GEOCHEM RPT LOWER DETOUR LAKE AREA

I

REPORT ON EXPLORATION

ON THE

AURORA PROPERTY

SUMMER 2004 MMI GEOCHEMICAL PROGRAM

LOWER DETOUR LAKE AREA (G-1647)

N .T.S.32E/ 13

DETOUR MINING DISTRICT NORTHERN ABITIBI BELT

ONTARIO

Prepared by

Erick H. Chavez, B.Sc. , M.Sc. and

Terence N. McKillen, B.A.(MOD), M.A., M.Sc., P.Geo

November 2005

RECEIVED DEC "£ 9 2005

GfQSC/fNff.A§SfSSMfNT IlFF/r:E

NQUEST Resources Limited

REPORT ON EXPLORATION

ON THE

AURORA PROPERTY

SUMMER 2004 MMI GEOCHEMICAL PROGRAM

LOWER DETOUR LAKE AREA (G-1647)

N.T.S. 32E/13

DETOUR MINING DISTRICT NORTHERN ABITIBI BELT

ONTARIO

Prepared by

Erick H. Chavez, B.Sc. , M.Sc. and

3 8

Terence N. McKillen, B.A.(MOD), M.A., M.Sc., P.Geo

November 2005 RECEIVED

DEC 2 9 2005

G~OSCIENCE ASSESSMENT OFFICE

nnn""~t Resources Limited Aurora

T ABLE OF CONTENTS

1. INTRODUCTION ...................................................................................................... 3

1.1. Location and Access ......................................................................................... 3 1.2. Property ............................................................................................................. 3 1.3. Physiography, Climate and Vegetation ............................................................. 4 1.4. Infrastructure ..................................................................................................... 5

2. PREVIOUS WORK .................................................................................................... 7

3. GEOLOGY ................................................................................................................. 8

3.1. Local Geology ................................................................................................... 8

4. ECONOMIC GEOLOGY ......................................................................................... 14

5. 2004 MMI GEOCHEMISTRY EXPLORATION PROGRAM ............................... 16

5.1. MMI Geochemistry Quality Control .............................................................. 19 Control Samples .............................................................................................. 19 Duplicate samples ........................................................................................... 19

5.2. MMI Geochemistry Results ............................................................................ 23 Au-Ag results .................................................................................................. 23 Cu results ........................................................................................................ 24 Zn and Pb results ............................................................................................. 24

6. STATEMENT OF EXPENDITURES ...................................................................... 30

7. CONCLUSIONS AND RECCOMENDA TIONS .................................................... 31

REFERENCES ................................................................................................................. 32

APPENDICES ..................................................................................................................... i

Page I

Figure 1.

Figure 2.

Figure 3.

Figure 4.

Figure 5.

Figure 6.

Figure 7.

Figure 8.

Figure 9.

Figure 10.

Figure 11.

Figure 12.

Appendix I

Appendix II

Appendix III

Conquest Resources Limited - Aurora Property

LIST OF FIGURES

Location and access map

Claims map (1140,000)

Property geological map and 1P axes trends (1I40,000)

IP charge ability N3 map (1140,000)

Geological compilation map (1/1 0,000)

IP chargeability N3 map Au MMI anomalies (1/10,000)

Summer 2004 MMI geochemistry sample location map (1/10,000)

Au-Ag MMi response ratios and IP geophysics results (1110,000)

Au-Ag MMi response ratios and IP geophysics results - airphoto background (1/10,000)

Cu MMi response ratios and IP geophysics results (1/10,000)

Zn MMi response ratios and IP geophysics results (1/10,000)

Pb MMi response ratios and IP geophysics results (1/10,000)

LIST OF APPENDICES

Statement of Qualifications

Tie-On property - List of mining leases and claims

Aurora property - Summer 2004 MMI Sampling Results and Response Ratios (RR)

Appendix N ALS Chemex - Certificates of Analyses

Table 1.

Table 2.

Table 3.

Table 4.

Table 5.

LIST OF TABLES

List of Mining Leases

List of Active Mining Claims

Aurora Property - Summer 2004 Program - Non Leachable MMI Samples

List of MMI Control Samples

Summary of Expenses

Page 2

nn,'"u'~f Resources Limited «Aurora " .. ,.,"'0,.,

REPORT ON SUMMER 2004 MMI GEOCHEMICAL SAMPLING PROGRAM

1. INTRODUCTION

This report was prepared upon completion of the Summer 2004 MMI geochemistry sampling program carried out between May 25th 2004 and July 03rd 2004 on behalf of Conquest Resources Limited ("Conquest") on the South-Central part of the Aurora Property immediately West of the Lower Detour Lake.

1.1. Location and Access

The Aurora property is located in the in the James Bay Lowlands, township of Lower Detour Lake Area (G-1647)138 kilometres northeast of Cochrane near the Ontario-Quebec border in some instances contiguous with the former Detour Lake Mine which was operated by Placer Dome Inc. and adjacent to the Detour and Casa Barardi gold mines.

The area is accessible by 154 kilometres of paved road from Cochrane to the Katawagami River and 35 kilometres of gravel road to the former Detour Mine (currently owned by Pelangio Mines Inc.) and 8.9kms of winter road to the camp located near to the northwest shore of the Lower Detour Lake (Figure 1).

1.2. Property

Conquest's Detour Lake Joint Venture (DLJV) land is held by Boliden Westmin (Canada) Limited. Through farm in agreements Conquest Resources Limited and Prism Resources Inc. have the right to earn up to a 100% interest in the project by completing certain work commitments and payments. In the event that the junior companies completed their earn-in Boliden Westmin would retain a royalty interest in the property. At present the property consists of four designated project areas that have been designated the Aurora Property, the Sunday Lake Property, Nash Lake Property and the Tie-On Property. These properties are comprised of mining leases and staked mining claims and cover a total of approximately 9245 hectares.

The Aurora property consists of 19 mining leases (5,430.50 has.) and 16 mining claims (789.29 has.) covering a total area of 6,220 hectares (Tables I and 2 and Figure 2).

The Tie-On property, adjacent to the north of Aurora property (Figure 2) consists of9 mining leases (148.34 has) and 66 mining claims (1118.06 has) covering a total area of 1266.40 has. Mining leases and claims of the Tie-On roperty are listed in Appendix II.

Property maps were prepared using the Claimap Polygon Data (ArcView polygon shape file format * .shp) provided by The Ministry of Northern Development and Mines and available online and imported into MapInfo (http://www .mndm. gov. on. calmndmlmines/landsl claimap31 datadownl oad_ e.asp )

Page 3

Conquest Resources Limited Aurora Property

Table No.1 List of Mining Leases

Lease Tenure Lease Description Lease Term Area Number Type Expiry (Has.)

Lower Detour Lake 106320 Lease CLM340 2012-May-31 755.36

Lower Detour Lake 106319 Lease CLM341 2012-May-31 438.0]

Lower Detour Lake 106316 Lease CLM342 2012-May-31 498.00 Lower Detour Lake 106318 Lease CLM343 2012-May-31 533.26 • Lower Detour Lake 106317 Lease CLM344 2012-May-31 625.24 Lower Detour Lake 106367 Lease CLM357

Lower Detour Lake 107018 Lease CLM358

Lower Detour Lake 106321 Lease CLM359 Lower Detour Lake 106322 Lease CLM360 2012-May-31 568.68 Lower Detour Lake 106323 Lease 361 2012-May-31 405.88 Hopper Lake 106541 Lease 7168 to 1087176 2013-May-31 150.49

TOTAL 5430.53

Table No.2 List of Active Mining Claims

Township Claim Tenure Recorded Date Due Date Area (Has.) Number Type

Lower Detour Lake 956232 Claim 1987-Feb-23 2006-Feb-23 18.90 Lower Detour Lake 956233 Claim 1987-Feb-23 2006-Feb-23 18.92 Lower Detour Lake 1090117 Claim 1989-Mar-0 1 2006

13 4.87

Lower Detour Lake 1090118 Claim 1989-Mar-0 1 2006-M 17.07 Lower Detour Lake 1090119 Claim 1989-Mar-0 I 2006- 20.18 • Lower Detour Lake 1090120 Claim 1989-Mar-0 I 2006- 9.96 Lower Detour Lake 1114018 Claim I 989-Apr-25 2006-Apr-25 7.33 Lower Detour Lake 1114019 Claim I 989-Apr-25 2006-Apr-25 3.65 Lower Detour Lake 1204468 Claim 1994-Aug-08 2006-Aug-08 60.31 Lower Detour Lake 1204525 Claim 1994-Aug-08 2006-Aug-08 33.02 • Lower Detour Lake 1204526 Claim 1994-Aug-08 2006-Aug-08 86.29 i

Lower Detour Lake 1204527 Claim I 994-Aug-08 2006-Aug-08 11.38 Lower Detour Lake 1204528 Claim I 994-Aug-08 2006-Aug-08 44.52 Lower Detour Lake 1204529 Claim 1994-Aug-08 2006-Aug-08 61.32 Lower Detour Lake 1204533 Claim 1994-Jul-12 2006-Jul-12 103.97 Lower Detour Lake 1204535 Claim 1994-Aug-08 2006-Aug-08 287.60

TOTAL 789.29 i

1.3. Physiography, Climate and Vegetation

All the Aurora property is relatively flat with elevations ranging between 250m and 290m above sea level mostly covered by thick glacial quaternary deposits. There are ~umerous lakes, ponds, and creeks located on the Conquest holdings along with a major flver known as the Detour River which drains two larger lakes, namely Detour and Lower Detour Lake.

Page 4

Figure 1 AURORA PROPERTY

Location and Access Map

Conquest Resources Limited - A urora Property

The climate is characterized by freezing temperatures during winter and warm «30°C) temperatures during summer with abundant precipitation year round.

The vegetation is typical for a northern boreal forest dominated by black spruce and minor jack pine in slightly high grounds and mostly muskeg and minor black spruce in low grounds.

1.4. Infrastructure

The property counts with an insulated steel framed camp (UTM 596,721E -5,534,034N NAD83 Zone 17) capable to host up to 8 people in 2 rooms. There is also a core storage room for logging/sampling. Because of its age (20 year +), it needs some repairs in order to make it more comfortable for extreme weather conditions.

Page 5

~~ I .-Y •

J ~~, ,. , ~*

• \ §. (00. ~-

E lIGlMiS ~101$ "'0 1~ .,* - .- - .~ § • -, •

' 5") (10 ,-, ,--I 12415i1 ~

._; ,- , ,- ,- , J01M71 gS10 11 M'013 .,~ - , ,-P42.345

.,~

.,~ -, .,m " ,013 .,-e- i

,-" Ml1t17 "tOI2 .,~

- ~ .,m .,~ .,m .,- -'- ' -- ,- ,- ,-

.,= -, ~ --• • 011 .,~ .,~

.,~ .,m ",0), .,= .,= 15, 01 1 .,-,- ,- ,_1$ 10IIII14 ,_. ,-"

'liM» ,-

lO'6U2 ,-MIllO • .,* .,~ . ,m .,- .,~ , 0<0 Mia •• .,010 . ,-,- ,- • _11 ,- ,-, 11110074 ,-

• .. ~ J 5537500 mN

1I1O,U

:10 115.400 ,; • .lO .• _7 .,-"" fo m, . l1 lU011 . . 1!!.J201 ,- loasM7 ..... lao, •• · 1»15"

:IOIM 51 ,~~

~ -" ,,- ,,- ,-F' -, ~" PS2424.

~ ~~ ,- I--I ~m F ' ,,017,11 ,,011711_ ~~

i} ...., ,-

Ll..., 1 '~7

pm. " 0171" P 1017173 , ,0f711' P.ot1 .M

~.,

\ "'"'\1- .- ,_m )(Il lIoIs.o ~ ,

\ .. , '~D p'OI7.n PHl1l711O p,o.n.-

\ .

0,. P~U15 P:!2Cl' P SlU I7 -, ". ,-20~ MMI Geochemical Survey Q..ve~ge

V

IT!~ ) - - ... .. ,. ii'o.. __ ...... ,.

r ,I ~ rc. V 12<1 101

L~ ." : I -- -,1,. J I-~

F""'

I 1 - TI 'w~

I ~

\ I '0' ---or · --'"--- I L tr Dell» Ute u ... n. •

" 1 { 01011 , • .0 =-'Cl1n07 -"- . ... . 1\1 010' 1 '*I,. lotOm ..... , ... , ....

B -5532500mt-l ........ .. ,

111110120 1111'0115

~ (:UoII5I

,m, -f--~ -- c- \ #'~~ 0 1

2 """ c;!J::;=I -- ':.oG.q -- c::;:;:J -~- Aurora Project Scale: 1:-40,000 _. JO.nll - 111N7. 2 - Claim Map

-....:::. - • • , -" • , §

, §

_I~.OOO

_ , _ _ 17 -, ~. § •

()fLUU<C:.)l Resources Limited - Aurora

2. PREVIOUS WORK

Since the early 1970's a number of major mining companies have carried out geophysical programs and limited diamond drilling on the Aurora property for base metals. Amoco Canada Petroleum Co. Ltd. carried out a large regional airborne survey and began to systematically test a number of electromagnetic anomalies. In October of 1974, Amoco drill tested an electromagnetic anomaly with a coincident magnetic anomaly. This drill hole intersected an 8.52 meter zone of mineralization containing 10-15% pyrrhotite and 1 % chalcopyrite associated with quartz veining. This 8.52 meter mineralized zone returned 3.97g/t gold and marked the beginning of the Detour Lake Mine. (Jackson, 1980)

With the discovery of the Detour Lake Mine, aggressive exploration efforts were initiated by various companies, including Boliden Westmin (Canada) Ltd.'s forerunner Westmin Resources Limited. Westmin's original exploration campaign which began in 1980 was initiated with regional airborne surveys, various ground geophysical surveys, geological mapping, reverse circulation drilling and diamond drilling on its various holdings in the Detour Lake Area (McMillan, R., 1999). An extensive history of the specifics with regard to work performed on the Aurora Property over the years are detailed with Placer Dome assessment reports by Pierna, B. (1997).

Placer Dome Canada carried out an aggressive exploration program between 1994 and 1998. During this time the property was optioned from Boliden. The main focus of Placers work was the Aurora Property. Placer's work consisted of a new airborne survey reestablishment of the former Westmin grid, ground induced polarization surveying and diamond drilling. Over a two year period from 1996 to 1997 Placer completed 32 diamond drill holes or approximately 8,282 meters of diamond drilling (McMillan, R., 1999). Placer's work resulted in the best gold intercepts found in the property's history. These results included 58.53 g/t Au over 3 meters in hole 519-059 (Pierna, 1997b), 21.6g/t Au in hole 519-058 and 10.3g/t Au over 0.9 meters in hole 519-075 (McMillan, R., 1999). With the close of the Detour Lake Mine in mid 1999 and despite these positive results Placer relinquished its option on this property.

During 2003, Conquest Resources Ltd. carried out a winter drill program in this property completing a total of 8 holes and 1,532 meters targeted to test the high-grade gold mineralization associated with the WNW-trending GB Zone (formely the South Brake) and the NNW-trending SLS Au Zone (Sagimeo Lake Shear) both previously defined by Placer Dome (Filo, 2003). The best results were obtained from hole CQ0301 collared to test the SL shear which consisted of 3.l5g/t Au over 0.9 meters (including 6.42g/t Au over 0.25 meters) followed by 5.45g/t Au over 0.6 meters (including 11.17g/t over 0.25 meters) in hole CQ0305 collared to test the GB Zone.

Page 7


3. GEOLOGY

The Detour Mine and the Aurora Properties form part of the Detour Greenstone Belt and lie within the Superior Structural Province. The Detour Greenstone Belt constitutes the northernmost portion of the Abitibi Greenstone Belt (Jackson and Fyon, 1991), which is bounded on the north by gneissic and plutonic rocks of the Opatica Subprovince and on the west by the Hopper Lake granitic complex (fig. 2). The Detour Belt is underlain mainly by steeply-dipping, east-west trending, tholeiitic volcanic rocks. The predominantly mafic volcanic units are separated by a fold structure cored by a thick sequence of turbiditic clastic metasedimentary and felsic volcanic rocks. The Detour fold structure is believed to be anticlinal, although late thrust faulting may have complicated structural relationships, particularly on the south limb. Several top-indicators suggest that stratigraphic tops face north on the north limb of the antiform (Johns, 1982; Marmont, 1987). The Detour Mine is located on the north limb of the antiform. The stratigraphy in the mine area has been defined by extensive drilling and is shown schematically in figure 4. The talc-carbonate alteration in the stratigraphic footwall of the Detour mine is considered to be a key control on the mineralization, as are the sulphiderich tuffaceous chemical sedimentary host-strata.

3.1. Local Geology

According to McMillan (1999), the main Aurora Property (figure 3) lies on the south limb of the Detour fold structure and because outcrop is generally less than 1%, most of the geological information is derived from drill holes and interpreted from geophysical surveys. Rockingham (1980) has mapped the available outcrop on the claims. Stratigraphy and structure on the south limb of the Detour fold are considerably more complex than on the north limb. The stratigraphic section is believed to consist generally of a vertical to steeply south-dipping homoclinal sequence. Although top determinations provide conflicting evidence, the section is believed to be generally northfacing.

The turbiditic wackes that occupy the core of the Detour fold are present on the northern 200 to 300 metres of the Property. Tuffaceous felsic and graphitic interlayers are common near the southern contact of the wacke unit. A highly magnetic serpentinized ultramafic sill marks the southern contact of the sedimentary rocks. The sill ranges from 100 to 150 metres in thickness and is traceable for a strike length of five kilometres. A 200 to 250 metre thick quartzeye gabbro sill succeeds the ultramafic sill to the south which is reflected as a magnetic "high" on its northern contact and a "depression" on its southern edge.

A 300 metre thick sequence of graphitic metasedimentary strata with interlayers of tuffaceous felsic volcanic strata occur south of the quartz-eye gabbro sill. This unit extends across the full length of the property (16km), and within some of the felsic tuffs, green mica, arsenopyrite, quartz and quartz tourmaline veins have been intersected in

Page 8

LOfi!llUe'SI Resources Limited - Aurora JJvn~",.'t"

drilling. South of the graphitic sediments, mafic flows with intercalations of ultramafic talc-chlorite and talc-carbonate strata extend over a stratigraphic thickness of 500 metres. Within this sequence, chalcopyrite and pyrrhotite stringers associated with thin sulphidic iron formations have been intersected. Several unexplained geophysical anomalies remain as drill targets in this environment. South of these mafic and ultramafic rocks, a 300 metre thick sequence of mafic volcanic flows with interlayers of tuffs and sedimentary rocks extends across the Property.

A distinctive paraconglomerate marker unit succeeds the mafic volcanic rocks to the south. It ranges in thickness between 100 and 200 metres and is characterized by heterolithic felsic and mafic volcanic clasts in a mafic matrix. Pyrite-rich clasts are present in the unit. Interlayers of iron formation and felsic tuff are present in parts of the unit. Near the southern contact an outcrop of the unit contains felsic porphyries which host quartz veinlets containing tourmaline and green mica - a surface chip sample of this material yielded an assay of 3 .Og/t Au (Rockingham, 1980).

Pillowed and massive mafic flow units succeed the paraconglomerate unit on the south for a thickness of approximately 1,700 metres. These units contain interlayers of felsic tuff, some of which contain sections of tourmaline and for sulphide-bearing tuffaceous siliceous chemical sedimentary strata - some with gold mineralization (see below).

In addition to the concordant intrusive bodies mentioned above, mafic, intermediate and felsic dykes cut the layered rocks (Pierna, I 997a and b). The mafic dykes arc generally fine grained, dark grey-green and massive. Gabbroictextured mafic dykes are also common in drill holes in mafic volcanic rocks. The intermediate dykes are fine-grained, purple-grey, massive and siliceous. The felsic dykes are fine-grained, light grey and highly siliceous. Quartz-feldspar porphyry (QFP) and feldspar porphyry (FP) dykes of dacitic composition, and of several generations are common. According to Pierna (1997a and b) deformed and silica-saturated QFP and FP arc generally goldanomalous, particularly when associated with gold-bearing tuffaceous chemical sediments. Pierna (1997a) also describes altered ultramafic dykes in several holes near the Southern Break. A large gabbro body centred on Detour Lake appears to have intruded late in the geological history of the area and the contact metamorphic aureole associated with the gabbro overprints the regional metamorphic fabrics. The contact aureole features an 800 to 1,000 metre wide zone containing porphyroblasts of Mg-rich pyralspite garnet developed in the mafic volcanic rocks and interflow sedimentary strata.

Structurally, the area has been folded on east-west trending fold axes with bedding dips vertical or up to 700 to the north or south. Because of the heavy overburden, faults must be interpreted from geophysical information. The Northern Break has been interpreted to be the locus of a thrust fault which has brought the predominantly volcanic stratigraphic section of the Aurora Property into contact with the metasedimentary rocks within the antiformal fold structure south of the Detour Mine. An important northnorthwest trending cross fault has been interpreted by Nicholls (1990) from magnetic data (figs. 5, 8). Metamorphic grade is at the upper greenschist facies at the eastern end of the Property, increasing to the lower amphibolite facies on the west.

Page 9

1,-I,; -' \'-,- 1_11 11118111_ ,-" ,_11 i5101t 1151011 .,- .,~ \ .,~ .'m .,~ 'H031 t510:12 "\" tS10)$

115100' .,~

1211'JI .Jr ,_ro 1010071 1_7~ ,- ,- ,-" ,_71 ISIGII 1510.D 15,_

.,~ 11510'7 .,~ Mia. ~'~ 3ClUIUZ ,-

IIIICI.Z

,,~'" ,,- I '""" ,- I, ... , .-\ ( . , :IO\1!4q

,~. ,- .,- )O~so .

~w, P!24Zo7 I~'" ,,- ,,- 1\ :1016<51 - .r

2 • ;:L 1 ~~ ,-, ""'- ,~ ",\ , 1

:10, .. » ,- c-

o 1;<:: -c: = ~ "" , '7" -:; .. (,.

J).- , ~ => , 12\1OSU

/ ~

,

,.;* ,

1= ~,,;; ~ '" ~J '~w

I------, \~. J ""'. ~ ~ '" ~ ~

" I ~m ~311

~ :IOI"'~

\

- = '" ~ --- -.M " ,.~ "'" ~ ==

• -<> :"'( . ~ , !:~:;- ~~ ~ ,~w

,

~ "" .

1201010 "'" ~ !" -, ~ ~ :;,., ~ c..---

<~~ '= ~ i"" - ---=---

~'-. ~,

~ i> "'" !< ' -;, ~ r.-;, "'" ~.

;:? >~ ;;:J

\: : : ~ . fr . '11, ,, "";> ~

~ .1: "'-~

1:2" - ?"~r ~" . ~ -- ""'" ~

~ '"

~ ",,'

.~. - 0 . ~ ~o

C\", (\ = ',~ 9 '" "'-

/c: • • 0

C> " ~ 7;t- \ " ~ ~d • 12",U.

301n" I ~"I::: ' ,_ ~~ ..

~ \

" ~

,.

/ ~. .0$0111 lotOlI' j .

f) "\ ".= 1000120

0 1 21''''' , 1_ ~.

'\ I,

kilometres ,

JOnl1' Scale: 1:40.000

~ .

~ 1201"2

b Goology

~_"'Y_

~ ~ ... ~ " ~-01..,......-...,_

~ '--LEGEND ;?C'ONQUEST

~---~,

Itn'fRlllli!T A TION

, . ,

P.-.......... r!J r!J ---.,,- 0 "'--·" -""'~ --- -,- .. '. ... ="M _ .. _-

~ .. -.. . ::r:.:::;::.~-=-

c::C1 ... . •

.. Aurora Project

-- ....... 0.:,,', .... ,_ ~- --- ... __ ... " .. _ ...... -_ ... - ." ... -" ~ .. C =--:'!-,,_ - .. . ,= Property Geological Map

-- - - ..:-; -=-...==..-=.. . .. - .nO

"-"'-- ---- IP Axis Trends - ,. o =-"'::::.."':._ "' .. ----"",-.....- =-----"- _ '100.000

___ IT

1'IgIn! J ---

:le1311'

-----,-----

LEGEND -_. 00 0

. n .... r!;J ~ ..... , /"::...

• ~__ .... , ... '-v .....

~.,..:::...... 1._",_,--

:::=:"''''':':'::t."..i: " 0-=..-=----=.-... ...... _--_ ...... ---... -_ .... --_._------c ... _--------o ::-..=:=::::_ ---_ ..... --"j" ...

_",'A_ - .. ,... . "

--

NQUEST ~L.miI00

Aurora Project IP Charge ability N3

.n' Au MMI Anomalies

---"

............

\ {

a { 50

15533000 mN i " .

I

C.mp

•

o

o 250 500

metres .......................... .;. ........................• .

f ll,..

Ag _, R.oponM RM~

. 20 10 823.15 0 1Ui 10 20 . 7 10 11..5 . ,

LEGEND

:l;l'U

" "-2 -., ,,1.1 __ (OIwIwnMioo)., 0. , ,-) ...

07 11.6

Aurora Project IP Chargeabllity N3

'"" Au MMt Anomalies

88 ~


The Westmin drilling defined two major breaks on the Property. The Northern Break is the contact zone between altered ultramafic strata and the core clastic sedimentary sequence. Diamond drill holes along the Break have intersected thick sections of graphitic schist as well as sulphides, tourmaline and green mica. The Central Break is associated with the paraconglomerate horizon in the centre of the Property near Lower Detour Lake. Westmin obtained anomalous geochemical results (3.0g/t Au) in a surface sample of quartz-pyritetourmaIine-green mica veins hosted in the paraconglomerate unit west of Lower Detour Lake. Placer Dome hole PD-064 intersected a wide section containing quartz-tourmaline-pyrite veinlets, with a 1.0 metre section which assayed 6.6 glt Au on the northeast shore of Lower Detour Lake. The third or Southern Break was defined by the Placer Dome drilling on the south margin of the Property. Placer Dome drill holes encountered several significant assays from drill holes with visible gold mineralization in quartz veinlets and stratabound disseminations associated with pyrite in tourmaline-bearing tuffaceous and chemical sedimentary rocks in four separate areas.

