 10 .0 Jon'7 Pau 10 0(4]- - ---; r- - .."......, ---; I1UIl - ~ ~ ." ~ ~, , .-J11 ~ -.J
- --- - - - - - , - --- --..I- - - - - - - --- --- -376104
Drill Hole Sample Report
Drill Hole Nllmber DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimlltlr Dip
FilC-13 5233435.3 478159.2 126 90 270 50
From To Au AuRI AuR2 Cu Pb Z" As Ni Hi Mo Cr RockType Lab
27 28 0.22 115 230 65 660 740 2.5 0.5 Cra AMDEL
28 29 0.12 115 270 155 1600 700 2.5 2 Cra AMDEL
29 30 0.09 130 120 155 540 840 2.5 0.5 Cra AMDEL~,30 31 1.3 1,49 130 470 200 520 1600 2.5 Cra AMDELI
:31 2.0132 2 93 520 250 185 2350 5 3 Cra AMDEL
,~ 32 33 0.39 33 195 115 200 1300 5 6 CbSq AMDEL
33 34 0.19 33 195 97 280 1000 2.5 10 CbSq AMDEL
34 35 0.09 19 125 57 98 470 10 9 Mst AMDEL
35 36 0.03 76 115 155 93 1000 10 4 Msl AMDEL
36 37 0.1 27 640 190 180 2650 2.5 3 CbSk AMDEL
37 36 0.06 14 260 140 220 1750 5 3 CbSk AMDEL
36 39 0.08 13 150 125 93 1750 5 3 CbSk AMDEL
39 40 0.08 17 260 185 115 ·2500 2.5 0.5 CbSk AMDEL
40 41 0.02 10 180 180 44 2600 2.5 2 CbSk AMDEL
41 42 0.06 6 85 51 21 620 2.5 3 Skp AMDEL
42 43 0.09 22 94 55 22 760 2.5 3 Skp AMDEL
43 44 0.01 6 67 26 12 550 2.5 2 Skp AMDEL
44 45 0.005 6 86 26 13 540 2.5 2 Skp AMDEL
45 46 0.005 6 46 27 5 860 2.5 2 Skp AMDEL
46 47 0.005 3 71 28 8 620 2.5 2 Skp AMDEL
47 46 0.005 7 125 37 7 430 2.5 2 Skp AMDEL
48 49 0.005 8 86 33 7 520 2.5 4 Skp AMDEL
49 50 0.005 15 lOS 32 9 270 2.5 3 Skp AMDEL
50 51 0.005 5 97 36 7 380 2.5 2 Skp AMDEL
51 52 0.005 28 84 80 19 250 2.5 8 Cw AMDEL
52 53 0.005 12 50 27 91 330 5 5 Cw AMDEL
53 54 0.005 4 28 3 47 6 5 5 Mb AMDEL
',f_._L Ul Hln.,. Pa~e 11 of4]
376105
Drill Hole Sample Report
Drill Hole Number DCo/lar.Norlh DCo/lar.Easl DCo/lar.Level Deplh Azimulh Dip
FRC-13 5233435.3 478159.2 126 90 270 50
From To Au AuRl AuR2 Cu Pb ZII As Ni lJi Mo Cr RockType Lab54 55 0.01 6 20 10 40 6 5 5 Mb AMDEL
55 56 0.01 6 22 10 40 3 5 5 Mb AMDEL
56 57 0.01 3 16 12 38 1 10 6 Mb AMDEL
57 56 0.03 6 16 130 48 7 10 7 Mb AMDEL
58 59 0.61 0.63 55 430 2100 310 190 2.5 11 Mb AMDEL
59 60 0.01 5 18 33 31 17 2.5 2 Mb AMDEL
60 61 0.02 7 20 59 34 16 2.5 3 Mb AMDEL
61 62 0.41 0.43 26 24 3650 310 150 2.5 10 Mb AMDEL
62 63 0.23 7 250 940 62 38 2.5 7 Mb AMDEL
63 64 0.03 9 20 110 13 11 2.5 6 Mb AMDEL
64 65 0.12 7 20 280 61 34 2.5 7 Mb AMDEL
65 66 0.01 6 8 50 63 7 15 9 Mb AMDEL
66 67 0.2 12 14 2300 195 58 10 8 Mb AMDEL
67 66 om 5 1.5 110 74 3 15 9 Mb AMDEL
66 69 0.005 5 8 100 24 5 5 5 Mb AMDEL
69 70 0.005 4 8 49 37 3 10 6 Mb AMDEL
70 71 0.005 5 6 49 21 2 10 5 Mb AMDEL
71 72 0.005 6 1.5 31 73 15 8 Mb AMDEL
72 73 0.005 7 4 21 53 2 15 7 Mb AMDEL
73 74 0.005 8 4 9 62 0.5 15 8 Mb AMDEL
74 75 0.005 6 1.5 9 40 0.5 15 8 Mb AMDEL
75 76 0.005 9 10 14 19 3 10 5 Mb AMDEL
76 T7 0.01 4 6 17 50 4 5 6 Mb AMDEL
T7 78 0.005 4 1.5 17 110 7 5 7 Mb AMDEL
78 79 0.01 6 1.5 37 72 8 5 7 Mb AMDEL
79 80 0.005 3 14 27 41 0.5 5 7 Mb AMDEL
80 81 0.005 4 4 12 16 2 5 8 Mb AMDEL
:11 .......1. 70 Jon'7' Pat!1! J2 of43• -, - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - -376106
Drill Hole Sample Report
Drill Hole Number DCol/ur.Norr/1 DCol/ar.Eas' DCol/ar.Level Dep,II Azima,II Dip
FfiC-13 5233435.3 478159.2 126 90 270 50
From To Au AI/RI AI/R2 Cu Pb ZII As Ni lJi Mo Cr Rock1}pe Lab
81 82 002 4 1.5 19 25 3 10 8 Mb AMDEL
82 83 0.005 2 1.5 3 23 0.5 5 8 Mb AMDEL
83 84 0.03 2 1.5 3 26 2 10 8 Mb AMDEl
84 85 0.01 2 4 24 26 5 5 8 Mb AMDEL
85 86 0.02 3 6 21 17 4 10 8 Mb AMDEL
86 87 0.02 2 4 8 15 3 5 8 Mb AMDEL
87 88 0.01 3 1.5 5 14 4 10 8 Mb AMDEL
88 89 0.01 2 8 8 22 3 2.5 4 Mb AMDEL
89 90 0.01 2 4 13 11 1 2.5 3 Mb AMDEL
1.1...."'1. 10 ,no'" Paet! 11 of 43
376107
Drill Hole Sample Report
Dril/ Hole Number DCollar.Nortlr DCol/ar.East DCol/ar.Le"eI Depth Azimuth Dip
FRC-f4 52335343 4782764 1147 100 a 90
From To Au AuRl AuR2 Cu Pb ZII As Ni l3i Mo Cr RuckJ)'pc Laba 1 0.005 21 24 35 14 16 2.5 2 Msl AMDEL
2 0.005 22 28 33 11 14 2.5 2 Msl AMDEL
2 3 0.005 28 32 28 22 14 2.5 2 Mst AMDEL
3 4 0.005 20 26 20 10 11 2.5 1 Msl AMDEL
4 5 0.005 25 30 33 11 15 2.5 2 Mst AMDEL
5 6 0.005 31 32 59 13 23 2.5 2 Msl AMDEL
6 7 0.005 28 34 85 15 28 2.5 2 Msi AMDEL
7 8 0.005 0.005 27 24 84 10 26 2.5 2 Msl AMDEL
8 9 0.005 33 28 79 9 31 2.5 2 Msi AMDEL
9 10 0.005 25 24 40 10 17 2.5 Msi AMDEL
10 11 0.005 26 28 82 8 26 2.5 2 Msi AMDEL
11 12 0.005 28 26 75 9 29 2.5 2 Mst AMDEL
12 13 0.005 24 24 76 9 30 2.5 2 MsI AMDEL
13 14 0.005 23 20 96 9 27 2.5 2 Mst AMDEL
14 15 0.005 21 28 75 8 23 2.5 2 Pre AMDEL
15 16 0.005 20 20 52 9 22 2.5 3 Pre AMDEL
16 17 0.005 21 22 59 8 24 2.5 2 Pre AMDEL
17 18 0.005 21 22 70 7 24 2.5 3 Pre AMDEL
18 19 0.005 22 26 69 9 25 2.5 2 Pre AMDEL
19 20 0.005 22 22 59 8 25 2.5 3 Pre AMDEL
20 21 0.005 23 20 57 7 25 2.5 3 Pre AMDEL
21 22 0.005 23 22 55 9 25 2.5 3 Pre AMDEL
22 23 0.005 23 24 62 8 25 2.5 3 Pre AMDEL
23 24 0.005 22 22 57 7 26 2.5 3 Pre AMDEL
24 25 0.005 23 22 60 8 25 2.5 3 Pre AMDEL
25 26 0.005 21 20 75 10 25 2.5 3 Pre AMDEL
26 27 0.005 24 24 64 6 27 5 3 Pre AMDEL
,....-_ .....1. '0 100"7 I'lWe 14 oNJ
• -I - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - ,- - - -
376109Drill Hole Sample Report
Drill Hole Number DCal/or.Narth Deal/or. Eust DCal/or.Levei Depth Azimuth Dip
FRC-14 5233534.3 4782764 114.7 100 0 90
From To Au AuRJ AuR2 Cu Pb ZII As Ni ili Mo Cr Rock Type Lob27 28 0.005 23 24 67 10 27 5 3 Pre AMDEL
28 29 0.005 24 28 72 8 33 2.5 3 Pre AMDEL
29 30 0.005 23 34 86 9 36 2.5 3 Pre AMDEL
30 31 0.005 33 26 85 12 34 2.5 3 Pre AMDEL
31 32 0.005 27 30 78 16 28 2.5 3 Pre AMDEL
32 33 0.005 0.005 19 20 51 10 22 2.5 3 Pre AMDEL
33 34 0.005 19 18 57 10 24 2.5 3 Pre AMDEL
34 35 0.005 19 18 46 9 23 2.5 3 Pre AMDEL
35 3S 0.005 19 16 47 9 21 2.5 3 Pre AMDEL
3S 37 0.005 19 16 43 10 20 2.5 3 Pre AMDEL
37 38 0.005 21 16 45 I I 23 2.5 3 Pre AMDEL
3S 39 0.005 22 18 51 I I 23 2.5 3 Pre AMDEL
39 40 0.005 32 32 100 24 43 2.5 3 Pre AMDEL
40 41 0.005 26 26 79 6 34 2.5 3 Pre AMOEL
41 42 0.005 20 22 69 7 26 5 3 Pre AMDEL
42 43 0.005 17 16 46 10 22 5 3 Pre AMDEL
43 44 0.005 16 16 47 15 19 5 3 Pre AMDEL
44 45 0.005 16 16 42 9 21 2.5 3 Pre AMDEL
45 46 0.005 15 12 42 8 19 5 3 Pre AMDEL
46 47 0.005 16 14 39 9 20 2.5 4 Pre AMDEL
47 48 0.005 16 16 49 9 22 5 4 Pre AMDEL
48 49 0.005 18 20 69 13 26 5 4 Pre AMDEL
49 50 0.005 18 18 58 12 25 2.5 4 Pre AMDEL
50 51 0.005 18 18 52 13 26 2.5 4 Pre AMDEL
51 52 0.01 23 22 84 14 33 2.5 4 Pre AMDEL
52 53 0.005 16 16 47 9 25 2.5 3 Pre AMDEL
53 54 0.005 14 14 38 7 22 2.5 3 Pre AMDEL
l/......£. ,n ,nn7 PoodS 0(41
376108Drill Hole Sample Report
Dril/ Hole Number DCal/or.Narth DCal/or.Eost DCal/or.Level Depth Azimuth Dip
FRC-J4 5233534.3 478276.4 1147 100 0 90
From To Au AuRI AuR2 Cu Pb ZII As Ni Bi /110 Cr RockType Lab54 55 0005 12 10 31 9 20 2.5 3 Pre AMDEL
55 56 0.005 13 10 43 11 28 2.5 3 Pre AMDEL
56 57 0.005 13 10 34 8 29 2.5 4 Pre AMDEL
57 58 0.005 13 8 36 7 30 2.5 3 Pre AMDEL
56 59 0.005 16 1O 43 9 23 2.5 3 Pre AMDEL
59 60 0.005 16 14 45 9 24 2.5 3 Pre AMDEL
60 61 0.005 0.005 15 10 53 8 24 2.5 3 Pre AMDEL
61 62 0.005 16 10 73 6 24 5 4 Pre AMDEL
62 63 0.005 15 12 47 9 26 5 3 Pre AMDEL
63 64 0.005 14 1O 36 8 24 5 4 Pre AMDEL
64 65 0.005 16 12 40 12 26 5 4 Pre AMDEL
65 66 0.005 16 14 45 9 24 1O 4 Pre AMDEL
66 67 0.005 14 12 3!1 7 19 10 4 Pre AMDEL
67 68 0,005 18 12 52 7 26 10 4 Pre AMDEL
68 69 0,005 18 12 49 7 26 1O 4 Pre AMDEL
69 70 0,005 17 14 53 9 25 10 4 Pre AMDEL
70 71 0,005 17 14 50 9 24 10 4 Pre AMDEL
71 72 0.005 19 12 45 8 25 10 4 Pre AMDEL
72 73 0,005 15 14 45 1O 24 5 4 Pre AMDEL
73 74 0,005 15 12 44 10 22 5 4 Pre AMDEL
74 75 0,005 18 18 64 10 27 2,5 3 Pre AMDEL
75 76 0,005 19 16 56 11 27 5 4 Pre AMDEL
76 n 0,005 19 22 62 15 33 5 4 Pre AMDEL
n 78 0,005 30 30 115 20 53 5 4 Pre AMDEL
78 79 0,005 21 16 56 8 36 2,5 2 Pre AMDEL
79 60 0.005 17 12 76 7 43 10 4 Pre AMDEL
80 81 0,005 0.005 13 12 30 1O 200 5 4 Pre AMDEL
ll_....L III 100'" Paee 16 0(43
• ~ - - - - - - - - - - - - - - - - - - -
- - - - - - I.- - - - - I...- - - - I...- ........ - - -OTT91.£
Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar.Levei Depth Azimuth Dip
Flle-} 4 52335343 478276.4 1147 100 0 90
From To Au AuRl AuR2 Cu Pb ZII As Ni JJi Mo Cr RockJ}'pe Lab81 82 0.005 14 8 25 8 115 5 4 Pre AMDEL
82 83 0.005 15 10 22 10 135 10 4 Pre AMDEL
83 84 0.005 15 8 27 10 175 10 3 Pre AMDEL
84 85 0.005 24 6 33 5 620 10 5 Pre AMDEL
85 86 0.005 26 4 27 3 800 15 6 Pre AMDEL
86 87 0.005 9 1.5 19 2 1850 20 10 U AMDEL
87 88 0.005 6 1.5 15 5 2200 20 10 U AMDEL
88 89 0.005 6 1.5 16 6 2250 15 9 U AMDEL
69 90 0.005 4 1.5 17 5 2400 10 0.5 U AMDEL
90 91 0.005 4 1.5 13 5 2250 10 6 U AMDEL
91 92 0.005 3 1.5 10 6 2300 10 9 U AMDEL
92 93 0.005 4 1.5 10 4 2200 10 8 U AMDEL
93 94 0,005 3 1,5 18 6 2800 15 0,5 U AMDEL
94 95 0,005 4 1,5 18 4 2750 15 0,5 U AMDEL
95 96 0.005 3 1,5 20 7 2750 10 0,5 U AMDEL
96 97 0,005 5 1.5 22 9 2200 10 10 U AMDEL
97 98 0.005 2 1.5 23 3 960 2.5 6 U AMDEL
98 99 0,005 3 1.5 13 5 2700 5 9 U AMDEL
99 100 0,005 4 1.5 10 2 2450 10 10 U AMDEL
Pae- 17of4J
3'76111
Drill Hole Sample Report
Drill Hole Number DCol/or. North DCol/ar.East DCol/or.Level Depth Azimuth Dip
FRC-J5 5233663.1 478206.1 105.7 47 86 60
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr Rock (I'pe Lob0 0005 26 1.5 12 1 155 2.5 8 5q AMDEL
2 0.005 12 6 71 140 110 2.5 0.5 Crb AMDEL
2 3 0.005 38 ,4 52 '95 135 2.5 0.5 Crb AMDEL
3 4 0.005 29"
29 120 52 2.5 0.5 Crb AMDEL
4 5 0.005 14 12 36 42 62 2.5 0.5 Crb AMDEL
5 6 0.005 12 14 33 31 57 2.5 0.5 Crb AMDEL
6 7 0.005 6"
48 0.5 71 2.5 0.5 Cg AMDEL
7 8 0.005 6 22 38 37 5:J 2.5 0.5 Cg AMDEL
8 9 0.01 4 8 16 14 26 2.5 0.5 Cg AMDEL
9 10 0.005 0.005 4 14 7 2 8 2.5 1 Cw AMDEL
10 11 0.01 6 10 7 1 14 2.5 2 Cg AMDEL
11 12 0.03 25 38 13 61 19 2.5 2 Cg AMDEL
12 13 0.01 78 59 19 110 48 2.5 0.5 Cg AMDEL
13 14 0,01 87 58 29 34 69 2.5 0.5 Cg AMDEL
14 15 0.02 240 160 45 660 170 2.5 1 Cbr AMDEL
15 16 0.16 0.16 67 60 27 230 105 2.5 2 Cbr AMDEL
16 17 0.61 0.85 15 110 10 43 58 2.5 5 Sq AMDEL
17 18 0.04 15 48 4 14 32 2.5 6 Sq AMDEL
18 19 0.03 23 32 10 29 39 2.5 5 Sq AMDEL
19 20 0.05 23 34 12 38 37 2.5 5 Sq AMDEL
20 21 0.02 23 32 14 21 38 2.5 6 Sq AMDEL
21 22 0.03 24 34 16 12 46 2.5 8 Sq AMDEL
22 23 0.03 25 40 35 21 46 2.5 6 Sq AMDEL
23 24 0.04 29 46 38 16 52 2.5 8 Sq AMDEL
24 25 0.02 19 105 47 7 66 2.5 7 Sq AMDEL
25 26 0.05 23 105 43 6 63 2.5 7 Sq AMDEL
26 27 0.02 35 130 46 7 79 2.5 7 Sq AMDEL
1.,-__10 '111 ,ao'7 Paee 18 af43
• -I - - - - - - - - - - - - - - - - - - -
- - - - - - - - -376112
Drill Hole Sample Report
Drill Hole Number DCol/ar. North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