4. ECONOMIC GEOLOGY

A compilation report was compiled on the primary gold target areas within the Aurora Property by R. McMillan (1999). A copy of this internal report is included in Appendix 4. The author makes a number of references to this report with respect to economic geology on the Aurora Property.

Prior to Conquest's work the primary gold target areas were defined from structural breaks or shears and designated as the North Break, Central Break and Southern Break (recently re-named the GB Zone). These target areas have been designated as priority gold targets due to known gold mineralization detected in drilling, or proximal overburden gold geochemical anomalies and/or their association with geophysical targets or a very favourable geological environment. Considerable work has been carried out on these zones. However, despite this work these breaks represent very large target areas with long strike lengths; to fully evaluate these targets considerable drilling is still required.

The GB Zone (formerly the South Break); shown in figures 3, 4 and 5, is one of the main target zones during Conquest's recent program represents a good example of the hidden gold potential on this project. Prior to the discovery of this zone Boliden Westmin expended approximately 3 million dollars (McMillan R., 1999) in exploration and completed geological mapping, geophysics (ground and airborne), reverse circulation drilling and diamond drilling. Despite this large scale property wide exploration effort the GB Zone's gold potential was not identified until Placer's work in the late 1990's. The GB Zone contained the best gold intersections on the property after almost 17 years of exploration. Some of the better intersections included 58.53 glt gold over 3 meters in hole 519-059 (Pierna, 1997b), 21.6 glt gold in hole 519-058 and 10.3 glt gold over 0.9 meters in .hole 519-075 (McMillan, 1999). A total of 13 holes were drilled along the 1.8 km strIke length of the GB Zone. These holes were generally drilled at a wide spacing in the order of 200 plus meters and on three section lines a few holes were drilled. Placer failed

Page 14


to complete its exploration on this property and consequently there are large sections of untested strike length on this zone.

Like the program on the GB Zone by Placer, Boliden Westmin did not complete exploration on the North and Central Breaks; some of the more obvious targets along these corridors are those related to geochemical anomalies as pointed out in the McMillan report. The targets just described above are some of the more obvious targets on this project. A cursory review of the volumes of material on this project including a new and extensive ground geophysical surveys suggest that there may be a number of other secondary targets that have not been evaluated.

In order to effectively evaluate this projects economic potential it would be prudent to incorporate all of the information in to a central data base such that all of the pertinent geophysical, geochemical and geological information could be reviewed at one time. This would enable a geologist to review the gaps in exploration and design an appropriately structured exploration plan to cover key target areas as well as secondary targets. Such a plan might include a combination of target development on areas that have not been adequately explored and simultaneous drilling on defined systems. A program like this could be carried out over a number of years such that targets were effectively ruled out or upgraded systematically over the entire property. In order to prioritize targets some consideration might be given to the new geochemical methods such as MMI (mobile metal ion).

The primary focus on this project over the last two decades has been gold oriented. However, the Aurora Property also has good potential for base metal deposits (Cu-Zn VMS) and/or polymetallic deposits. The former Selbaie Mine is located approximately 40 km to the east of the Aurora. This mine was a large underground and open-pit copperlzinc mine (approximately 30 million tons) which also produced significant silver and gold by products during the time it was in operation (McMillan, R.1999). The presence of the Selbaie mine located a short distance east of the subject property suggests that there is reasonable potential for the discovery of VMS deposits in this portion of the Abitibi Belt. Immediately to the west of the Aurora boundary on the adjoining Pelangio Mines Inc. ground there are excellent base metal intercepts associated with lower grade gold values associated with felsic tuffs and iron formation. (Talbot, D., 1999) In many instances zinc rich zones are poor EM conductors; they however do respond well to induced polarization surveys; perhaps the recent work by Placer and or any future MMI work would be of help defining or prioritizing such targets. As a result of the base metal potential in the area it would be also prudent to keep in mind base metal targets while compiling secondary targets across property during any compilation to define future targets.

Page 15


~ -5. 2004 MMI GEOCHEMISTRY EXPLORATION PROGRAM

This MMI (Mobile Metal Ion Technology®) geochemistry program was carried out over a pre-selected area in the South-Central portion of the property covering 386 hectares over the mining leases CLM342 and CLM343 (Figure 2).

This program was intended to test the Au, Ag, Cu, Pb and Zn MMI geochemical response over the GB Gold Zone located along the Southern Structural Break and the Sagimeo Lake Shear defined from prior diamond drill and geophysical survey programs; and to identify targets for further drilling programs.

Sampling was executed in sixteen 200-spaced North-South lines with 25 meters of spacing between samples over 19kms of a previously cut grid (Figure 7). There were collected a total of 692 samples including 20 control samples and 09 duplicates.

The topographic base was obtained from airphotos of the area provided by Natural Resources of Canada (National Air Photo Library - NAPL) and registered in Maplnfo using GPS control points colleted in the field. The survey control was through the use of handheld GPS readings (Garmin eTrex® and eTrex Venture) every 100m with accuracies less than 10m (7m average). Coordinates of intermediate stations were interpolated from the GPS readings. The maps were plotted at scales of 1140,000 and 1/10,000 in UTM coordinates using the North American Datum 1983 system (NAD83 Zone 17).

The sampling method used comply with the sampling procedures recommended in the MMI Operations Manual for Mobile Metal Ion Geochemical Soil Surveys prepared by Wamtech Pty. Ltd. 1996 and with the procedures outlined by Conquest Resources Ltd in boreal climatic zones. Detailed description on samples are in Appendix II.

Samples were sent in one batch on July 14th 2004 to ALS Chemex Labs in Mississauga, Ontario once the sampling was completed. Samples were analyzed by the ME-MS 17 MMI Leach "M" procedure as documented by ALS Chemex. Detection limits for the elements analyzed are:

I ~------- -. __ .-

Detection Limit (Ppb) Element I Au OJ I Ag 1 I

! Cu 10 ! Pb 10 l

I Zn 20 I

Results of analyses were received between September 2nd and September 6th 2004 and entered in a MS Access database prepared to automatically match sample description and results. Certificates of analyses are in Appendix III.

Analyses were not completed on 39 samples (Table 3) because they were nonleachable MMI samples because these absorbed allieachant added.

Page 16

1'535000 mN

• Sf'Owirlg: 3ClOgPJ)b Au

o 250

metres

""" " ... "'" . " ...

... VE095 ." ... ... VE121 ... VEI20 .. VE1 19 .. VEl Ie ... VEI 17

... VEI16

... VE«9 . " ... + 'IE"'1 + VE448

-l- VE I59 .. VE I58 .. VE157

.. VE I511 + VEIM ... VE I50I

• VE~93 + VE494 + VE495 ... VE496 .. VE497 ... ve4ge

.. ve l fj9

.. VE la7 -+ VE l86 .. VEI85 ... VEI84 .. VEI83 .. VEI82 ... VEISI .. VEI80 .. VEI7'9 ... VE178 .. VEI77 .. \!E l M ... VE175

"' VE274 .,,'" . ,,'" .. VE213 ... VE212

.. VE210

... VE20EI ... VE207 · "'" · "'" · "'"

• + VE232 .. VE231 ... VE230 .. VE229 ... VE228

• "m . ,,~ .,,'" ... YE224 .~

• ..m ... VE22t

... VE174 + VEH3 ... VEIn ... VE171 ... VEI10 ... VEI69

------~"7.:::_------=:::~"J,----''"'"' ~:::i .. 1j;jj~::::::::~~~::~~~·~"~"'if------~'\ + VEIOt "' VEIIO '" -+- VEnt ... VE345 -- VE102 "'- VEIII "' VEI47 ... ... \'E292 + VU23 ~ VE~ -l- VEtO. .+ VEI48 ____ .. VE324 + VE347

500

"" VE t 12 + VE 149 ... ~_ + VE325 + VE348 + ve ll l + VE1~ + VEIl. + VE1!12 ------... + VE3049

---+ VEI53 + VE l 93 + VE328 .--..,.~

.. VE327 ... .. ~~ ... AK023

--

w E

--... VE I9S .. VEl!i16

: ~m~ ... VEI99

-_ + VE301 -_ + VE332

... VE330 ... VE331

"' VEl52 -....~ . __

... VE353 ; N<02e -....

... VE154 "" AKW

... VEJ.5S ... AK02/! " 'lE35I + AK029 ... VE35e ... AlOO30

.. AK031

. ~'" -_ + VE333

---'-iiOi' _._..:'~""'"

... 'lEOH) ." .. ." .. . """ -" .. ." .. ." ... .,,'" . "", ... 1/£001

_ YE."

.""" · """ ... RK079 .. RK078 ... RK077

... AK076 + RK075 · "'" · "'''' ' ""n .. RK071 .. RK010

· """ .;. RK066 .. RK067 + RK066 -" RK065 -. RK064

- VE~07

." ... -i- VE.05 .,,.".., .,,'" + VE401 + VE.OO ... VE399 .. VE398 .;. VE397 .,,'" .,,'" ... VEJi'

2

w .E 5535000 mN

~

• 3118 5534500 mN

5534000mN

5533500mN

Aurora Project Summer 2004

MMI GeochemLstry Simple LocatIon Mep

Resources Limited· Aurora

Table No.3 Aurora Property - Summer 2004 Program - Non Leachable MMI Samples (These Absorved All Leachant Added)

Sample Duplicate Grid-E Grid-N Eastinl! Northim~ Siope-E Slope-N Material Wet-Dry Vegetation Soil Hz Depth From To Color Remarks Lab Job No Dale Sent Date Results ,

IAK033 18S0C 9525 596019.4 5533291,9 ow Low ompost Wet ine i\e 15 30 45 Dark Brown 004044024 14-Jul-04 06-Sep-~

~K034 1880( 9500 596019.6 5533267.2 iLow Low "'ompost Wet Pine Ae 20 2C 35 Dark Brown 004044024 14-)ul-04 06-Sep-04

iAKO)5 188~ 9475 596020. 5533241.1 Low ow ompost Wet inc Ae 20 30 45IDark Brown 004044024 14-Jul-0 06-S"p-0~ ~036 I 9450 596020. 5533214.S .ow ow ompost Wet Pine Ae 30 4C 55IQark Brown 004044024 14-Ju\-04 06-Sep-~

~ I 9425 596021.3 5533188. ow ow '-" Ae 3(j 4C 55IDark Brown 004044024 14-Jul-0 06-Sep-04j

I 880C 940( 596021,8 5533162.1 Low Low .ompos! Pine A. 25 35 50 Dark Brown rrOO4044024 14-Jul-04 06-Sep-04

k\.K039 18800 9375 596022. 5533138.c Low Low OmpOSI Ae 20 3C 45 Reddish Brown 004044024 14-Jul-04

~ IAK040 18800 935C 596023.f 5533114~ Low ompost Wet i\e 20 3C 45 Dark Brown 004044024 14-Jul-04

IYEI90 18000 995C 595209.( 5533700. Low 'ompost WeI Ae 50 6C 75~ed. Brown rr004044022 14-Jul-O 06-Sep-04

iVEln 18000 9875 595209.5 5533624. ow ow ompost Wet ine Ac 30 4C 55 Med. Brown Iro04044022 14-Jul-04 06-Sep-O~

IYE194 18000 980( 59521H 553355LG Low ow

~ Pine Ae 30 4C 55 Dark Brown rr004044022 14-Jul-O 06-Sep-04

[,;,E200 iVE201 18000 9625 595219.( 5533367.3 !'-ow ow Pine Ae 25 3 own if 004044022 14-Ju\-O 06-Sep-04

VE201 VE200 18UOOI 9625 595219.( 5533388.5 Low ow et inc Ae 25 3 40~ed. Brown IrOO4044022 14-Jul-04 06-Sep-04

"E202 18000 9600 595219.( 5533346.' ow ow ompost Wet Pine Ae 25 35 40 Med. Brown 004044022 14-Jul-O 06-S<:I'::04

iVE203 1820( loooe 595412.C 5533755.( Low ow 'ompos! WeI ine Ae 15 25 40 Med. Brown 004044022 14-Jul-O 06-Sep-0

IYE209 I 820( 10175 595406.5 553392U ow Low ompost Wet Pine Ae 3C 4C 55 Dark Brown 004044022 14-Jul-04 06-Sel':'0

VE211 1820C 10225 595405.( 5533970.3 ow ow ompost Wet ine Ae 2C 3C 45 Dark Brown 004044022 14-Ju\-04 06-Sep-~

iVE267 I 860( 11175 59578L5 5534933.8 ow ow ompost Wet Pine Ae 5C 6C 75 Med. Brown Swamp 004044023 16-Jul-04 06-Sep-O

iVE268 I 860C 11200 595781.C 5534957.0 Il::Ow l.<)w ompos! Wet ine Ae 55 65 8C Med. Brown Swamp 004044023 16-Jul-04 06-Sep·Q

iVE269 1860C 11225 595780.C 5534982.3 lLoW ow ompost Wet Pine Ae 55 65 8e Med. Brown Swamp 004044023 16-Jul-04 06-Sep-0<

iVE270 18600 11250 595779.0 5535007. Low ow ompos! Wet ine Ae 3e 4C 55 Med. Brown Swamp 004044023 16-Jul-04 06-Sep-04

iVEl71 18600 11275 595778.0 5535033.0 ow ow ompost Wet Pine Ae 75 85 10C Med. Brown r004044023 16-Jul-04 06-Sep-M

IYE293 1&200 9900 595413.0 5533653.0 ow low rompost Iwet ine Ae 2C 3C 45 Medium Brown 004044023 16-Jul-04 06-Sep-04

iVE295 18200 985C 595414.5 5533604.5 iLow ow rvompost Vet Pine Ae 15 25 40 Medium Brown 004044023 16-Jul-04 06-Sep-0~ iVE296 18200 9815 595415.3 5533580.3 Low ow rompost Wet Pine Ae 3e 4( 55 Medium Brown 004044023 16-Jul-04 06-Sep-O~ iVE297 18200 980( 595416.( 5533556.( Low Low ompost lweI Ine Ae 25 35 5C Medium Brown 004044023 16-1ul-04 06-Sep~

~ 18100 9775 595416.8 553353L5 Low ow rompost Iwet Pine Ae 40 5( 65 Medium Brown 004044023 16-Jul-04 06-Sep-04 VE299 . 18200 9750 5954175 5533507.( ow lLoW rvompost lWet ine i\e Ie 2{ 35 Meruum Brown rr004044023 16-Jul-0 06-Sep-0~

VE300 VE301 1820( 970( 5954 I 9.C 5533458'{ ow Low rompost Iwet Pine Ae 55 65 8 Medium Brown 004044023 16-Jul-04 06-Sep-04,

VE301 VE30a 18200 9700 595419.( 5533458.( ow ow ompost WeI ine Ae 55 65 8 Medium Brown 004044023 16-Jul-0 06-Sep-04

,VE302 Ig20( 9675 595419.3 5533433.1 Low ow rompost lWet ille Ae 35 45 6 Medium Brown rr004044023 16-Jul-0 06-Sep-04j

IYE303 IS20C 965C 5954195 5533409.5 ow Low rompost Iwet Pine Ae 30 ~~ Medium Brown 004044023 16-Jul-04 06-Sep-04

iVE304 18200 9625 595419.8 5533385.3 Low Low ompos! lWet

~ Ae 40 5( Medium Brown 004044023 16-Jul-0 06-Sep-O

iVE305 18200 9600 595420.0 5533361.( Low Low ompast Wet Ae 3C 4C 55 Medium Brown rr004044023 I6-Jul-O 06-Sep-04,

tyE306 18200 9575 59542L3 5533336.8 ow Low ompost lWeI Ae IS 25 4C Medium Brown 004044023 16-Jul-04 06-Scp-O

iVE308 18200 9525 595423.8 5533288.3 ow ow ompest lWet lPine lAe 20 3C 45 Medium Brown Swamp 004044023 16-Jul-0 06-Sep-04i

VE309 18200 9500 595425.0 5533264.0 Low ow ompost [\Vet lPine lAe 3e 4C 55 1edium Brown Swamp rr004044023 16-Jul-04 06-Sep-04

VE359 18600 9575 595822.0 5533338.0 ow Low omposl Wet Irine Ae 5 15 3C Dark Brown rr004044023 16-Jul-O 06-Sep-04!

VE361 18600 9500 595820.0 5533261.0 ow Low ill [\Vet ine 113 2C 3C 45 an 004044023 16-Jul-04 06-Se2-o4

Page 18


5.1. MMI Geochemistry Quality Control

There were collected 20 control and 09 duplicate samples.

Control Samples

The control samples were collected from one single location (596,203E -5,534,189N NAD83 Zone 17) then homogenized.

Table No.4 shows the results of the analyses of the control samples. It indicates that analyses of Au, Ag, Cu, Pb and Zn do not show significant discrepancies except sample VE262A that shows 1.6 Au ppb while the other average 0.2 Au ppb. It is most likely due to field contamination because samples analyzed in the same sequence do not show such variations; therefore the possibility of contamination during the analysis is discarded.

Duplicate samples

Duplicate samples were collected from the same hole at the same depth and amounts similar as the original sample. Charts 1 through Chart 5 show the variations between the original and duplicate sample.

Charts for Au, Ag, Cu, Pb and Zn show a relatively consistent linear trend in which the variations are not significant with respect to the overall samples, therefore the results can be considered as reasonable for this purpose.

Page 19

,.--' Samole SIGoe-E SIODe-N

VE340A Low Low VE138A Low Low RK080A Low Low VE210A Low Low RKOIOA Low Low VE3!OA Low Low AKOO3A Low Low VE262A Low Low VE059A Low Low VE379A Low Low VE417A Low Low VE083A Low Low VE4S0A Low Low RK050A Low Low AK032A Low Low VEIlIA Low Low

~A Low ~ VEOO5A Low Low VE031A Low Low VEI62A Low Low

Table No.4 Aurora Property

~~m.~"f Resources Limited Aurora Vr.ronol"'"

List of MMI Control Samples Obtained from 596203E, 5534189N NAD83 Zone 17 Materilll Wet-Dry Vej!etation Soil Hz Depth From To Color Composition Remarks Lab No Sent Received Au (oob) Ae (!lob) Cu(ppb) Pb (ppb) Zn (ppb)

Sand Dry Pine B 5 15 30 Tan Sand Location A TOO4044023 16-Jul-04 06-Soo-04 0.1 L3 20 90 50 Sand Dry Pine B 5 15 30 Tan Sand Location B T004044022 14-Jul-04 06-Seo-04 0.1 1.2 20 70 10

Sand Dry Pine B 5 IS 30 Tan Sand Location C T004044020 14-Jul-04 02-Seo-04 0.1 2.0 5 110 10

Sand Drv Pine B 5 15 30 Tan Sand Location D TOO4044022 14-1ul-04 06-Sep-04 0.3 2.6 60 90 100 Sand Dry Pine B 5 15 30 Tan Sand Location E TOO4044020 14-1ul-04 02-Seo-04 0.1 0.7 20 110 10 Sand Dry Pine B 5 15 30 Ton Sand Location F TOO4044023 16-Jul-04 06-Seo-04 0.1 5.5 40 160 10

Sand IDry Pine B 5 IS 30 Tan Sand Location G T004044021 14-Jul-04 0~-O4 0.1 0.7 5 130 10 Sand Dry Pine B S 15 30 Tan Sand Location H T004044022 14-Jul-04 06-$eo-04 1.6 L5 20 60 20 Sand Dry Pine B 5 15 30T.n Sand Location I T004044022 14-Jul-04 0.1 Ll 10 50 10

Sand Dry Pine B 5 15 30 Tan Sand Location J TOO4044023 16-Jul-04 06-Sen-04 0.1 1.6 10 80 10

Sand Dry Pine B 5 IS 30 Tan Sand Location K T004044023 16-Jul-04 06-Seo-04 0.1 1.6 20 140 20 Sand Drv Pine B 5 15 30 Tan Sand Loeation L T004044022 14-Jul-04 06-5eo-04 0.1 2"6 20 110 10 Sand IDrY Pine B 5 15 30 Ton Sand Location M T004044023 16-Jul-04 06-Seo-04 0.1 1.3 5 170 10 Sand Drv Pine B 5 15 30T.n Sand Location N T004044020 14-Jul-04 02-Seo-04 0.1 0"6 5 70 10 Sand Dry Pine B 5 15 30 Tan Sand Location 0 T004044024 14-Jul-04 06-Sen-04 0.1 l.5 20 70 10 Sand Dry Pine B 5 15 30 Tan Sand Location P TOO4044022 14-Jul-04 06-Seo-04 0.3 0.9 20 30 10

S~ Drv Pine B 5 15 30T.n Sand Location Q T004044023 16-Jul-04 06-Sen-04 0.4 1.4 30 90 80 Sand Dry Pine B 5 15 30T.n Sand Location R T004044022 14-Jul-04 06-Sen-04 0.1 2.6 10 120 10 Sand Dry Pine B 5 15 30 Tan Sand Location S TOO4044022 14-Jul-04 06-Sen-04 0.1 1.0 30 100 40 Sand Dry Pine B 5 15 30T.n Sand Location T T004044022 14-1ul-04 06-Sco-04 0"1 1.3 30 40 10

Average 02 1.7 20.0 94.5 22.5

Standard Deviation 03 I.l 13.0 37.8 25.7

LUJ'lUz,re,,1 Resources Limited Aurora l-'v',nn',""

Jl 0.20 a. a. ::l

~ Q) 0.15 C. E ns

CI)

Q) 0.10 iii ~ a. ::l o 0.05

Aurora Property· Au M M I Duplicates Anaysis

+ ..

0.00 -1--------_------,------..,-----,--------l

0.00 0.05 0.10 0.15 0.20 0.25

Original Sample (Au ppb)

Chart No. 1 Duplicate samples - Au

Aurora Property· Ag MMI Duplicates Anaysis

8.0r----------------------------------,

7.0

Jl ~ 6.0 Cl

~ 5.0 Q)

C. ~ 4.0

CI)

'* 3.0 .!:! ~ 2.0 o

1.0

0.0 -1"4'-----;------.-----.,------.---.-----.---_ 0.0 1.0 2.0 3.0 4.0 5.0 6.0

Original Sample lAg ppb)

Chart No.2 Duplicate samples - Ag

21

450.0

400.0

:g: 350.0 a. §. 300.0 41 C. 250.0 E <U

200.0 tJ)

of! <U 150.0 .~ C. :::J 100.0 0

50.0

0.0

:a 200.0 a. a.

.0 Q.

-; 150.0 c. E <U

tJ)

of! 100.0 <U .~ C. :::J o 50.0

0


Aurora Property - Cu MMI Duplicates Anaysis

50 100 150 200 250 300 350 400

Original Sample (Cu ppb)

Chart No.3 Duplicate samples Cu

Aurora Property - Pb MMI Duplicates Anaysis

•• 0.0 +----,----,----.-__ -,-__ -,-___ -_--.;

o 50 100 150 200 250 300 350

Original Sample (Pb ppb)

Chart No.4 Duplicate samples - Pb

Page 22


Aurora Property· Zn MMI Duplicates Anaysis

800.0 ~--------------------... --.,

700.0

::c g; 600.0

= !:::!. 500.0 III Q. ~ 400.0

I CJ)

~ 300.0 .!:! g. 200.0 c

100.0

•

0.0 .... _______ -----, ____ -.--___ ......,-___ ---1

o 200 400 600 800 1000

Original Sample (Zn ppb)

Chart No.5 Duplicate samples - Zn

5.2. MMI Geochemistry Results

The results of the MMI geochemistry were plotted using Maplnfo V6.0 in conjunction with geology and IP geophysics and are shown in Figures 3 through 12. In order to calculate the response ratios, values lower than detection limits expressed with the prefix "<" were replaced with half of their nominal value.

The results ofMMI analyses for Au, Ag, Cu, Pb and Zn as well as their respective calculated "Response Ratio" values are listed in Appendix II.

Au-Ag results

Results show that Ag has similar behaviour than Au. Results of Ag were plotted in the same map in order to confirm the Au trends.

Au displays low values in general with an average value of 0.13 ppb ranging between <0.1 (bellow detection limit) and 1.6 ppb. Ag values rage between <0.1 (detection limit) and 659 ppb.

The Au response ratios greater than 4 and Ag response ratios greater than 3.25 are plotted in Figures 6 and 8, which show a consistent NE-trending anomaly in the central to northern part of the sampling area and small-scattered anomalies throughout the rest of the area.

The most significant anomaly is located between 595,000E - 5,533,700N and 595,500E - 5,534,400N (Area "1" in Figure 8). It shows correspondence with a NE-

Page 23


trending strong IP anomaly (Figure 6) which is also consistent with the structural pattern revealed by the stream network. This area is of first priority and recommended for further detailed work including drilling.

The most significant Au intersection found in hole PD 519-059 consisted of 46.2g/t Au over 3 metres (Pierna, 1997) located in the western part of the sampling area (Area "2" in Figure 8) is not associated to a wide Au anomaly but several small NEtrending anomalies that coincides with a NE running creek (Figures 8 and 9). The swampy conditions of the ground in the western half of the area might be the reason of the low Au values in comparison with the rest of the area.

Results of the Au MMI do not show obvious correspondence with the GB Au Zone (Area "3" in Figure 8) as well as with the Sagimeo Lake Shear, however the IP trends in the proximities of the GB Zone with scattered Au MMI anomalies suggest that the actual trend is located 200m to the south-west of its current location (Figure 6).

Cu results

Cu values range between <10 (detection limit) and 4090ppb with an average of 243 ppb. The Cu MMI response ratio anomalies confirm the NE trend in the west side (Figure 10). The MMI geochemical trend in the PD 519-059 area shows similar distribution as that Au MMIIIP trend in the central part, both possibly associated to a same structural feature cut and displaced by later NW faulting parallel to the Sagimeo Lake shear system supported by the Ag MMI anomalies (Figure 8) and revealed by the presence of creeks as well as sharp changes of direction of the main SE-running creek (Figure 9).

Zn and Ph results

Zn values range between 10 and 1780 with an average of 257 ppb. Pb values range between <10 and 900 with an average of 162 ppb. Figure 11 shows Zn response ratio anomalies with values greater than 9.29. Figure 12 shows Pb response ratio anomalies with values greater than 3.29. Pb and Zn MMI response ratio anomalies do not show clear associations with geological features in the area nor with the patterns defined by Au-Ag-Cu MMI geochemistry.