FRC-15 5233663.1 478206.1 105.7 47 86 60
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi 1110 Cr Rock Type Lab27 28 0.04 47 230 110 17 150 2.5 8 Sq AMDEL
28 29 0.02 42 260 71 11 135 2.5 9 Sq AMDEL
29 30 0.03 40 140 90 16 200 5 8 Sq AMDEL
30 31 0.1 21 64 79 11 180 2.5 7 Sq AMDEL
31 32 0.19 28 54 74 11 130 5 10 Sq AMDEL
32 33 0.1 22 56 125 13 160 2.5 7 Sq AMDEL~
1'33 34 1.12 1.01 26 150 160 10 130 2.5 7 Sq AMDEL
1~34 35 0.55 27 115 185 14 145 2.5 6 CSq AMDEL
35 36 0.04 15 20 25 65 2.5 6 Sq AMDEL
36 37 0.01 14 16 12 37 2.5 5 Sq AMDEL
37 36 0.15 17 64 52 4 125 2.5 5 Sq AMDEL
38 39 0.24 22 80 75 4 140 2.5 7 Sq AMDEL
39 40 0.45 12 48 56 3 84 2.5 3 Sq AMDEL
40 41 0.1 17 56 74 4 81 2.5 6 Sq AMDEL
41 42 0.47 22 67 115 3 94 2.5 7 Sq AMDEL
42 43 0.82 0.75 12 30 65 6 115 2.5 5 Sq AMDEL
43 44 0.56 16 44 76 5 100 2.5 5 Sq AMDEL
44 45 0.18 14 32 52 2 73 2.5 5 Sq AMDEL
45 46 0.25 11 26 20 2 43 2.5 5 Sq AMDEL
46 47 0.45 19 52 95 7 130 2.5 5 Sq AMDEL
II...~..I.. In Ino'7' Paee 19 of43
376113
Drill Hole Sample Report
Drill Hole Numher DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
FRC-J6 52336635 478198.2 1066 72 266 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab0 0005 7 4 9 3 14 2.5 3 C5c AMDEL, 2 0.005 0.005 6 1.5 2 0.5 10 2.5 3 CSc AMDEL
2 3 0.005 6 1.5 2 0.5 8 2.5 3 CSc AMDEL
3 4 0.005 9 1.5 2 0.5 14 2.5 4 CSc AMDEL
4 5 0.005 6 1.5 3 0.5 9 2.5 3 CSc AMDEL
5 6 0.005 9 1.5 52 2 15 2.5 4 Sq AMDEL
6 7 0.005 6 1.5 12 0.5 12 2.5 4 Sq AMDEL
7 8 0.03 6 4 9 1 8 2.5 3 Sq AMDEL
8 9 0.005 9 1.5 5 0.5 17 2.5 4 Sq AMDEL
9 10 0.Q1 7 8 7 0.5 14 2.5 2 Sq AMDEL
10 11 0.005 6 1.5 2 0.5 12 2.5 2 Sq AMDEL
1I 12 0.005 7 1.5 9 0.5 13 2.5 3 Sq AMDEL
12 13 0.005 7 1.5 16 0.5 12 2.5 3 Sq AMDEL
13 14 0.03 5 1.5 5 0.5 10 2.5 2 Sq AMDEL
14 15 0.04 0.05 0.06 7 8 5 1 16 2.5 3 Sq AMDEL
15 16 0.09 13 4 10 0.5 25 2.5 6 Sq AM DEL
16 17 0.04 12 1.5 7 0.5 19 10 6 Sq AM DEL
17 18 0.03 9 1.5 5 0.5 15 10 5 Sq AMDEl
18 19 0.07 13 4 27 1 20 10 6 Sq AMDEL
19 20 0.1 7 4 4 0.5 12 5 3 Sq AMDEL
20 21 0.11 9 4 8 0.5 17 5 4 Sq AMDEL
21 22 0.02 9 4 8 0.5 17 5 4 Sq AMDEl
22 23 0.09 9 6 8 0.5 16 2.5 4 Sq AMDEL
23 24 0.04 9 6 9 0.5 17 5 5 Sq AMDEL
24 25 0.04 9 10 13 0.5 17 5 5 Sq AMDEL
25 26 0.12 12 12 19 0.5 22 10 6 Sq AMDEL
26 27 0.38 0.23 15 28 35 26 5 6 Sq AMDEl
11.......L fO rd07 Pa~e 20 of 43
• -! - - - - - - - - - - - - - - - - - - -
---------------------376114
Drill Hole Sample Report
Drill Hole Number DCollar.North DCol/ar.East DCollar.Levei Depth Azimuth Dip
FRC-16 5233663.5 478198.2 106.6 72 266 50
From To Au AuRI AuR2 Cu Pb ZII As Ni 13i Mo Cr Rock Type Lab27 26 0.07 0.01 21 36 10 31 10 6 Sq AMDEL
28 29 0.08 14 22 9 1 21 10 5 Sq AMDEL
29 30 0.08 12 12 95 S 49 10 5 Sq AMDEl
30 31 0.05 14 22 14 3 22 10 5 Sq AMDEl
31 32 0.07 16 22 13 5 32 10 6 Sq AMDEl
32 33 0.14 16 26 25 5 28 10 6 Sq AMDEl
33 34 0.04 15 28 35 4 31 10 6 Sq AMDEl
34 35 0.06 13 10 30 10 35 10 6 Sq AMDEl
35 36 0.02 17 14 44 6 42 5 8 Sq AMDEL
36 37 0.02 14 18 89 18 53 5 6 Sq AMDH
37 36 0.005 0.005 14 18 69 6 56 5 9 Sq AMDEL
36 39 0.04 12 16 47 8 37 5 5 Sq AMDEL
39 40 0.17 22 30 210 96 200 2.5 8 Sq AMDEL
40 41 0.06 12 26 ISO 4S 120 2.5 5 Sq AMDEL
41 42 0.04 15 42 140 25 89 2.5 5 Sq AMDEL
42 43 0.13 13 32 380 77 180 2.5 5 Sq AMDEL
43 44 0.02 11 16 230 31 250 2.5 5 Sq AMDEL
44 45 0.03 23 44 1600 320 2600 2.5 7 Skp AMDEL
45 46 0.09 12 64 2900 940 9900 5 6 Skp AMDEL
46 47 0.08 26 115 4600 330 2400 2.5 7 Skp AMDEl
47 48 0.04 17 61 19SO 400 3650 2.5 7 Skp AMDEl
48 49 0.005 16 49 640 92 6SO 2.5 3 Skp AMDEl
49 50 0.03 18 55 760 160 1350 2.5 4 Skp AMDEL
50 51 0.04 10 54 760 145 1300 2.5 2 Skp AMDEL
51 52 0.04 21 94 1400 200 1750 2.5 4 Skp AMDEL
52 53 0.02 14 76 960 200 1850 2.5 2 Skp AMDEL
53 54 0.02 12 55 960 200 2150 2.5 2 Seq AMDEl
1'.....1. HI 7nO'1 Pt1J!< 21 oN)
376115
Drill Hole Sample Report
Drill Hole NlImber DCollar.North DCollar.East DCollar.L<!VeI Depth Azimllth Dip
FRC-J6 5233663.5 478198.2 106.6 72 266 50
From To All AIIRI AuR2 Cu Pb ZII As Ni Bi Mo Cr RockI)'pe Lab
54 55 0.005 6 22 420 99 960 2.5 Seq AMDEL
55 56 0.03 5 26 720 91 960 2.5 Seq AMDEL
56 57 0.03 12 53 1850 240 2350 2.5 2 Skp AMDEL
57 56 0.02 8 28 1800 90 1550 2.5 2 Skp AMDEL
58 59 0.01 3 20 1750 51 1600 2.5 0.5 Skp AMDEL
59 60 0.01 3 16 200:J 32 1900 2.5 0.5 Skp AMDEL
60 61 0.005 0.005 3 14 1250 11 1150 2.5 0.5 Skp AMDEL
61 62 0.02 5 22 l00:J 7 960 2.5 0.5 Skp AMDEL
62 63 0.005 3 10 760 9 820 2.5 I Skp AMDEL
63 64 0.05 5 26 980 11 720 2.5 0.5 Skp AMDEL
64 65 0.02 3 20 700 6 520 2.5 0.5 Skp AMDEL
65 66 0,03 5 18 1050 11 800 2.5 2 Skp AMDEL
66 67 0.01 4 14 1300 15 l00:J 5 4 Skp AMDEL
67 66 0.05 9 22 1150 6 700 2.5 2 Skp AMDEL
68 69 0.03 5 28 560 6 420 5 2 Mb AMDEL
69 70 0.17 9 36 880 7 580 5 3 Mb AMDEL
70 71 0.005 0005 11 44 680 6 700 5 2 Mb AMDEL
71 72 0.03 11 44 760 6 540 2.5 2 Mb AMDEL
Pope 22 of"J
• - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - -376116
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Levei Depth Azimuth Dip
FRC-17 5233752.1 478269.7 109 49 a 90
From To Au AuRI AuR2 Cu Pb ZIl As Ni Bi Mo Cr RockType Laba 0.005 0.005 15 1.5 32 0.5 29 15 8 Sq AMDEL
2 0.005 14 14 290 3 190 20 7 Sq AMDEL
2 3 0.005 13 8 160 0.5 100 15 7 Sq AMDEL
3 4 0.01 12 1.5 32 0.5 35 10 7 Sq AMDEL
4 5 0.07 14 1.5 32 0.5 28 20 8 Sq AMDEL
5 6 0.01 15 1.5 29 0.5 35 20 9 Sq AMDEL
6 7 0.005 13 1.5 27 1 25 20 7 Sq AMDEL
7 8 0.01 18 1.5 27 0.5 45 20 10 Sq AMDEL
8 9 0.01 16 1.5 63 0.5 34 20 8 Sq AMDEL
9 10 0.05 16 1.5 14 0.5 31 15 8 Sq AMDEL
10 11 0.06 18 1.5 52 0.5 39 20 9 Sq AMDEL
11 12 0.2 37 1.S 60 0.5 74 25 15 Sq AMDEL
12 13 0.01 42 1.5 38 0.5 78 20 16 Sq AMDEL
13 14 0.005 43 1.5 53 0.5 96 20 18 Sq AMDEL
14 15 0.005 23 4 40 0.5 42 20 10 Sq AMDEL
15 16 0.06 18 1.5 39 2 28 25 10 Sq AMDEL
16 17 0.08 22 24 19 2 42 15 9 Sq AMDEL
17 18 0.04 21 28 26 9 53 20 10 Sq AMDEl
18 19 0.05 32 76 540 85 600 15 11 CbSq AMDEL
19 20 0.16 0.17 23 48 220 32 180 15 10 CbSq AMDEL
20 21 0.03 0.07 0.03 23 48 310 59 350 10 10 CbSq AMDEL
21 22 0.02 0.03 22 55 280 39 190 15 10 CbSq AMDEL
22 23 0.19 0.19 'Z7 370 500 60 310 15 11 CbSq AMDEL
23 24 0.07 29 230 620 57 310 20 12 CbSq AMDEL
24 25 0.08 42 350 1450 210 880 20 15 CbSq AMDEL
25 26 0.18 0.12 66 290 1200 185 680 15 9 Cb AMDEL
26 27 0.01 0.01 84 84 260 30 135 20 7 SqDo AMDEL
11...... .&. pa ,a07 Pa~e 2.1 qf4J
376117
Drill Hole Sample Report
Drill Hole NUII/ber DCal/ar.Narth DCal/ar.East DCal/ar.Levei Depth Azimuth Dip
FRC-17 5233752.1 478269.7 109 49 0 90
From To Au AuRl AuR2 Cu Pb ZII A~ Ni 13i Mv Cr Rvch1:~'pe Luh27 28 0.01 80 42 145 19 92 10 5 Do AMDEL
28 29 0.01 83 30 105 18 79 10 4 SqDo AMDEL
29 30 0.01 83 24 88 19 77 10 3 5qDo AMDEL
30 31 0.01 81 24 87 10 58 10 3 5qDo AMDEL
31 32 0.01 83 20 81 8 40 10 4 Do AMDEL
32 33 0.005 84 18 58 6 36 10 5 Do AMDEL
:J3 34 0.005 n 16 54 7 34 10 4 Do AMDEL
34 35 0.005 76 16 54 5 36 5 2 5qDo AMDEL
35 36 0.005 n 18 52 5 37 10 3 5qDo AMDEL
36 37 0.005 68 10 42 3 21 2.5 0.5 5qDo AMDEL
37 36 0.005 80 12 39 3 30 5 3 5qDo AMDEL
38 39 0.005 79 14 35 4 30 5 3 5qDo AMDEL
39 40 0.005 81 12 41 3 35 5 3 Do AMDEL
40 41 0.01 0.005 76 12 31 3 26 10 3 Do AMDEL
41 42 0.005 75 14 35 4 33 5 2 Do AMDEL
42 43 0.01 71 14 38 5 35 2.5 2 Do AMDEL
43 44 0.005 76 12 36 3 30 2.5 2 Do AMDEL
44 45 0.005 77 16 43 4 37 2.5 Do AMDEL
45 46 0.005 71 16 44 42 2.5 2 Do AMDEL
46 47 0.005 62 12 32 4 29 2.5 2 Do AMDEL
47 46 0.005 81 12 36 2 31 2.5 2 Do AMDEL
48 49 0.01 81 14 38 4 29 2.5 2 Do AMDEL
Pai!e U ofofJ---------------------
---------------------376118
Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar. Level Depth Azimuth Dip
FRC-18 5233620.5 4781945 112.4 49 0 90
From To All AuRI AuR2 CII Pb ZII As Ni lJi Mo Cr RockT.I1Je Lab0 1 0.005 13 4 20 0.5 27 2.5 5 5q AMDEL
2 0.005 21 1.5 40 0.5 22 2.5 5 Sq AMDEL
2 3 0.005 11 1.5 5 0.5 19 5 5 Sq AMDEL
3 4 0.005 7 1.5 6 0.5 10 5 3 Sq AMDEL
4 5 0.005 9 1.5 7 0.5 28 2.5 5 Sq AMDEL
5 6 O.OOS 10 1.5 19 0.5 22 2.5 5 Sq AMDEL
6 7 0.005 10 1.5 17 0.5 18 10 5 Sq AMDEL
7 8 0.005 8 1.5 7 2 19 5 5 Sq AMDEL
8 9 O.OS 8 4 6 4 19 2.5 4 Sq AMDEL
9 10 0.005 9 1.5 5 22 2.5 4 Sq AMDEL
10 11 0.005 9 1.5 18 0.5 19 2.5 4 Sq AMDEL
11 12 0.02 0.03 8 1.5 14 0,5 19 2,5 4 Sq AMDEL
12 13 0,005 9 1.5 12 0.5 20 2,5 4 Sq AMDEL
13 14 0,005 9 1.5 19 0.5 22 2,5 4 Sq AMDEL
14 15 009 9 1,5 27 0.5 22 25 5 Sq AM DEL
15 16 0.08 7 4 11 05 20 2.5 3 Sq AM DEL
16 17 0.03 8 4 11 22 2,5 4 Sqc AMDEL
17 18 0.02 3 15 7 2 18 2,5 0.5 Sqc AMDEL
18 19 0,02 1,5 5 0,5 9 2,5 0.5 Sqc AMDEL
19 20 0,005 3 4 8 0,5 16 2.5 Sq AMDEL
20 21 0,13 0.18 4 6 7 0,5 16 2,5 Sq AMDEL
21 22 0,02 6 10 10 0,5 19 2.5 2 Sq AMDEL
22 23 0,03 6 6 8 0,5 16 2,5 2 Sq AMDEL
23 24 0,02 0,02 7 8 11 1 20 2.5 3 Sq AMDEL
24 25 O.OS 8 8 13 1 20 2,5 3 Sq AMDEL
25 26 0,21 0,24 8 22 42 11 27 2,5 4 Sq AMDEL
26 27 O.OS 7 18 58 6 19 2,5 3 Sq AMDEL
II_......L 'Q Ina'" P""e 25 of 43
376119
Drill Hole Sample Report
Drill Hole Number DCol/ar. North DCol/ar.East DCol/ar.Levei Depth Azimuth Dip
FRC-iS 52336205 478194.5 112.4 49 0 90
From To Au AuRl AuR2 Cu Pb ZIl As Ni Hi Mo Cr Roch1'ype Lab
27 28 0.16 0.17 12 20 115 36 67 5 7 CbSq AMDEL
28 29 0.16 12 28 190 84 115 2.5 6 CbSq AMDEL
29 30 0.31 11 18 105 10 45 2.5 5 CbSq AMDEL
30 31 0.11 10 22 320 14 66 2.5 4 CbSq AMDEL
31 32 0.09 0.07 11 16 110 7 44 2.5 5 CbSq AMDEL
32 33 0.08 7 22 160 6 73 2.5 4 CbSq AMDEL
33 34 0.31 12 32 290 17 76 2.5 4 CbSq AMDEL
'34 35 1.11 1.1 0.57 8 20 390 22 55 2.5 4 CbSq AMDEL
i
C35 36 1.1 0.69 0.75 3 10 95 13 67 2.5 3 CbSq AMDEL
36 37 0.36 13 40 1300 47 380 2.5 6 CbSq AMDEL
37 35 0.16 14 26 2000 37 185 25 5 CbSq AMDEL
35 39 0.19 17 24 500 53 190 2.5 5 CbSq AMDEL
(----39 40 0.54 15 26 260 33 140 2.5 4 CbSq AMDEL
, .40 41 1.01 0.9 0.94 17 24 490 70 300 2.5 6 CbSq AMDEL
41 42 0.17 12 14 200 24 170 2.5 4 CbSq AMDEL
42 43 0.68 12 20 '95 24 165 2.5 5 CbSq AMDEL
43 44 0.21 9 12 53 8 4B 5 4 Sq AMDEL
44 45 0.35 36 22 150 17 155 2.5 11 Sq AMOEL
45 4B 0.07 6 12 13 23 2.5 3 Sq AMDEL
46 47 0.17 0.11 9 12 16 3 25 2.5 4 5q AMOEL
47 4B 0.05 8 10 10 0.5 17 2.5 3 Sq AMDEL
48 49 0.06 12 12 73 4 35 2.5 5 Sq AMOEL
11...~..1. ,n lG07
Pa", 26 of43
• -, - - - - - - - - - - - - - - - - - - -
- -- - - -- - -- - -- - - -- --376120
Drill Hole Sample Report
Drill Hole Number DCol/ar.Nort" DCol/ar.East DCol/ar.Level Dept" Azimuth Dip
FRC-J9 5233534.4 478291.2 114.6 114 270 50
From To Au AuRJ AuR2 Cu Pb Zn As Ni Bi Mo Cr Rock1)'pe Lab0 1 0.02 21 24 30 8 22 2.5 3 Msi AMDEL
2 om 21 30 44 10 16 2.5 2 Msi AMDEL
2 3 0.01 0.005 23 24 44 9 17 2.5 2 Msi AMDEL
3 4 0.005 0.005 23 28 56 10 21 2.5 2 Msi AMDEL