Page 24

15535000mN

•

15533000mN

• • •

o

• •

MMI COVERAGE

• -...... ---

250 500

metres

• •

3

-=== liil ill I • I I •

I~ •

w E

a •

[J

* •

•

•

.,

-•

." • • o • • • B : 311 All MMJ RHpon .. R.l1ot1 Anom.lle •

• 20 10823.75 (32) 0 1 U to 20 (32) . 1 10 11.5 (64) • 4.5 10 1 (65) • 3,25 10 4,5 (71)

LEGEND

• --~__ P1'·,t.,r-v .. 1to

~':.-.

I!'~~--

INTERPRETATION

~n;=="" o -.-,. ~~"':;""--~"" ..,-r.i:t;,...,..y _ .. _ or Inp,It ____ till'

=-~~"' ... C =:.-=:.:=~ _1Uiiii*iOO,,,,,,,,_, _ , "-'I'-~-D -no-.-,~_ =.,=,=."',=:=,:::;:,,,,-- ",I •• ,.Ju -., 91

"_ «lIwn-moIIW)."O., ~

OfT, 11. ,

.niu

Aurora Project Au-A; MMt Rupo.," ~tlo. ,.,

IP GlI'Ophy.'u Result.

8

1_=_ IPT_I l)<, TI,orIXIV.R,o

b:-~~

INTERPRETATION

Aurora Project Au-Ag MMI RespOnse Rallos

,,' IP Geophysics Ruulls

"

mN

( *

15501300( mN

o

w • § m

w E

250 500

metres

w E

§ $

w E

~_ .. I \I.1

w • 1110.000

w ......• E

2 •

'<c....v> Iw MMI Artornaly

- Rcada /traH.

Cu MMI Response Ratio •

• 68.17 . 17.33 0 12 .8 • 6.17

LEGEND

.•.. .....,.. ... P\.OT~NT

~ ............. ' PI"<loorD ,PT·' ll<. T1J"", v .. Rx

~~

:;~~~

INTERPRETATION

mi •• 31~ • .l

ReMMy 377lu_1ion 1000000000I .'jo.\ 1_") •• 0,1

01 0.5

Aurora Project Cu MMI Response Ratio • .. ,

IP Geophysics Results

8

15535000 mN

i * S;'rnNing 300~lpl'b Au

15534.'" mN

1 551~"'" mN

•

o

[55'.3000 mN

MMI

250

metres

COVERAGE

500

•

All MMI Anom.Ily

RoadIl lrallI

Zn MMI Rtlpo nl. Rallo.

. 83.5 . 35 0 26 ." • 9.29

~~--RPRETATION INTO --nor:.. ..... l>I' . .... ~,II) . _

D =....."' '''=''''_.-= .. -' --::-:;;;.~=--,~ • .., t.M.""",:

Aurora Project I. Ratlo l Zn MMIR .. pon

'"' h,llcs R" lIlta IP Geop --"-11

j }

w w E .E 8 8 0 ~

~ <! ~

i *

COVERAGE

o 250 500

metres

w E

'" ,

----

, .. . '

-- -- Qi) --"JLj~, --__ _

'111 ...

•

'<..Y

w E

Au MMI Anomaly

RoadsI .... il8

Pb MMI Response Rallos ." • 6.14 D 5 • 4 • 3.29

LEGEND OIPOlE.()IPOt£AAAAY

~ ~ '. " . "

. --~ PLOlPOiHT _, ""'*'" lPT·l Tx. no"", v .. R>c

f-.-q: 1.0 H< I:lpo<att Remy BRnr/Ot

IP. _by.Remy~ F~11195

INTERPRETATION

231 a.a

311 '.2

~ 3nu ~) ',eo.l

oIIITlo.l • T210.5

Aurora Project Pb MMI Response Rallos

,,' IP Geophy$les Results

mN


6. STATEMENT OF EXPENDITURES

The total cost of the 2004 MMI geochemistry program was $149,786.2, which only include eligible expenses for assessment work credits. Table No. 5 shows the summary of these expenses.

I Table No.5 Summary of Expenses

Item Cost ($) 1

I Geochemistry - Field Work

I Personnel (2 senior geologists $ 57,908.1 I I and 5 junior geologists)

:Analyses $ 28,546.4 ~. plane I helicopter $ 13,152.2 ! Equipment rental $ 7,158.7

.. -! Accommodation a food $ 2,739.7

Groceries $ 2,671.3 : Other expenses field related $ 6,405.0

Subtotal $118,581.4 I

.~.

I Geochemistry - Office work

Report preparation and $ 17,587.9 supervision

I

I Overhead (10%) $ 13,616.9

I TOTAL $149,786.2 I I

Page 30

Resources Limited - Aurora "'vno"Jvh

7. CONCLUSIONS AND RECCOMENDATIONS

The MMI geochemical program carried out in conjunction with the previous work of geological mapping and IP geophysics indicates two main Au-Ag NE-trending anomalies (Areas "1" and "1" in Figure 8) and confirmed by the eu anomalies, are associated with strong IP anomalies. Apparently these anomalies are affected by later structural events parallel to the Sagimeo Lake Shear deformation.

The GB Gold Zone (Area "3" in Figure 8) does not show an evident association with a continuous geochemical pattern except with scattered anomalies. The actual location of the GB Gold Zone trend seem to be located 200m south of the current interpreted location where there is a strong IP anomaly trending the same direction.

Based on the information provided by the results of the MMI geochemistry and IP geophysics as well airphoto interpretation, there is possible to recommend three different areas for further exploration.

The first one is that located in Area" 1" (Figure 8), which is of first priority and suggested for more detailed geochemistry to verify its SW and NE extension. This area is also suggested as drilling target.

The second one is located in Area "2" (Figure 8) in which it is recommended more detailed MMI geochemistry and drilling to confirm that this trend is the one associated with the highest Au intersection found hole PD 519-059 (46.2g1t Au over 3 metres).

For Area "3" is only recommended additional geochemistry just to confirm the presence of an Au bearing mineralized structure.

There is also recommended to extend the sampling area to the north and northwest in order to define the anomalies that remain open in these directions. Eventually it is recommended to cover with geochemistry the whole property with a similar design as the initial program of 200m line spacing and 50m between stations.

Page 31

,lJrtU'ut'O.Y, Resources Limited Aurora rrnnVrl

REFERENCES

Campbell, Tracy (1996) South Detour Project - 1995 Induced polarization survey, Inversion results. Placer Dome Limited internal report.

Filo J. K. (2003) Diamond Drill Report for Conquest Resources Limited on the Aurora , Property in Detour Lake Area, Porcupine Mining Division, Ontario.

Conquest Resources Limited, internal report.

Jackson, A (1980) Discovery Case History, Detour Lake Gold Deposit, Canadian Institute of Mining and Metallurgy Annual General Meeting, Paper No.41.

Jackson, S. L. and Fyon, J. A (1991) The Western Abitibi Subprovince in Ontario. Geology of Ontario, Ontario Geological Survey Special Volume 4, Part 1, pp. 405-484.

Johns, G.W. (1982) Geology of the Burntbush-Detour Lake Area, District of Cochrane; Ontario Geological Survey Report 199, 82p.

Kaszycki, Christine A (1990) Preliminary Report on Overburden Drilling in the Detour Lake Area. Westmin Resources Ltd., internal report.

Lambert, G. (1995) South Detour Lake Property, Induced Polarization Survey for Placer Dome Canada Ltd.

McKillen, T. N. (2002) Aurora Project, Detour Mining District, Northern Abitibi Belt, Ontario. Conquest Resources Ltd. Internal report.

McMillan, R H. (1999) Gold Potential of the Aurora Property, Detour Mining District. Prism Resources Inc. Internal report. 37p.

Marmont, Soussan (1987) Geology of the lower Detour-Hopper-Sunday Lakes area, northeastern Ontario, Ontario Geological Survey Miscellaneous Paper, voU37, pp.175-181.

Nicholls, Paul RJ. (1985) A Report on 1985 Diamond Drilling, South Detour Gold Project, Ontario (NTS 32 E/13, Ll4). Westmin Resources Ltd. private report.

Nicholls, Paul RJ. (1986) Report on 1986 geophysical surveys, South Detour Gold Project, Ontario, (NTS 32 El13, U4). Westmin Resources Ltd. Internal report.

Nicholls, Paul R.J. (1989) Report on 1989 Diamond Drilling and Ground Surveys, South Detour Claims, March, 1989. Westmin Resources Ltd. private report, 54 p.

Nicholls, Paul R.J. (1990) Report on Overburden Drilling, Prospecting, and Till Sampling Completed on the South DetourClaims, March, 1990. Westmin Mines Ltd, private report, 19 p.

Nicholls, Paul RJ. (1994) Report on the Iv,tineral Potential of the Sunday Lake Claims, Detour Lake Area, Ontano, Westmoreland Resources Ltd. private report, 25 p.

Page 32


Nutter, G.E. (1982) A Report on 1982 Overburden Drilling, Detour Gold Project, Ontario (NTS 32 E1l3, Ll4). Westmin Resources Ltd. private report.

Geological Survey of Canada (1964) Aeromagnetic map, Detour Lake, Cochrane District, Ontario. Canada, Geological Survey, Geophysics Paper.

Pattison, E.F., Sauerbrei, l.A., Hannila, 3.3. and Church, l.F. (1986) Gold Mineralization in the Cas a-Berardi Area, Quebec, Canada. in Proceedings of Gold '86 Symposium, Toronto, 1986, pp. 170-1 83.

Pierna, B. (1997a). Placer Dome Canada Limited Project #519. Report on 1996 Diamond Drilling Program of South Detour Property. Three volumes. Placer Dome Canada Limited Project #519. February 1997.

Pierna, B. (1997b). Placer Dome Canada Limited Project #519. Report on 1997 Diamond Drilling Program of South Detour Property. Three volumes. Placer Dome Canada Limited Project #519. October 1997.

Rockingham, C.J. (1980) A Report on the Detour Gold Project, Ontario (NTS 32 E/l3, Ll4). Westmin Resources Ltd., internal report.

Rockingham, C.l. (1981) A Report on 1981 Work - Detour Gold Project, Ontario (NTS 32 E/l3, Ll4). Westmin Resources Ltd., internal report, 67 pages.

Rockingham, C.J. (1982) A Report on 1982 Field Work - Detour Gold Project, Ontario (NTS 32 E/l3, Ll4). Westmin Resources Ltd., internal report.

Rockingham, CJ. (1983) Summary of Exploration for the Detour-Lower Detour Lake Claims. Detour Lake Gold Project, Ontario. Westmin Resources Ltd., internal report.

Sauerbrei, lA., Pattison, E.F. and Averill, S.A. (1985); Till sampling in the Casa-Berardi Area, Quebec - A Case History in Orientation and Discovery. Reprint of a Paper Presented at the 11 th International Geochemical Exploration Symposium, Toronto, April 30, 1985, 15 p.

Zhang, G. (1997) Structural Characteristics of Auriferous Deformation Zones and Their Genetic Relationships at the Detour Lake Mine, Abitibi Greenstone Belt, Northeastern Ontario. Placer Dome Limited, internal Report.

Page 33


APPENDICES

Page i

Resources Limited - Aurora JJvrmm'"

Appendix I Statement of Qualifications

I, Erick H. Chavez of 202-161 Oakwood Ave., Toronto, Ontario do hereby certify that:

1. I am a graduate of the Universidad Nacional de San Agustin of Arequipa, Peru with B.Sc. (Hons.) in Geological Engineering (1994) and successfully completed post graduate program (M.Sc.) at University of Toronto, Toronto, Ontario (2003) in Economic Geology.

2. I am currently employed as Contract Geologist for Conquest Resources Limited, Toronto, Ontario (2004-2005).

3. Prior to post graduate program and current employer, I worked continuously for six years as exploration geologist in Peru.

4. Five of these years were as Exploration Geologist for Cominco (Peru) S.R.L. a subsidiary of Com in co Ltd. now TeckCominco Ltd, Vancouver, B.C.

5. I am in process of becoming a registered member of the Association of Professional Geoscientists of Ontario as practising member.

6. My professional experience as Exploration Geologist involves mineral deposit evaluations by means of geological mapping, prospecting, geochemical sampling, geophysical survey supervision, drilling supervision, drill core logging and GIS compilation of carbonate-hosted base metals, Cu skarn, Cu porphyry, epithermal gold (Peru) and shear hosted gold (Canada) deposit types.

7. I supervised the MMI geochemical sampling in the Aurora Property carried out between May 25 th 2004 and July 03rd 2004 in company of Terence N. McKillen, P.Geo. and a crew five junior geologists.

8. I prepared this report based on the data supplied by Conquest and data collected during field work and I declare to be correct to the best of my knowledge.

9. I am not aware of any material fact or material change with respect of the subject matter of this report, the omission to disclose which would make this report misleading.

Dated at Toronto, Ontario on November 28 of2,005

Page ii


Appendix II Tie-On property - List of mining leases and claims

Tie-On property - Mining Leases --l Township Lease Tenure Lease DeSCription Lease Term Area

I Number Type Expiry (has.)

Sunday Lake P568937 Lease L568937-45 2007-Dec-3! 22.95

• Sunday Lake P568938 Lease L568937-45 2007-Dec-3l !8.35 I Sunday Lake P568939 Lease L568937-45 2007-Dec-31 16.60

Sunday Lake P568940 Lease L568937-45 2007-Dec-3! 14 17 :

• Sunday Lake P568941 Lease L568937-45 2007-Dec-3l 12.84

Sunday Lake P568942 Lease = L568937-45 2007-Dec-3l 13.98

I, Sunday Lake P568943 Lease L568937-45 2007-Dec-3 I 11.62

I Sunday Lake P568944 Lease L568937-45 2007-Dec-3l 19.99

• Sunday Lake P568945 Lease L568937-45 2007-Dec-31 17.85 !

TOTAL 148.34

! Tie-On property - Active Mining Claims I Township Claim Tenure Recorded Date Due Date Area

Number Type (has.) i

Lower Detour Lake 951001 Claim 1 986-Dec-1I 2006-Dec-1 1 20.06 •

Lower Detour Lake 951002 Claim 1986-Dec-ll 2006-Dec-l 1 17.06 •

Lower Detour Lake 951003 Claim 1986-Dec-II 2006-Dec-ll 19.93

I Lower Detour Lake 951004 Claim 1986-Dec-11 2006-Dec-11 18.99 I

Lower Detour Lake 951005 Claim 1986-Dec-Il 2006-Dec-l1 16.02

Sunday Lake 951006 Claim 1986-Dec-l1 2006-Dec-l1 17.25

Lower Detour Lake 951007 Claim 1986-Dec-l1 2006-Dec-l1 15.10

Lower Detour 951008 Claim 1986-Dec-l1 2006-Dec-l1 I 14.60

Lower Detour Lake 951009 Claim 1986-Dec-ll 2006-Dec-ll 17.24

Lower Detour Lake 951010 Claim 1986-Dec-ll 2006-Dec-Il 19.04 .

i Lower Detour Lake 951011 Claim 1986-Dec-I1 2006-Dec-ll 15.95

! Lower Detour Lake 951012 Claim 1986-Dec-ll 2006-Dec-1 1 16.75 .

• Lower Detour Lake 951013 Claim 1986-Dec-1 1 2006-Dec-11 17.16 • I Sunday Lake 951014 Claim 1986-Dec-II ~: 17.86 i Sunday Lake 951015 Claim 1986-Dec-l1 14.36 I

Lower Detour Lake 951016 Claim 1986-Dec-1 I 2006-Dec-l1 15.06 Lower Detour Lake 951017 Claim I 986-Dec- I 1 2006-Dec-ll 15.05

i Lower Detour Lake 951018 Claim I 986-Dec-1 I 2006-Dec-1 I 14.02 i Lower Detour Lake 951019 Claim 1986-Dec-11 2006-Dec-11 16.69

• Lower Detour Lake 951020 Claim 1986-Dec-11 2006-Dec-11 15.95 i Lower Detour Lake 951024 Claim 1986-Dec-11 2006-Dec-II 17.10 • i Lower Detour Lake 951025 Claim I 986-Dec-l1 2006-Dec-ll 14.66 • I Lower Detour Lake 951026 Claim 1986-Dec-ll 2006-Dec-11 14.33 I

Lower Detour Lake 951027 Claim I 986-Dec-1I 2006-Dec-ll 16.56 i

Lower Detour Lake 951028 Claim 1986-Dec-1 I 2006-Dec-Il ,

14.84 I

Lower Detour Lake 951029 Claim 1986-Dec-ll 2006-Dec-ll _~1_6.5~J · .... ~-~ ... . ... _ .... ___ L ... __ ...

Page

Conquest Resources Limited - Aurora Property ------------------------------------~-----

r Tie-On property - Active Mining Claims

i I Township Claim ~ Tenure Recorded Date Due Date Area

I I Number Type (has.)

Lower Detour Lake 951 Claim 1986-Dec-l1 2006-Dec-ll 15.92 I

Lower Detour Lake 951 Claim 1986-Dec-l1 2006-Dec-ll 16.21

Lower Detour Lake 951032 Claim 1986-Dec-ll 2006-Dec-ll 17.95 •

Lower Detour Lake 951033 Claim 1986-Dec-ll 2006-Dec-l1 19.54

Lower Detour Lake 951034 Claim I 986-Dec-ll 2006-Dec-ll 19.43

Lower Detour Lake 951035 Claim 1986-Dec-Il 2006-Dec-l1 15.83

Lower Detour Lake 951036 Claim 1986-Dec-ll 2006-Dec-11 18.22 .

Lower Detour Lake 951037 Claim 1986-Dec-II 2006-Dec-l1 18.411

• Lower Detour Lake 951038 Claim 1986-Dec-1 I 2006-Dec-11 16.51

I Lower Detour Lake 951039 Claim I 986-Dec-lI 2006-Dec-11 17.74 ! Lower Detour Lake 951040 Claim 1986-Dec-ll 2006-Dec-ll 18.95 I Lower Detour Lake 951050 Claim 1986-Dec-Il 2006-Dec-ll 19.01

Hopper Lake 1088666 Claim I 989-Feb-02 2006-Feb-02 16.70 Hopper Lake 1088667 Claim 1989-Feb-02 2006-Feb-02 15.89

i Hopper Lake 1088668 Claim 1989-Feb-02 2006-Feb-02 16.29 i Hopper Lake 1088669 Claim 1989-Feb-02 2006-Feb-02 15.88 I Hopper Lake 1088670 Claim 1989-Feb-02 2006-Feb-02 16.51 ,

• Hopper Lake 1088671 Claim 1989-Feb-02 2006-Feb-02 16.24 !

Hopper Lake am I 989-Feb-02 2006-Feb-02 17.09 !

• Hopper Lake 1m I 989-Feb-02 2006-Feb-02 18.33 Hopper Lake 1088674 im 1989-Feb-02 2006-Feb-02 17.51 I

Hopper Lake 1088675 Claim 1989-Feb-02 2006 17.75 Hopper Lake 1090057 Claim I 989-Feb-02 2006-Feb-02 I 20.68 Hopper Lake 1090058 Claim I 989-Feb-02 2006-Feb-02 18.18 Hopper Lake 1090059 Claim 1989-Feb-02 2006-Feb-02 17.24 Hopper Lake 1090060 Claim I 989-Feb-02 2006-Feb-02 19.55 • Hopper Lake 1090061 Claim 1989-Feb-02 2006-Feb-02 18.15 I Hopper Lake 1090062 Claim 1989-Feb-02 2006-Feb-02 16.75 Hopper Lake 1090063 Claim I 989-Feb-02 2006-Feb-02 17.03 Hopper Lake 1090064 Claim 1989-Feb-02 2006-Feb-02 19.31 •

• Hopper Lake 1090065 Claim I 989-Feb-02 2006-Feb-02 18.25 I i Hopper Lake 1090066 Claim I 989-Feb-02 2006-Feb-02 16.90 I ..

rLake 1090067 Claim 1989-Feb-02 2006-Feb-02 13.60 I i Hopper Lake 1090068 Claim I 989-Feb-02 2006-Feb-02 13.54 ! Hopper Lake 1090069 Claim 989-Feb-02 2006-Feb-02 15.55 ! • Hopper Lake 1090070 Claim -Feb-02 2006-Feb-02 14.37 I

Hopper Lake 1090071 Claim -Feb-02 2006-Feb-02 16.60 i Hopper Lake 1090072 Claim -Feb-02 2006-Feb-02 18.27 Hopper Lake 1090073 Claim -Feb-02 2006-Feb-02 17.74 I

i Hopper Lake 1090074 Claim 989-Feb-02 2006-Feb-02 16.34 i TOTAL 1118.06 !

~

Pageiv

,----Sample Dup Grid-E Grid-N EastmQ Northing Siope-E Siope-N Material

AKOOl 19000 11200 596193 5534902 Low Low Clay

AK002 19000 11175 596193 5534884 Low Low Silt

AK003 19000 11150 596193 5534866 Low Low Clay

AKOO4 19000 11125 596193 5534847 Low Low Clay

AK005 19000 11100 596193 5534829 Low Low Clay

AK006 19000 110501596196 5534778 Low Low Sill

AK007 19000 110251596198 5534752 Low Low Sand

AK008 19000 11000 596199 5534726 Low Low Silt

AK009 19000110975 596199 5534700 Low Low Sand

AK010 19000110950 596199 5534674 Low Low Sand

AKOll 19000 10925 596198 5534648 Low Low Sand

AK012 19000 10900 596198 5534622 Low Low Sand

VV<013 19000 10850 596196 5534574 Low Low Sand

AK014 19000 10625 596195 5534550 Low Low Silt

AK015 ~526 Low Low Silt

AK016 19000 507 Low Low Silt

AKOl1 19000 10750 596190 5534489 Low Low Silt

AK018 19000110725 596188 5534470 Low Low Silt

AK019 1 10700 596186 5534451 Low Low Clay

AK020 1 10675 596188 5534428 Low Low Clay

AK021 19000 10650 596190 5534405 Low Low Silt

AK022 19000 10625 596192 5534382 Low Low Sand

AK023 18800 9775 596015 5533530 Low Low Compost

1AK024 18800 9750 596013 5533504 Low Low Clay

AK025 18800 9725 596012 5533477 Low Low Sandy silt

AK026 5533451 Low Low Sand

AK027 5533430 Low Low Clay

AK028 18800 9650 596014 5533408 Low Low Clay

AK029 18800 9625 596017 5533387 Low Low Clay

IAK030 18800 9600 596019 5533366 Low Low Clay

AK031 18800 9575 596019 5533341 Low Low Clay

1AK032 18800 9550 596019 5533317 Low Low Clay

LN001 16400 10500 593602 5534216 Low Low Compost



LNOO4 16400 10575 593604 5534286 Low Low Compost


LN006 16400 10625 593605 5534332 Low low Compost



LN009 16600 10650 593812 5534366 Low Low Sand


LNOll 16600 10600 593813 5534312 Low Low Compost

LN012 16600 10575 593814 5534285 Low Low Sand

LN013 16600 10550 593818 5534262 low Low Compost

Appendix III Aurora Property


Summer 2004 MMI Sampling Results and Response Ratios (RR)

Wet-Dry Vegetation Hz Depth From To Co:or Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR Ag_RR Cu_RR Pb_RR IZn_RR

Wet Pine B 30 3540 Grey Clay TOO4044021 0.05 3.00 460 160 10 1 3.75 7.67 2.29 050

Wet Pine Ae 25 2530 Black Sill TOO4044021 0,05 0.20 5 40 50 1 0.25 0.08 057 250

Wet Pine B 45 4550 light Grey Clay T004044021 0.10 1,90 390 210 220 2 2.38 650 3,00 1100

Wet Pine B 50 5060 Light Grey Clay T004044021 0.20 10.00 510 90 360 4 12.50 8,50 1.29 18,00

Wet Pine B 45 4550 Light Grey Clay T004044021 010 090 300 260 360 2 1.13 5.00 3.71 18.00

Wet Pine Ae 45 4550 Dark Brown Silt T004044021 0.05 530 60 180 130 1 6.63 1.00 2.57 6.50

Wet Pine B 20 2025 Dark Brown Silty Sand T004044021 0.05 2.80 5 90 180 1 3.50 0.08 1.29 9.00

Wet Pine B 10 1020 Brown Silt T004044021 0.10 10.40 5 290 130 2 13,00 0,08 4.14 6.50

Moist Pine B 25 2535 Orange Brown Fine Sand T004044021 0.10 659.00 20 220 100 2 823.75 0.33 3.14 5.00

MOist Pine a 25 2535 Light Grey Fine Sand T004044021 0.10 2.70 10 130 10 2 3.38 0.17 1,86 0.50

Moist Pine B 25 2535 Light Grey Fine Sand T004044021 0.05 0.10 5 180 130 1 0.13 0.08 257 6.50

Moist Pine B 10 1020 UghlGrey Sand T004044021 0.70 4.50 100 290 310 14 5.63 1.67 4,14 15.50

Moist Pine B 10 1525 Light Brown Sand T004044021 0.10 1.70 80 250 10 2 2.13 1.33 357 0.50

Wet Pine B 5 515 Grey Brown Silt T004044021 0.10 0.10 5 280 110 2 0,13 0.08 4,00 5,50

Wet Pine B 15 2030 Light Brown Clayey Silt T004044021 0.20 0.80 10 110 30 4 1.00 0.17 1.57 1,50

Wet Pine B 25 2535 Brown Silt T004044021 0.10 0.30 5 150 10 2 0.38 0.08 2.14 0.50

Wet Pine B 15 1525 Brown Silt T004044021 0,20 1.00 5 130 20 4 1.25 0.08 1.86 1.00

Wet Pine B 15 1520 Brown Clayey Silt T004044021 0.10 1.30 20 90 20 2 1.63 0.33 1.29 100

Wet Pine B 25 2535 Brown Clay T004044021 0.10 0.60 5 240 70 2 0.75 0.08 3.43 350

Wet Pine B 30 4550 Dark Brown ISillyClay T004044021 0.10 0.80 5 80 10 2 1.00 0,08 1.14 0.50

Wet Pine B 30 4555 Dark Brown ISiit T004044021 0.10 0.50 5 110 40 2 0.63 0.08 1,57 2.00

Wet Pine B 10 2535 Dark Brown Silty Sand T004044021 0.10 0,05 5 410 270 2 0.06 0.08 5.86 13.50

Wet Pine Ae 25 2535 Black Compost T004044024 005 0.60 40 20 10 1 0.75 0.67 0.29 0.50

Moist Pine B 35 3545 Light Grey Plastic I Clay T004044024 0.10 2.30 390 60 100 2 2.88 6.50 0.86 5.00

Moist Pine ±. 45 4555 Ught Brown Sandy Silt T004044024 0.30 1.10 100 100 60 6 1.38 1.67 1,43 3,00

Moist Pine I 5 1020 Reddish to Light Brown Sand T004044024 0.10 0.80 170 130 150 2 100 2.83 1.86 7.50

Wet Pine 15 1525 Light Grey Plastic I Clay T004044024 0.10 3.60 300 70 10 2 4.50 5.00 1.00 050

Wet Pine B

~ Clay T004044024 0.10 2.30 160 200 680 2 2.88 2.67 2.86 34.00

Moist Pine B Clay T004044024 0.10 1.50 530 210 290 :2 1.88 8.83 3.00 14.50

Moist Pine B 10 1525 Light Grey Plastic I Clay T004044024 010 lAO 440 230 160 2 1.75 7.33 3.29 8.00

Wet Pine B 25 2535 Light Grey Clay TOO4044024 0.20 1,70 420 290 270 4 2.13 7.00 414 13.50

Wet Pine B 70 7075 Bluish Grey Clay T004044024 0.20 4.60 4090 200 90 4 5.75 68.17 2.86 4.50

Wet Pine Ae 35 5060 Black Compost T004044021 0.05 0.05 30 50 850 1 0.50 1.50 1,00 607

Wet Pme Ae 25 3550 Black Compost T004044021 0.10 0.05 20 30 330 2 0.50 1.00 0.60 2.36

Wet Pine Ae 25 3540 Black Compost T004044021 0.05 0.20 130 80 840 1 2.00 6.50 160 6.00

Wet Pine Ae 25 3545 Black Compost T004044021 0.05 1.20 330 210 930 1 12,00 16.50 4.20 6.64

Wet Pine Ae 25 3550 Black Compost T004044021 0.05 0.20 190 30 280 1 2.00 9.50 0.60 2.00

Wet Pine Ae 15 2545 Black Clay T004044021 0.05 2.10 320 270 390 1 27,00 16,00 SAO 2.79

Wet Pine Ae 30 5060 Black Compost T004044021 0.05 0.30 190 350 610 1 3.00 9.50 7.00 4.36

Wet Pine Ae 15 2545 Black Compost TOO4044021 0.05 0.05 10 40 1420 1 0.50 0.50 0,80 10.14

Wet Pine B 20 3045 Brown Sand T004044021 0,10 1.30 30 190 50 2 13.00 1.50 3.80 036

Wet Pine Ae 20 3045 Black Compost T004044021 0.05 0.20 5 140 240 1 2.00 0,25 2.80 171

Wet Pine Ae 15 2540 Black Compost T004044021 0.05 OAO 310 500 900 1 4.00 15.50 10.00 6.43

Moist Pine Ae 20 3045 Brown Sand T004044021 0.05 3.80 110 50 710 1 38.00 5.50 1.00 5.07

Wet Pine Ae 20 2540 Black Compost T004044021 0.05 0.30 90 280 490 1 3,00 4.50 5.60 3,50

Page v

L(m{7W~S[ Resources Limited - Aurora iJ"'.n"/J/-I-"

Sam d-E Grid·N Easting Northing Siope-E Siope-N Material Wet-Dry Vegetation

~1~lTI c".

Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au RR CC 1("', CR Pb RR Zn RR

lN014 16600 10500 593826 5534217 Low Low Compost Wet Pine Ae 30 4 Dark Brown Compost T004044021 0,05 1.10 270 110 130 1 1100 13,50 2,20 0,93

LN015 16600 10475593828 5534192 Low Low Compost Wet Pine Ae Oark Brown Compost T004044021 0,05 0,05 60 60 450 1 0,50 3,00 1,20 321

LN016

& 5534168 Low Low Compost We! P,ne Ae 45 Dark Brown Compost T004044021 0,05 0.10 130 100 870 1 1.00 6.50 2,00 6,21

lN017 1 5 5534116 Low Low Compost We! Pine Ae 35 Dark Brown Compost T004044021 0,05 ~250 490 11 4.00 11.50 5,00 3,50

LN018 1 10375 593836 5534095 Low Low Compost Wet Pine Ae 45 Black Compost T004044021 0,05 0, 70 450 1 1.00 2, 1

LN019 10350 593837 5534072 Low Low Compost Ae 45 Black Compost T004044021 0,05 0,30 30 20 130 1 3,00 1,50 040 0,93

LN020 10325 593838 5534048 Low Low Compost We! Pine Ae 15 254O Black Compost T004044021 0,05 0,80 70 100 610 1 8.00 3,50 2,00 4,36

LN021 16600 10300 593839 5534025 Low Low Compost Wet Pine B 30 3045 Grey Clay T004044021 0,10 16,30 290 90 480 2 163,00 14.50 1.80 3,43

LN022 16600 10275 593642 5534000 Low Low Compost Wet PlOe Ae 25 Compost T004044021 0,05 0,60 20 390 1780 1 6.00 1.00 780 1271

LN023 16600 10250 593646 5533976 Low Low Compost We! Pine Ae 30 Compost T004044021 0.05 0.60 5 130 360 1 6.00 0,25 2,60 2,57

~ 16600 10225 593649 5533951 Low Low Compost We! Pine Ae 20 • Compost T004044021 0.05 0,60 5 10 10 1 6.00 0.25 0,20 0,07

16600 10200 593852 5533926 Low Low Compost Wet Pine Ae 25 Brown Compost T004044021 0.05 0.70 5 20 110 1 7.00 0,25 040 0.79

LN026 =593851 5533902 Low Low Compost Wet Pine Ae 20 30 145 Dark Brown Compost T004044021 0,05 0,90 5 5 501 1 9.00 0.25 0.10 036

LN027 1 593850 5533853 Low Low Compost Wet Pine B 15 2535 Grey Clay TOO4044021 0,30 9.90 920 30 2101 6 99.00 46.00 0.60 150

LN028 16600 10100 593849 5533829 Low Low Compost Wet Pine B 30 4055 Black ComposVClay T004044021 0.05 5.70 170 160 240 1 5700 8.50 320 1.71

LN029 16600 10025 593847 5533754 Low Low Compost Wet Pine B 30 3545 Brown Clay T004044021 0.05 1.30 40 1320 1 13.00 2.00 4.60 9.43

LN030 16600 10000 593846 5533729 Low Low Compost Wet Pine Ae 25 3555 Dark Grey ComposVClay T004044021 0.05 2.10 80 740 1 4.40 5.29

LN031 16600 9975 593645 5533704 Low Low~Wet Pine fII C~~" T004044021 0,05 040 10 100 420 1 4.00 0.50 2.00 3.00

i~ 16400 10000 593613 5533711 Low Low Wet Bog Ae rk Brown Organic T004044023 0.05 0.10 30 30 80 1 100 1.50 0,60 0.57

16400 10075 593609 5533885 Low Low Clay We! Pine B Dark Brown Clay T004044023 0.10 1.60 70 70 420 2 16.00 3,50 1.40 3.00

16400 10100 593610 5533808 Low Low Clay We! Pine "'"<.-===I: T004044023 0.10 0.60 190 510 160 2 6.00 9.50 10.20 1.14

RAOO4 16400 10150 593609 5533859 Low Low Clay We! Pine Dark Grey I T004044023 0.10 2.60 190 260 320 2 26.00 9.50 5.20 2.29

RADOS 16400 10175 593609 5533865 Low Low Clay We! Pine B 25 25 30 Light Brown T004044023 0201 4.20 780 140 120 4 42,00 39.00 2.80 0.86

RAOOS 16400 10200 593608 5533910 Low Low Clay We! Pine B 40 4045 Light Brown Clay T004044023 0.201 2.50 340 70 480 4 25.00 17.00 140 343

RA007 16400 10300 593603 5534012 Low Low Compost We! Swamp Ae 55 5560 Oark Brown Organic T004044023 0,05 0.30 5 30 520 1 3.00 0.25 0.60 3,71

RA008 16400 10375 593602 5534064 Low Low Compost Wet Swamp Ae 60 50 Organic T004044023 0.05 0.80 150 70 150 ~ 140 1.07

RA009 16400 10475 593602 5534185 Low Low Compost We! Bog Ae 70 7080 Dark Brown Organic T004044023 0,05 0,30 130 SO 460 1.20 3.29

RKOOl 19400 10100 596603 5533867 Low Low Clay Moist Pine B 40 40 45 Greyish Brown Clay Near Creek -20m from bank T004044020 0.10 1,00 300 310 90 2 1.25 5.00 443 4,50

RK002 19400 10125 596604 5533894 Low Low

~Emm"'"<'·~ Clay Sand T004044020 0.10 3.70 240 280 60 2 4.63 4.00 4.00 3.00 e - - 5533920 Low Low Sand Ory Pine Med. Brown Sand TOO4044020 0,05 3,80 80 540 650 1 4.75 1.33 7.71 32.50

r--5533947 Low Low Sa lOe Reddish Brown Sand IT004044020 0.05 3.60 320 170 260 1 4.50 5.33 2.43 1300

1940 5533975 Low Low Cia e Grey Clay IT004044020 0.10 1.30 350 240 230 2 1.63 m RK006 19400 10225 59660 5534002 Low Low Clay e! Pine 15 20 25 Light Brown Clay T004044020 0.05 2.20 490 160 460 1 2.75 8 3.00

iii ow Low Clay IMoist Pine B 15 20 25 Ught Brown Clay and Silty Sand T004044020 0.05 650 660 230 80 1 8,13 11.00 3.29 4.00

19400 10275 596597 5534057 Low Low Sandy clay Moist Pine B

2~ Clay and Sand T004044020 0.05 3.00 190 440 20 1 3.75 3.17 6.29 1.00

19400 1 0300 596599 5534080 Low Low Clay Moist Pine B 20 Sandy Clay T004044020 0.10 2.80 410 420 470 2 3,50 6.83 5.~ 5534103 Low Low Silt We! Pine B 20 Silt and Clay T004044020 0.05 0.80 290 190 890 1 1.00 4.83 2.7

RKOll 96599 5534130 Low Low Silt Wet Pine 8 151 2025 UghtGrey Silt T004044020 0,10 1.10 960 80 500 2 1.38 16.00 1,1

RK012 1 96598 5534156 Low Low Clay Dry Pine B Clay T004044020 005 140 360 340 320 1 175 6.00 486 16.00

RK013 1 96597 553~ Clay We! Pine B 20 2025 Grey Clay T004044020 0.05 2.00 580 90 210 1 2.50 9.67 1.29 10.50

RK014 19400 10425596596 5534 Clay We! Pine B 20 2025 Grey Clay T004044020 0.05 2.90 350 60 1670 1 3,63 5,83 0.86 83.50

RK015 19400 10450596594 5534236 Low Low Clay Wet Pine B

S Clay TOO4044020 0.10 1.70 560 290 380 2 2.13 9.33 4.14 19.00

RK016 19400 10475 596593 5534262 Low Low Clay Wet Pine B 50 50 Clay T004044020 0.10 14.20 730 30 40 2 17.75 12.17 0.43 2.00

RK017 19400 10500 596592 5534289 Low Low Silt Wet Pine B 5 Silt With A Horizon T004044020 0.05 2.50

* 240 740 1 3,13 3.83 3.43 37.00

19400

~ 5534315 Low Low Sand Wet 4 ISand T004044020 0.05 540 60 170

~ 9.17 0861 8501

19400 5534342 Low Low Clay We! 45 4550 Grey ISiltyClay T004044020 0.10 1.10 390 100 240 6.50 1.43 12.00

RK020 19400 10575 596588 5534364 Low Low Silt Wet Pine B 50 5060 Dark Brown ISiit T004044020 0.10 3.60 660 130 580 2 4,50 11.00 1.86 2900

RK021 19400 10600 596586 5534386 Low Low Sandy clay Moist Pine B 10 1020 Light Brown ISandy Clay T004044020 0.10 400 130 90 10 2 5.00 2.17 129 0.50

RK022 19400 10625 596584 553440e ILow Low Clay Pine B 10 1025 Light Brown Clay T004044020 4.60 500 90 10 6 575 8.33 129 050

RK023 19400 10650 596581 553443C ILow Low Silt '''' Pine B 40 4050 Light Brown Silt T004044020 v.,vl 20 230 170 310 4 150 3.83 243 1550

RK024 19400 10675 596579 5534452 Low Low Sandy clay Wet Pine B 15 1530 Light Brown Sandy Clay T004044020 005 005 240 30 360 1 0.06 4.00 043 18.00

RK025 19400 10700 596577 5534474 Low Low Clay Wet Pine B 55 5560 Light Grey Clay T004044020 010 740 900 210 460 2 9.25 15.00 3.00 23.00

Page vi

Lonaue.<;tResources Limited Aurora P,-nnorl'1J

Sample Dup Grid-EjGrid-N Easting I Northing Siope-E Siope-N Material Wet-Dry Vegetation Hz Depth ~~'~ Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR A9_RR Cu_RR Pb_RR Zn_RR

RK026 596579 5534500 Low Low Clay Dry Pine B 10 1 Grey Clay T004044020 0.10 2.00 670 50 80 2 2.50 11.17 0.71 4.00

RK027 19400 10750 1596580rS34526 Low Low Clay We! Pine B 10 1 Brown Clay TOO4044020 0.10 1.00 250 260 220 2 1.25 4.17 3.71 11.00

RK028 19400 10775 Low low Clay Wet Pine B 45 Brown Clay T004044020 0.05 1.50 280 230 250 1 1.88 4.67 3.29 12.50

RK029 19400 10800 Low Low Clay Wet Pine a 15 1530 Light Brown Clay T004044020 0.10 1.10 290 210 1140 2 1.38 4.83 3.00 57.00

RK030 19400 10825 596582 5534604 Low Low Sand Wet Pine B 15 1525 Lighl Brown Sand T004044020 0.05 0.10 160 180 550 1 0.13 2.67 2.57 27.50

RK031 19400 10850 596582 5534631 Low Low Clay Wei Pine B 20 2030 Light Brown Clay T004044020 0.20 0.70 450 130

~ 4 0.88 7.50 1.86 30.00

RK032 19400 10875 596581 5534657 Low Low Clay Wei Pine 8 30 3045 Light Brown Clay T004044020 0.20 1.40 420 260 4 175 700 3.71 32.00

RK033 19400 10900 596580 5534683 Low Low Clay Wet Pone a 15 1530 Brown Clay T004044020 0.20 3.30 430 100 230 4 413 7.17 143 1150

RK034 19400 10925 596579 5534712 Low low Clay Wet Pine a 15 1530 Light Grey Clay T004044020 0.10 1.90 340 120 80 21 2.381 5.67 171 4.00

RK035 19400 10950 596578 5534742 Low Low Clay Wet Pine B 5 525 Light Grey Clay T004044020 0.20 5.90 380 41 7381 6.33 0.43 1.00

RK036 19400 10975 596578 5534771 Low Low Clay lOry Pine B 10 1020 Light Brown Clay T004044020 0.10 230 290 70 1010 2 2.88 4.83 1.00 5050

RK037 =11000596577 5534801 Low Low Clay Pine a 15 1530 Light Brown Clay T004044020 0.10 1.90 260 210 420 2 2.38 4.33 3.00 2100

RK038 1 1~30 low Low Clay MOist Pine a 10 1025 Light Grey Clay TOO4044020 0.10 0.80 240 190 250 .!. 1.00 4.00 271 1250

RK039 19400 11 5534853 Low Low Silt Wet Pine B 30 3050 Dark Brown Silt T004044020 0.05 6.90 250 80 200 1 8.63 4.17 1.14 1000

RK040 19400 11075 596577 5534875 Low Low Clay Wet Pine B 15 1530 Grey Clay T004044020 0.10 1.30 150 160 300 2 163 2.50 2.29 15.00

RK041 19400 11100 596577 5534898 Low Low Clay Dry Pine B 10 1025 light Grey Clay T004044020 010 1.10 450 220 450 2 138 750 314 2250

RK042 19400 11125 596580 5534917 low Low Clay Dry Pine B 10 1030 Light Grey Clay T004044020 0.10 070 280 220 10 2 088 4.67 314 050

RK043 19400 11150 596582 5534935 Low Low Clay ~ B 10 1020 Light Grey Clay T004044020 0.10 4.80 580 210 580 2 6.00 9.67 3.00 29.00

RK044 19400 11175 596585 5534954 Low Low Silt B 10 1020 Black Silt T004044020 0.05 2.70 180 430 120 1 3.38 3.00 6.14 6.00

RK045 19200 10225 596402 5533999 Low Low Clay Wet Pine B 30 3040 Grey Clayey Silt Near Creek -20m from bank T004044020 0.10 8.80 890 50 10 2 11.00 14.83 0.71 0.50

RK046 19200 1~O33 Low Low Clay Wet Pine B 45 4550 Brown Clayey Silt T004044020 0.20 7.50 630 60 60 4 9.38 10.50 086 3.00

RK047 19200 10 067 Low Low Clay Moist Pine 8 15 1525 Brown Sandy Clay T004044020 0.20 1.30 60 470 300 4 1.63 1.00 6.71 15.00

RK048 11 9200 10300 596400 5534083 Low Low Till Moist Pine B 20 2030 Brown Fine Sand T004044020 0.05 3.50 150 90 70 1 4.38 2.50 1.29 3.50

RK049 19200 10325 596401 5534106 Low Low Clay Moist Pine B 10 1015 Light arown Clay T004044020 0.10 0.10 190 360 440 2 0.13 3.17 514 22.00

RK050 1920 1 5534128 Low lli Clay Wet Pine B

tii30 Med. Brown Sandy Clay T004044020 0.05 1.20 270 20 130 1 1.50 4.50 0.29 6.50

RK051 19200 10375 598402 5534151 Low Silt Wet Pine 8 45 Brown Silt T004044020 0.10 1.50 560 250 230 2 188 9.33 3.57 11.50

RK052 19200 10400 598400 5534174 Low Low Clay Wet Pine B 30 35 Brown Clay T004044020 0.10 1.20 420 350 280 2 1.50 7.00 5.00 14.00

RK053 19200 10425 596398 5534196 Low Low Clay Wet Pine a 10 1530 Ught Brown Clay T004044020 0.20 3.40 550 210 560 4 4.25 9.17 3.00 28.00

RK054 19200 10450 596395 5534219 Low Low Clay Moist Pine B 15 1530 LighlGrey Clay T004044020 0.10 2.50 530 90 100 2 3.13 8.83 1.29 5.00

RK055 -'" low Low Clay Wet Pine B 15 1530 Srown Clay TOO4044020 0.10 2.10 260 180 220 2 2.63 4.33 2571 11.0U

RK056 284 Low low Sand Moist Pine a 15 2035 Reddish arown iSand T004044020 0.10 0.20 30 160 40 2 0.25 0.50 229 2.00

RK057 19200 1 4290 Low Low Sand Moist Pine B 15 1530 Light Brown !Sand TOO4044020 0.10 1.20 50 170 70 2 1.50 0.83 243 3.50

RK058 19200 10550 596385 5534315 Low Low Sand Moist Pine B ~'OR."i'" ,~ Sand T004044020 0.20 0.80 5 310 140 4 1.00 0.08 443 7.00

RK059 19200 10575 596382 5534341 Low low Sand Moist Pine B Brown Sand T004044020 0.20 lAO 70 230 60 4 1.75 1.17 3.29 3.00

RK060 19200 10600 596379 5534366 Low Low Sand Moist Pine B 25 25 35 Mad. Brown Sand T004044020 0.10 0.05 10 450 160 2 006 0.17 6.43 8.00

RK061 19200 10625 596381 5534391 low Low Sand Moist Pine B

UD'.'~ Sand T004044020 0.10 0.05 5 250 40 2 0.06 0.08 357 2.00

RK062 19200 =3

5534416 Low Low Sand Moist Pine B 30 Mad. Brown ISand TOO4044020 0.20 0.80 5 180 60 4 1.00 0.08 2.57 3.00

IRK063 19200 382 5534442 Low Low Sand Wet Pine B 30 Med. Brown lFine Sand T004044020 0.05 0.05 5 120 10 1 0.06 0.08 171 0.50

RK084 19200 10700 596380 5534468 Low Low Silt Wet Pine B 40 45 Dark Brown Silt T004044020 0.20 0.20 140 190 180 4 0.25 2.33 2.71 9.00

RK065 19200 10725 596380 5534493 Low Low Sand Wet Pine 18 15 4050 Dark 8rown Sand T004044020 0.20 0.80 50 160 10 4 1.00 0.83 2.29 0.50

IRK~I I I'~ ==w Low Sand Wet Pine IB 20 2035 Dark Brown Sand T004044020 0.20 1.10 5 280 50 4 1.38 0.08 4.00 2.50

R 775 596 ow Low Clay We! Pine B 15 1530 Slack Clay T004044020 0.05 0.05 5 10 10 1 0.06 0.08 0.14 0.50

RK068 1 596378 5534566 Low Low Sand Moist Pine a 30 3040 Dark Brown

~ T004044020 0.10 0.05 5 5 10 2 0.06 0.08 0.07 0.50

RK069 19200 10825 596376 5534593 Low Low Clay We! Pine B 15 1525 Brown T004044020 0.10 0.30 110 20 10 2 0.38 1.83 0.29 0.50

RK070 1 119200 10850 596375 5534619 Low Low Sand Moist Pine B 15 15 30 Brown Sand T004044020 0.05 2.00 70 130 50 1 2.50 1.17 1.86 2.50

RK071 '

I'~r" 596373 5534846 Low Low Clay Wet Pine a 25 2540 Grey Clay T004044020 0.20 0.90 190 250 150 4 1.13 3.17 357 7.50

RK072 10900 596371 5534672 Low Low Clay Wet Pine B 15 1525 Brown Clay T004044020 0.10 1.80 460 70 270 2 2.25 7.67 1.00 13.50

RK073 10925 596370 5534698 Low Low Clay Wet Pine B 20 2025 Grey Clay T004044020 0.10 230 270 160 230 2 2.88 4.50 229 11.50

RK074 19200 10950 596368 5534723 Low low Clay We! Pine B 35 3545 Grey Clay T004044020 0.10 4.20 740 190 960 2 5.25 1233 2.71 48.00

RK075 19200 10975 596367 5534749 Low ~ Wet Pine a 1~ Slit T004044020 0.05 3.60 401

340 280 li 4.50 0.67 486 1400

RK076 19200 11000 596365 5534774 Low Moist Pine B 40 40 tGrey Clay T004044020 0.20 2.00 160 4 2.50 9.67 0.86 800 RK077 19200 11050 596362 5534820 Low Low ISiit Moist Pine B 50 5060 alack Sill T004044020 0.05 060 200 270 130 1 0.75 3.33 386 6.50

Page vii

Lonque:~r: Resources Limited - Aurora jJy,,, n,?yn

Sample Dup Grid-E Grid·N Easting Northing Slope-E Siope-N Material Wet-Dry Vegetation Hz De~th From To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au.RR Ag.RR Cu.RR Pb.RR Zn RR

RK078 19200 11075 596361 5534843 Low Low Clay Moist Pine B 30 4055 Light Grey Clay T004044020 0,20 8,60 I 2900 380 270 4 10,75 48.33 5.43 13.50

RK079 19200 11100 596361 5534866 Low Low Clay

~

~ Light Grey Clay iTOO4044020 0,10 6,00 860 80 340 2 750 14,33 114 1700

RK080 19200 11125 596359 5534892 Low Low Clay Pine 35 4050 Light Grey Clay 0,10 10,70 1400 130 280 2 13,38 23,33 1.86 14,00

RK081 19200 11150 596358 5534919 Low Low Clay Moist Pine 35 3545 Light Grey Clay T004044020 005 1,80 410 180 870 1

~ RK082 19200 11175 596356 5534945 Low Low Clay Wet Pine 45 Light Grey Clay T004044020 OAO 3,50 190 270 560 8 28,00

VEOOl 19000 10100 596222 5533870 Low Low Clay Wet Pine I Grey Clay T004044022 0,10 3,20 350 240 310 2 4,00 5,83 3A3 15,50

VE002 19000 10125 59622 5533900 Low Low Sand Moist Pine B 10 2035 Orangey Brown Sand T004044022 0,30 12,50 6 15,63 6,50 0,29 0,50

VE003 19000 10150 596227 5533929 Low Moist Pine B 10 2035 Orangey Brown Sand T004044022 0,'0 12,80 2 16,00 1,67 4A3 9,00

VEOO4 19000 10175 596224 5533953 Low Low lei;," Wet Pine B 10 2035 Grey Clay T004044022 0,10 6,80 420 140 260 2 8,50 7,00 2,00 1300

VE005 19000 10200 596221 5533977 Low Low Clay Wet Pine B 101 20 35 Grey Clay TOO4044022 020 3,60 280 170 60 4 I 4,50 4,67 2.43 3,00

VEOae 19000 ~5534000 Low Low Clay Wet ~ B 10 20 35 Grey Clay TOO4044022 0,20 5,00 260 40 50 4 6,25 4,33 0.57 2.50

VE007 19000 1 5534022 Low ,~ow Compost. clay Wet B 15 2540 Meo, Grey ICompost and Silty Clay TOO4044022 0,10 ~ 270 100 60 2 5,13 4,50 lA3 3,00

E 19000 10275596208 5534n4< Iinw ow Compost. clay Wet Pine BIAe 20 3045 Dark Grey IClay/Compost T004044022 0,05 420 20 20 1 125 7,00 0,29 1,00

~"~oo, Low Low Clay Wet Pine B i 10 2035 Grey Clay T004044022 0,10 3,50 470 150 370 2 4,38 Rm 5534092 Low Low Clay Wet 1535 Grey Clay T004044022 0.10 3.70 240 130 280 2 4.63