4 5 0.01 24 24 55 10 23 2.5 2 Mst AMDEL
5 6 0.005 25 28 69 10 24 5 2 Msi AMDEL
6 7 0.005 24 25 32 11 17 2.5 2 Msi AMDEL
7 8 0.005 31 51 67 34 27 2.5 2 Msi AMDEL
8 9 0.005 28 32 91 11 38 2.5 2 Msi AMDEL
9 10 0.005 26 28 98 12 39 2.5 2 Mst AMDEL
10 11 0.005 22 22 68 8 28 2.5 2 Msi AMDEL
11 12 0.005 25 26 63 9 28 2.5 2 Mst AMDEL
12 13 0.005 24 24 66 7 27 2.5 2 Msi AMDEL
13 14 0.005 25 26 64 8 31 2.5 2 Msi AMDEL
14 15 0.005 24 24 63 8 26 2.5 2 Msi AMDEL
15 16 0.005 26 24 68 6 28 2.5 3 Mst AMDEL
16 17 0.005 24 24 68 8 28 2.5 2 Msi AMDEL
17 18 0.005 24 24 62 8 26 2.5 2 Pre AMDEL
18 19 0.005 22 22 53 8 25 2.5 2 Pre AMDEL
19 20 0.005 25 24 58 8 26 2.5 3 Pre AMDEL
20 21 0.005 25 20 65 8 27 2.5 3 Pre AMDEL
21 22 0.005 38 28 88 10 35 10 5 Pre AMDEL
22 23 0.005 0.01 25 22 66 7 25 5 3 Pre AMDEL
23 24 0.005 27 24 61 9 30 2.5 3 Pre AMDEL
24 25 0.005 21 22 55 9 22 2.5 2 Pre AMDEL
25 25 0.005 26 22 55 8 27 5 3 Pre AMDEL
26 27 0.005 24 22 51 7 24 5 3 Pre AMDEL
'1"...__1.. rn Ino", P"". 17 of43
376121
Drill Hole Sample Report
Drill Hale Number DCallar.North DCal/ar.East DCallar.Le,·ef Depth Azimuth Dip
FRC-19 5233534.4 478291.2 114.6 114 270 50
From To Au AuRI AuR2 Cu Pb ZII As Ni lJi Ma Cr RockType Lab27 28 0.005 0.005 27 24 56 8 27 5 3 Pre AMDEL
28 29 0.005 25 22 58 7 25 2.5 3 Pre AMDEL
29 30 0.005 24 22 57 7 26 2.5 2 Pre AMDEL
30 31 0.005 24 22 53 10 28 2.5 3 Pre AMDEL
31 32 0.005 23 24 55 7 27 2.5 2 Pre AMDEL
32 33 0.005 24 22 62 8 26 2.5 3 Pre AMOEL
33 34 O.OOS 24 22 54 7 26 2.5 2 Pre AMDEL
34 35 0.005 24 22 60 9 27 2.5 2 Pre AMDEL
35 36 0.01 21 26 76 12 30 2.5 3 Pre AMOEl
36 37 0.005 26 26 100 10 34 2.5 2 Pre AMDEL
37 36 0.005 33 28 Be 12 36 2.5 2 Pre AMOEL
38 39 0.005 26 22 79 10 31 10 3 Pre AMDEL
39 40 0.005 29 30 81 15 31 10 3 Pre AMDEL
40 41 0.01 21 18 45 9 25 10 4 Pre AMDEl
41 42 0.005 21 22 48 10 24 5 4 Pre AMOEL
42 43 0.005 0005 19 18 48 9 24 2.5 3 Pre AMDEL
43 44 0.005 20 18 43 10 22 2.5 3 Pre AMDEL
44 45 Pre AMOEL
45 46 0.005 21 18 40 13 24 5 4 Pre AMDEL
46 47 0.005 0.005 19 16 41 11 21 2.5 2 Pre AMOEL
47 48 0.005 21 20 49 11 23 5 3 Pre AMDEL
48 49 0.005 24 34 89 17 35 2.5 2 Pre AMOEL
49 50 0.005 26 26 86 9 36 2.5 3 Pre AMDEL
50 51 0.005 24 28 74 8 30 5 3 Pre AMOEL
51 52 0.005 18 16 48 6 21 5 2 Pre AMDEL
52 53 0.005 16 18 42 13 21 2.5 3 Pre AMOEL
53 54 0.005 15 14 33 9 18 2.5 3 Pre AMDEL
.,_.....L Ha uln.,. Po!!,28 oNJ• IIII! - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - - - - - •376122
Drill Hole Sample Report
Dril/ Hofe Number DCal/ar.North DColtar.East DColtar.Level Deptll Azimuth Dip
FRC-J9 5233534.4 478291.2 114.6 114 270 50
From To Au AuRJ AuR2 Cu Pb ZII As Ni lJi 1110 Cr Roch1)'pe Lab54 55 0.005 16 16 45 8 23 5 3 Pre AMDEL
55 56 0.005 16 16 37 7 20 2.5 3 Pre AMDEL
56 57 0.005 16 16 40 9 20 2.5 3 Pre AMDEL
57 56 0.005 19 18 49 11 24 2.5 3 Pre AMDEL
56 59 0.005 17 20 48 11 23 2.5 2 Pre AMDEL
59 60 0.005 19 20 53 10 25 2.5 3 Pre AMDEL
60 61 0.005 0.005 20 16 43 10 26 2.5 4 Pre AMDEL
61 62 0.01 0.005 15 18 48 10 22 2.5 2 Pre AMDEL
62 63 0.005 0.005 16 16 45 10 23 2.5 3 Pre AMDEL
63 64 0.005 16 18 45 12 22 2.5 3 Pre AMDEL
64 65 0.005 15 16 43 14 22 2.5 3 Pre AMDEL
65 66 0.005 15 14 39 13 22 2.5 3 Pre AMDEL
66 01 0.005 25 28 87 19 34 2.5 3 Pre AMDEL
67 58 0.005 24 26 90 25 35 2.5 3 Pre AMDEL
68 69 0.005 30 28 B4 18 42 2.5 2 Pre AMDEL
69 70 0.005 15 14 41 9 22 2.5 2 Pre AMDEL
70 71 0.02 14 14 42 9 22 25 2 Pre AMDEL
71 72 001 0.005 13 12 31 7 20 2.5 3 Pre AMDEL
72 73 0.01 13 8 33 8 25 5 3 Pre AMDEL
73 74 0.005 18 8 28 9 35 5 3 Pre AMDEL
74 75 0.005 11 6 25 14 29 5 3 Pre AMDEL
75 76 0.005 11 8 29 9 19 2.5 2 Pre AMDEL
76 77 0.005 13 8 34 14 49 5 3 Pre AMDEL
77 78 0.005 13 6 38 16 1100 5 3 SkMt AMDEL
78 79 0.005 9 4 35 9 1900 10 5 SkM! AMOEL
79 SO 0.005 25 8 25 5 1050 10 5 SkMt AMDEL
SO 81 0.005 19 6 40 3 820 10 4 SkMt AMDEL
11....._1. '0 Jon., PiNe290(4J
376123
Drill Hole Sample Report
Drill Hole Number DCol/or.North DCol/or.Eo'l DCol/or.Levei Depth Azimu.th Dip
FRC-19 52335344 478291.2 114.6 114 270 50
From To Au AuRJ AuR2 Cu Pb Z" As Ni lJi Mo Cr Rocl<1:vpe Lab81 82 0.005 12 8 49 3 860 10 4 SkM, AMDEL
82 83 0.005 0.005 26 8 65 5 1200 10 5 Cg AMDEL
83 84 0.01 26 6 110 8 1250 10 5 Cg AMDEL
84 85 0.005 21 6 80 7 1050 10 5 Sq AMDEL
85 86 0.005 20 6 78 9 1050 10 5 Sq AMDEL
86 87 0.Q1 19 8 155 16 1500 10 4 Sq AMDEL
87 88 0.005 18 8 145 19 1700 10 4 Sq AMDEL
88 89 0.005 16 6 210 33 2100 10 5 Sq AMDEL
89 90 0.005 15 4 200 25 1350 10 5 Sc AMDEL
90 91 0.01 19 6 210 28 720 5 7 Sc AMDEL
91 92 0.005 21 4 250 38 1100 5 7 Sc AMDEL
92 93 0.01 19 8 300 34 1800 10 7 Sk AMDEL
93 94 0.005 21 6 230 28 2250 10 7 Sk AMDEL
94 95 0.005 12 4 240 11 2050 15 7 Sk AMDEL
95 96 0.01 15 18 1900 13 3650 15 7 Sk AMDEL
96 97 0.005 6 12 880 4 1300 15 6 Sk AMDEL
97 98 0.005 7 10 880 19 2500 10 7 Sk AMDEL
98 99 0.005 6 4 540 22 2150 10 7 Sk AMDEL
99 100 0005 10 4 250 31 1150 10 5 MbSq AMDEL
100 101 0.005 10 6 440 19 1150 10 5 MbSq AMDEL
101 102 0.005 0.005 10 18 1750 12 490 15 6 MbSq AMDEL
102 103 0.005 4 4 185 13 85 10 7 MbSq AMDEL
103 104 0.005 T7 18 370 8 170 2.5 2 Do AMDEL
104 105 0.005 86 10 100 5 74 2.5 0.5 Do AMDEL
105 106 0.005 83 8 110 5 72 2.5 0.5 Do AMDEL
106 107 0.005 92 10 53 3 47 2.5 1 Do AMDEL
107 108 0.005 87 8 50 4 35 2.5 0.5 Do AMDEL
.".......L ,a Jon.,. PoeeJOo{4J• - - - - - - - - - - - - - - - - - - - -
---------------------376124
Drill Hole Sample Report
DCol/ar.North DCol/ar. East DCol/ar.Levei Depth Azimuth DipDrill Hole Number
478291.2 114.6 114 270 50FRC-19 5233534.4
Ph Zil As Ni Hi Mo Cr Rock Type LabFrom To Au AuRl AuR2 CU AMDEL
60 3 40 25 2 Do94 14
108 109 0.0050.5 Do AMDEL
84 10 59 3 53 2.5109 110 0.005
0.5 Do AMDEL86 10 79 5 65 2.5
110 111 0.01Do AMDEL
82 10 53 3 53 2.5 0.5111 112 0.01 Do AMDEL
58 5 61 2.5 0.50.005 0.005 82 10
112 113 AMDEL86 4 59 2.5 0.5 Do
113 114 0.01 85 10
Pa,,,' ]1 oN]
II~... " rn lao""
376125
Drill Hole Sample Report
Dril/ Hole Number DCol/or.North DCollar.East DCollar.Levei Depth Azimuth Dip
FRC-20 5234192.7 476039.5 56.9 150.2 90 60
AuR2 Cu Ph 7" As Ni Bi Mo Cr Rock7)'pe LabFrom To Au AuRl Crb AMDEL
0 1 0.005 AMDELCrb1 2 0.01 AMDELCrb2 3 0.005 0.005
AMDELCrb3 4 0
CoU AMDEL4 5 0,005
COU AMDEL5 6 0.005
COU AMDEL6 7 0.005
CoU AMDEL7 8 0.01 AMDELCoU8 9 0.01 AMDELCoU9 10 0.005
CoU AMDEL10 11 0.005 AMDELCoU11 12 0.005
COU AMDEL12 13 0.005
CoU AMDEL13 14 0.005
CoU AMDEL14 15 0.005
CoU AMDEL15 16 0.005 0.005
AMDELCoU16 17 0.005 AMDELCoU17 18 0.005 AMDELCoU18 19 0.005 AMDELCoU19 20 0.005
CoU AMDEL20 21 om AMDELCoU21 22 0.005
CoU AMDEL22 23 0.005
CoU AMDEL23 24 0.02
CoU AMDEL24 25 0.01 AMDELCoU25 26 0.005 AMDELDo26 27 0.005
Poee 32 of43
• - .--- .- - - - - - - - - - - - - - - - - -
- - - --- - - -- I...- ~- ~ --I I......J I......J \--I L.-..I I......J ...-J I- -376126
Drill Hole Sample Report
Drill Hate Number DC0Ilar.Nor/!1 DCal/ar.Eas/ DColfar.Levei Depth Azimuth Dip
FRC-20 5234192.7 478039.5 569 150.2 90 60
From To Au AuRI AuR2 Cu Pb Zl1 As Ni Hi Mo Cr Rockl)'pe Lub
27 28 0.005Do AMDEL
28 29 0.005Do AMDEL
29 30 0.005Do AMDEL
30 31 0.01Do AMDEL
31 32 0.005Do AMDEl
32 33 0.005 0.005Do AMDEL
33 34 0.005Do AMDEL
34 35 0.005Do AMDEL
35 36 0.005 0.01Do AMDEL
36 37 0.005Do AMDEL
37 38 0.005Do AMDEL
38 39 0.005Do AMDEL
39 40 0.005 0.005Do AMDEL
40 41 0.005Do AMDEL
41 42 0.005Do AMDEL
42 43 0.005Do AMDEL
43 44 0.005Do AMDEL
44 45 0.005Do AMDEL
45 4Q 0.005Do AMDEL
46 47 0.005Do
47 48 0.01Do
46 49 0.005Do
49 50 0.005Do
50 51 0.005Do
51 52 0.005Do
52 53 0.005Do
53 54 0.005 0.005Do
'I...~~L .11 Jan.,.
l'o,eJ3 of43
376127
Drill Hole Sample Report
Drill Hole Number DCollar.North DCol/ar.Ea,t Deol/ar.Levei Depth Azimuth Dip
FRC-20 5234192.7 478039.5 56.9 150.2 90 6Q
AuRJ AuR2 Cu Pb ZII A, Ni JJi Mo Cr Rocldl'pe LabFrom To Au
Do54 55 0.01
Do55 56 0.01 0.005
Do56.5 57.5 0.005 0.005
5kCoU57.5 57.9 0.01
5kCoU57.9 56.7 0.01
5kCoU56.7 59.18 0.005
5kCoU59.18 59.66 0.005
5kCoU59.88 6Q.78 0.005
5kCoU60.78 62.358 0.005
Do62.356 62.7 0.005
Do62.7 63.2 0.005 0.005
Do63.2 63.5 0.005
Do108 108.5 0.005
Do108.5 108.7 0.005
Do108.7 109.2 0.005
Do112.55 113.05 0.005
Do113.05 113.2 0.005
Do113.2 113.7 0.005
Do116.5 1166 0.01
Do116.6 117.2 0.005
Do117.2 117.3 0.005 0.005
Do117.3 118.25 0.005
Do118.25 118.4 0.005
Do118.4 150
PfJ2e 34 of4311.......1, "In loa'"--,-------------------,
- - - - ......- - - - - - - - - - - - - - - -376128
Drill Hole Sample Report
Drill Hole Number DColll1r.North DColll1r.East DCollar.Level Depth Azimuth Dip
FRC-21 5234190.7 478080.6 56.5 40 90 50
Fronl To Au AuRl AuR2 Cu Pb ZI1 As Ni m Mo Cr Roc"Type Lab0 0.005 AMOEL
2 0.005 AMDEL
2 3 0.005 CoU AMOEL
3 4 0.005 0.005 CoU AMDEL
4 5 0.005 CoU AMOEL
5 6 0.005 CoU AMOEL
6 7 0.005 CoU AMDEL
7 8 0.005 CoU AMOEL
8 9 0.005 CoU AMOEL
9 10 0.005 0.005 CoU AMOEL
10"
0.005 CoU AMOEL
11 12 0.005 CoU AMOEL
12 13 0.005 CoU AMOEL
13 14 0.005 CoU AMOEL
14 15 0.005 CoU AMOEL
15 16 0.005 CoU AMOEL
16 17 0.005 CoU AMOEL
17 18 0.005 CoU AMOEL
18 '9 0.005 CoU AMDEL
19 20 0.005 CoU AMOEL
20 21 0.005 0.005 CoU AMOEL
21 22 0.005 CoU AMOEL
22 23 0.005 CoU AMOEL
23 24 0.005 CoU AMOEL
24 25 0.005 CoU AMOEL
25 26 0.005 CoU AMOEL
26 27 0.005 CoU AMOEL
l,¥n_,.1. 10 lOll" l'Qf!e 35 or43
376129
Drill Hole Sample Report
DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth DipDrill Hole Number
52341907 478080.6 56.5 40 90 50FRC-21
Cu Pb Z" As Ni Bi Mo Cr Rock Type LabFrom To Au AuRJ AuR2 cou AMDEL
27 28 0.005CoU AMDEL
28 29 0.005Cou AMDEL
29 30 0.005CoU AMDEL
30 31 0.005 CoU AMDEL
31 32 0.Q1SqSk AMDEL
32 33 0.005 SqSk AMDEL
33 34 0.005SqSk AMDEL
34 3S 0.01 Sk AMDEL
3S 36 0.005 Sk AMDEL
36 37 0.005Mb AMDEL
37 3B 0.03Mb AMDEL
3B 39 0.005Mb AMDEL
39 40 0.005
Poee 36 of43
• IIIIIIl "eL'.'" _
- - - - - - - - - - - - - - - - - - -
Drill Hole Sample Report
376130
Drill Hole NlImber DCollar.Norlh DCollar.Easl DCollar.Level Deplh A zimlll/, Dip
FRC-22 5234189 478110.5 57.2 40 90 50
From [0 All AIIRI AlIR2 CII Pb ZII As Ni IJi Mo Cr RockType Lab
a 1 0.005AMOEL
1 2 0.005AMOEL
2 3 0.005AMOEL
3 4 0.005AMOEl
4 5 0.005AMOEL
5 6 0.005AMOEL
6 7 0.005AMOEL
7 8 0.005AMOEL
6 9 0,09SkSq AMOEL
9 10 0,06SkSq AMOEL
10 11 0,005 0,005SkSq AMOEL
11 12 0,005SkSq AMDEL
12 13 0,09SkSq AMOEL
13 14 0,23 0.24SkSq AMOEL
14 15 0,17 0,15SkSq AMOEL
15 16 0.69 0,97SkSq AMOEl
16 17 0,99 0.72Sqc AMOEL
17 18 0,65 0.67Sqc AMOEL
18 19 0.26 0.26sqc AMOEL
19 20 0.25 0.33Sqc AMOEL
20 21 0.15 0.16Sqc AMDEL
21 22 0.28 0,29Sqc AMOEL
22 23 0,2 0,23Sqc AMDEL
23 24 0.1Sqc AMDEL
24 2S 0.04Sqc AMDEL
25 26 0,03Sqc AMDEL
26 27 0.03Sk AMDEL
l.l.......L ,0 Inn.,.
Pau37Q(43
Drill Hole Sample Report
376131
DCal/ar.Narth DeaL/or. East DCaL/ar.Level Depth Azimuth DipDrill Hole Number
478110.5 57.2 40 90 50FRC-22 5234189
CII Pb Z" As Ni J3i Ma Cr RockJ'ype LabFrom To Au AIIRJ AuR2
Sk AMDEl
27 26 0.05Sk AMDEl
26 29 0.01SqSk AMDEl
29 30 0.01SqSk AMDEl
30 31 0.Q3SqSk AMDEl
31 32 0.11 0.11AMDElSqSk
32 33 0.06 0.05AMDElSqSk
33 34 0.16SqSk AMDEl
34 3S 0.03SqSk AMDEl
3S 36 0.005SqSk AMDEl
36 37 0.14SqSk AMDEl
37 38 0.19 0.16AMDElSqSk
38 39 0.04SqSk AMDEl
38 40 0.005 0.005
P""e 38 of43
• ••,n JlIn.,.- - - - - - - - - - - - - - - - - -
-----------------Drill Hole Sample Report
- - _.376132
DCol/ar.Nortlz DCo[(ar.£ast DCol/ar.Levei Depth Azimuth DipDril/ Hole Number
135 90 50FRe-23 5233497.8 477989 110.3
Pb ZII As Ni Hi Mo Cr Rockl)'pe LabFrom To Au AuRJ AuR2 CU AMDEL
0 1 0.005 AMDEL
2 0.005 0.005 Cb AMDEL
2 3 0.005 Cb AMDEL
3 4 0.005 Cb AMDEL
4 5 0.005 0.005 Cb AMDEL
5 6 0.005 Cb AMDEL
6 7 0.005 Cb AMDEL
7 8 0.005 Cb AMDEL
8 9 0.005 Cb AMDEL
9 10 0.005 Cb AMDEL
10 11 0.005 Cb AMDEL
11 12 0.005 Cb AMDEL
12 13 0.005 Cb AMDEL
13 14 0.005 Cb AMDEL
14 15 0.005 0.005 Cb AMDEL
15 16 0.005 CoU AMDEL
16 17 0.005 0.005 CoU AMDEL
17 18 0.005 CoU AMDEL
18 19 0.005 CoU AMDEL
19 20 0.005 CoU AMDEL
20 21 0.005 0.005 CoU AMDEL
21 22 0.005 CoU AMOEL
22 23 0.005 CoU AMDEL
23 24 0.005 CoU AMDEL
24 25 0.005 CoU AMDEL
25 26 0.005 CoU AMDEL
26 27 0.005
P""e 39 of43
ll......_L '0 roo",
376133
Drill Hole Sample Report
DCollar.North DCol/or.East DCol/ar.Levei Depth Azimuth DipDrill Hole Number477989 110.3 135 90 50FRC-23 5233497.8
Cu Pb Zn As Ni Hi Mo Cr RocliType LabFrom To Au AuRI AuR2CoU AMDEL27 28 0.005
CoU AMDEL28 29 0.005
CoU AMDEL29 30 0.005
CoU AMDEL30 31 0.005
CoU AMDEL31 32 0.005
CoU AMDEL32 33 0.005
CoU AMDEL33 34 0.005
CoU AMDEL34 35 0.005
CoU AMDEL35 36 0.005
CoU AMDEL36 37 0.005
CoU AMDEL37 36 0.005
CoU AMDEL36 39 0.005
CoU AMDEL39 40 0.005
CoU AMDEL40 41 0.005 0.005
CoU AMDEL41 42 0.005
CoU AMDEL42 43 0.005
CoU AMDEL43 44 0.005
CoU AMDEL44 45 0.005
CoU AMDEL45 46 0.005
CoU AMDEL46 47 0.005
CoU AMDEL47 48 0.005
CoU AMDEL48 48 0.005
CoU AMDEL49 50 0.005
CoU AMDEL50 51 0.005 0.005
CoU AMDEL51 52 0.005
CoU AMDEL52 53 0.005
CoU AMDEL53 54 0.005
Poee40of4J,"...~....1. .0 ron.,.• ~ - - - - - - - - - - - - - - - - - - -
---------------------376134
Drill Hole Sample Report
DCol/ar.North DCol/ar. East DCollar.Level Depth Azimuth DipDrill Hole Number135 90 50FRC-25 5233497.8 477989 1103
ZII As Ni Bi Mo Cr Rod/Type LabFrom To Au AuRl AuR2 Cu PbCoU AMOEL54 55 0.005
CoU AMOEL55 56 0.005
CoU AMOEL56 57 0.005
CoU AMOEL57 58 0.005CoU AMDELsa 59 0.005
CoU AMOEL59 60 0.005
CoU AMDEL60 61 0.005 0.005
CoU AMOEL61 62 0.005CoU AMDEL62 63 0.005CoU AMDEL63 64 0.005
CoU AMDEL64 65 0.005
CoU AMDEL65 66 0.005
CoU AMDEL66 67 0.005
CoU AMDEL67 66 0.005
CoU AMDEL68 69 0.005
COU AMOEL69 70 0.005
COU AMDEL70 71 0.005
CoU AMOEL71 72 0.005COU AMOEL72 73 0.005
CoU AMOEL73 74 0.005 0.005CoU AMDEL74 75 0.005
CoU AMDEL75 76 0.005
CoU AMDEL76 77 0.005
COU AMDEL77 78 0.005CoU AMDEL78 79 0.005CoU AMDEL79 60 0.005CoU AMDEL80 81 0.005 0.005
PQJ!e -II of-l3lr~_~L ,n ,no'7
376135
Drill Hole Sample Report
DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimmh DipDrill Hole Number
135 90 50FRC-23 5233497.8 477989 110.3
Zn As Ni Bi Mo Cr RocA1:vpe LahFrom To Au AuR} AuR2 Cu Pbcou AMDEL81 82 0.005
COU AMDEL82 83 0.005
Cou AMDEL83 84 0.005
COU AMDEL84 8S 0.005
cou AMDEL8S 86 O.OOS
Cou AMDEL86 87 0.005
Cou AMDEL87 88 0.005
Cou AMDEL88 89 0.005
Cou AMDEL89 90 0.005 0.005
Cou AMDEL90 91 0.005
cou AMDEL91 92 0.005
CoU AMDEL92 93 0.005
COU AMDEL93 94 0.005 0.005
CoU AMDEL94 95 0.005
Cou AMDEL95 96 0.005
CoU AMDEL96 97 0.005
CoM AMDEL97 98 0.005
CoM AMDEl98 99 0.005
CoM AMDEL99 100 0.005
CoM AMDEL100 101 0.005 0.005
CoM AMDEL101 102 0.005
CoM AMDEL102 103 0.005
CoM AMDEL103 104 0.005
CoM AMDEL104 lOS 0.005
CoM AMDELlOS 106 0.005
CoM AMDEL106 107 0.005
CoM AMDEL107 108 0.005
Paee 41 of4J• ~ 1_'" .. - - - - - - - - - - - - - - - - -
~- - - - - - - - - - - - - - - - -Drill Hole Sample Report 376136
Drill Hole Number DCol/ar.North DCollar.East DCol/ar.Level Depth Azinlulh Dip
FRC-23 5233497.8 477989 1\0.3 135 90 50
From To Au AuRI AuR2 Cu Pb Z" As Ni Bi Mo Cr RochType Lab108 109 0.005 CoM AMDEL
109 110 0.005 CoM AMDEL
110 111 0.005 CoM AMDEL
111 112 0.005 CoM AMDEL
112 113 0.005 CoM AMDEL
113 114 0.005 CoM AMDEL
1\4 ,,5 0.005 0.005 CoM AMDEL
115 116 0.005 CoM AMDEL
116 117 0.005 CoM AMDEL
117 118 0.005 CoM AMDEL
118 119 0.005 CoM AMDEL
119 120 0.03 CoM AMDEL
120 121 0.005 0.005 CoM AMDEL
121 122 0.005 CoM AMDEL
122 123 0.005 am CoM AMDEL
123 124 0.005 Sq AMDEL
124 125 0.005 Sq AMDEL
125 126 0.005 Sq AMDEL
126 127 0.005 Sq AMDEL
127 128 0.005 CoM AMDEL
128 \29 0.005 CoM AMDEL
129 130 0.005 CoM AMDEL
131 132 0.005 Sq AMDEL
132 133 0.01 Sq AMDEL
133 134 0,005 Sq AMDEL
134 135 0,01 Sq AMDEL
p... 4Jor-tJ
376137
Drill Hole Sample Report
Drj/l Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azjmuth Dip
WRC-I 5233750.64 478123.99 92.69 50 271 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab27 28 0.0025 10 20 18 7 49 2n Sq ANI'..LABS
28 29 0.0025 20 32 32 15 340 118 Sk ANALABS
29 30 0.018 29 56 40 158 480 592 Sk ANALABS
30 31 0.019 33 65 73 56 636 754 Sk ANALABS
31 32 0.019 45 48 79 48 5n 411 CwSc ANALABS
32 33 0.0025 33 53 102 36 823 531 Do ANALABS
33 34 0.0025 56 33 135 24 170 373 Do ANALABS
34 35 0.0025 54 16 102 14 20 69 Do ANALABS
35 36 0.0025 87 8 70 11 367 50 Do ANALABS
36 37 0.0025 0.0025 97 13 71 18 987 274 Do ANALABS
37 36 0.01 62 27 104 20 50 430 Do ANALABS
36 39 0.0025 18 8 47 19 50 844 Do ANALABS
39 40 0.0025 37 13 49 20 30 674 Do ANALABS
40 41 0.0025 19 7 33 10 969 654 CoM ANALABS
41 42 0.01 17 44 43 70 1020 CoM ANALABS
42 43 0.0025 47 6 57 25 70 871 CoM ANALABS
43 44 0.005 62 52 29 100 835 CoM ANALABS
44 45 0.0025 27 52 48 50 943 CoM ANALABS
45 48 0.005 36 48 14 836 595 CoU ANALABS
46 47 0.01 0.0025 0.0025 41 38 3 854 796 CoU ANALABS
47 48 0.007 62 35 588 612 CoU ANALABS
48 49 0.009 23 44 3 762 878 CoU ANALABS
49 50 0.0025 53 53 7 847 808 CoU ANALABS
50 51 0.0025 17 49 680 807 CoU ANALABS
51 52 0.012 15 48 657 935 CoM ANALABS
52 53 0.0025 13 56 640 1280 CoM ANALABS
53 54 0.0025 12 51 705 1340 SSkM ANALABS
Mondo}'. U October 1996 Poge 65 0[86
- - - - - - - - - - - - - - - - - - - - -
• - - - - - - - - - - - - - - - - - - - -376138
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Az.imuth Dip
WRC-I 5233750.64 476123.99 92.69 60 271 50/ \,".-,
From To Au AuRI AuR2 Cu I Pb Zn As Ni Bi Mo Cr RockType LabI
0 1 0.005 51 } >;' ( 164 14 5 157 Sq ANALABS
2 0.0025 9 ;: '1 11 5 3 155 Sq ANALABS
2 3 0.02 34 21 4 262 Sq ANALABS
3 4 0.022 42 II 33 16 6 264 Sq ANALABS
4 5 0.0025 19 14 14 4 46 Sq ANALABS
5 6 0.014 26 65 12 6 146 Sq ANALABS
6 7 0.0025 12 7 47 4 26 194 Sq ANALABS
7 6 0.0025 5 7 34 11 34 366 Sk ANALABS
6 9 0.01 5 15 41 26 74 592 Sk ANALABS
9 10 0.0025 15 29 52 221 141 959 Sk ANALABS
10 11 0.057 6 26 15 26 33 273 Sq ANALABS
11 12 0.025 0.023 6 39 16 24 30 237 Sq ANALABS
12 13 0.006 5 42 11 6 14 266 Sq ANALABS
13 14 0.0025 5 36 10 6 20 136 Sq ANALABS
14 15 0.006 6 26 16 6 20 375 Sq ANALABS
15 16 0.013 11 56 71 9 46 1240 Sq ANALABS
16 17 0.096 39 77 59 14 100 1520 Sq ANALABS
17 16 0.594 22 6B 64 16 60 2940 Sq ANALABS
16 19 0.129 32 125 46 51 319 716 Sq ANALABS
19 20 0.265 42 149 96 36 210 1640 Sq ANALABS
20 21 0.093 46 160 261 66 736 2160 SkM ANALABS
21 22 0.063 0.071 56 124 214 104 666 1700 SkM ANALABS
22 23 0.014 16 43 43 24 104 476 Sq ANALABS
23 24 0.01 12 40 16 12 46 135 Sq ANALABS
24 25 0.012 12 37 16 20 64 269 Sq ANALABS
25 26 0.006 11 32 15 15 46 263 Sq ANALABS
26 27 0.0025 6 20 26 10 51 121 Sq ANALABS
Monday, 14 October 1996 Page Mof86
- - - - - - - -Drill Hole Sample Report 376139
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-l 5233750.64 478123.99 92.69 60 271 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab54 55 0.0025 13 44 2 735 832 SSkM ANALABS
55 56 0.0025 10 4S 603 1270 SSkM ANALABS
56 57 0.0025 13 43 5 662 1060 SSkM ANALABS
57 58 0.0025 13 40 666 1130 SSkM ANALABS
58 59 0.0025 12 41 697 1140 SSkM ANALABS
59 60 0.0025 14 40 6 674 1160 SSkM ANALABS
Monday, 14 Octoher 1996Page 660[86
376140Drill Hole Sample Report
DTil/ Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-2 5233863.73 478136.01 71.86 70 271 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.03 17 17 320 73 555 683 CbSC ANALABS
1 2 0.035 0.041 12 17 331 46 503 597 CbSC ANALABS
2 3 0.228 0.197 30 57 821 19 794 805 CbSC ANALABS
3 4 0.822 0.776 0.826 32 120 445 30 640 786 SeCg ANALABS
4 5 0.788 0.786 2.{ SeCg ANALABS
5 6 0.939 0.909 57 138 668 22 548 156 SeCg ANALABS
6 7 0.33 0.353 Zs SeCg ANALABS
7 B 0.519 0.527 99 263 B46 27 569 55 SeCg ANALABS
B 9 0.64 0.651
irsSeCg ANALABS
10 11 0.1B 0.174 ANALABS
11 12 0.0025 Sk ANALABS
12 13 0.153 0.152 0.17 Sk ANALABS
13 14 0.278 0.273 24 117 251 B 209 419 Sk ANALABS
14 15 0.362 0.33 0.326 15 75 141 4 114 113 Sk ANALABS
15 16 0.328 0.31 17 114 142 15 191 421 Sk ANALABS
16 17 0.169 0.166
InSk ANALABS
17 18 0.074 0.09 Sk ANALABS
19 20 0.23 0.237 SqSk ANALABS
20 21 0.22 0.0025 SqSk ANALABS
21 22 0.052 0.06 63 123 730 22 B28 34 Se ANALABS
22 23 0.062 0.075 61 143 810 29 B57 60 Se ANALABS
23 24 0.056 0.068 39 71 938 28 548 12 Se ANALABS
24 25 0.01 0.01 13 28 170 31 300 12 SC ANALABS
25 26 0.006 11 25 731 30 641 10 SqSk ANALABS
26 27 0.0025 9 20 469 29 503 4 SqSk ANALABS
27 28 0.041 5 11 291 27 350 9 SqSk ANALABS
28 29 0.0025 7 24 400 27 577 8 SqSk ANALA8S
Mondoy, ].I October /996 Poge 670[86
• ~ - - - - - - - - - - - - - - - - - - -
---------------------Drill Hole Sample Report 376141
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azjmuth Dip
WRC-2 5233863.73 478136.01 71.86 70 271 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab29 30 0.0025 5 7 68 23 82 3 Skp ANALABS
30 31 0.0025 2 10 68 19 89 Skp ANALABS
31 32 0.0025 3 8 20 33 12 Skp ANALABS
32 33 0.0025 5 77 26 147 Skp ANALABS
33 34 0.0025 4 9 234 18 209 3 ScCw ANALABS
34 35 0.022 7 12 372 36 339 ScCw ANALABS
35 36 0.016 6 7 219 28 196 ScCw ANALABS
36 37 0.0025 12 41 29 28 Skp ANALABS
37 36 0.0025 3 12 32 24 12 Skp ANALABS
36 39 0.0025 0.0025 7 <r- IO 39/1
Skp ANALABS
39 40 0.0025 6 ( ;; 22 93 Skp ANALABS
40 41 0.0025 9 30 76 3 Skp ANALABS
41 42 0.0025 9 (' I" 34 77 4 Skp ANALABS
42 43 0.0025 5 .( 31 69 4 Skp ANALABS
43 44 0.012 39 13 75 28 224 598 SSkM ANALABS
44 45 0.126 70 14 59 18 167 416 SSkM ANALABS
45 46 0.529 36 206 343 73 238 428 Sc ANALABS
46 47 0.045 9 14 92 30 47 184 SqMb ANALABS
47 48 0.026 2 12 47 21 36 233 SqMb ANALABS
48 49 0.024 37 77 304 228 487 946 SSkM ANALABS
49 50 0.0025 47 24 149 201 469 209 SSkM ANALABS
50 51 0.0025 25 16 88 84 852 1500 SkM ANALABS
51 52 0.0025 50 11 99 45 542 415 SkM ANALABS
52 53 0.011 43 13 91 20 701 692 SkM ANALABS
53 54 0.0025 0.0025 29 42 35 798 651 SkM ANALABS
54 55 0.0025 33 42 17 944 993 CoU ANALABS
55 56 0.0025 26 46 27 936 974 CoU ANALABS
Monday, 14 October 1996 Page 6lJ of86
376142Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/or.Level Depth Azimuth Dip