IVE011 5534116 Low Low Sand MOIst

~1O 1530 Orange Sand Dnll Site T004044022 0.10 12.20 190 250 120 2 15.25 3.17 3 57 6.00

VE012 103755961995534141 Low Low Sand Moist 15 2540 Orange Sand T004044022 0.10 4,30 370 250 60 2 5'3~3.57 3.00 VE013 19000 10400 596198 5534165 Low Low Sand Moist 15 2540 Brown Sand T004044022 0.10 180 130 100 70 2 225 tA3 3.50 VE014 19000 10425 596197 5534189 Low Low Sand Wet Pine 15 2540 Orangey Brown Sand and Compost Road T004044022 0,20 1.90 30 30 10 4 2.38 O. 0.43 0.50 VEa15 19000 10450 596197 5534213 Low Low Sand Wet Pine B/Ae 20 3045 Brown Sand T004044022 0.20 2.40 20 60 10 4 300 0,33 0.86 050 VE016 19000 10475 596196 5534237 Low Low Compos! Wet Pine Ae 30 4055 Black Compost T004044022 0,05 0,20 5 60 10 1 0,25 0,08 085 0.50

19000 10500 596195 5534261 Low Low Sand Wet Pine B 20 3045 Dark Brown Sand T004044022 0,20 100 40 180 40 4 1.25 0,67 2.57 2.00 19000 10525 596195 5534286 Low Low Sand Wet Pine B ~ Sand T004044022 0.20 0,60 20 40 10 4 0.75 0,33 0.57 0,50

VE019 19000 10575 596194 5534335 Low Low Sand Wet Pine B Sand T004044022 0,10 0,60 10 120 40 2 0.75 0,17 1.71 2.00 IVE020

E" Wet Pine B 20 3045 Dark Red Sand T004044022 0,20 0,90 1.13 0,33 2,86 2,00

VE021 617 Low Low Compost Wet Pine As 15 2540 Black Compos! T004044022 0,05 0,05 5 90 80 1 0,50 0,25 1.80 0,57 VE022 w Low Compost Wet Pine Ae 15 2540 Black Compost TOO4044022 0,05 0,05 10 210 1200 1 0,50 0,50 4,20 8,57 VE023 ow Compost IWet Pine Ae 15 2540 Dark Brown Compost T004044022 0,05 0,05 5

H 1 0,50 025 0,80 0,86

VE024 1 CompoM [VVllt Pine Ae 20 3050 Dark Brown Compost TOO4044022 0.05 0.05 5 1 0.50 0,25 1,00 0,71 VE025 16800 1002 94011 Compost Wet Pine Ae 20 3050 Dark Brown Compost T004044022 0,05 0,05 5 1 0.50 0,25 0,60 1,71

16800 10050594011 55 Compost Wet Pine Alit 15 2540 Dark Brown Compost TOO4044022 0,05 0.05 10 60 300 1 0,50 0,50 1.20 2,14

16800 100755940105533779 Low Low Compost Wet Pine Ae 20 3045 Black Compost ITOO4044022 0,05 0,05 80 160 780 1 0.50 4,00 3,20 5,57 16800 10100 594010 5533802 Low Low Compost Wet Pine Ae 20 3045 Black Compost ITOO4044022 0.05 0.05 10 160 840 1 050 0,50 3,20 6,00

0125 594010 5533627 Low Low Compost Wet Pine Ae 15 2540 Black Compost TOO4044022 0,05 0,05 70 180 980 1 0,50 3.50 3.60 7,00

16800 10150 594011 5533852 Low Low Compost Wet Pine Ae 15 2540 Black Compost TOO4044022 OAO 100 100 840 1 4.00 5,00 2.00 6.00 16800 10175 594011 5533876 Low

lOW~ Ae

~ Compost T004044022 0.05 0,05 10 20 780 1 0,50 0.50 0.40 557

16800 10225 594012 5533926 Low Low Wet Pine Ae Compost T004044022 0.05 2,20 840 10 380 1 22.00 42,00 0,20 2,7

16800 10250 594013 5533950 Low Low Wet Pine B 10 Clay TOO4044022 0.20 2.20 540 10 10 4 22,00 27.00 0.20 0.07 16800 10275 594014 5533975 Low Low Clay Moist Pine B 10 2035 Tan Clay T004044022 0,30 4.70 680 50 10 6 47.00 34,00 1.00 0.07

VE035 16800 10300 594015 5533999 Low Low Sandy clay Moist Pine B 10 2035 Tan Sandy Clay T004044022 0,10 1.50 120 20 10 2 15.00 6.00 OAO 0,07 VE036 16800 10325 594015 5534023 Low Low Sand Moist Pine B 15 2540 Tan Sand T004044022 0.05 1.30 170 90 10 1 1300 8.50 1,80 0,07 VE037 16800 10350 594016 5534046 Low Low Clay ~st Pine B 10 2035 Grey Clay T004044022 0.05 6,80 930 50 30 1 68,00 46.50 1.00 0.21 VE038 16800 10375 594016 5534070 low Low ist

~ 4055 Black Compost T004044022 0,05 020 20 40 240 1 2,00 1,00 0,80 1.71

VE039

~ 594016 5534118 Low Low Compost Moist Pine 2540 Black Compost & Clay T004044022 0051 4,10 150 80 440 1 41,00 7,50 l60 3,14

VE040 594016 5534143 Low Low Compost Moist Pine 3045 Black Compost & Clay T004 2,30 130 140 270 1 23,00 6.50 2,80 1,93 VE041 16800 10475 594015 5534167 Low Low Compost Moist Pine e 25 3550 Black Compost Drill Site T004044022 0,05 0,30 30 70 250 1 3.00 1,50 tAO 1.79 VE042 16800 10525 594018 5534215 Low Low Compost Moist Pine Ae 15 2540 Dark Brown Compost Intersection of acess road T004044022 0.05 0.70 270 220 110 1 7.00 13.50 4AO 0.79 VE043 16800 10575 59402~ Low Compost Moist Pine Ae 30 4055 Dark Brown Sand &Compost T004044022 0,05 1.00 30 120 10 1 1000 1.50 2AO 0,07

IVE0441 16800 10625 5940265534 Low Compost Moist Pine

~ar Dark Brown Compost T004044022 0, 50 410 ~ 050 1.00 2,93

IVE0451 16800 10650 594023 5534327 Low Low Compost Moist Pine As 50 Dark Brown Compost T004044022 0.05 -,0 40 1 200 0.50 1.00 0,29

VE046 ~2 5534271 Low Low Compost Moist Pine Ae 30 Dark Brown ICompost Access Road T004044022 0.05 0,05 80 130 910 1 0.50 4.00 2,60 6.50 VE047 1 3 5534246 Low Low Compost Moist Pine 35 Dark Brown ILompost & Clay Access Road T004044022 0,05 120 440 280 340 1 12.00 22.00 5.60 2.43

Page viii

Lonaue:r:;[ Resources Limited - Aurora

Sample Dup Grid-E Grid-N Easting Northing Siope-E Siope-N Material Wet-Dry Vegetation Hz Depth From To Color Composition Contammation Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR Ag_RR Cu_RR Pb_RR Zn_RR

VE048 17000110500 594216 5534196 Low Low Compost Wet Pine IAe 20 3030 Dark Brown Compost Access Road T004044022 0.05 0.30 160 210 460 1 3.00 8.00 4.20 3.29

VE049 1 10450 594213 5534147 Low Low Compost Moist Pine IAelB I 301 4040 Dark Brown Compost & Clay Access Road T004044022 0.05 's 420 1150 1 1.00 5.00 8.40 8.21

VE050 10375 594213 5534074 Low Low Compost Moist Pine Ae 15 2525 Dark Brown Compost Near Acess Road (5m) TOO4044022 0.05 O. 40 30 260 1 1.00 2.00 0.60 1.86

VE051 17000 10275 594221 5533984 Low Low Compost Moist Pine Ae 25 3550 Black Compost Near Acess Road (Sm) TO 04044022 0.05 o. 40 900 1 0.50 0.2S 0.80 6A3

VE052 17000 10225 594218 5533939 Low Low Compost Wet Pine Ae 25 3550 Black Compost Near Acess Road (5m) T004044022 0.05 0.30 5 120 720 1 3.00 0.25 2.40 5.14

VE053 a:l0200 594216 5533917 Low Low Compost Wet Pine Ae 30 4055 Slack Compost Near Acess Road (5m) T004044022 0.05 0.10 5 290 640 1 1.00 0.25 5.80 457

VE054 YEO 10125159421315533843 Low Low Compost Wet Pine Ae 20 3045 Black Compost Sm from road T004044022 0.05 0.20 5 40 490 1 2.00 0.25 0.80 3.50

VE055 VEO 10125159421415533861 Low Low Compost Wet Pine Ae 20 3045 Black Compost T004044022 0.05 0.05 5 20 340 1 0.50 0.25 040 2.43

VE056 17000 10100 594212 5533824 Low Low Compost Wet Pine As 15 2540 Black Compost 5mfrom road T004044022 0.05 0.05 5 50 300 1 0.50 0.25 1.00 2.14

VE057 17000 1007S 594212 5533800 Low Low Compost

i= Pine Ae 10 2540 Black Compost 3m from road T004044022 0.05 0.05 H 240 1 0.50 0.25 1.60 1.71

VE058 17000 10050 594212 5533776 Low Low Compost Pine Ae 30 4055 Black Compost 4m from road T004044022 0.05 0.10 160 1 1.00 0.25 1.20 1.14

VE059 17000 10025 594212 5533752 Low Low Compost Pine Ae 25 3550 Black Compost 6mfrom road T004044022 0.05 0.50 50 210 100 1 5.00 2.50 4.20 0.71

VE060 17000 10000 594212 5533728 Low Low Compost + day Moist Pme AelB 15 2540 Dark Brown Compost &Clay 6m from road T004044022 0.05 1.50 110 250 80 1 15.00 5.50 5.00 0,57

VE061 17000 9975 594211 5533702 Low Low Clay Moisl Pine B 15 2540 LightBrown Clay T004044022 0.05 2.70 260 40 20 1 27.00 13.00 0.80 0.14

VE062 17000 9950 594209 5533675 Low Low Compost Wet Pine Ae 10 2035 Black Compost T004044022 0.05 2.00 70 580 500 1 20.00 3.50 11.60 3.57

VE063 17000 9900 594215 5533619 Low Low Compost Moist Pine Ae 10 2035 Black Compost T004044022 0.05 010 50 650 1160 1 1.00 2.50 13.00 8.29

VE064 17000 9875 594214 5533598 Low Low Compost Wet Pine Ae 15 2540 Black Compost T004044022 0.05 0.30 460 520 490 1 3.00 23.00 10AO 3.50

VE065 17000 9850 594213 5533577 Low Low Compost Wet Pine Ae 15 2540 Black Compost T004044022 0.05 2.00 140 190 400 1 20,00 7.00 3.80 2.86

~ 17200 10050 594410 5533782 Low Low Compost Moist Pine As 15 2540 Black Compost on road T004044022 0.05 0.30 40 420 10 1 3.00 2.00 8.40 0.07

17200 10075 594408 5533807 Low Low Till Moist Pine 'B 35 4560 Light Brown Clay and grvel 8m from road T004044022 005 1.90 180 120 220 1 19.00 9.00 2AO 1.57

VE06S 17200 10100 594406 5533832 Low Low Compost Moist Pine

~ 15 2540 Black Compost 6m from road T004044022 0.05 0.70 180 320 430 1 7.00 9.00 6.40 3.07

VE069 1720 ~4404 5533856 Low Low Compost + clay Moist Pine 20 3045 Black Compost & Clay 5mfrom road T004044022 0.05 1.20 250 210 470 1 12.00 12,50 420 3.36 VEOlO 17200 1 94401 5533881 Low Low Compost Moist Pine Ae 20 3045 Black Compost 5m from road T004044022 0.05 1.40 80 210 260 1 14.00 4.00 4.20 1.86 VE071 17200 10175 594399 5533905 Low Low Composl Moist Pine Ae 30~ Compost 8m from road T004044022 0.05 0.90 130 270 340 1 9.00 6.50 5.40 2.43

VE072 =lil0200 5943965533929 Low Low Compost Moist Pine Ae 10 Compost Sm from road T004044022 0.05 0.80 90 170 60 1 8,00 4.S0 3AO 0.43 IVE073 10225 594396 5533957 Low Low Silty day Wey Pine B 20 3045 Med. Brown SIIt&Clay 5m from road T004044022 0.051 1.00 230 290 330 1 10.00 11.50 5.80 2.36

I E074 10275 594397 5534013 Low Low Compost Moist Pine AelB

fi! Compost 8m from road T004044022 0.051 0.10 40 170 130 1 1.00 2.00 3.40 0.93

IVE07S

m" E"""" Low low Clay Wet Pine B t Brown T004044022 0.05 2.10 - 120 600 1 21.00 9.50 2AO 4.29

VEOl6 17200 1 5534065 Low Low Clay Wet Pine B Mad. Grey ~ay T004044022 0.05 5.50 100 60 1 55.00 50.00 2.00 0.43

VE077 17200 10375594 15534112 Low Low Slit Wet Pine B 40 Med. Grey lit TOO4044022 0.05 3.10 290 250 190 1 31.00 14.50 5.00 1.36

VE078 E '''". 55'"'' Low Low Clay Wet Pine B 15 2540 Ught Brown Clay T004044022 0.20 1.30 410 30 10 4 13.00 20.50 0.60 0.07 VE079 1 25594391 5534161 Low

* Compost Wet Pine Ae 10 2035 Black Compost TOO4044022 0.05 0. 101 30 340 670 1 1.00 1.50 6.80 4791

VE080 17200 50 594392 5534185 Low Compost Wet IPine Ae 10 2035 Black Compost T004044022 0.05 0.20 20 650 550 1 2.00 100 13.00 3.93 VE081 17200 10475159439215534210 Low Low Sandy clay Wet IPine IB 15 2540 Light Brown Clay & Sand T004044022 0.20 4.00 310 30 10 4 40.00 15.50 0.60 0.Q7

VE062 =f,i 9975 594414 5533706 Low Low Compost + clay Wet Pine IAeiB 1 35 4560 Black Compost &Clay T004044022 0.05 0.50 210 560 350 1 5.00 10.50 11.20 2,50 VE083 9950594414 5533680 Low Low Silt Wet Pine IAe 15 2540 Black Silt T004044022 0.05 5.50 990 40 10 1 55.00 49,50 0.80 0.07 VE084 172 9925 594415 5533654 Low Low Compost Wet Pine As 15 2540 Black Compost TOO4044022 0.05 0.10 5 100 390 1 1.00 0.25 2.00 2.79 VE085 17200 ~15 5533628 Low Low Compost Wet Pine Ae 30 4055 Black Compost T004044022 0.05 OAO 30 90 490 1 4.00 1,50 1.80 3.50 VE086 17200 94415 5533595 Low Low Compost Wet Pine Ae 10 2035 Black Compost TOO4044022 0.05 0.10 5 100 570 1 1.00 0.25 2.00 4.07 VEOS? 17200 9850594414 5533563 Low Low Compost Wet Pine IAe 10 2035 Black Compost T004044022 0.05 0.40 5 50 140 1 4.00 0.25 1.00 1.00 VE088 17200 9800594414 5533530 Low Low Compost IWet Pine IAe 10 2035 Black Compost T004044022 0.05 0.40 10 80 380 1 4.00 0.50 1.60 2.71 VE089 17400 10025 594611 5533758 Low Low Compost IWet Pine Ae 10 2035 Black Compost TOO4044022 0.05 0.30 80 150 600 1 3.00 4.00 3.00 4.29 VE090 17400 100501594612 5533783 Low Low Compost Wet Pine Ae 20 301451Black Compost T004044022 0.05 0.20 20 150 890 1 2.00 1.00 3.00 6.36 VE091 17400 10100 1594613 5533831 Low Low Compost Wet Pine Ae 15 25 140 Black Compost

TOO40ii=t 0.05 0.30 140 120 550 1 300 7.00 2.40 3.93

VE092 117400110125 594613 5533856 Low Low Compost Wet Pine Ae 20 3045 Black Compost T00404 0.05 0.10 20 50 20 1 1.00 1.00 100 0.14 VE093 117400110150 594614 5533881 Low Low Compost IWet IPine Ae 10 2035 Black Compost T00404 0.05 0.20 20 90 260 1 2.00 1.00 180 1.86 VE094 17400 10175 594614 5533906 Low Low Compost Wet Pine Ae 35 4560 Black Compost TOO4044022 0.05 0.20 70 130 210 1 2.00 3.50 2.60 I 1.50 VE095 17400 10200 594608 5533932 Low Low Compost Wet Pine Ae 5 1530 Black Compost TOO4044022 0.05 OAO 30 200 210 1 4.00 1.50 4.00 1.50 VE096 17400 10225 594608 5533955 Low Low Compost + clay Wet Pine Ae/B 10 2035 Black Compost & Clay T004044022 0.10 3.90 330 30 10 2 39,00 16.50 0.60 0.07 VE097 17400 10275 594607 5534000 Low Low Clay Wet Pine B 20 3045 Mad. Grey Clay T004044022 0.05 3.30 320 90 100 1 33.00 16.00 1.80 0.71 VE09S 17400 10300 594606 5534022 Low Low Compost Wet Pine Ae 15 2540 Compost T004044022 0.05 0.50 90 410 8001 1 5.00 4.50 8.20 5.71 VE099 17400 10325 594606 5534050 Low Low Compost Wet Pine Ae 15 2540 Compost T004044022 0.05 OAO 140 260 4301 1 4.00 7.00 5.20 3.07

Page ix

Resources Limited Aurora

Sample Dup Grid-E Gnd-N Easting Northing Siope-E Siope-N Material Wet-Dry Vegetation Hz Depth rom To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu{ppb) Pb(ppb) Zn(ppb) Au_RR Ag.RR Cu_RR Pb_RR Zn_RR

VE100 17400 10425 594604 5534160 Low Low Compost Wet Pine Ae 15 25 35 Black Compost T004044022 0.05 0.20 20 290 440 1 2.00 1.00 580 3.14



VE103 VE104 17400 9925 594606 5533655 Low Low Clay Wet Pine B 25 3550 Med. Brown Clay T004044022 0.20 2.90 360 30 340 4 29.00 18.00 0.60 2.43

VE104 VE103 17400 9925 594606 5533655 Low Low Clay Wet Pine B

2~ Clay T004044022 0.20 2.90 380 30 390 4 29.00 19.00 0.60 2.79

VE105 17400 9875 594601 5533603 Low Low Sandy clay Moist Pine B 20 Sandy Clay T004044022 0.10 1.90 170 220 130 2 19.00 8.50 4.40 0.93

VE106 17400 9825 594592 5533552 Low Low Compost Wet Pine As 25 Compost T004044022 0.05 0.05 10 40 1230 1 0.50 0.50 0.80 8.79

VE107 17400 9800 594587 5533526 Low Low Compost Wet Pine Ae 3550 Black Compost T004044022 0.05 0.05 20 50 1280 1 0.50 1.00 100 914

VE108 17400 9775 594585 5533504 Low Low Silt Wet Pine B $edBrown Silt T004044022 0.10 2.00 50 180 2 20.00 19.00 1.00 1.29

VE109 17400 =5533481 Low Low Com post + clay Wet Pine Ae/B Light Brown ComposUClay T004044022 0.05 1. 80 1200 1 16.00 6.50 1.60 8.57

VE110 P76001 99 5533703 Low Low Compost Wet Pine+bush Ae Dark Brown Compost T004044022 0.05 005 20 80 1220 1 0.50 1.00 1.60 8.71

VE111 176001 99 5533671 Low Low Compost Wet Pine Ae 1 2035 Black Compost T004044022 0.05 0.05 40 80 1020 1 0.50 2.00 1.60 7.29

VE112 17600 9900 594821 5533639 Low Low Compost Wet Swamp Ae 20 3045 Black/Brown Compost T004044022 0.05 0.10 30 70 1240 1 1.00 1.50 1.40 8.86

VE113 17600 9875 594823 5533614 Low Low Compost Wet Swamp Ae 15 2540 Black Compost T004044022 0.05 0.05 20 50 700 1 0.50 1.00 1.00 5.00

VE114 17600 9850 594825 5533588 Low Low Compost Wet Swamp Ae 20 3045 Black Compost edge of the swamp T004044022 0.05 0.05 30 60 200 1 0.50 1.50 1.20 1.43

VE115 17600 10025 594811 5533762 Low Low Compost Moist Pine/moss Ae 15 2540 Black Compost T004044022

Ri 0.10 110 70 780 1 1.00 5.50 1.40 5.51

VE116 1 8075533865 Low Low Compost Wet Pine Ae 30 4055 Black Compost T004044022 005 5 60 1160 1 0.50 0.25 1.20 8.29

VE117 17600 10175 i594804 5533912 Low W' Moist Pine Ae 30 401 551Blackll T004044022 0.20 130 170 860 1 2.00 6.50 3.40 6.14

VE118 17600 10200 5~ 5533936 Low

~ post + clay

Wet Pine B 25 2550 Light Brown T004044022 0.20 3.20 450 120 430 4 32.00 22.50 240 3.07

VE119 17600 10225 59 5533963 Low Wet Pine

~ 30 4055 Black T004044022 0.10 4.80 480 200 140 2 48.00 24.00 4.00 1.00

VE120 17600 10250 594806 5533990 Low Low dy clay Moist Pine 40 5055 Med. Brown TO 04044022 0.10 2.70 280 90 70 2 27.00 14.00 1.80 0.50 VE121 .s:::: 5534016 Low Low ICompost Moist Pine 25 3550 Black & L Br, T004044022 0.05 1.60 710 10 1300 1 16.00 35.50 1.40 9.29

VE122 5534066 Low Low Compost Wet Pine

td 35 4560 Black T004044022 0.05 0.60 20 60 700 1 6.00 1.00 1.60 5.00

VE123 594804 5534089 Low Low Compost Wet Pine 30 40 55 Btack T004044022 0.05 0.40 20 40 490 1 4.00 1.00 0.80 3.50

VE124 596010 5533920 Low Low Silt Wet Pine 15 2540 Dark Brown creek T004044022 0.05 1.50 120 460 10 1 1.88 2.00 6.57 0.50

VE125 18800 10175596013 5533947 Low Low Compost Wet Pine Ae 20 3045 Dark Brown drill site T004044022 0.05 030 10 100 70 1 038 0.17 1.43 3.50 VE126 ~10200 596015 5533973 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.05 0.05 5 310 360 1 0.06 0.08 4.43 18.00

VE127 1 10225 596020 5533998 Low Low Compost Wet IPine Ae 25 3550 Dark Brown T004044022 0.05 0.50 70 210 90 1 0.63 1.17 3.00 4.50

[VE128 18800 10250 596024 5534023 Low Low Compost Wet IPine Ae 15 25140lDark Brown T004044022 0.05 0.50 100 160 20 1 0.63 1.67 2.29 1.00

VE129 18800 10275 596029 5534048 Low Low Compost Wet Pine Ae ~ 35150IBIack T004044022 0.05 040 50 70 80 1 0.50 0.83 1.00 4.00

VE130 18800 10300 596033 5534073 Low Low Compost Wet Pine Ae 2540 Black T004044022 0.05 1.10 70 130 170 1 1.38 1.17 186 850 VE131 18800 10325 596036 5534098 Low Low Compost Wet Pine Ae 5

i road (southside) T004044022 0.05 0.80 280 240 160 1 1.00 4.67 3.43 8.00

VE132 18800 10 5534~ Low Compost Moist Pine Ae 10 road ( northside) T004044022 0.05 0.50 210 380 10 1 0.63 3.50 5.43 0.50 VE133 ~10375 596043 Low Compost Wet Pine

=t 15 T004044022 0.05 1.10 220 150 350 1 1.38 3.67 2.14 17.50

VEl34 1 10400 596046 5534174 Low Low Clay Wet Pine f----;s Ught Brown T004044022 0.05 7.00 650 70 50 1 8.75 10.83 1.00 2.50 VE135 18800 10425 596053 5534192 Low Low Clay Wet Pine r---w UghtBrown T004044022 0.05 5.60 540 20 10 1 7.00 9.00 0.29 0.50 VE136 18800 10450 596060 5534211 Low Low Silly clay Wet Pine B 10 Light Brown T004044022 0.05 1.80 400 290 130 1 225 6.67 4.14 6.50 VE137

~ 596067 5534229 Low Low Sandy clay Moist Pine B 10 20 35 Ught Brown T004044022 0.05 1.20 360 100 80 1 1.50 6.00 1.43 4.00

VE13S 1596074 5534247 Low Low Sandy clay Moist Pine B 10 2035 Light Brown T004044022 0.20 5.80 420 20 10 4 7.25 7.00 0.29 0.50 VE139 18800 10525 596072 5534281 Low Low Sand Moist Pine IB 10 2035 Med. Brown T004044022 0.05 0.70 20 150 10 1 0.88 0.33 2.14 0.50 VE140 18800 10550 596071 5534315 Low Low Sand Dry Pine B 5 1530 Light Brown T004044022 0.05 1.40 20 170 30 1 1.75 0.33 2.43 1.50 VE141 18800 10575 596069 5534348 Low Low Sand Dry . ~ 5 1530 Light Brown T004044022 0.20 1.60 60 250 10 4 2.00 1.00 3.57 0.50 VE142

t~illf~~ Low Low Silt

D" .""_

T004044022 0.40 1.20 50 140 50 8 1.50 0.83 2.00 2.50 iVE143 Low Low Sand D",Mo' • B ----, ",M Bro~ T004044022 0.20 2.70 50 230 20 4 3.38 083 3.29 1.00 VE144 5533766 Low Low Clay Wet Pme B Ught Brown T004044022 0.50 9.80 1200 30 90 10 12.25 I 20.00 0.43 4.50 VEi45 125533740 Low Low Clay Wet Pme B 25 40 Light Brown Road T004044022 0.30 1.90 340 190 470 6 2.38 5.67 271 23.50 VEi46 125533713 Low Low Peat Wet Pme Ae 35 50 Black T004044022 0.10 0.80 250 190 230 2 100 4.17 2.71 11.50 V'E'147 125533686 Low Low Compost + clay Wet Pine Ae+B 20 3045 Med. Grey T004044022 0.20 1.50 300 320 680 4 1.88 5.00 457 34.00 VE148 1 11 5533659 Low Low Silty clay Wet Pine B 20 3045 Med. Brown T004044022 0.10 260 300 410 540 2 3.25 5.00 5.86 2700 VE149 17800 9900595011 5533632 Low Low Compost Wet Pine As 25 3550 Btack T004044022 0.10 0.20 30 250 60 2 0.25 0.50 3.57 3.00 VE150 VE151 178001 98751595013 5533610 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.10 0.05 20 90 720 2 0.06 0.33 129 36.00 VE151 VE150 17800 98751595013 5533610 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.10 0.10 10 90 560 2 013 0.17 129 2800