WRC-2 5233863.73 478136.01 71.88 70 271 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab56 57 0.0025 41 47 14 880 1'00 CoM ANALABS
57 56 0.0025 75 51 11 888 1570 CoM ANALABS
58 59 0.0025 82 47 8 888 1280 CoM ANALABS
59 80 0.0025 59 45 877 787 CoU ANALABS
80 81 0.0025 39 48 888 B59 CoU ANALABS
81 82 0.0025 43 43 9 B45 904 CoU ANALABS
82 83 0.0025 56 48 957 1000 CoU ANALABS
83 84 0.0025 29 48 2 917 1010 CoU ANALABS
84 85 0.0025 28 42 3 894 1010 CoU ANALABS
85 86 0.0025 50 48 12 808 B13 CoU ANALABS
86 87 0.0025 24 47 829 1040 SkU ANALABS
87 86 0.0025 30 41 919 1080 SkU ANALABS
86 89 0.0025 50 45 844 1060 SkU ANALABS
89 70 0.072 36 40 883 844 SkU ANALABS
Monday, 14 OClober 1996 Pag' 69 of86
.~-------------------
- - - - - - - - - - - - - - - - - - - - -376143
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azjmuth Dip
WRC-3 5233869.59 478165.9 n.54 60 271 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab0 1 0.052 0.038 12 43 76 6 129 1250 CbSq ANAtABS
2 0.133 14 79 81 4 123 1700 CbSq ANAtABS
2 3 0.025 5 31 42 29 650 CbSq ANAtABS
3 4 0.01 6 34 43 13 633 CbSq ANAtABS
4 5 0.021 17 138 115 146 726 CbSq ANAtABS
5 6 0.005 5 24 38 15 750 CbSq ANAtABS
6 7 ANAtABS
8 9 0.005 8 log 307 340 95 SkSC ANAtABS
9 10 3 63 305 4 483 21 SkSC ANAtABS
10 11 0.Q1 9 78 426 7 584 44 SkSC ANAtABS
13 14 0.011 7 55 240 10 284 137 Sk ANAtABS
14 15 0.Q16 0.Q1 0.Q15 13 55 247 5 258 90 Sk ANAtABS
15 16 0.009 10 12 103 23 140 23 Skp ANAtABS
16 17 0.017 7 21 200 24 256 13 Skp ANAtABS
17 18 0.01 6 28 248 15 299 17 Skp ANAtABS
18 19 2 12 138 14 178 4 Skp ANAtABS
19 20 0.005 4 20 168 15 214 8 Skp ANAtABS
20 21 0.005 9 25 180 21 394 12 Skp ANAtABS
21 22 4 10 117 8 217 3 Skp ANAtABS
22 23 6 28 4 34 Mb ANAtABS
23 24 22 10 19 Mb ANAtABS
24 25 6 26 38 17 Mb ANAtABS
25 26 16 18 52 4 2 Mb ANAtABS
26 27 16 23 78 2 2 Mb ANAtABS
27 28 12 18 41 11 2 Mb ANAtABS
28 29 14 19 38 Mb ANAtABS
29 30 18 16 43 Mb ANAtABS
Mondo" 14 October 1996 Poge 700[86
376144Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-3 5233869.59 476165.9 72.54 60 271 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RocIcType Lab:lO 31 10 16 16 4 Mb ANALABS
31 32 17 11 43 2 Mb ANALABS
32 33 17 9 Mb ANALABS
33 34 11 11 15 3 Mb ANALABS
34 35 12 13 34 Mb ANALABS
35 36 4 15 9 Mb ANALABS
36 37 20 29 68 5 Mb ANALABS
37 36 11 14 34 Mb ANALABS
38 39 16 19 54 Mb ANALABS
39 40 4 32 9 3 Mb ANALABS
40 41 16 23 46 Mb ANALABS
41 42 0.066 0.052 7 67 68 142 Sk ANALABS
42 43 18 20 64 2 Mb ANALABS
43 44 0.008 11 Mb ANALABS
44 45 22 :lO Mb ANALABS
45 46 3 15 6 3 Mb ANALABS
46 47 11 19 32 5 Mb ANALABS
47 46 14 17 Mb ANALABS
46 49 12 5 6 Mb ANALABS
49 50 3 15 40 2 Mb ANALABS
50 51 10 10 Mb ANALABS
51 52 6 5 4 Mb ANALABS
52 53 5 22 2 Mb ANALABS
53 54 9 16 16 3 Mb ANALABS
54 55 20 9 3 Mb ANALABS
55 56 3 7 7 2 Mb ANALABS
56 57 6 14 4 4 Mb ANALABS
Monday, 14 October /996 Page 7/ of86
• ~ - - - - - - - - - - - - - - - - - - -
,
-----~--'~ - - - - -.. - - - - - -
Drill Hole Sample Report376145
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-3 5233869.59 478165.9 72.54 60 271 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab57 58 4 12 16 Mb ANALABS
58 59 7 2 Mb ANALABS
59 60 4 10 Mb ANALABS
Monday, I4 October 1996 Page 720[86
376146Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-4 5233873.44 478179.81 74.26 70 14 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr Rock Type Lab0 1 2 12 3 709 CbSq ANALABS
1 2 1Ii 4 4 299 CbSq ANALABS
2 3 3 5 41 3 9BB CbSq ANALABS
3 4 9 318 CbSq ANALABS
4 5 0.01 0.012 5 10 12 434 CbSq ANALABS
5 6 0.01 4 17 21 12 533 CbSq ANALABS
6 7 6 11 31 2 11 = SqCh ANALABS
7 8 4 9 6 295 SqCh ANALABS
8 9 3 9 5 593 SqCh ANALABS
9 10 0.009 4 11 2 8 160 SqCh ANALABS
10 11 0.017 4 9 22 2 14 477 SqCh ANALABS
11 12 0.053 4 15 27 2 17 501 SqCh ANALABS
12 13 0.144 42 232 86 16 103 789 ChSq ANALABS
13 14 0.2 32 229 227 6 113 ese ChSq ANALABS
14 15 0.021 0.017 0.023 5 18 18 2 17 833 ChSq ANALABS
15 16 0.042 23 22B 189 24 96 968 ChSq ANALABS
16 17 0.089 53 546 509 45 187 813 ChSq ANALABS
17 18 0.074 49 587 829 52 326 432 ChSq ANALABS
18 19 0.081 40 348 623 46 313 169 ChSq ANALABS
19 20 0.023 24 117 189 9 80 104 Mb ANALABS
20 21 0.036 24 50 367 107 26 Mb ANALABS
21 22 0.02 24 25 441 5 113 10 Mb ANALABS
22 23 0.029 24 20 478 41 276 11 Mb ANALABS
23 24 0.029 19 53 243 12 245 101 SkM ANALABS
24 25 0.006 14 47 215 7 136 55 SkM ANALABS
25 26 7 34 242 4 283 269 SqSk ANALABS
26 27 47 17 178 5 194 521 SqSk ANALABS
Atonioy, ].I October 1996 Page 730186
• - - - - - - - - - - - - - - - - - - - -,
- - ....... ....... - - - - --I - ~ --I ~ ~,
~- - - - -
Drill Hole Sample Report376147
Drill Hole Number DCol/ar.North DCol/ar.East DCo//ar.Level Depth Azimuth Dip
WRC-4 5233873.44 478179.81 74.26 70 14 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab27 28 0.024 6 42 371 6 253 47 SqSk ANALABS
28 29 0.01 41 97 369 9 254 39 SkM ANALABS
29 30 6 17 129 62 436 SqSk ANALABS
30 31 4 30 182 2 123 30 SqSk ANALABS
31 32 18 57 99 3 71 229 SqSk ANALABS
32 33 11 52 116 3 80 237 SqSk ANALABS
33 34 0.01 10 50 82 3 55 39 SqSk ANALABS
34 35 7 27 143 5 78 163 SqSk ANALABS
35 36 0.006 7 21 56 12 39 159 SqSk ANALABS
36 37 7 12 50 11 10 5 Mb ANALABS
37 38 16 25 3 5 Mb ANALABS
36 39 16 28 3 4 Mb ANALABS
39 40 16 10 31 3 3 Mb ANALABS
40 41 16 7 28 4 6 Mb ANALABS
41 42 17 6 28 8 17 Mb ANALABS
42 43 0.012 0.013 16 23 7 3 2 Mb ANALABS
43 44 17 24 3 Mb ANALABS
44 45 0.009 16 28 3 3 3 Mb ANALA8S
45 46 0.012 16 55 16 24 Sk ANALABS
46 47 0.038 23 16 392 16 58 4 Sk ANALABS
47 48 0.046 53 63 507 17 53 10 Sk ANALABS
48 49 70 17 110 13 49 18 Sk ANALABS
49 50 0.009 68 18 161 16 79 16 Sk ANALABS
50 51 0.008 73 17 203 10 103 10 Sk ANALABS
51 52 0.005 80 16 165 4 65 12 Sk ANALABS
52 53 0.007 86 12 161 4 83 15 SDoJ ANALABS
53 54 78 8 180 4 82 22 SDoJ ANALABS
Afonday, 14 October 1996 Poge 740/86
376148
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azjmuth Dip
WRC-4 5233873.44 478179.81 74.28 70 14 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab54 55 81 82 4 44 36 DoJ ANALABS
55 56 84 90 47 13 DoJ ANALABS
56 57 as 94 7 47 17 DoJ ANALABS
57 56 80 lOS 6 48 21 DoJ ANALABS
56 70 DoJ
Monday, 14 Odober 1996 Page 750/86
• -I - - - - - - - - - - - - - - - - - - -
- - - - - - ..... ...... - ...... - - ...... - - ...... - ...... - -
Drill Hole Sample Report376149
Drill Hole Number DCol/ar.Narth DCal/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-5 5234032.74 478167.04 58.66 48 224 50
From To Au AuRJ AuR2 Cu Pb Zn As Ni Bi Mo Cr RackType Lab0 1 9 9 79 I I 58 1760 ANALABS
2 19 19 76 7 91 783 ANALABS
2 3 24 21 78 40 107 172 Cg ANALABS
3 4 6 8 20 30 44 2 Cg ANALABS
4 5 7 IS 30 24 75 3 Sk ANALABS
5 6 16 7 47 54 90 10 Sk ANALABS
6 7 20 29 35 61 8 Sk ANALABS
7 8 IS 12 14 23 36 3 Sk ANALABS
8 9 3 17 39 16 80 5 Sk ANALABS
9 10 0.007 14 19 15 20 65 2 Sk ANALABS
10 I I 17 8 40 45 122 3 Sk ANALABS
I I 12 14 48 60 173 5 Sc ANALABS
12 13 14 14 75 61 251 3 Sc ANALABS
13 14 0.007 16 16 94 44 283 3 50 ANALABS
14 15 4 8 50 7 66 Skp ANALABS
15 16 11 47 26 107 2 Skp ANALABS
16 17 13 5 59 26 153 6 Skp ANALABS
17 18 11 66 27 134 4 Skp ANALABS
18 19 0.013 16 15 67 26 137 4 Skp ANALABS
19 20 0.014 14 8 90 35 143 7 Skp ANALABS
20 21 10 8 86 33 150 7 Skp ANALABS
21 22 0.005 14 92 57 118 5 Skp ANALABS
22 23 18 71 45 86 4 Skp ANALABS
23 24 0.052 14 46 30 29 2 Mb ANALABS
24 25 12 15 81 15 41 2 Mb ANALABS
25 26 0.014 10 212 374 28 21 Mb ANALABS
26 27 14 IS 121 21 31 2 Mb ANALABS
Monda,. 1-1 Odober 1996 Pag.760/86
376150
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-5 5234032.74 478167.04 58.66 48 224 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr Rock Type Lab27 28 0.028 18 47 19 32 Mb ANALABS
28 29 16 13 46 16 24 Mb ANALABS
29 30 41 27 7 Mb ANALABS
30 31 6 15 39 23 13 Skp ANALABS
31 32 15 5 Skp ANALABS
32 33 0.005 15 16 B 3 Skp ANALABS
33 34 0.005 0.01 10 29 27 Skp ANALABS
34 35 25 5 3 Skp ANALABS
35 36 13 17 8 Skp ANALABS
36 37 9 44 18 7 2 Skp ANALABS
37 36 14 31 18 5 3 Skp ANALABS
36 39 18 31 26 14 2 Skp ANALABS
39 40 19 24 13 Skp ANALABS
40 41 15 26 49 2 Skp ANALABS
41 42 10 6 43 10 23 5 Skp ANALABS
42 43 42 11 2 Skp ANALABS
43 44 0.067 26 9 3 Skp ANALABS
44 45 0.012 6 8 8 2 4 Skp ANALABS
45 48 12 6 6 3 Skp ANALABS
46 47 12 5 2 Skp ANALABS
47 48 13 6 5 4 5kp ANALABS
Monday, 14 Odober 1996 Page 770/86
---------------------
- --- --- - - --- - - I-. I-. "'--' - I-. I-. - I-. I-. - '- ....... -376151
Drill Hole Sample Report
Dril/ Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Avmuth Dip
WRC-6 5233544.77 478123.19 112.28 108 270 50
From To Au AuRJ AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 12 12 140 28 68 9880 ANALABS
2 0.006 35 13 177 682 206 7350 ANALABS
2 3 109 21 118 1570 187 4650 ANALABS
3 4 22 8 40 417 38 897 ANALABS
4 5 7 24 82 15 824 ANALABS
5 6 25 10 126 686 103 1590 ANALABS
6 7 0.021 33 12 99 760 251 2890 ANALABS
7 8 0.024 38 33 83 1950 220 2620 ANALABS
8 9 0.023 22 19 110 429 120 2370 ANALABS
9 10 0.021 53 45 131 2040 909 3690 ANALABS
10 11 61 28 64 697 378 593 CrU ANALABS
11 12 28 16 71 291 201 868 CrU ANALABS
12 13 0.022 33 21 74 102 144 1200 Cyb ANALABS
13 14 0.231 34 24 67 357 241 1290 Cyb ANALABS
14 15 0.134 116 55 256 2880 928 5170 Cyb ANALABS
15 16 0.092 113 68 254 1780 895 4420 Cyb ANALABS
16 17 0.174 102 78 386 997 1560 2610 Cyb ANALABS
17 18 0.099 38 54 411 223 2540 371 Cyb ANALABS
19 20 0.1 64 390 264 90 2830 122 Cyb ANALABS
21 22 0.039 47 67 193 41 1200 45 Cyb ANALABS
23 24 0.032 25 61 130 59 827 30 Cyb ANALABS
24 25 0.018 0.021 11 39 71 34 488 19 Cyb ANALABS
25 26 0.015 9 16 55 18 456 8 Mb ANALABS
26 27 2 24 26 101 9 Mb ANALABS
27 28 10 15 10 175 6 Mb ANALABS
28 29 10 13 32 239 9 Mb ANALABS
29 30 17 17 39 273 6 Mb ANALABS
Monday, 14 Odaber /996 Page 780f86
376152
Drill Hole Sample Report
brill Hole Number DCollar.North DCollar.East DCollar.Level Depth Azimuth Dip
WRC-6 5233544.n 478123.19 112.28 108 270 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab30 31 0.014 16 10 49 192 328 58 Sk ANALABS
31 32 15 22 34 213 8 Sk ANALABS
32 33 16 23 41 121 9 Sk ANALABS
33 34 0.01 16 35 ·48 126 11 Sk ANALABS
34 35 18 31 32 48 10 Sk ANALABS
35 36 0.006 17 29 34 53 17 Sk ANALABS
36 37 17 39 31 32 9 SkSc ANALABS
37 36 19 18 51 20 8 SkSc ANALABS
38 39 14 25 55 52 8 SkSc ANALABS
39 40 0.008 0.006 17 22 72 47 11 SkSc ANALABS
40 41 0.007 19 35 44 32 10 SkSc ANALABS
41 42 0.009 19 28 33 24 18 SkSc ANALABS
42 43 0.007 19 38 31 24 51 SkSC ANALABS
43 44 21 29 37 16 45 SkSC ANALABS
44 45 0.006 19 20 92 20 13 SkSC ANALABS
45 46 19 29 38 12 37 SkSC ANALABS
46 47 19 25 48 10 15 SkSC ANALABS
47 48 20 27 31 10 46 SkSc ANALABS
48 49 22 37 33 11 53 SkSc ANALABS
49 50 18 25 37 7 31 SkSc ANALABS
50 51 19 24 21 3 24 Mb ANALABS
51 52 9 27 79 5 11 Mb ANALABS
52 53 10 29 62 4 13 Mb ANALABS
53 54 30 6 64 4 11 Mb ANALABS
54 55 18 21 58 4 6 Mb ANALABS
55 56 5 13 Sk ANALABS
56 57 0.006 9 10 2 Sk ANALABS
Mondoy, 14 October 1996 Poge 790f86
- ... - - - - - - - - - - - - - - - - - - -
- --.; - - - - - - - -.I _ - - ,- ,- -
Drill Hole Sample Report 376153
Drill Hole Number DCol/or.North DCol/or.Eost DCol/or.Levei Depth Azimuth Dip
WRC-6 5233544.n 478123.19 112.28 108 270 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr Rock Type Lab57 58 8 13 Sk ANALABS