Page x

Conquest Resources Limited - A urora Property

Sample Dup Grid-E Grid-N Easting Northing S!ope-E Siope-N Material Wet-Dry Vegetation Hz Depth From To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR Ag_RR Cu_RR Pb_RR Zn_RR

VE152 17800 985 0595015 5533588 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.10 0.05 10 200 1030 2 0.06 0.17 2.86 51.50


VEl54 17800 10050 595013 5533792 Low Low Sandy clay Wet Pine B 5 1530 Light Brown T004044022 0.20 15.20 1020 100 240 4 19.00 17.00 1.43 12.00

VE155 17800 10075 595014 5533818 Low Low Silty clay Moist Pine B 10 2035 Light Brown T004044022 0.40 3.80 590 20 10 8 4.75 9.83 0.29 0.50

VE156 17800 10100 595014 5533844 Low Low Clay Moist Pine B 20 3045 Light Brown T004044022 0.20 1.30 160 100 30 4 1.63 2.67 1.43 1.50

VE157 17800 10150 595012 5533890 Low Low Clay T004044022 0.20 1.40 440 300 710 4 1.75 7.33 4.29 35.50

VE158 17800 10175 595010 5533913 Low Low Peat Wet Pine Ae 20 3045 Black T004044022 0.10 0.40 120 270 740 2 0.50 2.00 3.86 37.00


VE160 17800 10250 595009 5533988 Low Low Sandy clay Wet Pine B 10 2035 Light Brown T004044022 0.40 2.80 450 10 10 8 3.50 7.50 0.14 0.50

VE161 17800 10275 595008 5534013 Low Low Clay Wet Pine B 5 1530 Light Brown T004044022 0.50 4.70 720 30 60 10 5.88 12.00 0.43 3.00


VE163 17800 10325 595008 5534063 Low Low Clay Wet Pine B 5 1530 Light Brown T004044022 0.30 6.00 880 90 110 6 750 14.67 1.29 550

VEl64 17800 10350 595007 5534087 Low Low Sand Wet Pine B 15 2540 Light Brown T004044022 0.10 3.60 180 170 10 2 4.50 3.00 2.43 050

VE165 17800 10375 595007 5534111 Low Low Clay Wet Pine B 10 2035 Light Brown T004044022 0.20 3.70 690 160 410 4 4.63 11.50 2.29 2050


VE167 17800 10425 595005 5534160 Low Low Compost Wet Pine Ae 10 2035 Black T004044022 0.10 0.05 60 90 1010 2 006 1.00 1.29 50.50

VE168 17800 10450 595004 5534184 Low Low Compost Wet Pine Ae 10 2035 Black T004044022 0.10 0.10 60 260 10 2 0.13 1.00 3.71 0.50

VE169 18000 10025 595212 5533778 Low Low Compost Wet Pine Ae 15 2540 Med. Brown T004044022 0.05 0.05 5 50 10 1 0.06 0.08 0.71 0.50

VE170 18000 10050 595211 5533800 Low Low Compost Wet Pine+moss Ae 20 3045 Med. Brown T004044022 0.05 0.05 5 5 10 1 0.06 0.08 0.07 0.50

VE171 18000 10075 595209 5533823 Low Low Compost Wet Pine Ae 20 3045 Dark Brown T004044022 0.05 0.05 5 5 10 1 006 0.08 0.07 0.50



VE174 18000 10150 595207 5533895 Low Low Compost Wet Pine+moss Ae 15 2540 Med. Brown T004044022 0.05 0.05 20 30 170 1 0.06 0.33 0.43 8.50



VEl77 18000 10250 595202 5533991 Low Low Clay Moist Pine B 30 4055 Light Grey T004044022 0.20 2.10 890 350 300 4 2.63 14.83 5.00 15.00




VE181 18000 10350 595200 5534087 Low Low Silty clay Moist Pine B 5 1530 Light Brown T004044022 0.30 2.60 290 10 10 6 3.25 4.83 0.14 0.50

VE182 18000 10375 595201 5534112 Low Low Clay Wet Pine B 10 2035 Light Brown T004044022 0.10 2.30 250 110 240 2 2.88 4.17 157 12.00


VE184 18000 10425 595200 5534161 Low Low Clay Wet Pine B 10 2035 Light Brown T004044022 0.40 2.70 660 160 200 8 3.38 1100 2.29 1000

VE185 18000 10450 595200 5534184 Low Low Clay Wet Pine B 15 2540 Light Brown T004044022 0.40 1.40 290 200 230 8 175 4.83 2.86 11.50



VE188 18000 10525 595198 5534259 Low Low Clay Moist Pine B 10 2035 Tan T004044022 0.40 2.50 770 60 10 8 3.13 12.83 0.86 0.50

VE189 18000 10550 595198 5534287 Low Low Till Wet Pine B 10 2035 Light Brown T004044022 0.40 1.30 220 40 30 8 1.63 3.67 0.57 1.50


VE193 18000 9825 595215 5533576 Low Low Compost Wet PineandMoss Ae 25 3550 Med. Brown T004044022 0.20 0.05 5 70 20 4 0.06 0.08 1.00 1.00

VE195 18000 9750 595218 5533502 Low Low Silt Wet Pine B 5 1530 Tan T004044022 0.30 2.60 300 20 10 6 3.25 5.00 0.29 0.50

VE196 18000 9725 595219 5533477 Low Low Silty clay Wet Pine B 15 2540 Light Brown T004044022 0.20 5.90 1080 70 240 4 7.38 18.00 1.00 12.00


VE198 18000 9675 595219 5533431 Low Low Compost Wet Pine Ae+B 40 5065 Light Brown T004044022 0.20 0.90 90 20 10 4 1.13 1.50 0.29 0.50

VE199 18000 9650 595219 5533410 Low Low Silt Wet Pine B 45 5570 Med. Brown T004044022 0.20 0.60 70 70 10 4 0.75 1.17 1.00 0.50

VE204 18200 10050 595412 5533801 Low Low Clay Wet Pine B 5 1530 Light Brown T004044022 0.60 6.00 680 70 60 12 7.50 11.33 1.00 3.00 VE205 18200 10075 595411 5533823 Low Low Clay Wet Pine B 10 2035 Light Brown T004044022 0.40 8.50 1140 70 40 8 10.63 19.00 1.00 2.00 VE206 18200 10100 595411 5533846 Low Low Peat Wet Pine Ae 15 2540 Black T004044022 0.10 2.60 120 310 720 2 325 2.00 443 36.00

VE207 18200 10125 595410 5533871 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.20 2.10 550 320 120 4 2.63 9.17 457 6.00

VE208 18200 10150 595408 5533897 Low Low Clay Wet Pine Ae+B 15 2540 Black + Light Brown T004044022 0.10 5.20 400 140 20 2 650 6.67 200 1.00

VE210 18200 10200 595405 5533947 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044022 0.10 1.20 10 110 40 2 1.50 0.17 1 57 2.00

VE212 18200 10275 595405 5534017 Low Low Compost Wet Pine Ae 20 3045 Dark Brown T004044022 0.10 1.50 110 170 90 2 1 88 1.83 243 4.50

Page xi

Lonuue,')'l Resources Limited - Aurora

Sample Dup Grid-E Grid-N Easting Northing Siope-E Siope-N Material Wet-Dry Vegetation Hz Depth From To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au.RR Ag~RR Cu.RR Pb.RR Zn.RR

VE265 18600 11100 59578315534864 Low Low Clay Wet Pine B 25 3550 Med. Grey T004044023 0.20 7.60 1320 80 130 4 9.50 22.00 1.14 6.50

VE266 18600 11150 159578215534911 Low Low Compost Wet Pine Ae 55 6580 Med. Brown T004044023 0.05 0.50 5 150 70 1 0.63 0.08 2.14 350

yE272 18200 10325 595406 5534063 Low Low Silty clay We! Pine B 35 3540 Brown Silty Clay T004044023 0.10 2.20 90 280 600 2 2.75 1.50 4.00 30.00

VE273 18200 10350 595407 5534086 Low Low Clay Moist Pine B 25 Clay T004044023 0.20 5.60 390 220 380 4 7.00 6.50 3.14 19.00

VE274 18200 10375 595408 5534109 Low Low Silty clay Wet Pine B 45 4555 Light Brown Silty Clay T004044023 0.30 6.80 420 290 360 6 850 7.00 414 18.00

VE275 18200

~ 5534134 Low Low Clay Wet Pine B 15 1530 Light Brown Clay T004044023 0.40 2.20 440 320 720 8 2.75 7.33 4.57 36.00

VE276 18200 5534159 Low Low Clay Dry Pine B 25 2535 Light Gray Clay T004044023 0.20 3.60 550 30 110 4 4.50 9.17 OA3 5.50

VE277 18200 10450 595403 5534183 low Low Clay Wet Pine B 15 2025 Light Gray Clay T004044023 0.10 1.70 240 230 100 2 2.13 4.00 3.29 5.00

VE278 18200 10475 595401 5534208 Low Low Clay Moist Pine B 25 2535 Light Gray Clay T004044023 0.10 1.90 420 130 70 2 2.

VE279 18200 10500 595399 5534233 Low Low Clay Moist Pine B 101 10120 Light Gray Clay T004044023 0.30 7.60 560 30 10 6 9.50 I 9.33 0.43 0.50

VE290 18200 9975 595412 5533730 Low Low Compost WeI Pine Ae ~Brown T004044023 0.05 2.60 130 160 10 1 325 2.17 2.29 0.50

VE291 18200 9950 595413 5533704 Low Low Clay WeI Pine B 35 Borwn T004044023 0.30 8.00 640 30 10 6 10.00 10.67 0.43 0.50

VE292 18200 9925 595413 5533679 Low Low Clay Wet Pine B 10 Borwn T004044023 0.20 13.40 580 50 160 4 16.75 9.67 0.71 8.00

VE294 18200 9875 595414 5533629 Low Low Compost Wet Pine Ae 50 7065 Medium Brown T004044023 0.05 0.20 5 20 10 1 0.25 0.08 0.29 0.50

VE307 18200 9550 595423 5533313 Low low Compost Wet Pine As 5 1530 Dark Bron T004044023 0.05 010 10 260 330 1 0.13 0.17 371 16.50

VE310 18400 10025 595609 5533777 Low Low Clay Wet Pine B 15 2540 Light Brown T004044023 010 4.10 250 60 60 2 5.13 4.17 0.86 3.00

VE311 18400 10050 595609 5533804 Low Low Compost + clay Wet PlI1e Ae 15 2540 Dark Brown T004044023 0.05 1.30 220 390 460 1 1.63 3.67 5.57 23.00

VE312 18400 10075 595609 5533830 Low Low Compost WeI Pine Ae 15 2540 Dark Brown T004044023 0.05 040 130 360 800 1 0.50 2.17 5.14 40.00

VE313 18400 10100 595609 5533856 Low low Clay Wet PlI1e B 20 3045 Light Brown T004044023 0.10 13.40 1120 60 60 2 16.75 18.67 0.86 4.00

VE314 18400 10125 595608 5533679 Low Low Clay Moist Pine B 20 3045 Light Brownl Tan T004044023 0.10 4.30 280 30 10 2 5.38 4.67 0.43 0.50

VE315 18400 10150 595607 5533903 Low Low Clay Wet Pine B 20 3045 Ught Brown T004044023 0.05 1.50 120 190 820 1 1.88 2.00 271 4100

VE316 18400 10175 595605 5533926 Low low Silty clay Wet Pine B 15 2540 Medium Brown T004044023 0.05 2.30 30 150 790 1 2.88 0.50 214 3950

VE317 18400 10200 595604 5533949 Low low Clay Wet Pine B 25 3550 Light Brown T004044023 0.30 4.30 810 120 130 6 5.38 13.50 1.71 6.50

VE318 18400

='"'''' Low low Clay Wet Pine B 15 2540 Light Brown T004044023 0.05 2.20 -230 210 300 1 2.75 3.83 3.00 15.00

VE319 18400 1 5534003 Low Low Clay Wet Pine B 20 3045 Medium Brown T004044023 0.05 230 160 290 1280 1 2.88 2.6

VE320 18400 1 5533751 low Low Clay WeI Pine B 10 2035 Light Brown T004044023 0.10 3.10 470 30 10 2 0.43 0.50

VE321 18400 5533726 Low Low Clay Wet Pine B 5 1530 Light Brown T004044023 0.20 5.20 1100 60 50 4 6.50 18.33 0.86 2.50 VE322 18400 9950595613 ow Low Compost Ae 25 3550 Dark Brown T004044023 0.05 0.20 5 110 10 1 025 0.08 1.57 0.50

VE323 18400 9925595614 ow Low Compost IWet Pine Ae 25 Dark Brown T004044023 0.05 0.05 5 30 10 1 0.06 0.08 0.43 0.50

VE324 18400 ow Low Compost Wet Pine Ae 20 Dark Brown T004044023 0.05 0.05 5 70 80 1 0.06 0.08 1.00 4.00

VE325 18400 low Compost Wet Pine Ae 25 Dark Brown T004044023 0.05 0.05 5 90 170 1 0.06 0.08 1.29 8.50

VE326 18400 9800 595612 5533553 Low Low Compost Wet Pme Ae 25 3550 Dark Brown T004044023 0.05 0.30 40 510 810 1 0.38 0.67 7.29 40.50

VE327 18400 Low Compost We! Pine Ae 20 3045 Dark Brown T004044023 0.05 0.50 70 460 750 1 0.63 1.17 6.57 37.50

VE328 17 5533461'Low Low Clay Moist Pine B 25 3550 Light Brown T004044023 0.10 3.50 510 90 60 2 4.38 8.50 1.29 3.00

VE329 17 5533435 Low Low Compost Wet Pine Ae 25 3550 Dark Brown T004044023 0.05 0.50 80 440 720 1 0.63 1.33 6.29 36.00

VE330 185533333 Low Low Compost Wet Pine Ae 10 2035 Dark Brown T004044023 005 0.05 5 280 1650 1 0.06 0.08 4.00 82.50

1= 18400 9550 595619 5533308 Low Low Compost Wet Pine Ae 30 4055 Dark Brown TOO4044023 0.05 0.70 10 100 290 1 0.88 017 1.43 14.50

18400 9525 595620 5533283 Low Low Clay Wet Pine B 20 3045 Light Brown T004044023 0.05 0.10 5 100 10 1 0.13 0.08 1.43 0.50

18400 9500 595621 5533258 Low Low Compost Wet Pine Ae 20 3045 Medium Brown T004044023 0.05 3.40 490 80 130 1 4.25 8.17 1.14 650

18400 9475 595622 5533233 Low Low Compost Wet Pine Ae 15 2540 Dark Brown T004044023 0.05 0.10 5 70 10 1 0.13 0.08 1.00 0.50 VE335 18600 ~13 5533812 Low Low Clay Wet Pine B 15 2540 Light Brown T004044023 0.10 100 190 320 590 2 125 3.17 457 29.50 VE336 18600 100 814 5533837 Low Low Silty clay Wet Pine B 10 2035 Light Brown T004044023 0.10 6.90 670 50 240 2 8.63 11.17 0.71 12.00

VE337 16600 10100 595815 5533862 Low Low Peat Wet Pine Ae 25 3550 Black T004044023 0.05 1.60 100 100 110 1 2.00 1.67 1.43 5.50 VE338 18600 10125 595812 5533886 Low Low Peat Wet Pine Ae 10 2025 Black T004044023 0.10 4.50 330 270 170 2 5.63 5.50 3.86 8.50 VE339 18600 10150 595810 5533909 Low Low Peat Wet Pine Ae 15 2540 Black T004044023 0,10 0.70 110 240 600 2 0.88 1.83 3.43 30.00 VE340 18600 10175 595808 5533933 Low Low Peat Wet Pine Ae 20 3045 Black T004044023 0.10 0.40 70 330 470 2 0.50 1.17 4.71 23.50 VE341 18600 10200 595805 5533956 Low Low Peat We! Pine Ae 10 2035 Black T004044023 0.05 060 100 290 610 1 0.75 1.67 4.14 I 30.50 VE342

I I ~T~T'''80 Low Low Compost Wet Pine Ae 20 3045 Dark Brown T004044023 0.05 0.50 210 230 40 1 063 3.50 3.29 2.00

VE343 !Low Low Clay Wet Pine Ae+B 10 ~BlaCk + Gray T004044023 0.05 0.80 160 360 550 1 1.00 2.67 5.14 27.50 VE344 33762 Low Low Clay Wet Pine B 10 Light Brown T004044023 0.20 5.QO 590 20 220 4 6.25 9.83 029 11.00 VE345 33710 Low Low Sandy clay Wet Pine B 15 25 40 Light Brown T004044023 0.10 5.30 480 30 90 2 6.63 8.00 0.43 450

VE345 18600 533683 Low Low Clay Wet Pine B 20 30 45 Light Brown T004044023 0.20 0.90 220 90 1040 4 1.13 3.67 1.29 52.00

Page xiii

Lonaue~)IResources Limited Aurora 1-' .... ,... ",o ... t" ,

Sample Dup Grid-E Grid-N Eastmg Northing Stope-E Siope-N Material Wet-Dry vegetation Hz Depth From To Cotor Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR A9_RR Cu_RR Pb_RR Zn_RR

VE347 18600 9900

~ Low Clay Wet Pine B 15 2540 Light Brown t Tan T004044023 0.20 1.10 330 230 630 4 1.38 5.50 3.29 31.50

VE348 18600 9875 595812 Low Silt Wet Pine B 15 2540 Dark Brown T004044023 0.30 2.30 410 10 10 6 288

=e 014 0.50

VE349 18600 9825 Low Compost

I*t 3040 Dark Brown T004044023 0.05 0.05 5 120 30 1 006 171 1.50

VE350 18600 9800 595815 5533561 low low Compost Dark Brown TOO4044023

00; O~ 5 i ' 006 114 2.50

VE351 18600 9775 595816 5533537 Low Low Compost Dark Brown TOO4044023

m' 013 0.33 214 1250

VE352 18600 .17

5533512 Low Low Compost Pine Dark Brown TOO4044023 OM 1~ 1 006 0.08 1.86 3.50

VE353 18600 95818 5533463 Low low Compost w: ;:: I: T004044023 005 280 6 1 025 067 4.00 31.00

VE354 18600 9675595819 5533438 Low Low Compost wn TOO4044023 900 520 1 013 008 12.86 2600

VE355 18600 9650595820 5533413 Low Low Compost Wet Pme wn T004044023 O~ W 1 025 033 4.86 5700

VE356 VE3571186001 9~5533388 Low Low Compost Wet Pine Ae WI1 T004044023 o 5 1 0.06 I 0.08 057 0.50

VE357 VE356 18600 96 5533388 low Low Compost Wet Pine Ae ark Brown T004044023 o 5 70 10 1 ! 0.25 008 ~ VE358 18600 9600595821 5533363 Low Low Compost Wet Pine Ae 20 3045 Dark Brown TOO4044023 0.05 0.05 5 130 10 1 0.06 0.08 0.50

VE360 18600 9550 595821 5533312 Low Low ICompost Wet Pine Ae 5 1530 Dark Brown T004044023 0.05 OAO 70 120 450 1 0.50 1.17 1.71 22.50

VE362 18600 9475 595821 5533236 Low Low ICompost Wet Pine Ae 20 3045 Dark Brown TOO4044023 0.20 1.10 230 230 220 4 1.38 3.83 3.29 11.00

VE363 18600 9450 595821 5533210 Low Low Compost Wet Pine Ae 10 2025 Dark Brown TOO4044023 0.05 005 40 130 10 1 0.06 0.67 1.86 0.50

VE364 18600 9425 595822 5533185 Low Low Compost Wet Pine Ae 20 3045 Dark Brown TOO4044023 0.05 0.05 5 5 10 1 0.06 0.08 0.07 0.50

VE365 19400 9475 596627 5533256 Low 2 Sand Dry Pine B 5 520 Tan Sand T004044023 0.40 8.40 100 100 10 8 10.50 1.67 1.43 0.50

VE366 1194001 9500 596626 5533280 -Low Low Sand Dry Pme B 5 520 Tan Sand T004044023 020 1.BO 10 110 10 4 2.25 0.17 1.57 0.50

IVE367 I j19400I 9525 596625 5533304 Low -Low Sand Dry Pine B 10 2035 Tan Sand T004044023 0.20 2.30 30 200 10 4 288 0.50 2.86 0.50

IVE3681 19400 9550 596624 5533327 low -2 Sandy silt Dry Pine B 5 520 Tan Sand. Silt T004044023 0.20 6.20 100 180 60 4 7.75 1.67 2.57 3.00

VE369 19400 9575 596623 5533351 Low -Low Sandy silt Dry Pine B 10 1025 Tan Sand. Silt T004044023 0.20 2.30 40 160 10 4 2.88 0.67 2.29 0.50

VE370 19400 9600 596622 5533375 Low -Low Sandy silt Dry Pine B 5 1530 Tan Sand. Silt T004044023 0.40 2.50 30 180 10 8 3.13 0.50 2.57 0.50

VE371 19400 9625 596621 5533403 Low Low Peat Dry Pine IAe 2035 Black. Light Grey Clay + Peat T004044023 010 1.20 30 160 150 2 1.50 0.50 2.29 7.50

VE372 19400 9650 596621 5533430 Low Low Compost Wet Pine IAe 2540 Med. Brown Compost T004044023 0.10 0.20 5 380 640 2 0.25 0.08 5.43 32.00

VE373 19400 9675 596620 5533458 Low Low Compost Wet Pine As Brown Compost T004044023 0.05 0.05 5 130 390 1 0.06 O.OS 1.86 19.50

VE374 1194001 9700 596619 5533485 Low Low Till Wet Pine 8 Till. Clay T004044023 0.20 1.40 150 140 210 4 1.75 2.50 2.00 10.50

VE375 119400197~ Low Compost. clay Wet Pine Ae+B Grey Compost + Clay T004044023

~ 140 410 540 2 2.13 2.33 5.86 27.00

VE376

Ii Low Clay Wet Pine B 5 Y Ctay T004044023 500 50 130 4 10.50 8.33 0.71 6.50

VE377 97755966165533556 Low Low Silly clay Moist Pine B 10 Clay. Silt T004044023 300 20 10 6 7.00 I 500 029 0.50

VE378 15 5533579 Low Low Peat Wet Pme B 10 Peat 10 80 10 1 0.63 I 0.17 1.14 0.50

VE379 135533604 Low Low Compost + clay Wet IPine 8 5 1530 Black" Med. Grey Compost. Clay T004044023 0.20 2.50 300 50 10 4 3.13 5.00 0.71 0.50

VE380 12 5533628 Low Low ISand Moist IPine IB 5 1530 Tan Sand T004044023 0.10 220 40 130 10 2 2.75 0.67 1.86 0.50

VE381 194 5966105533653 Low Low ISillyciay Moist Pine B

• Silly Clay T004044023 0.20 3.10 240 450 240 4 3.88 4.00 6.43 12.00

VE382 19400 9900 596608 5533677 Low Low Sandy clay Wet Pine 8 5 1 Sandy clay TOO4044023 0.20 lAO 160 190 60 4 1.75 2.67 2.71 3.00

VE383 19400 9925 596608 5533702 Low ~ Silly clay Wet Pine B Brown Silty Ctay T004044023 0.10 5.60 210 40 10 2 7.00 3.50 0.57 0.50

VE384 19400 9950 596608 5533727 Low Sand Moist Pine B 30 Tan Sand TOO4044023 0.10 1.30 70 170 30 2 1.63 1.17 2A3 1.50

VE385 19400 9975 596608 5533751 Low Low Sand Moist Pine B 30 Tan Sand T004044023 0.10 1.60 40 160 10 2 2.00 0.67 2.29 0.50

VE386 19400 ==3776 Low Low Silt Wet Pine B 5 1530 Tan Sitt TOO4044023 0.10 1.20 140 100 10 2 1.50 2.33 1.43 0.50

VE387 19400 3234 -2 -2 Sandy silt Dry Pine B 5 1530 Tan Sandy Silt T004044023 0.20 2.50 40 380 40 4 3.13 067 5.43 2.00

VE388 19400 9425 596630 5533211 ·Low 2 Sand Dry Pine B 5 1530 Tan/Med. Brown Sand T004044023 0.20 1.10 30 210 10 4 1.38 050 3.00 0.50

VE389 19400 9375 596633 5533164 -low -3 Sand Dry Pine 530 Tan Sand T004044023 0.10 4.30 80 350 10 2 5.38 1.33 5.00 0.50

VE390 19400 9350 596634 5533140 -Low Low Sand Dry Pine IU ~I • ... I"V I· a • Sand T004044023 0.10 5.70 30 250 10 2 7.13 0.50 3.57 0.50

VE391 19200 9700 596416 5533476 2 Low Peat Dry Pine Ae 10 2035 Black. Moo. Grey Peat. Silt T004044023 0.05 1.50 70 40 10 1 1.88 1.17 0.57 0.50

VE392 19200 9725 596416 5533501 2 Low Sand Dry Pine B 5 1530 Tan Sand T004044023 0.20 1.90 50 180 40 4 2.38 0.83 2.57 2.00

VE393 19200 9750 596416 5533526 Low Low Sand Wet Pine B 5 1530 Tan Sand T004044023 0.30 2.40 120 260 10 6 3.00 2.00 3.71 0.50

VE394 19200 9775 596416 5533550 Low Low Silt Dry Pine

iii Silt T004044023 0.05 4.20 50 280 10 1 5.25 0.83 4.00 050

VE395 19200 9800 596416 5533575 Low Low Silt Dry Pine B Silt T004044023 0.05 3.30 60 430 10 1 4.13 1.00 6.14 0.50

VE396 19200 9825 596416 5~OW -Low Sitt Dry Pine B Sill T004044023 0.10 1.20 30 240 10 2 1.50 0.50 3.43 0.50

VE397 19200 9850 596415 55 ow Low Sandy silt Dry Pine Tan Sandy Silt TOO4044023 0.20 1.40 30 210 10 4 1.75 0.50 3.00 0.50

VE398 19200 9875 596414 5533648 Low Low Sandy clay Dry Pine 15 30 Light Brown Sandy Clay T004044023 0.10 2.40 180 280 10 2 3.00 3.00 4.00 0.50

VE399 19200 9900 596413 5533672 Low Low Silt Dry Pine 10 2035 Tan Silt T004044023 0.10 1.60 70 600 10 2 2.00 1.17 8.57 0.50

VE400 19200 9925 596412 5533697 Low Low Sitt Dry Pine 15 2540 Tan Silt T004044023 0.05 3.30 10 440 10 1 4.13 0.17 6.29 0.50

Lonaue~)t Resources Limited - Aurora i-'r,nn,Orf1!

samplej Dup Gnd-E Grid-N Easting Northing Siope-E Siope-N Material Wet-Dry Vegetation Hz Depth From To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR A9_RR Cu_RR Pb_RR Zn_RR

VE4011 19200 9950 596412 5533722 Low Low Silt Dry Pine B 5 1530 Tan Silt T004044023 0.05 2.20 60 360 10 1 2.75 1.00 5.14 0.50

~ 19200 9975 596412 5533747 Low Low Sandy siit Dry Pine B 5 1530 Tan Sandy Silt T004044023 0.05 ~ = 70 410 10 1 3.63 1 17 586 0.50

19200 10000 596412 5533772 Low Low Sandy silt Moist Pine B 5 1530 Tan Sandy Silt T004044023 0.05 190 170 10 1 1.00 3.17 2.43 0.50

19200 10025 596410 5533797 Low Low Sandy silt Moist Pine B 5 1530 Tan Sandy Sill T004044023 0.05 4.10 220 60 10 1 5.13 3.67 0.86 0.50

VE405 19200 10050 596409 5533822 Low Low Till Moist Pine B 5 1530 Tan Till T004044023 0.20 1301 50 180 10 4 163 083 257 0.50

VE406 19200 10075 596408 5533847 Low Low Sandy silt Moist Pine B 5 1530 Med. Brown Sandy Silt T004044023 0.20 2201 70 260 60 4 275 1.17 3.71 3.00

VE407 19200 10175 596405 5533944 Low Low Clay Moist Pine Ae+B ~DarkBrown Peat ... Clay T004044023 0.05 2.90 480 170 90 1 3.63 8.00 2.43 4.50

VE408 VE409 19000 10000 596209 5533767 Low Low Peat fi Ae Black Peat T004044023 0.10 0.40 60 30 60 2 0.50 1.00 0.43 3.00

VE409 VE408 19000 10000 596209 5533767 Low ILow IPeat Ae 1530 Black Peat T004044023 0.05 0.40 220 20 70 1 0.50 3.67 0.29 3.50

VE410 19000 9925 596212 5533694 Low ILow IClay B 5 1530 Light Brown Clay T004044023 0.10 1.80 350 310 I 640 2 2.25 5.83 4.43 32.00

VE411 19000 9900 596213 553367olLow Low Clay Wet Pine B 15 2540 Light Brown Clay T004044023 0.05 8.00 350 30 10 1 10 00 5.83 043 050

VE412 646 Low Low Clay Wet Pine B 10 2035 Light Brown IClay T004044023 0.10 2.20 260 330 160 2 2.75 4.33 4.71 800

VE413 19000 9850 596213 5533622 Low low Sandy clay Wet Pme B 5 1530 Light Brown IClayey Sand T004044023 0.10 2.10 290 420 110 2 263 4.83 6.00 550

VE414 19000 9650 596216 5533416 Low low Compost Wet Pine As 10 2035 Black Compost T004044023 0.05 0.60 100 270 450 1 075 1.67 386 22 50

VE415 19000 9625 596216 5533390 Low Low Peat Moist Pine Ae 5 1530 Black Peat T004044023 0.05 0.90 80 320 50 1 113 1.33 457 2.50

VE416 19000 9600 596216 5533363 Low Low Compost Wet Pine Ae 15 2540 Black Peat + Compost T004044023 0.05 0.30 30 100 260 1 038 0.50 1.43 13.00

VE417 19000 9515 596217 5533340 Low Low Peat Wet Pine Ae 10 2035 Black Peat T004044023 0.05 1.50 250 280 410 1 1.88 4.17 4.00 20.50

VE418 19000 9550 596218 5533317 Low Low Clay Moist Pine Ae+B 10 2035 Black + Light Brown Peat + Clay T004044023 0.05 0.90 150 270 810 1 1.13 250 3.86 40.50

VE419 195533293 Low Low Clay Wet Pine B 10 2035 light Brown Clay T004044023 0.50 9.90 830 60 80 10 12.38 1383 086 4.00

VE420 70 Low Low Clay Wet Pine B 10 2035 Light Brown Clay T004044023 0.50 9.40 800 40 20 10 11.75 13.33 0.57 1.00

VE421 19000 9475596220 5533244 Low Low Sand Wet Pine B 10 2035 Tan Silty Sand T004044023 0.30 2.40 220 40 20 6 3.00 3.67 057 1.00

VE422 19000 18 Low Low Compost Wet Pine Ae 10 2035 Dark Brown Compost T004044023 0.20 0.10 10 290 340 4 0.13 0.17 4.14 17.00

VE423 19000 9400159622115533166 Low 'Low Compost Wet Pine Ae 10 2035 Dark Brown Compost T004044023 0.10 0.60 180 40 10 2 075 3.00 0.57 0.50

VE424 19000 9375596222 5533143 Low Low Compost Wet Pine Ae 15 2540 Dark Brown Compost T004044023 0.10 0.60 200 270 10 2 0.75 3.33 3.86 0.50

VE425 19000 9350596222 5533119 Low Low Peat Moist Pine Ae 10 2035 Black Peat T004044023 0.10 1.70 280 340 10 :I 2.13 4.67 4.86 0.50

IVE426 184=595603 5534133 Low Low Clay IWet Pine Ae+B 10 2035 Black + light Brown Peat + Clay T004044023 0.30 3.50 340 50 10 6 4.38 5.67 071 0.50

IVE427 1840 595603 5534154 Low Low Compost IWet Pine Ae+B 10 2035 Dark Brown Compost T004044023 0.10 0.05 5 80 570 2 0.06 0.08 1.14 28.50

VE428 18400 10425 595602 5534179 low low Compost Wet Pine Ae+B 5 1530 Black + Dark Brown Compost T004044023 0.05 0.50 130 290 20 1 0.63 2.17 4.14 1.00

VE429 18400 10450 595602 5534204 Low Low Sand Moist Pine B 5 1530 Light Brown Silty Sand T004044023 0.20 1.70 330 170 50 4 2.13 5.50 2.43 2.50

VE430 18400 10475 595601 5534229 Low Low Clay Moist Pme B 5 1530 Light Grey Clay T004044023 0.30 5.90 710 30 10 6 7.38 11.83 0.43 050

VE431 18400 10500 595601 5534254 Low Low Clay Moist Pine B Light Brown Clay T004044023 0.20 3.00 420 50 10 4 3.75 7.00 0.71 0.50

VE43:2 18400 10525 595601 5534279 low Low Clay Wet Pine B own Clay T004044023 0.20 8.50 1090 70 40 4 10.63 18.17 1.00 200

VE433 18400 10575 595601 5534330 Low

~*"" Wet Pine Ae+B Brown Compost + Clay T004044023 0.05 0.70 150 140 100 1 088 2.50 2.00 5.00

VE434 16400 10600 595600 5534355 Low Low Wet Pine B 1 Brown Clay T004044023 0.10 3.60 420 70 70 2 4.50 7.00 1.00 3.50

VE435 18400 10625 595600 5534380 Low Low Wet Pine B 5 Light Brown Clay T004044023 0.30 5.30 220 90 90 6 6.63 3.67 129 4.50

VE436 18400 10650 595600 5534405 Low Low Wet Pine B 5 1530 Light Brown Clay T004044023 0.20 2.50 310 120 80 4 3.13 5.17 1.71 4.00

VE437 18400 10675 595600 5534430 Low Low Sandy clay Wet Pine B 5 1530 Light Brown Sandy Clay T004044023 0.10 3.50 420 60 60 :1 4.38 1.00 0.86 3.00

VE438 ~5534455 Low Low Clay Wet Pine B 5 1530 Ught Brown Clay T004044023 0.05 8.10 660 40 90 1 10.13 11.00 0.57 4.50

VE439 5534480 Low Low Peat Wet Pine Ae 20 3045 Black Peat T004044023 0.05 1.80 370 270 10 1 2.25 6.17 3.86 0.50

VE440 18400 10750 595600 5534504 Low Low Compost Wet Pine Ae 15 2540 Dark Brown Compost T004044023 0.05 0.50 140 220 10 1 0.63 2.33 314 0.50

VE441 18400 10775 595601 5534529 Low Low Compost Wet Pine Ae 25 3550 Dark Brown Compost T004044023 0.05 0.60 270 70 10 1 0.75 450 1.00 0.50

VE442 18400 10875 595600 5534628 Low Low Compost Wet Pine Ae 25 3550 Dark Brown Compost T004044023 0.05 0.10 5 5 10 1 0.13 0.08 0.07 0.50

VE443 17800 10525 595001 5534271 Low Low Clay Wet Pine B 10 2035 Light Brown Clay T004044023 0.05 2.40 250 70 100 1 3.00 4.17 1.00 5.00





VE448 17800 10675 5950 Low Compost + clay Wet Pine Ae+B 10 2035 Light Brown + Black Clay + Compost T004044023 0.05 2.10 170 290 310 1 2.63 2.83 4.14 ~ 441 Low Low ~ompost I: Pine Ae 15 2540 Dark Brown Compost T004044023 0.05 0.80 1801 330 140 1 1.00 3.00 471 7001

VE450

"""='0725 595002 5534467 Low Low Pine Ae 25 3550 Black Compost ... Peat T004044023 0.05 0.60 301 310 900 1 0.75 050 443 45.00

VE451 VE450 7800 10725 595002 5534467 Low Low Compost Wet IPone As 25 3550 Black Compost + Peat T004044023 0.05 1.20 801 220 700 1 1.50 1.33 314 35.00

VE452 17800 10775 595001 5534518 Low Low Compost Wet IPone Ae 25 3550 Dark Brown Compost T004044023 0.05 0.20 1501 90 50 1 0.25 2.50 129 2.50

xv

VE469

VE470

VE471

VE472

VE473

VE474

VE475

VE476

Material

Low Compost

Low Silty clay

Clay

Ctay

Compost

Silty clay

Compost

Compost

Clay

Low Clay

low Clay

Low Clay

Low Peat

low Clay

Low Clay

Low Till

Low Clay

Low Clay

Low Compost

Low Silty clay

Low Silly clay

Low Sandy Silt

Low Silty clay

Low Clay

Wet-Dry Vegetation

Wet Pine

Wet

Wet

Wei

Wet

Wet

Wet

Wet

Wei

Wet

Wet

Wet

Wet

Wet

Wet

Wet

Pine

Pine

Pine

Pine

Pine

Pine

Pine

Hz Depth From To Color

Ae 25 35 50 Dark Brown

15 2540 Light Brown

30 40 55 Light Brown


15 25 40 Dark Brown

15 2540 Light Brown


30 4055 Med, Brown

20 30 45 Dark Brown

Ae 20 3D 45 Dark Grey

B 25 40 Light Brown

Ae

B

Ae+B

Pine B

Pine B ~~~--~~~~~~~~~~--~~--~~~--~~---4P~in-e----~A-e~--~~30~45±D~a~rk~B~r-own--------

Pine B 30 45 Light Brown

Pine B 35 50 Dark Brown

Pine B 35 50 Med. Brown

Pine B 1530 Ught Brown

Pine B

Pine B

Pine B

Pine B

Pine Ae

Pine B

Wet Pine

position

Clay

Clay

Clay + Peat

Clay

Clay

Till

Clay

Sandy Silt

Silty Clay

Clay

Silty Clay

Compost

Clay

Sandy Clay

Tilt

Ctay

Till

Till + Clay

Clay

Clay

Clay

Clay

Clay

Compost

Sand

Clay

Clay

Clay

Sandy Peat

Contamination Lab No

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044023

T004044024

T004044024

T004044024

T004044024

Resources Limited - Aurora

0.05

0,20

0,30

0,05

010

0.20

0,10

0,20

0,10

0,10

0.20

0.20

0,50

0,50

OAO

0,20

0,20

0,20

0,10

1,10

1.40

8.10

1.10

1,10

1,60

2.60

2.60

0,90

7.80

7.30

7,50

4,30

2.90

0,10

0,90

1.40

130

220

720

500

420

520

90

170

0,30 3,50 1180

0.20 3.90 440

0,10 6,00 160

0,05 7,20 260

0,30 250 500

0,10 13.50 430

0.20 1.10 70

50

10

30

70

380

120

180

220

260

10

150

40

40

70

60

140

140

110

40

40

40

40

20

100

10

10

160

690

100

480

850

10

210

90

30

70

280

170

10

60

100

30

100

70

240

320

10

120

80

90

50

20

160

300

270

140

290

270

20

10

270

0,38 1,83 0,71 0.50

8,25 8.33 0.50

4.25 6,17

2,13 7,00

3.75 3.67

1,88

2,13

1,88

35,00

2.50

1100

2150

10,50

175 7,83 1,14 4.50

10.13 1667 0.29

138 4,00

1.38

2,00 5,33

3.25 3,00

3,25

3,25 7,00

1,13 3,67

0,63 1,67

2.63 5.67

1,25 3.00

1.88 1,67 186 19,

314 14.00

1.29 4.00

2.43 11.00

3,00 0,50

1400,

14.50

16,00

0,50

10

10

Page xvi


Sample I 0" IG"T' I r~;l-E Siope-N Material Wet-Dry Vegetation Hz Depth From To Color Composition Contamination Lab No Au(ppb) Ag(ppb) Cu(ppb) Pb(ppb) Zn(ppb) Au_RR Ag_RR Cu_RR Pb_RR Zn_RR

VE505 182 3 5534500 Low Low Sandy clay Wet Pine B 10 2035 Ught8rown Sandy Clay 1'004044024-- -0.30 4.60 370 20 10 6 5.75 6.17 029 0.50

VE506 182 ,,-ow Low Clay Wet Pine 8 10 2035 Ughl8rown Clay T004044024 0201 1.80 370 140 360 4 2.25 6.17 2.00 18.00

VE507 Low Low Clay Wet Pine B 10 2035 Ughl8rown Clay T004044024 0.30 5.90 390 90 20 6 7.38 6.50 1.29 100 e Low Low Clay Wet Pine B 10 2035 UghtBrown Clay T004044024 0.30 5.60 530 110 70 6 7.00 883 1.57 3.50

10850 595389 5534602 Low Low Sandy clay Wet Pine B 10 2035 Tan Sandy Clay T004044024 0.30 3.80 380 160 70 6 4.75 633 2.29 3.50

18200 10900 595387 5534652 Low Low Clay Wat Pine B 10 2035 Med.8rown IClay T004044024 0.10 2.20 280 320 260 2 2.75 4.67 4.57 13.00

VE511 18200 10925 595387 5534677 Low Low ISandy clay Wet Pine 8 15 2540 Dark 8rown IS andy Clay T004044024 0.10 2.60 180 230 120 2 3.25 3.00 3.29 6.00 VE512 18200 10975 595387 5534726 Low Low ,Sandy clay WeI Pine 8 5 1530 Tan Sandy Clay T004044024 010 3.60 330 420 50 2 4.50 5.50 6.00 2.50

VE513 18200 11000 595387 5534750 Low Low at Pine 8 5 1530 Tan Sandy Clay T004044024 0.50 6.50 330 20 10 10 8.13 5.50 0.29 0.50

VE514 18200 11025 595386 5534775 Low Low Clay Wet Pine B 5 1530 Med.8rown Clay T004044024 0.20 3.40 340 230 220 4 4.25 5.67 3.29 11.00

VE515 18200 11050 595384 5534801 Clay Wet Pine 8 5 1530 Light Brown Clay T004044024 0.20 3.20 300 150 40 4 ~ 2.14 2.00

VE516 18200 11075 595383 5534826 Low Low Clay Wet Pine B 5 1530 Light 8rown Clay T004044024 0.20 6.40 330 10 10 4 0.14 0.50

VE517 18E

Low Low Peat Wet Pine Ae k Peal T004044024 0.10 2.00 330 220 60 2 2.50 5.50 3.14 3.00

VE 5534881 Low Low Peat Wet Pine 8 101 20135 81ack + Light 8rown Peat + Clay T004044024 0.20 1.00 230 320 610 4 1.25 3.83 4.57 30.50

VE519 18200 11150595379 5534910 Low Low Peal Wet Pine Ae 10 20 35 81ack + Light Brown Peat + Clay T004044024 0.20 3.80 290 160 210 4 4.75 4.83 2.29 10.50

VE520 18200 11175 595379 5534935 Low Low Compost Wet Pine Ae 20 30 45 Dark Brown Compost T004044024 0.10 0.70 90 60 40 2 088 1.50 0.86 2.00

Page xvii


Appendix IV

ALS Chemex Certificates of Analyses

Page xviii

-""'"' ......................... ....... EXCELLENCE IN ANALYTICAL CHEMISTRY ALS Canada Ltd.

212 Brooksbank Avenue North Vancouver BC V7J 2C1 Canada Phone: 604 984 0221 Fax: 6049840218

CERTIFICA TE T004044020

Project:

PO. No.:

This report is for 85 Stream Sediment samples submitted to our lab in Toronto, ON, Canada on 14-JUL-2004.

The following have access to data associated with this certificate: ERICK CHAVEZ I MR. TERENCE MCKILLEN I

To: CONQUEST RESOURCES LIMITED ATTN: MR. TERENCE MCKILLEN 347 BAY STREET, SUITE 201 TORONTO ON M5H 2R7

347 BAY STREET, SUITE 201 TORONTO ON M5H 2R7

Finalized Date: 1-SEP-2004 Account: CON RES

SAMPLE PREPARATION ALS CODE DESCRIPTION

WE 1·21 Received Sample Weight

LOG-22 Sample login - Rcd w/o BarCode

ANAL YTICAL PROCEDURES ALS CODE DESCRIPTION INSTRUMENT

ME-MS17 MMI-M - Multi element package ICP-MS

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted. All pages of this report have been checked and approved for release. Signature:

Meth." An.tyt.

Units Sample Description LOR

RKOOl RK002 RKOO3 RKOO4 RKOO5

RKOO6 RK007 RKOO8 RKOO9 RK010

RK010A RK011 RK012 RK013 RK014

RK015 RK016 RK017 RK018 RK019

RK020 RK021 RK022 RK023 RK024

RK025 RK026 RK027 RK028 RK029

RK030 RK031 RK032 RK033 RK034

RK035 RK036 RK037 RK038 RK039

--- - .. - ... _ ..... EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.

212 Brooksbank Avenue North Vancouver BC V7J 2Cl Canada Phone: 604 984 0221 Fax: 6049840218

WEI-21 ME·MS17 ME-MS17 ME-MS17 ME-MS17

Recvd wt. Au Ag Cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.25 0.1 1.0 300 310 0.25 0.1 3.7 240 280 0.18 <0,1 3.8 80 540 0.26 <0.1 3,6 320 170 0.36 0.1 1,3 350 240

0.42 <0.1 2,2 490 160 0.34 <0.1 6.5 660 230 0.36 <0.1 3.0 190 440 0.29 0.1 2.8 410 420 0.46 <0,1 0.8 290 190

0,79 <0.1 0.7 20 110 0.38 0,1 1.1 960 80 0.36 <0,1 1.4 360 340 0.38 <0.1 2.0 580 90 0.39 <0.1 2.9 350 60

0.35 0.1 1.7 560 290 0.38 0.1 14.2 730 30 0.45 <0.1 2.5 230 240 0.36 <0.1 5.4 550 60 0.36 0.1 1.1 390 100

0.48 0.1 3.6 660 130 0.44 0.1 4,0 130 90 0.36 0.3 4.6 500 90 0.54 0.2 1.2 230 170 0.36 <0.1 <0.1 240 30

0.35 0.1 7.4 900 210 0.40 0.1 20 670 50 0.37 0.1 1.0 250 260 0.30 <0.1 1.5 280 230 0.29 0.1 1.1 290 210

0.44 <0.1 0.1 160 180 0.34 0.2 0.7 450 130 0.45 0.2 1.4 420 260 0.36 0.2 3.3 430 100 0.35 0.1 1,9 340 120

0.56 0.2 5.9 380 30 0.41 0,1 2.3 290 70 0.34 0.1 1.9 260 210 0.35 0.1 0.8 240 190 0.32 <0.1 6.9 250 80

ME-MS17

Zn ppb

20

90 60

650 260 230

460 80 20

470 890

<20 500 320 210 1670

380 40 740 170 240

580 <20 <20 310 360

460 80

220 250 1140

550 600 640 230 80

20 1010 420 250 200


Total # Pages: 4 (A) Finalized Date: 1-SEP-2004

Account: CON RES

CERTIFICATE OF ANALYSIS T004044020

M.thod Anatyt.

Unit. Sample Description LOR

RK040 RK041 RK042 RK043 RK044

RK045 RK046 RK047 RK048 RK049

RKOSO RKOSOA RK051 RK052 RKOS3

RK054 RK055 RK056 RKOS7 RK058

RK059 RK060 RK061 RK062 RK063

RK064 RK065 RK066 RK067 RK068

RK069 RK070 RK071 RK072 RK073

RK074 RK075 RK076 RK077 RK078

- -~~ -.--- -~ ... ~ ...... EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.

212 Brooksbank Avenue North Vancouver 8C V7J 2C1 Canada Phone: 604 984 0221 Fax: 6049840218

WEI-21 ME-MS17 ME-MS17 ME-MS17 ME·MS17

RecvdWt. Au Ag Cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

028 0.1 1.3 150 160 0.33 0.1 1.1 450 220 026 0.1 0.7 280 220 0.35 0.1 4.8 580 210 0.42 <0.1 2.7 180 430

0.18 0.1 8.8 890 50 0.31 02 7.5 630 60 0.15 0.2 1.3 60 470 0.23 <0.1 3.5 150 90 0.29 01 0.1 190 360

0.35 <0.1 1.2 270 20 0.51 0.1 Q.6 <10 70 0.38 0.1 1.5 560 250 0.43 0.1 1.2 420 350 0.29 0.2 3.4 550 210

0.29 0.1 2.5 530 90 0.32 0.1 2.1 260 180 0.28 0.1 0.2 30 160 0.34 0.1 1.2 50 170 0.35 0.2 0.8 <10 310

0.39 0.2 1.4 70 230 0.31 0.1 <0.1 10 450 0.45 0.1 <0.1 <10 250 0.34 0.2 0.8 <10 180 0.29 <0.1 <0.1 <10 120

0.37 0.2 0.2 140 190 0.40 0.2 0.8 50 160 0.43 0.2 1.1 <10 280 0.25 <0.1 <0.1 <10 10 0.29 0.1 <0.1 <10 <10

0.26 0.1 0.3 110 20 0.28 <0.1 2.0 70 130 0.32 0.2 0.9 190 250 0.35 0.1 1.8 460 70 0.27 0.1 2.3 270 160

0.25 0.1 4.2 740 190 0.15 <0.1 3.6 40 340 0.30 0.2 2.0 580 60 0.33 <0.1 0.6 200 270 0.25 0.2 8.6 2900 380

ME·MS17

Zn ppb

20

300 450 <20 580 120

<20 60 300 70

440

130 <20 230 280 560

100 220 40 70

140

60 160 40 60 <20

180 <20 50

<20 <20

<20 50 150 270 230

960 280 160 130 270



Account: CON RES


Method Analyte


RK079 RK080 RK080A RK081 RK082

EXCELLENCE IN ANAL YTiCAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver BC V7J 2C1 Canada Phone: 604 984 0221 Fax: 604 984 0218

WEI-21 ME-M517 ME-M517 ME-M517 ME-MS17 Recvd wt. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.45 0.1 6.0 860 80 0.45 0.1 10.7 1400 130 0.65 <0.1 2.0 <10 110 0.47 <0.1 1.8 410 180 0.31 0.4 3.5 190 270

ME-MS17 Zn

ppb

20

340 280 <20 870 560

I

347 ~AY STREET, SUITt:: 201 TORONTO ON M5H 2R7

CERTIFICATE OF ANAL YSIS


Account: CON RES

TOO4044020

....... <::I-~

EXCELLENCE IN ANAL YTICAL CHEMISTRY AlS Canada ltd.




CERTIFICATE T004044021

Project:

P.O. No ..

This report is for 54 Stream Sediment samples submitted to our lab in Toronto, ON, Canada on 14-JUL-2004

The following have access to data associated with this certificate: ERICK CHAVEZ J MR. TERENCE MCKILLEN I

To CONQUEST RESOURCES LIMITED ATTN: MR. TERENCE MCKlllEN 347 BAY STREET, SUITE 201 TORONTO ON M5H 2R7

ALS CODE

WEI-21 LOG-22

ALS CODE

ME-MS17

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted. All pages of this report have been checked and approved for release.

SAMPLE PREPARATION DESCRIPTION

Received Sample Weight Sample login - Rcd wlo BarCode

ANAL YTICAL PROCEDURES DESCRIPTION INSTRUMENT

MMI-M - Multi element package ICP-MS

Signature:

Method

Analyt. Unit.