58 59 7 19 3 3 Sk ANALABS
59 60 8 10 18 2 Sk ANALABS
60 61 7 15 25 12 6 Sk ANALABS
61 62 5 8 33 Sk ANALABS
62 63 0.005 4 9 24 Sk ANALABS
63 64 4 10 31 2 Sk ANALABS
64 65 5 11 46 4 7 Mb ANALABS
65 66 9 11 46 2 Mb ANALABS
66 67 7 19 45 Mb ANALABS
67 66 15 16 73 Mb ANALABS
68 69 0.009 7 17 29 Mb ANALABS
69 70 0.006 9 12 51 Mb ANALABS
70 71 7 13 37 Mb ANALABS
71 72 5 14 31 Mb ANALABS
72 73 4 19 30 Mb ANALABS
73 74 4 14 26 Mb ANALABS
74 75 0.01 0.006 5 13 25 2 Mb ANALABS
75 76 14 21 Mb ANALABS
76 77 19 17 Mb ANALABS
77 78 3 9 22 Mb ANALABS
78 79 15 31 4 Mb ANALABS
79 80 3 8 4 69 So ANALABS
80 81 4 6 8 129 So ANALABS
81 82 3 7 3 9 So ANALABS
82 63 4 8 6 73 So ANALABS
83 84 9 13 79 14 8 Sk ANALABS
Monday, 14 October /996 Pag.80of86
376154Drill Hole Sample Report
Drill Ho/e Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-6 5233544.77 478123.19 112.28 108 270 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab84 85 4 14 70 11 Sk ANALABS
85 86 18 52 8 Sk ANALABS
86 87 9 12 117 21 Sk ANALABS
87 86 0.006 8 33 30 11 Sq ANALABS
86 89 0.009 5 14 8 45 183 Sq ANALABS
89 90 2 4 7 21 411 Sq ANALABS
90 91 3 16 5 39 71 Sq ANALABS
91 92 0.019 3 5 3 45 209 Sq ANALABS
92 93 9 6 24 11 337 262 CoU ANALABS
93 94 14 37 7 747 744 CoU ANALABS
94 95 22 38 838 1070 CoU ANALABS
95 96 18 30 707 355 CoU ANALABS
96 97 21 24 599 290 COU ANALABS
97 98 20 24 636 220 COU ANALABS
98 99 22 27 758 257 COU ANALABS
99 100 10 9 6 188 211 COU ANALABS
100 101 9 16 349 276 COU ANALABS
101 102 21 36 752 839 SkU ANALABS
102 103 18 32 757 366 SkU ANALABS
103 104 26 35 681 888 SkU ANALABS
104 105 39 35 4 763 602 SkU ANALABS
105 106 24 26 4 946 361 SkU ANALABS
106 107 14 25 12 724 619 SkU ANALABS
107 108 14 23 57 499 362 SkU ANALABS
,,
i
i
~'fonday, ].I October 1996 Page 81 0[86
.~-------------------
- - - - - - - - - - - - - - - - - - - - •376155
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-7 5233486.37 478140.65 119.88 46 90 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.209 21 68 50 242 147 2250 CrU ANALABS
2 0.181 25 52 70 265 135 2850 CrU ANALABS
2 3 0.012 91 21 114 67 118 3530 CrU ANALABS
3 4 0.022 46 23 33 61 89 316 Sk ANALABS
4 5 69 11 209 105 144 1840 Sk ANALABS
5 6 51 12 31 30 85 138 Sk ANALABS
6 7 21 14 26 29 51 101 Sk ANALABS
7 8 0.026 69 14 94 165 188 269Il Sq ANALABS
8 9 0.069 91 7 113 279 217 2980 Sq ANALABS
9 10 0.029 108 11 135 702 265 409Il Sq ANALABS
10 11 0.028 29 9 146 72 76 6410 Sq ANALABS
11 12 0.039 20 19 121 117 81 4910 Sq ANALABS
12 13 0.17 98 63 82 1070 426 2080 Sk ANALABS
13 14 0.31 0.29 147 267 138 1170 488 2200 Sk ANALABS
14 15 0.21 0.189 34 452 50 688 179 401 Sq ANALABS
15 16 0.12 0.109 21 119 38 198 76 521 Sq ANALABS
16 17 0.21 0.201 0.211 20 127 107 351 116 159 Sq ANALABS
17 18 0.32 0.324 75 543 157 685 234 730 Sq ANALABS
18 19 0.93 0.389 74 810 98 445 467 402 CrSq ANALABS
19 20 9.39 9.39 36 418 64 130 88 126 CrSq ANALABS
20 21 2.68 2.n Sq ANALABS
21 22 o.n 0.527 10 178 50 28 52 671 Sq ANALABS
22 23 0.69 0.553 6 146 41 21 38 79 Sq ANALABS
23 24 0.87 1.05 11 152 56 31 57 289 Sq ANALABS
24 25 9.12 8.94 7 93 70 18 52 472 SqCw ANALABS
25 26 2.86 2.95 2.67 12 475 123 17 229 62 SqCw ANALABS
26 27 2.56 2.76 23 718 154 19 396 393 SqCw ANALABS
"'fonda!, 1-1 October /996 Pag. 82 of86
376156
Drill Hole Sample Report
DCol/ar.East DCol/ar.LevelDrill Hole Number DCol/ar.North
WRC-7 5233486.37 478140.65 119.88
Depth Azimuth
46 90
Dip
50
From/27I1 28
.129
31
I, 32
33
34
35
36
37
36
41
42
43
44
45
To28
29
30
32
33
34
35
36
37
38
39
42
43
44
45
46
Au1.43
1.85
1.85
1.27
1.1
0.91
0.83
0.54
0.85
1.13
0.75
0.115
0.933
0.077
0.244
AuRI1.51
1.79
1.38
0.905
1.08
0.872
0.59
0.46
0.892
1.28
0.789
0.118
0.942
0.196
AuR2
1.03
1.28
Cu13
9
12
21
18
15
7
8
11
15
9
14
20
16
22
Pb340
288
188
341
176
143
67
43
60
135
83
35
83
13
22
Zn90
9B
160
342
371
35B
229
184
212
529
25B
187
490
134
152
As24
15
18
35
8
16
12
11
17
34
50
4B
99
20
24
Ni178
139
119
152
124
167
99
77
97
229
111
79
431
36
49
Bi Mo Cr493
57
355
79
302
378
51
276
418
214
2B3
7
8
5
RockTypeSqCw
SqCw
SqCw
SqCw
SqCw
SqCw
Sq
SqCw
SqCw
SqCw
SqCw
Sk
Sk
Sk
Sk
Sk
LabANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
ANALABS
Monday, 14 October 1996 Pag_BJ 0/B6
-~-------------------
- - - - - - -- - - - - - - - -- - '"'-' - - I-
376157Drill Hole Sample Report
Drjlf Hole Number DCollar.North DCollar.East DCollar.Level Depth Azjmuth Dip
WRC-8 5233483.95 478055.07 114.85 60 90 50
From To Au AuRJ AuR2 Cu Pb Zn As Ni Hi Mo Cr Rock Type Lab0 0.409 60 81 183 142 249 1410 Crb ANALABS
1 2 0.155 71 24 111 133 277 1170 Crb ANALABS
2 3 0.013 65 12 103 41 295 602 Crb ANALABS
3 4 52 82 9 774 716 MS ANALABS
4 5 52 69 840 353 MS ANALABS
5 6 68 62 8 588 202 MS ANALABS
6 7 69 7 76 13 596 171 MS ANALABS
7 8 95 76 8 642 167 MS ANALABS
8 9 0.01 28 6 83 1270 1150 COU ANALABS
9 10 22 83 73 1730 1460 CoU ANALABS
10 11 30 24 137 18 1450 2520 CoU ANALABS
11 12 59 7 160 33 641 337 CoM ANALABS
12 13 77 164 8 466 162 CoM ANALABS
13 14 65 192 16 443 155 CoM ANALABS
14 15 93 173 474 95 CoM ANALABS
15 16 65 190 11 697 415 CoM ANALABS
16 17 67 5 192 528 86 CoM ANALABS
17 18 56 143 497 191 CoM ANALABS
18 19 65 16 236 9 664 487 CoM ANALABS
19 20 43 155 14 1270 1860 COU ANALABS
20 21 34 139 83 1510 5500 CoU ANALABS
21 22 20 75 19 2020 1930 COU ANALABS
22 23 17 46 5 1820 1260 COU ANALABS
23 24 21 53 2590 1340 COU ANALABS
24 25 21 68 19 1850 1550 COU ANALABS
25 26 0.026 31 8 93 18 1510 1510 COU ANALABS
26 27 0.014 46 41 96 25 1330 579 CoM ANALABS
Monda)". ].I October /996 PagtUof86
376158
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
WRC-8 5233483.95 478055.07 114.85 60 90 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab27 28 36 41 100 14 1840 597 CoM ANALABS
28 29 26 12 90 29 1840 1140 CoU ANALABS
29 30 17 82 1860 1830 CoU ANALABS
30 31 25 13 79 25 1820 1460 CoU ANALABS
31 32 25 9B 70 2150 2030 COU ANALABS
32 33 30 6 85 32 1620 1150 CoU ANALABS
33 34 0.072 83 196 197 95 2130 1300 SkSM ANALABS
34 35 0.052 34 141 144 311 1810 420 SkSM ANALABS
35 36 0.028 12 29 132 435 2130 198 SkSM ANALABS
36 37 0.04 22 29 150 222 2570 271 SkSM ANALABS
37 36 0.031 24 15 128 149 1610 364 SkSM ANALABS
40 41 0.007 0.006 31 6 85 50 843 369 Sk ANALABS
41 42 0.006 27 57 29 452 163 Sk ANALABS
42 43 20 27 15 101 37 Sk ANALABS
43 44 0.007 20 27 8 70 21 Sqc ANALABS
44 45 0.005 22 35 16 182 58 Mb ANALABS
45 46 0.005 15 24 26 38 8 Mb ANALABS
46 47 15 23 21 41 9 Mb ANALABS
47 46 12 24 22 23 7 Mb ANALABS
48 49 15 27 14 44 14 Mb ANALABS
49 50 22 44 7 227 20 Skp ANALABS
50 51 21 32 3 121 26 Skp ANALABS
51 52 18 34 8 117 14 Skp ANALABS
52 53 16 23 9 31 13 Mb ANALABS
53 54 16 23 9 30 7 Mb ANALABS
54 55 16 25 14 25 8 Mb ANALABS
55 56 17 45 7 51 7 Mb ANALABS
Monday, ].I October 1996 Pag.85 0/86
""--~- - - - - - - - - - - - - - - - - - -
- - - - - - - I-.
Drill Hole Sample Report376159
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Aumuth Dip
WRC-8 5233483.95 476055.07 114.85 so 90 50
From To Au AuRI AuRl Cu Pb Zn As Ni Hi Mo Cr RockType Lab56 57 16 24 14 11 4 Mb ANALABS
57 58 16 22 16 9 4 Mb ANALABS
56 59 17 24 13 9 4 Mb ANALABS
59 so 19 25 8 5 Mb ANALABS
AlonJay, 14 October 1996 Poge 86 of86
- - - - - - - - - - - - - - - - - - - - •376160
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ur.East DCol/ar.Levei Depth Azimuth Dip
Be-} 5233534 476195 120 62 264 50
From To Au AuRI AuR2 Cu Pb ZII As Ni Bi 1110 Cr Rock Type Lab0 1 0.06 5233534 Cyb ALS
2 0.39 5233534 Cyb ALS
2 3 0.23 5233535 Cyb ALS
3 4 0.05 5233535 Sq ALS
4 5 0.04 5233535 Sq ALS
5 6 0.01 5233535 Sq ALS
6 7 0.02 5233535 Sq ALS
7 6 0.04 5233535 Sq ALS
6 9 0.05 5233536 Sq ALS
9 10 0.07 5233536 Sq ALS
10 11 0.04 5233536 Cyb ALS
11 12 0.02 5233536 Cyb ALS
12 13 0.08 5233536 Cyb ALS
13 14 0.06 5233536 Cyb ALS
14 15 0.06 5233537 Cyb ALS
15 16 0.04 5233537 Cyb ALS
16 17 0.05 5233537 Cg ALS
17 18 0.08 5233537 Cg ALS
18 19 0.04 5233537 Cg ALS
19 20 0.07 5233537 Cg ALS
20 21 0.16 5233537 Sq ALS
21 22 0.32 5233538 Sq ALS
22 23 0.12 5233538 Cw ALS
23 24 0.04 5233538 Cw ALS
24 25 0.12 5233538 Cw ALS
25 26 0.14 5233538 Cw ALS
26 27 0.26 5233538 Cw ALS
April 02, J997 Page 1 of~
376161Drill Hole Sample Report
Drill Hole Number DCollar.Norlh DCollar.East DCollar.Levei Depth Azimuth Dip
BC-l 5233534 478195 '20 82 284 50
From To Au AuRl AuR2 Cu Pb ZIl As Ni Bi Mo Cr Rock Type Lab27 28 0.21 5233539 Sq AL5
28 29 0.09 5233539 Sq AL5
29 30 0.14 5233539 5q AL5
30 31 0.35 5233539 5q AL5
31 32 0.39 5233539 Sq AL5
32 33 0.26 5233539 Cyb AL5
33 34 5.3 5233539 Sqc AL5
34 35 0.04 Sq
35 36 0.03 Sq
36 37 0.05 Sq
37 38 0.12 Sq
38 39 0.01 Sq
39 40 0.05 Sq
40 41 0.01 Sq
41 42 0.08 Sq
42 43 0.02 Sq
43 44 0.05 Sq
44 45 0.06 Sq
45 46 Sq
46 47 0.15 Sq
47 48 Sq
48 49 Sq
49 50 0.05 Sq
50 51 0.05 Sq
51 52 0.07 Sq
52 53 0.15 Sq
53 54 0.85 Sq
A{jri[ 02, 1997 Page2of4
• ~ - - - - - - - - - - - - - - - - - - -
- ,- - - - - - - - - - - - - -Drill Hole Sample Report 376162
Drill Hole Number DCollar.North DCollur.East lJCollar.Levei Depth Azimuth J)ip
BC-1 5233534 478195 120 82 284 50
From To Au AuRJ AuR2 Cu Pb ZII As Ni JJi Mo Cr RockType Lab54 55 2.37 Sq
55 56 0.33 Sq
56 57 04 Sq
57 58 0.16 Sq
58 59 0.1 Sq
59 60 0.22 SqCw
60 61 0.02 SqCw
61 62 0.04 SqCw
62 63 Do
63 64 0.02 SqCb
64 65 0.04 SqCb
65 66 0.05 Mb
66 67 Mb
67 66 MbSk
68 69 MbSk
69 70 MbSk
70 71 MbSk
71 72 MbSk
72 73 0.02 MbSk
73 74 0.03 MbSk
74 75 MbSk
75 76 MbSk
76 77 MbSk
77 78 0.06 MbSk
78 79 0.04 Mb
79 80 0.02 SqcSk
80 81 SqcSk
April 02, 1997 PageJ of-l
376163
Drill Hole Sample Report
Depth Azimuth DipJJrill Hole Number DCol/or.North DCol/ar.East DCol/ar.Level
BC-! 5233534 478195 120
From To Au AuR! AuR2 Cu Pb81 82 0.08
April 02.1997
ZI1 As
82
Ni
284
Bi
50
Mo Cr RockType LabSqcSk
Page 4 0/4
.~-------------------
---------------------Drill Hole Sample Report
376164
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Lf!lIel Depth Avmuth Dip
BC-l 5233534 478195 120 82 284 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.08 Cyb ALS
2 0.39 Cyb ALS
2 3 0.23 Cyb ALS
3 4 0.05 Sq ALS
4 5 0.04 Sq ALS
5 6 0.01 Sq ALS
6 7 0.02 Sq ALS
7 6 0.04 Sq ALS
8 9 0.05 Sq ALS
9 10 0.07 Sq ALS
10 11 0.04 Cyb ALS
11 12 0.02 Cyb ALS
12 13 0.08 Cyb ALS
13 14 0.06 Cyb ALS
14 15 0.06 Cyb ALS
15 16 0.04 Cyb ALS
16 17 0.05 Cg ALS
17 18 0.08 Cg ALS
18 19 0.04 Cg ALS
19 20 0.07 Cg ALS
20 21 0.16 Sq ALS
21 22 0.32 Sq ALS
22 23 0.12 Cw ALS
23 24 0.04 Cw ALS
24 25 0.12 Cw ALS
25 26 0.14 Cw ALS
26 27 0.26 Cw ALS
Monday, 14 October 1996 Pagel a[86
376165
Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar.Level Depth Azimuth Dip
BC-l 5233534 478195 120 82 284 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab27 28 0.21 Sq ALS
28 29 0.09 Sq ALS
29 30 0.14 Sq ALS30 31 0.35 Sq ALS31 32 0.39 Sq ALS32 33 0.26 Cyb ALS33 34 5.3 Sqc ALS
Monday. 14 October 1996 Page 2 0/86
---------------------
- - - - -- - - - - -
Drill Hole Sample Report376166
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Levei Depth Azimuth Dip
BC-2 5233753.71 478224.42 100.29 69 284 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.01 Sq ALS1 , 2 0.04 Sq ALS2 3 0.07 Sq ALS3 4 Sq ALS4 5 0.01 Sq ALS5 6 0.01 Sq ALS6 7 0.62 Sq ALS7 8 o.n Sq ALS8 9 0.57 Sq ALS9 10 0.28 Sqc ALS
10 11 0.37 Sqc ALS11 12 0.1 Sqc ALS12 13 0.21 Sqc ALS13 14 0.02 Sqc ALS14 15 0.01 Sqc ALS15 16 0.12 Sqc ALS16 17 0.01 Sqc ALS17 18 0.01 Sqc ALS18 19 0.01 Sqc ALS19 20 0.03 Sqc ALS20 21 0.05 Sqc ALS21 22 0.03 Chb ALS22 23 0.03 Chb ALS23 24 0.13 Chb ALS24 25 0.13 Chb ALS25 26 0.08 CgSC ALS26 27 0.14 CgSC ALS
Monday, 14 October 1996 Page J 0/86
376167Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar.Level Depth Azimuth Dip
BC-2 5233753.71 478224.42 100.29 69 284 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab27 28 0.09 CgSc ALS
28 29 0.1 CgSc ALS
29 30 0.03 CgSc ALS
30 31 0.04 CgSc ALS
31 32 0.08 CgSc ALS
32 33 0.16 CgSC ALS
33 34 0.27 CgSc ALS
34 35 0.27 CgSC ALS
35 36 0.33 CgSC ALS
36 37 0.08 CgSC ALS
37 36 0.04 CgSc ALS
38 39 0.03 CgSc ALS
39 40 0.01 CgSC ALS
40 41 0.02 Mb ALS
41 42 0.01 Mb ALS
42 43 0.04 Mb ALS
43 44 0.01 Mb ALS
44 45 0.01 Mb ALS
45 46 0.01 Mb ALS
46 47 0.01 Mb ALS
47 48 0.01 Mb ALS
46 49 0.01 Mb ALS
49 50 0.01 Mb ALS
50 51 0.01 Mb ALS
51 52 0.01 Mb ALS
52 53 0.01 Mb ALS
53 54 0.01 Mb ALS
Monday, ].I October 1996 Page-lof86
- - - - - - - - - - - - - - - - - - - - -
---------------------376168
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
BC-2 5233753.71 478224.42 100.29 89 284 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab54 55 0.01 Mb ALS55 56 0.01 Mb ALS56 57 0.01 Mb ALS57 58 0.01 Mb ALS58 59 0.01 Mb ALS59 60 0.01 Mb ALS60 61 0.01 Mb ALS61 62 0.01 Mb ALS62 63 0.01 Mb ALS63 64 0.01 Mb ALS64 85 0.01 Mb ALS85 66 0.01 Chb ALB66 67 0.01 Chb ALS67 68 0.01 Chb ALS68 69 0.01 Chb ALS
Mondoy, 14 October 1996 PogeS 0186
376169
Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Avmuth Dip
BC-3 5233859.99 478323.29 103.02 36 284 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.01 Sq ALS
2 0.01 Sq ALS2 3 0.Q1 Sq ALS3 4 0.Q1 Sq ALS4 5 0.Q1 Sq ALS5 6 0.02 Cyb ALS6 7 0.01 Cyb ALS7 8 0.Q1 Cyb ALS8 9 0.Q1 Cyb ALS9 10 0.Q1 Cyb ALS
10 11 0.01 Cyb ALS11 12 0.01 Cyb ALS12 13 0.Q1 Cyb ALS13 14 0.Q1 Cyb ALS14 15 0.Q1 Cyb ALS15 16 0.Q1 Cyb ALS16 17 0.Q1 Cyb ALS17 18 0.01 DoJ ALS18 19 0.01 DoJ ALS19 20 0.Q1 DoJ ALS20 21 0.01 DoJ ALS21 22 0.01 DoJ ALS22 23 0.Q1 DoJ ALS23 24 0.01 DoJ ALS24 25 0.Q1 DoJ ALS25 26 0.Q1 DoJ ALS26 27 0.Q1 DoJ ALS
Monday, 14 Odober 1996 Page 6 of86
• -I - - - - - - - - - - - - - - - - - - -
- - - - - - - - ,- ,- - - - -
Drill Hole Sample Report 376170
Depth Azimuth
36 284
Drjfl Hole Number DCollar.North DCollar.East DCollar.L/!IIel
BC-3 5233659.99 478323.29 103.02
From To Au AuRl AuR2 Cu Pb Zn27 28 0.01
28 29 0.01
29 :lO 0.01
:lO 31 0.01
31 32 0.01
32 33 0.01
33 34 0.01
34 35 0.01
35 36 0.01
Monday, ].I October /996
As Ni
Dip
50
Bi Mo Cr RockType LabDoJ ALS
DoJ ALS
DoJ ALS
DoJ ALS
DoJ ALS
DoJ ALS
Sq ALS
DoJ ALS
DoJ ALS
Page 70f86
Drill Hole Sample Report 376171
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Aumuth Dip
BC-4 5233859.5 476=.92 96.7 10 104 50
From To Au AuRl AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab0 1 0.06 Sq ....LS
2 0,01 Sq ....LS2 3 0.09 Sq ....LS3 4 0,01 Sq ....LS4 5 0,01 Sq ALS5 6 0.01 Sq ....LS6 7 0.06 Sqc ALS7 6 0.02 Sq ....LS
6 9 0.01 DoJ ....LS9 10 0.01 DoJ ....LS
Mondoy, ].I October 1996 Pag.8of86
---------------------
~-------------------.
Drill Hole Sample Report 376172
Drill Hole Number DCol/ar.North DCollar.East DCol/ar.Level Depth Azimuth Dip
BC-5 5233541.34 478116 111.16 113 104 50
From To Au AuRl AuR2 Cu Pb Zn As M Bi Mo Cr RockType Lab0 1 0.06 ALS
2 0.05 ALS2 3 0.03 ALS3 4 0.04 ALS
4 5 O.OJ ALS5 6 0.02 ALS6 7 0.01 ALS7 8 0.01 ALS8 9 0.01 ALS9 10 0.02 ALS
10 II 0.01 ALS11 12 0.02 ALS12 13 O.OJ CrgU ALS
13 14 0.07 CrgU ALS14 15 0.08 CrgU ALS15 16 0.68 CrgU ALS16 17 1.05 CrgU ALS
17 18 0.53 CrgU ALS
18 19 0.34 Crb ALS
19 20 0.16 Crb ALS
20 21 0.09 Crb ALS
21 22 0.21 Crb ALS
22 23 0.07 Crb ALS
23 24 0.15 Crb ALS
24 25 0.11 CwSc ALS
25 26 0.07 CwSc ALS
26 27 0.04 CwSc ALS
Monaoy, 14 Odober 1996 Pog~90186
376173Drill Hole Sample Report
Brill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
BC-5 5233541.34 478116 111.16 113 104 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab27 28 0.09 CwSC ALS
28 29 0.06 CwSc ALS
29 30 0.1 CwSc ALS
30 31 0.07 CwSc ALS
31 32 0.13 CwSC ALS
32 33 0.11 CwSc ALS
33 34 0.02 CwSc ALS
34 35 0.01 CwSC ALS
35 36 0.1 CwSc ALS
36 37 0.15 CwSc ALS
37 38 0.2 CwSc ALS
38 39 0.14 CwSC ALS
39 40 0.23 CwSC ALS
40 41 0.2 CwSC ALS
41 42 0.22 CwSC ALS
42 43 0.38 CoU ALS
43 44 0.28 CoU ALS
44 45 0.21 CoU ALS
45 46 0.03 Mb ALS
46 47 0.04 Mb ALS
47 48 0.02 Mb ALS
48 49 0.D1 Mb ALS
49 50 0.02 Mb ALS
50 51 0.01 Mb ALS
51 52 0.03 Mb ALS
52 53 0.01 Mb ALS
53 54 0.01 Mb ALS
Monday, 14 October 1996 Pog.10of86
• ~ - - - - - - - - - - - - - - - - - - -
----------- ---------376174
Drill Hole Sample Report
Drill Hole Number DCollar.North DCollar.East DCollar.Level Depth Azimuth Dip
BC-5 5233541.34 478116 111.16 113 104 50
From To Au AuRI AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab54 55 0.01 Mb ALS
55 56 0.07 Mb ALS
56 57 0.08 Mb ALS
57 58 0.03 Mb ALS
58 59 0.01 Mb ALS
59 60 0.01 MIl ALS
60 61 0.01 MIl ALS
61 62 0.01 MIl ALS
62 63 0.11 MIl ALS
63 64 0.01 Mb ALS
64 65 0.01 Mb ALS
65 66 0.01 Mb ALS
66 67 0.01 Mb ALS
67 58 0.65 Mb ALS
68 69 0.03 Mb ALS
69 70 0.01 Mb ALS
70 71 0.04 Mb ALS
71 72 0.04 Mb ALS
72 73 0.08 Mb ALS
73 74 0.05 Mb ALS
74 75 0.13 Mb ALS
75 76 0.04 Mb ALS
76 77 0.01 Mb ALS
77 78 0.01 Mb ALS
78 79 0.Q1 Mb ALS
79 60 0.01 Mb ALS
80 81 0.01 Mb ALS
lo/onday, U Odober 1996Pag.ll 0[86
376175Drill Hole Sample Report
Drill Hole Number DCol/ar.North DCol/ar.East DCol/ar.Level Depth Azimuth Dip
BC-5 5233541.34 478116 111.18 113 104 50
From To Au AuR/ AuR2 Cu Pb Zn As Ni Bi Mo Cr RockType Lab81 82 0.01 Mb ALS82 83 0.01 Mb ALS83 84 0.01 Mb ALS84 85 0.01 Mb ALS85 86 0.01 Mb ALS86 87 0.01 Mb ALS87 86 0.01 Mb ALS86 89 0.01 Mb ALS89 90 0.01 Mb ALS90 91 0.01 Mb ALS91 92 0.01 Mb ALS92 93 0.01 Mb ALS93 94 0.01 Mb ALS94 95 0.01 Mb ALS95 96 0.01 Mb ALS96 97 0.01 Mb ALS97 98 0.01 Mb ALS98 99 0.01 Mb ALS
Monday, 14 October 1996 Pag~ 12 0[86 .
- - - - - - - - - - - - - - - - - - - .- .
- -- - - - - - - --.,..'.·11'·..'...........-
Drill Hole Sample Report 376176DCol/ar.East DCol/ar.LevelDrill Hole Number DCol/ar.North
BC-6 5233749.99 476136.48 93
Depth Avmuth
29 104
Dip
50
CbSe ALS
CbSe ALS
CbSC ALS
CbSC ALS
CbSe ALS
ALSALSALSALSALSALSALSALSALS
ALS
ALS
LabALSALSALSALSALSALSALSALSALS
:;,:.c",;~
SeSeSe
SeCbSe
CbSe
RockTypeSq
Sq
Sq
Sq
Sq
Sq
Sq
Sq
Sq
Sq
Sq
SqSq
Sq
ChbChb
CrMoHiNiAsZnPbFrom To Au AuRl AuR2 Cu0 1
1 2 0.01
2 3 0.01
3 4 0.01
4 5 0.01
5 6 0.01
6 7 0.01
7 6 0.01
6 9 0.01
9 10 0.01
10 11 0.01
11 12 0.01
12 13 0.01
13 14 0.01
14 15 0.01
15 16 0.01
16 17 0.01
17 16 0.01
16 19 0.01
19 20 0.Q1
21 0.01
22 0.01
23 0.01
24 0.04
25 0.01
26 0.01
27 0.01
Drill Hole Sample Report
DCol/ar.East DCollar.Level
Au AuRl AuR20.01
0.01
376177
Cr RockType LabChb ALS
Chb ALS
Mo
Dip
50
HiNiAs
Depth Azimuth
29 104
Zn
93
PbCu
478136.485233749.99
DCol/ar.North
To28
29
loIo~day. 14 Oclob" J996 Pag.14of86
I
-I _ - - - - - - - - - - - - - - -
---------------------376178
Drill Hole Sample Report
DCol/ar.East DCol/ar.LevelDrill Hole Number DCol/ar.NorthBC-7 5233866.57 478092.98 68.79
Depth Azimuth
25 284
Dip
50
From To Au AuRl AuR2 Cu0 1 0.01
1 2 0.01
2 3
3 4 0.18
4 5 0.25
5 6 0.18
6 7 0.62
7 8 0.66
8 9 0.39
9 10 0.99
10 11 1.31
11 12 0.85
12 13 2.89
13 14 2.18
14 15 1.58 ~.~,.'.:Ji,,'.
"'-'-115 16 1.46
16 17 0.82
17 18 0.39
18 19 0.57
19 20 0.14
20 21 0.09
21 22 0.35
22 23 0.1
23 24 0.04
24 25 0.07
Monday, 14 October 1996
Pb Zn As Ni
,
Bi Mo Cr RockType LobCgb ALSCgb ALSCgb ALSSe ALSSe ALSSe ALSSq ALSSq ALSSq ALSSq ALSSq ALSCg ALSCg ALSCg ALSCg ALSCg ALSSCCg ALSSeCg ALSSeCg ALSSeCg ALSSeCg ALS
, SeCg ALSSe ALSSe ALSSe ALS
Page1Sof86
• ... - - - - - - - - - - - - - - - - - - -Drill Hole Sample Report
376179
Drill Hole Number DCollar.Nonh DCollar.East DCollar.Level Depth A:.imuth Dip
BC-8 5233867.53 478138.7 70.85 24 104 50
From To Au AuRJ AuR2 Cu Pb Zn As Ni Hi Mo Cr RockType Lab0 1 0.09 Cgb ALS1 2 0.33 Cgb ALS2 3 0.3 Cgb ALS3 4 0.11 M ALS4 5 0.12 M ALS5 8 0.12 M ALS5 7 0.06 M ALS7 8 0.04 M ALS8 9 0.02 M ALS9 10 0.03 M ALS
10 11 0.01 M ALS11 12 0.02 M ALS12 13 0.03 M ALS13 14 0.02 M ALS14 15 0.02 Mb ALS15 16 0.02 Mb ALS16 17 0.39 Mb ALS17 16 0.03 Mb ALS18 19 0.04 Mb ALS19 20 0.01 COU ALS20 21 0.01 CoU ALS21 22 0.01 Sk ALS22 23 0.01 Sk ALS23 24 0.01 Sk ALS
londo', u October 1996 Page 16of86
H.W. Fender, M.Sc.
Central Mineralogical Services8 Bradshaw Avenue. Crarer>. SA 5152Telephone (08) 370 9779 Fox (08) 3709786Internallonal: Telephone. 6183709779 Fax + 618 3709788
PAGE 01
376180
24 May 1996
CENTRAL MIN. SERVo
Petrology, Superpanning
T. SummonsiK. Morrison
As per report
26 April 1996
Letter T. Summons
088j70Q 7880883703788
WORK REqUESTED:
REPORT CMS 98/4124
SAMPLE NO'S:
SUBMITTED BY:
DATE RECEIVED:
YOUR REFERENCE:
MrT SummonsSedimentary Holdings NL40 DUdley StreetWEST MELBOURNE VIC 3003
17/83/1337 10:30
I1]
IIJIII]
IJ
IIIIJIII
The dolerite occUrring in WRC1 is thoroughly altered and IS not correlatable
With the (probably JurassIc) dolerites in WRC4 and 6.
Quartzose rocks encountered in WRC2, WRC6 are believed to be silicified
carbonate rocks, by analogy with known silicified carbonates from elsewhere
Twenty-five chip samples and five bags of cultings were received for
petrological and mineralogical study Thin sections were prepared of the chip
samples and the cuttings were Superpanned; the results are attached.
•
IIIIIIIIIIIIIIIIIIII1
PAGE 02
376181
CEmRAL MIN. SERVo
REPORT CMS 96/4124
WRC SERIES PERCUSSION CHIP SAMPLES
088370'378H10: "JO
CENTRAl. MINERALOGICAL Sf RVICE SREPORT eMS 96/4124·24 MA Y 1996SEDIMENTARY HOLDINGS Nl~Mf T Summons.}
Metasomatism dominantly takes the form of diopslde development. usually as
cloudy. semi-opaque, fine-grained whitish masses, sporadiC tremolite
formation and very minor garnet development was observed A separate low
temperature, inCipient serpentine/Mg-chlori~ metasomatic phase is seen in
the carbonate rocks which are crystalline limestones or low-grade marbles.
Summary. Comments
Many of the rocks are extensively altered and/or metasomatlsed. making
Interpretations tentative, this applies particularly to the various tuffs and
Similar fragmentals which appear to be largely of mafic/ultramafic origin and
as such are prone to alteration
---------------------I
- -SAMPLE NO.
IROCK NAME, COMPOSITION ALTERATlONIM ETASOMAT1SM OTHER FEATURES; COMMENTS
- --------
WRC 1 Altered Vitric Tuff Now composed Devltrrlication and argillic alteration Crosscutting quartz and quartz-
I20-21 of ultraflne quartz, clay/sericite. limited deposition of pale chlorite. chlorite velnlels. Magnetite grains.
chlorite, scattered coarser angular Not metasomallsed Prooably water-laid, possibly witr,; quat1z grains Finely bedded clastic components
Shard textures in places Soft-sediment deformation
33-34 Altered ?Dolerite Occasional Severe argillic-chloritic alteration. A few chips of vein quartz and ofchlorltised phenocrysts after Sporadic small tuffs of actinolite- basaltic chilled contact material.
; ?ol,vlne In a mass of replaCive and metasomatic Primary features almost allI chlorite/sericite With leu'coxenised obliterated
magnetite A few small amygdalesSome altered basaltic ?IavaAccessorv apatite
35-36 Altered Dolerite Random laths of Complete alteralion of all pnmary Vems of clOUdy epidoteltremoille Insencitised plagioclase; Interstitial minerals except apatite; but no one chiP appear replacive Rarechloflte and secondary quartz; skarn-type metasomatism except prehnlte infiliings Coarser than 33-leucoxenlsed opaques and for a few veins in one chip 34.conspIcuous apatite
39-40 Altered Dolerite Very similar to Patchy development of fine These dolerites interpreted from35·36 In all respects, perhaps a replacive tremolite-actinolite and relict textures and alterationlillie coarser. Some sheared ultrafjne cloudy epidote and assemblages, and are necessarilydolerite. and finer material from ?diopside. tentative.?chilled margin.
53-54 Altered ?Lapilli Tuff Angular and Tremolite developed in some chips, Detrital chromite (and possiblestretched fragments of also fine cloudy diopside and magnetite) occurs in some chips.argillised/chlontised and siliCified pOSSible magnetite. Interpretation of thiS sampleintermediate to mafiC rocks. May pari ieularl y diffi cuIt.be welded. Also other lithologies -carbonate rock, sheared siltstone.
CENTRAL MINER..lOGICAL SERViCESREPORT CMS 9614124·24 MA V 1996SEDIMENTARY I-iOLOINGS NL(Mr r Summon!»
2
'. SAMPLE NO.~ -
ROCK NAME, COMPOSITION AlTERATION/METASOMATISM OTHER FEATURES; COMMENTS
iWRC2 Calc-Silicate Rock Very uniform, Virtually completely metasomatised Isolated chips of ?tuH similar to29-31) consis(ing almost entirely of very carbonate rock WRC1153·54, and of fresh dolerite
fine cloudy diopslde. sometimes (young)with minor residual carbonate Afew more coarsely-crystalline chips
44-45 Altered, Metasomatised ?Tuff Metasomatism IS very variable, with Isolated shattered chromlle grainsVaguely~deflned argillised angular fine cloudy diopslde sporadically occur In a few chips Original ?tufffragments af ?felsic volcanic rocks. I developed ,n different chips after was qUite variable. perhaps felSICpatchily replaced by fine, cloudy alterationcalc~sllicales Some chips virtuallyenlirely metasomatised.
47-48 Silicified ?Carbonate Rock Now TeKtural features suggest thorough Occasional small pockets andconSists entirely of fine~to medium silicification of a reactive rock such rosettes of chlorite suggest thatgrained cloudy mosaic quartz, with as a limestone. Similar to other silicification was hydrothermal.vague relict textures after possible silicified carbonates.carbonate
50~51 Chert, Altered Tuff Chert is fine, Development of fine tremolite and Chromite grains occur in the luffs.bedded sedimentary. Tuff IS altered cloudV diopside was sporadic and Some chert is dark, carbonaceouslithiC material, may be interbedded vanable, mainly in the tuffs and contains pyrite (?syngenetic)with the chert Somemetasomatised rock chips
60-61 Altered Lithic Tuff Composed of Tremolile and cloudy diopside Fine magnetite occurs in thesiliceous fragments often with a occurs sporadically - some chips ?serpentinlle, as well as chromitesericitic material: conspicuous totally metasomatised Some chips show the effects ofchromite Patchy metasomatism. ?Serpentinite is steatitised. shearing.Also a few chert-jasper chips andsilicified ?serpentlnite.
.J0J
CENTRAL MINERALOGICAL SERVICESREPORT CMS 961q,)4 - 24 MAY 1~SEDIMENTARY HOLDINGS NL.('-" T Summon.)-IIIIII!--- _
W-..l -"m t>
Q
3 ~r'l
00 '"'"W
- - - - - - - -
- - - - - - --- - ...... - - - ,- - - -SAMPLE NO. ROCK NAME, COMPOSITION ALTERATION/METASOMATISM OTHER FEATURES; COMMENTS
WRC2 Sheared, Brecciated Semenlinite Patchy metasomatism, with Scattered chromJte Fine magnetlle69-70 Fragments of med1umijrained dlopslde, lremolite, grossulante in 'I 's abundant In places A few
serpentinite composed of talc places: very vanable, probably Icoarse carbonate chips (?ve'npseudomorphs outlined by fine replacing carbonate patches material)magnelite Breccia composed ofserpentinite and other alteredrocks, some IS strongly sheared
WRCJ Calc-Silicate Rocks Some chips Degree of metasomatism depends Some chips consist largely of59-B0 consist entirely of fine cloudy on proportions of quartz and strongly-stressed quartz or
diopslde others are quartz and I carbonate in onglnal rocks, some melaquartzltediopslde pseudomorphs after chips are almost unalteredcarbonate rhombs, some ared,ops,de Interqrown with carbonate
WRC4 Vein Quartz, Pyroxenite Most No alteration or metasomatism Prehnite vein lets occur in some28-29 chips are fine to coarse vein quartz, vein-quartz and also in the
dark chips are fineijralned pyroxenite, Pyroxenite may be apyroxenites, of fine matted chilled margin of a coarser rock,pyroxene needles and a few smallaugite and altered oliVine
I phenocrysts35-36 Miscellaneous Rocks Sheared Sporadic and patchy development A few prehnite patches and veinlets
vein quartz, chalcedony, pyroxenile of tremolite and dlOpside - some in the vein quartz and the(as above), siliCified ?serpentinite, chips are largely or entirely pyroxenite, Possible 7tridvrniteimpure carbonate rocks, calc- metasomatised occurssilicate rocks, altered ?ultramaficbreccia,
44-45 Carbonate Rock Fme-to medium Low-grade metasomatism by Although serpent,msat,on was lowcrystalline calcite as dense masses serpentinous veins throughOut the grade it was pervasivecut and partly replaced by many ca rbonate rockveins of serpentine (?antigorite)Vein Quartz chips
CENTRAL MINERALOGICAL SERViCESREPORT CMS 9614124 . 24 MAY 19S<iSEDIMENTARY HOlDINGS NL(Mr T Summoos]
4
OJcocow'"OJW
nr'1Z-<
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Z
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0]I>G)r'1
----- -- ---------------------,. ..----._.
SAMPLE NO. ROCK NAME, COMPOSITION ALTERATION/METASOMATISM OTHER FEATURES; COMMENTS--WRC4 Dolerite Fresh except tor small Parts 01 some chips have been Prehn,te veins a,1d patches ot52-53 chlorihsed pyroxene phenocrysts replaced by prehnite radiating sheaves of crystals
scattered through a mass ofrandom small andesine laths andInterstitial augite Some chips arefiner.qrained - chilled contacts.
WRC5 Calc-Silicate Rock Most chips Metasomatism is fairly complete in Sporadic patches of a minerai47-48 consist largely or entirely of fine most chips and is monomineralic. believed to be bidvmite occur
fibrous dlopslde, others contain inlergrown with d,opslde andminor quartz or carbonate. Some fibrous chalcedonychalCedony chips
-WRC6 Dolerite Fresh rock Small Minor replacement ot primary A few chips show varialions in48-49 phenocrysts of hypersthene In a minerals by prehnlte fabric and/or composition Rock IS
mass of random labradorite laths correlatable Wllh WRC4I52·53,and interstitial augite. Also some though fresher and slightly coarseraltered dolerite.
79-80 Silicified Carbonate Rock Fine. Palchy developmenl of fine, cloudy Possibly correlatable Withdark, cloudy quartz pigmented with diopside probably replacing fine WRC2I47-48. though thiS rock isultraline ?carbon, possibly pyrite carbonate. metasomatised, probably afterSome relict carbonate patches Silicification (arguable)remain. Fine diopside in somechips.
84-85 Limestone; Calc-Silicate Rock Metasomatism is variable, from CalCite veins cut the calc-sil icaleFine limestone is partly incipient diopside developmenl in rocks. One limestone chip containsserpenlinlsed and stealltised. cart:x>nate 10 lolal conversIon. a sulphide (?pyrrholite)Ultrafine cloudy diopside rock Some limestone has undergonechips. Possible minor steatilised lowerijrade metasomatismserpenlinites present also.
CENTRAL MINERALOGICAL SERVICESREPORT CMS 9614124 - 24 MAY 1996SEDIMENTARY HOLDINGS Nl(Mr' r 5..Jmmons)
5
-.~
lflr'1;0c:
---------------------
- - - - - - - - - - - - - -SAMPLE NO. ROCK NAME, COMPOSITION ALTERATIONIMETASOMAnSM OTHER FEATURES; COMMENTS
WRC6 Silicified ?Carbonate Rock Chips Very thorough sIlica. metasomatism A few chips of coarser vein quartz91-92 now consist or rine-to medium of a pre-exlst1ng rock Occasional small aggregates of
grained cloudy mosaic quartz. with chlorite nakes occur.fine inclusions of clay-sericiteflakes Some vague relict texturessuggest carbonate.
101-102 Altered Ultramafics, quartzite Development of fine, cloudy Most chips contain fine secondaryVariably metasomatised ultramafic diopside, malted tremolite needles, magnetite. and some chromite alsobreCCias and steatltised possible hydrogrossular in different occursserpentinlfes, some very severely chips Ialtered, barely recognisable.Quartzites are siliafied carbonaterocks (91·92)
WRC7 Chlorite Marble Interlocking small The replacive serpentine may The chips are unrform and44-45 crystals of calcite showing fine relict represent altered forsteritic olivine featureless.
textures; fine flakes of pale Mg- formed during metamorphism of thechlorite and irregular parches of limestone.replaclve serpentine (?antigorite)
WRC8 Chlorite Marble Appears to be a As above. In addition there are Crosscutting veins of fibrous43-44 fine granular to interlocking replacive veins of serpentine, antigorite. Rock is correlatable with
intergrowth of calcite and dolomite, possibly younger. WRC7144-45.with tine Mg-chlorite and irregularpatches of serpentine. One chip isan ankerite marble.
59-60 Chlorite Marble Finely granular to Little or no alteration or Correlatable with the previousinterlocking calCite grains and metasomatism. intersectionabundant colourless Mg-chlorite(possibly antigorite); granulardolomite may be intergrown
nC1Z--<:ul>,3:~
Z
CEIITRAl MINERI\lOGICAl SERVICESREPORT eMS 1161412•. 2. w..Y ,_SEOIMENTARY HOL01NGS Nl.(M. T SLrnrnons)
6
1]l>GlC1
WRC2I15-16Apart from oxide opaques and heavy silicates, only a trace of pyrite wasseen
WRC1149·50Composed of euhedral (and rounded) magnetite and chromite, with heavysilicates, traces of pyrite, marcasite and chalcopyrite
WRC1/4445 Superpanner ConConsists of magnetite, chrorrilte, heavy silicates, traces of pyrite andmarcasite. No gold was seen
IIIIIIIIIIIIIIIIIII
L "-
r
PC.GE 08
376187
CEcITRi\L MIN. SERV.
SUPERPANNERCONCENTRATES
888370'] m:j1U: ]0
CENTRAL MINERALOGICAL SERVICESREPORT eMS _24, 24 MAY \996SEDIMENTARY HOLDINGS NL(Mr r Summons)
WRC2I29-30The concentrate contained traces of pyrite and chalcopyrite Two free flakesof gold were seen, 100 x 50 x 301-1 and 50 x 25 x 15\1. No composite orincluded gold was detected.
WRC2I14-15Contains magnetite and chromite, goethite, traces of pyrite and chalcopyriteA single bright, shiny flake of gold was seen, 125 x 90 x 201-1 (?from a thinvelnlet). and a 71-1 inclusion occurred in goethite.
Five drill chip samples were Superpanned. the -850!" fractions werescreened out and used for this purpose. The two concentrates containingfree gold were briquetted and polished for mlneragraphic examination. Theresults are given below.
•
I1I1J
IIII1J]
IIIIIIII
376188Legend for drill sections:
C - clay with colour descriptors (hrown/green/humic/red/white/yellow)... .pale brownS - silica, with 2 main types (Quartz or ~halcedony/~hert).... blueMb - marble.. ..yellow/greenSk - skarn, with I main type presently recognised (Skp - pyroxene) ....mid greenDo - dolerite....orangeMst - mudstone of Permian age.... blackCo - conglomerate, 2 main types (Mafic & Lntramafic) CoM....khaki, CoD. ...mauvePre - precambrian age sedimentary rocks ....blackM - mafic igneous rocks ... .khakiU - ultramafic igneous rocks....mauve
These codes have been combined .... generally with a maximum of 4 letters .... egoCwSq refers to white clay with quartz, CwDo means a white clay alteration of dolerite,ScCg refers to chalcedonic silica with green clay, SSkM means silica veined skarn derived fromthe alteration ofa mafic precursor, SqSk means quartzose (or quartz veined) skarn.There are 2 examples of 5 letter codes - SkMst = skarn derived from mudstone, and SkCoU =
skarn alteration of ultramafic conglomerate.
IIIIIIIIIIIIIIIIIII
Appendix 5:
Drill Hole Logs
376189
- - - - - -- - - - -- - - - - - - - ~!
SEDIMENTARY HOLDINGS N.L. 7~1111f:r Z?I DRILUNG LOG SHEET
DEPTH LITHOLOGY DESCRIPTION A u As Cr Mag. SusIml
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SEDIMENTARY HOLDINGS N.L. (tfl l DRILUNG LOG SHEET
TENEMENT: LOCATION ATTItUDE DRILl/DATE LOGGER/DATE F'/I/-/~,"'f'9£Ei il/i'1f- t..9;!L -2. AZ. 2)Z M4:J y()T //- tt-f6 f$PJJinJ.11J; IYr1-"-"cR. c....7?7~
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DEPTH LITHOLOGY DESCRIPTION Au As Cr Mag. Sus1m)
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SEDIMENTARY HOLDINGS NL - DRILL LOG
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376267SEDIMENTARY HOLDINGS NL A.C.N0006971B3
(Incorporated in New South wales) 40 Dudley Street,West Melbourne, Vic., 3003.
Telephone: (03) 9329 9884 Facsimile: (03) 9329 9886
30.9.96
Dr R HumeSenior ConsultantBarrett Fuller & Partners515 Bridge RoadRichmond VIC 3121
Dear Richard,
Further to the meeting with yourself and Don Miller last week, 1 have now compiled the necessary data for our Forsterproject in Tasmania. N, discussed, BFP will enter all relevant data in to the current version [0 2.1] of Microlynx software.sufficient to facilitate the plotting of sections and estimation of in slh! resources etc.
The project has been tested during 3 stages ofdrilling - initially in 1990 [holes prefixed BC], and then in April 1996[prefixed WRC], and finally in June 1996 [prefixed FRC].The lithological codes are shown hereunder:
C - clay with colour descriptors [QroWligreenihurnic/!edl",hiteJyellow]. ... pale brownS - silica, with 2 main types [guartz or 2halcedony/Qhert]. .....blueMb - marble ...... yellowlgreenSk - skarn, with I main type presently recognised [Skp - pyroxene] . ...mid greenDo· dolerite orangeMst - mudstone of Pennian age blackCo - conglomerate, 2 main types [Mafic & 12Itramafic] CoM khaki, CoU mauvePre - precambrian age sedimentary rocks ....blackM - mafic igneous rocks ... .khakiU - ultramafic" .....mauve
These codes have been combined generally with a maximum of 4Ietters egCwSq refer< to white clay with quartz, CwDo means a white clay alteration of dolerite,ScCg refers to chalcedonic silica with green clay, SSkM means silica veined skarn derived from the alteration ofa maficprecursor, SqSk means quartzose [or quartz veined] skam.There are 2 examples of 5 letter codes - SkMst = skarn derived from mudstone, and SkCoU =skarn alteration ofutramafic conglomerate. Please arrange for the colours to represent the fir<t code.
I would like to allocate colour for the gold grades in accordance with sub population threshold values, the calculation ofwhich can be done from the cumulative frequency data. Please organise all the gold assays as follows:< 0.01 - 0.04l0.04-0.08/0.12... ... to 0.20, then 0.20-0.25/0.3 ... to LO, then 1.0-1.1/1.2 .... .to 2.0, then2.0-2.112.2 to 3.0, then 3.0-3.4138 to 5.0, then 5.0-5.5/6.0 .to 11.0.
Attached to this note are - assays [disk and hard copy], summary drill logs, drill hole collars and other relevantinformation.
Yours Sincerely
-f2 C.-.__..~ \'TGSurnmonsExploration Manager
N
AMG
~I
GOLD (ppm)
~ 0.01
0.01·0.10
> 0.10
WC·180 ROCK CHIP CHANNEL SAMPLESLOPE DEPOSITS
DOLERITE
QUARTZ VEIN SILICA BRECCIA, BLUE GREEN WHITE CLAY (REPLACING DOLOMITE)
POLYMICT CONGLOMERATE (MAINLY WACKE, MUDSTONE, MAFIC, FELSIC VOLCANICS)
TILLITE, MUDSTONEPERMIAN
CAINOZOIC
1 JURASSIC
1 CRETACEOUS
--\...l.~~---::_~--: ,-::,....- -__ dO-- ...o .:,;~ ?.:,;?
/fl r<Hl-jv
--------- -0-
'" "" '"~ ~
'" ~ '"~
':" '" '"'-' ,U3: ~ ~
~"O'Ol~
CAMBRIAN
POLYMICT CONGLOMERATE (MAINLY HEMATITE TALC SCHIST, SERPENTINITE)
,.".."...... CHLORITIC MUDSTONE (POSSIBL Y VOLCANICLASTIC)
............... TALCOSE SERPENTINITE
., PYROXENITE WITH GREEN? FUCHSITE
Scm .. IIe
0 SOm
II I
Scale 1:500
376268
SEDIMENTARY HOLDINGS NL
ELs 11/84 & 3194, Tasmania
Forster Project
Forsters Road Mapping & Channel Sampling
Author; K.C.Morrlaon Dralting: A.Carroli 0811.: 23/6/96