Sample Description LOR

AKOOl AKOO2 AKOO3 AK003A AKOO4

AK005 AKOO6 AKOO7 AKOO8 AKOO9

AK010 AK011 AK012 AK013 AK014

AK015 AK016 AK017 AK018 AK019

AK020 AK021 AK022 LN001 LN002

LN003 LN004 LN005 LN006 LN007

LN008 LN009 LN010 LN011 LN012

LN013 LN014 LN015 LN016 LN017

,., ""'-- - .. - ........ ~ EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.


WEI-21 ME-MS17 ME-MS17 ME-MS17 ME-MS17


0.02 0.1 0.1 10 10

0.31 <0.1 3.0 460 160 0.34 <0.1 0.2 <10 40 0,30 0,1 1.9 390 210 0.65 <0.1 0,7 <10 130 0.32 0.2 10.0 510 90

0.20 0.1 0.9 300 260 0.28 <0,1 5.3 60 180 0,33 <0,1 2.8 <10 90 0,37 0.1 10.4 <10 290 0.34 0,1 659 20 220

0.32 0.1 2,7 10 130 0.45 <0,1 0,1 <10 180 0,36 0,7 4.5 100 290 0.37 0.1 1.7 80 250 0.50 0,1 0,1 <10 280

0.52 0,2 0.8 10 110 0.44 0,1 0.3 <10 150 0.39 0,2 1.0 <10 130 0.44 0,1 1.3 20 90 0.36 0,1 0.6 <10 240

0,65 0,1 0.8 <10 80 0.43 0,1 0.5 <10 110 0,37 0,1 <0.1 <10 410 0,14 <0,1 <0.1 30 50 0.23 0,1 <0.1 20 30

0.16 <0.1 0.2 130 80 0.21 <0,1 1,2 330 210 0.20 <0.1 0.2 190 30 0,30 <0,1 2.7 320 270 0.21 <0,1 0.3 190 350

0.21 <0.1 <0.1 10 40 0,31 0.1 1.3 30 190 0,24 <0,1 0.2 <10 140 0.27 <0,1 0.4 310 500 0,34 <0,1 3,8 110 50

0.23 <0,1 0.3 90 280 0.21 <0,1 1,1 270 110 0.23 <0,1 <0.1 60 60 0.23 <0.1 0,1 130 100 0,17 <0.1 0.4 230 250

ME-MS17

Zn

ppb

20

<20 50

220 <20 360

360 130 180 130 100

<20 130 310 <20 110

30 <20 20 20 70

<20 40 270 850 330

840 930 280 390 610

1420 50

240 900 710

490 130 450 870 490

347 BAY STREET. SUITE 201 TORONTO ON M5H 2R7


Account: CON RES


Mathod Aftalyta Unit.


LN018 LN019 LN020 LN021 LN022

LN023 LN024 LN025 LN026 LN027

LN028 LN029 LN030 LN031

,....... .... ....;;JJJ ........ ': ••• ':,A EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada ltd

212 Brooksbank Avenue North Vancouver Be V7J 2C1 Canada Phone: 604 984 0221 Fax: 604 984 0218


RecvdW1. Au Ag Cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

022 <0.1 0,1 40 70 0,22 <0,1 0,3 30 20 0,26 <0,1 0,8 70 100 033 0,1 16,3 290 90 0,24 <0,1 0,6 20 390

0,19 <0,1 0,6 <10 130 0,22 <0,1 0,6 <10 10 0,21 <0,1 0,7 <10 20 0,24 <0,1 0,9 <10 <10 0,27 0.3 9,9 920 30

0,17 <0,1 5,7 170 160 0,24 <0,1 1,3 40 230 0,26 <0,1 2,1 80 220 0,18 <0,1 0.4 10 100

ME-MS17

Zn ppb

20

450 130 610 480 1780

360 <20 110 50 210

240 1320 740 420



Account: CON RES


Project P,O, No,:

~ .... ..,.,;;tII ....... C::IIIC::.A. EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd



This report is for 242 Stream Sediment samples submitted to our lab in Toronto, ON, Canada on 14-JUL-2004,

The following have access to data associated with this certificate: ERICK CHAVEZ .1 MR. TERENCE MCKlllEN I



raMe. ,



WEI-21 Received Sample Weight

LOG-22 Sample login - Rcd wlo BarCode


ME-MS17 MMI-M Multi element package ICP-MS

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted, All pages of this report have been checked and approved for release, Signature:

Method Analyto


VEOOl VEOO2 VE003 VEOO4 VE005

VE005A VEOO6 VE007 VEOO8 VE009

VE010 VE011 VE012 VE013 VE014

VE015 VE016 VE017 VE018 VE019

VE020 VE101 VE102 VE103 VE104

VE105 VE106 VE107 VE108 VE109

VE110 VEll1 VEll1A VEl12 VE113

VEl14 VEl15 VE116 VEl17 VEll8

EXCELLENCE IN ANAL YTICAI.. CHEMISTRY ALS Canada LId

212 Brooksbank Avenue North Vancouver Be V7J 2Cl Canada Phone: 604 984 0221 Fax: 604 984 0218


RecvdWt. Au Ag Cu Pb kg ppb PPb ppb ppb

0.02 0.1 0.1 10 10

0.27 0.1 3.2 350 240 0.30 0.3 12.5 390 20 0.26 0.1 12.8 100 310 0.22 0.1 6.8 420 140 0.30 0.2 3.6 280 170

0.67 <0.1 2.6 10 120 0.29 0.2 5.0 260 40 0.25 0.1 4.1 270 100 0.32 <0.1 1.0 420 20 0.23 0.1 3.5 470 150

0.31 0.1 3.7 240 130 0.27 0.1 12.2 190 250 0.33 0.1 4.3 370 250 0.45 0.1 1.8 130 100 0.46 0.2 1.9 30 30

0.43 0.2 2.4 20 60 0.24 <0.1 0.2 <10 60 0.39 0.2 1.0 40 180 0.45 0.2 0.6 20 40 0.43 0.1 0.6 10 120

0.41 0.2 0.9 20 200 0.26 0.1 <0.1 30 10 0.34 <0.1 <0.1 <10 70 0.57 0.2 2.9 360 30 0.65 0.2 2.9 380 30

0.47 0.1 1.9 170 220 0.41 <0.1 <0.1 10 40 0.45 <0.1 <0.1 20 50 0.62 0.1 2.0 380 50 0.44 <0.1 1.6 130 80

0.34 <0.1 <0.1 20 80 0.29 <0.1 <0.1 40 80 0.59 0.3 0.9 20 30 0.33 <0.1 0.1 30 70 0.41 <0.1 <0.1 20 50

0.28 <0.1 <0.1 30 60 0.26 <0.1 0.1 110 70 0.41 <0.1 <0.1 <10 60 0.35 <0.1 0.2 130 170 0.42 0.2 3.2 450 120

Comments: Samples VE190, VE192, VE194, VE200 to VE203, VE209 AND VE211 are not leachable. They absorb alileachant added.

ME-MS17

Zn ppb 20

310 <20 180 260 60

<20 50 60 20

370

280 120 60 70

<20

<20 <20 40 <20 40

40 <20 260 340 390

130 1230 1280 180

1200

1220 1020 <20 1240 700

200 780 1160 860 430



Account: CON RES


Method An_lyte


VEl19 VE120 VE021 VE022 VE023

VE024 VE025 VE026 VE027 VE028

VE029 VE030 VE031 VE031 A VE032

VE033 VE034 VE035 VE036 VE037

VE038 VE039 VE040 VE041 VE042

VE043 VE044 VE045 VE046 VE047

VE048 VE049 VE050 VE051 VE052

VE053 VE054 VE055 VE056 VE057

-_ ...... ~ .. ~ ... ~""" EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver BC V7 J 2C1 Canada Phone: 604 984 0221 Fa)(: 604 984 0218


Recvd Wt. Au Ag Cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.49 0.1 4.8 480 200 049 0.1 2,7 280 90 026 <0.1 <0.1 <10 90 0.18 <0,1 <0,1 10 210 0.26 <0,1 <0.1 <10 40

0,19 <0.1 <0.1 <10 50 0,23 <0,1 <0.1 <10 40 029 <0,1 <0.1 10 60 0.31 <0,1 <0.1 80 160 0.18 <0,1 <0.1 10 160

0.32 <0,1 <0.1 70 180 0.32 <0.1 0.4 100 100 027 <0.1 <0.1 10 20 0.65 0.1 1.0 30 100 0.28 <0,1 2.2 840 10

0.44 0,2 2.2 540 10 0.29 0,3 4,7 680 50 0.42 0.1 1.5 120 20 0.40 <0,1 1.3 170 90 0.42 <0,1 6.8 930 50

0.35 <0.1 0.2 20 40 0.41 <0.1 4.1 150 80 0.31 <0.1 2.3 130 140 028 <0,1 0.3 30 70 0,25 <0,1 0.7 270 220

0,52 <0,1 1.0 30 120 0.36 <0.1 0.1 10 50 041 <0.1 02 10 50 0,32 <0.1 <0.1 80 130 0.28 <0.1 1.2 440 280

0.25 <0,1 0.3 160 210 0.24 <0.1 0,1 100 420 0.30 <0.1 0.1 40 30 0.28 <0.' <0,1 <10 40 0.23 <0.1 0.3 <10 120

0,30 <0,1 0.1 <10 290 0,32 <0,1 0,2 <10 40 0.35 <0.1 <0.1 <10 20 0,22 <0.1 <0.1 <10 50 0.25 <0.1 <0.1 <10 80


ME-MS17

Zn ppb

20

140 70 80

1200 120

100 240 300 780 840

980 840 780 40 380

<20 <20 <20 <20 30

240 440 270 250 110

<20 410 40

910 340

460 1150 260 900 720

640 490 340 300 240



Account: CON RES


Method Analyt.

Utdta Sample Description LOR

VE058 VE059 VE059A VE060 VE061

VE062 VE063 VE064 VE065 VE066

VE067 VE068 VE069 VE070 VE071

VE072 VE073 VE074 VE075 VE076

VE077 VE078 VE079 VE080 VE081

VE082 VE083 VE083A VE084 VE085

VE086 VE087 VE088 VE089 VE090

VE091 VE092 VE093 VE094 VE095

~L~ L:nelDeX EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.



Recvdwt. Au Ag Cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.29 <0.1 0.1 <10 60 0.29 <0.1 0.5 50 210 0.66 <0.1 1.1 10 50 0.57 <0.1 1.5 110 250 0.51 <0.1 2.7 260 40

0.50 <0.1 2.0 70 580 0.28 <0.1 0.1 50 650 0,34 <0.1 0.3 460 520 0.39 <0.1 2.0 140 190 034 <0.1 0.3 40 420

0,45 <0.1 1.9 180 120 0.39 <0.1 0.7 180 320 0,40 <0.1 1.2 250 210 0,43 <0.1 1A 80 210 0.45 <0.1 0.9 130 270

0.52 <0.1 0.8 90 170 0,44 <0.1 1.0 230 290 0,42 <0,1 0.1 40 170 0,44 <0.1 2.1 190 120 0,74 <0.1 5,5 1000 100

0,42 <0.1 3.1 290 250 0.59 0.2 1.3 410 30 0.28 <0.1 0.1 30 340 0.40 <0.1 0.2 20 650 0,79 0.2 4.0 310 30

0.50 <0.1 0.5 210 560 0.61 <0.1 5.5 990 40 0,49 <0.1 2.6 20 110 0,49 <0.1 0.1 <10 100 0.52 <0.1 OA 30 90

OAO <0.1 0.1 <10 100 0,47 <0.1 0.4 <10 50 0.50 <0.1 OA 10 80 0.33 <0.1 0.3 80 150 0.30 <0.1 0.2 20 150

0.31 <0.1 0.3 140 120 0.34 <0.1 0.1 20 50 0.32 <0.1 0.2 20 90 0.34 <0.1 0.2 70 130 0.31 <0.1 0.4 30 200


ME-MS17

Zn

ppb

20

160 100 <20 80 20

500 1160 490 400 <20

220 430 470 260 340

60 330 130 600 60

190 <20 670 550 <20

350 <20 <20 390 490

570 140 380 600 890

550 20

260 210 210

347 BAY STREET. SUITE 201 TORONTO ON M5H 2R7

, _~_" -10 ~ ..


Account: CON RES


Method

Aaalyt. Units


VE096 VE097 VE098 VE099 VE100

VE121 VE122 VE123 VE124 VE125

VE126 VE127 VE128 VE129 VE130

VE131 VE132 VE133 VE134 VE135

VE136 VE137 VE138 VE138A VE139

VE140 VE141 VE142 VE143 VE144

VE145 VE146 VE147 VE148 VE149

VE150 VE151 VE152 VE153 VE154

"'" L~ ....... ~. n II::: x EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver Be V7J 2C1 Canada Phone: 6049840221 Fax: 604 9840218

WEI-21 ME-MS17 ME·MS17 ME·MS17 ME·MS17


0.02 0.1 0.1 10 10

0.58 0.1 3.9 330 30 0.62 <0.1 3.3 320 90 0.37 <0.1 0.5 90 410 0.31 <0.1 0.4 140 260 0.35 <0.1 0.2 20 290

0.36 <0.1 1.6 710 70 0.40 <0.1 0.6 20 80 0.38 <0.1 0.4 20 40 0.37 <0.1 1.5 120 460 0.29 <0.1 0.3 10 100

0.29 <0.1 <0.1 <10 310 0.33 <0.1 0.5 70 210 0.29 <0.1 0.5 100 160 0.31 <0.1 0.4 50 70 0.34 <0.1 1.1 70 130

0.30 <0.1 0.8 280 240 0.26 <0.1 0.5 210 380 0.36 <0.1 1.1 220 150 0.38 <0.1 7.0 650 70 0.37 <0.1 5.6 540 20

0.33 <0.1 1.8 400 290 0.49 <0.1 1.2 360 100 0.54 0.2 5.8 420 20 0.56 <0.1 1.2 20 70 0.60 <0.1 0.7 20 150

0.44 <0.1 1.4 20 170 0.50 0.2 1.6 60 250 0.49 0.4 1.2 50 140 0.34 0.2 2.7 50 230 0.42 0.5 9.8 1200 30

0.52 0.3 1.9 340 190 0.44 0.1 0.8 250 190 0.50 0.2 1.5 300 320 0.43 0.1 2.6 300 410 0.43 0.1 0.2 30 250

032 0.1 <0.1 20 90 034 01 0.1 10 90 0.34 0.1 <0.1 10 200 0.29 0.1 <0.1 50 80 0.40 0.2 15.2 1020 100


ME·MS17

Zn ppb

20

<20 100 800 430 440

1300 700 490 <20 70

360 90 20 80 170

160 <20 350 50

<20

130 80 <20 <20 <20

30 <20 50 20 90

470 230 680 540 60

720 560 1030 520 240



Account: CONRES


'"" .... .",.;;;a --.. •• -= ••• -= A. EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver BC V7 J 2Cl Canada Phone: 604 984 0221 Fax: 604 984 0218

M.thod WEI-21 ME-MS17 ME-MS17 ME-MS17 ME-MS17

Analy" Recvd Wt. Au Ag cu Pb Unit. kg ppb ppb ppb ppb

Sample Description LOR 0.02 0.1 0.1 10 10

VE155 0.65 0,4 3.8 590 20 VE156 0,49 0.2 1.3 160 100 VE157 0.25 0.2 1,4 440 300 VE158 0.31 0.1 0,4 120 270 VE159 0.36 0.1 0.1 100 140

VE160 0.50 0,4 2.8 450 10 VE161 0.61 0.5 4.7 720 30 VE162 0,47 0.3 11.3 1360 60 VE162A 0.69 0.1 1.3 30 40 VE163 0,49 0.3 6.0 880 90

VE164 0.68 0.1 3.6 180 170 VE165 0.60 02 3.7 690 160 VE166 0.59 0.3 2.2 610 20 VE167 0.39 0.1 <0.1 60 90 VE168 0.40 0.1 0.1 60 260

VE169 0.31 <0.1 <0.1 <10 50 VE170 0.29 <0.1 <0.1 <10 <10 VE171 0.36 <0.1 <0.1 <10 <10 VEl72 0.30 <0.1 <0.1 10 10 VE173 0.26 <0.1 <0.1 <10 90

VE174 0.39 <0.1 <0.1 20 30 VE175 0.32 0.1 0.1 <10 10 VE176 0.31 <0.1 <0.1 70 180 VE177 0,48 0.2 2.1 890 350 VE178 0.37 0.1 2.5 460 470

VE179 0,46 0.3 4,4 720 100 VE180 0.41 0.3 9.8 1660 80 VE181 0.50 0.3 2.6 290 10 VE182 0.50 0.1 2.3 250 110 VE183 0.50 0.2 4.2 1120 120

VE184 0.43 0.4 2.7 660 160 VE185 0.55 0,4 1.4 290 200 VE186 0.71 0,4 1.2 230 390 VE187 0.56 0.4 3.3 790 100 VE188 0.62 0.4 2.5 770 60

VE189 0.61 0,4 1.3 220 40 VE190 0,45 VE191 0.42 0.2 <0.1 <10 40 VE192 0,41 VE193 0.31 0.2 <0.1 <10 70

Comments: Samples VE190, VE192, VE194. VE200 to VE203. VE209 AND VE211 are not leachable. They absorb alileachant added.

ME-MS17

Zn ppb

20

<20 30 710 740 130

<20 60 460 <20 110

<20 410 70

1010 <20

<20 <20 <20 110 390

170 50 630 300 300

280 200 <20 240 680

200 230 1590 310 <20

30

<20

20


...... .::::I!_. - ~.


Account: CONRES


Method Analyto

Uftits Sample Description LOR

VE194 VE195 VE196 VE197 VE198

VE199 VE200 VE201 VE202 VE203

VE204 VE205 VE206 VE207 VE208

VE209 VE210 VE210A VE211 VE212

VE213 VE214 VE215 VE216 VE217

VE218 VE219 VE220 VE251 VE252

VE253 VE254 VE255 VE256 VE257

VE258 VE259 VE260 VE261 VE262

EXCELLENCE IN ANAL YT/CAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver BC V7J 2C1 Canada Phone: 604 984 0221 Fax: 604 9840218

WEI-21 ME-MS17 ME-MS17 ME-MS17 ME-MS17 RecvdWt. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.34 0.72 0.3 2.6 300 20 0.43 02 5.9 1080 70 0.54 0.2 0.8 150 270 0.53 0.2 0.9 90 20

0.58 0.2 0.6 70 70 OA3 OAO 0.34 0.33

0.57 0.6 6.0 680 70 OA8 OA 8.5 1140 70 0.38 0.1 2.6 120 310 0.31 02 2.1 550 320 OAO 0.1 52 400 140

OAO DAD 0.1 1.2 10 110 0.56 0.3 2.6 60 90 OAO 0.38 0.1 1.5 110 170

OA5 0.1 1.9 40 40 OA9 0.3 3A 80 160 0.53 0.2 3.6 150 140 0.51 1.0 2.0 100 90 0.56 0.1 5.7 110 250

0.47 0.1 2.1 110 270 OA6 0.1 9.0 90 150 OA6 0.2 3.4 90 240 0.60 0.2 3.6 190 170 0.47 0.2 6.9 200 490

OA8 0.2 2.8 90 270 0.48 0.2 2.3 90 150 0.69 0.4 2.6 350 270 0.53 0.3 2.9 410 70 0.70 02 1.3 350 410

0.62 0.4 9.2 1040 40 OA6 0.1 1.1 210 250 0.57 0.3 3.0 230 20 073 0.2 1.4 70 180 0.62 0.3 2.1 60 120


ME-MS17

Zn

ppb

20

<20 240 590 <20

<20

60 40 720 120 20

40 100

90

<20 40 150 30 70

130 60 50 30 80

150 60 480 190 280

260 310 <20 130 110



Account: CON RES


t.I.thod A.atyto


VE262A VE263

--- -------.~ ....... EXCELLENCE IN ANAL YTICAL CHEMISTRY AlS Canada ltd.


WEI-21 ME-MS17 ME·MS17 ME-MS17 ME-MS17 RecvdWt. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.77 1.6 1,5 20 60 0.55 0.2 4.1 440 10


ME-MS17

Zn ppb

20

20 <20


• _::;,_ • ..., r"'


Account: CON RES


Project:

PO No.:

"" .... ...,,;,;:t/J ........ -= ••• -=A. EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.

212 Brooksbank Avenue North Vancouver BC V7J 2C1 Canada Phone: 604 9840221 Fax: 604 984 0218


This report is for 242 Stream Sediment samples submitted to our lab in Toronto, ON, Canada on 16-JUl-2004.

The following have access to data associated with this certificate: ERICK CHAVEZ I MR. TERENCE MCKILLEN I



- -~;;:;;;J ~. •



WEI-21 Received Sample Weight

LOG-22 Sample login - Rcd w/o BarCode


ME-MS17 MMI-M Multi element package ICP-MS

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted. All pages of this report have been checked and approved for release. Signature:

Mothod AIlalylo


VE264 VE265 VE266 VE267 VE268

VE269 VE270 VE271 VE272 VE273

VE274 VE275 VE276 VE277 VE278

VE279 VE381 VE382 VE383 VE384

VE385 VE386 VE387 VE388 VE389

VE390 VE391 VE392 VE393 VE394

VE395 VE396 VE397 VE398 VE399

VE400 VE401 VE402 VE403 VE404

JI""""- .... ...,,;;;:. ...... IICllleA EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Vancouver BC V7J 2Cl Canada Phone: 604 984 0221 Fax: 6049840218


Recvd wt. Au Ag cu Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.50 0.2 6.8 530 60 0.52 0.2 7.6 1320 80 0.38 <0.1 0.5 <10 150 0.39 0.37

0.44 0.43 0.40 0.38 0.1 2.2 90 280 0.52 0.2 5.6 390 220

0.54 0.3 6.8 420 290 0.48 0.4 2.2 440 320 0.39 0.2 3.6 550 30 0.42 0.1 1.7 240 230 0.52 0.1 1.9 420 130

0.61 0.3 7.6 560 30 0.48 0.2 3.1 240 450 0.72 0.2 1.4 160 190 0.52 0.1 5.6 210 40 0.54 0.1 1.3 70 170

0.57 0.1 1.6 40 160 0.84 0.1 1.2 140 100 0,45 0.2 2.5 40 380 0,45 0.2 1.1 30 210 0.44 0.1 4.3 80 350

0.42 0.1 5.7 30 250 0.56 <0.1 1.5 70 40 0.35 0.2 1.9 50 180 0.41 0.3 2.4 120 260 0.37 <0.1 4.2 50 280

0.41 <0.1 3.3 60 430 0.45 0.1 1.2 30 240 0.58 0.2 1,4 30 210 0.54 0.1 2.4 180 280 0.46 0.1 1.6 70 600

0,45 <0.1 3.3 10 440 0.48 <0.1 2.2 60 360 0.49 <0.1 2.9 70 410 0.56 <0.1 08 190 170 0.58 <0.1 4.1 220 60

Comments: Samples VE267 to VE271 , VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable. They absorb all leachant.

ME-MS17

Zn ppb

20

30 130 70

600 380

360 720 110 100 70

<20 240 60 <20 30

<20 <20 40 <20 <20

<20 <20 40 <20 <20

<20 <20 <20 <20 <20

<20 <20 <20 <20 <20



Account: CONRES


Method A •• Iyt.

U .. it. Sample Description LOR

VE405 VE406 VE407 VE408 VE409

VE410 VE411 VE412 VE413 VE414

VE415 VE416 VE417 VE417A VE418

VE419 VE420 VE421 VE422 VE423

VE424 VE425 VE426 VE427 VE428

VE429 VE430 VE431 VE432 VE433

VE434 VE435 VE436 VE437 VE438

VE439 VE440 VE441 VE442 VE443

AL~ L:nemex EXCELLENCE IN ANAL YTICAL CHEMISTRY AlS Canada ltd

212 Brooksbank Avenue North Vancouver BC V7J 2Cl Canada Phone: 604 984 0221 Fax: 604 984 0218

WEI-21 ME·MS17 ME·MS17 ME·MS17 ME-MS17


0.02 0.1 0.1 10 10

0.50 0.2 1.3 50 180 0.71 0.2 2.2 70 260 0.72 <0.1 2.9 480 170 0.38 0.1 0.4 60 30 0.43 <0.1 0.4 220 20

0.48 0.1 1.8 350 310 0.52 <0.1 8.0 350 30 0.42 0.1 2.2 260 330 8.00 0.1 2.1 290 420 0.43 <0.1 0.6 100 270

0.34 <0.1 0.9 80 320 0.34 <0.1 0.3 30 100 0.39 <0.1 1.5 250 280 0.S4 0.1 1.6 20 140 0.45 <0.1 0.9 1S0 270

0.53 0.5 9.9 830 60 0.57 0.5 9.4 800 40 0.66 0.3 2.4 220 40 0.35 0.2 0.1 10 290 0.39 0.1 0.6 180 40

0.33 0.1 0.6 200 270 0.47 0.1 1.7 280 340 0.51 0.3 3.5 340 SO 0.40 0.1 <0.1 <10 80 0.39 <0.1 0.5 130 290

0.56 0.2 1.7 330 170 0.53 0.3 5.9 710 30 0.62 0.2 3.0 420 50 0.77 0.2 8.5 1090 70 0.48 <0.1 0.7 150 140

0.57 0.1 3.6 420 70 0.62 0.3 5.3 220 90 0.58 0.2 2.S 310 120 0.56 0.1 3.5 420 60 0.48 <0.1 8.1 660 40

0.39 <0.1 1.8 370 270 0.40 <0.1 0.5 140 220 0.62 <0.1 0.6 270 70 0.50 <0.1 0.1 <10 <10 0.47 <0.1 2.4 2S0 70

Comments: Samples VE267 to VE271 , VE293, VE295 to VE306. VE308, VE309, VE359 and VE361 are not leachable. They absorb allieachant.

ME-MS17

Zn ppb

20

<20 60 90 60 70

640 <20 160 110 4S0

SO 260 410 20

810

80 20 20

340 <20

<20 <20 <20 570 20

50 <20 <20 40 100

70 90 80 60 90

<20 <20 <20 <20 100



Account: CONRES


Method Analyt.


VE444 VE445 VE446 VE447 VE448

VE449 VE450 VE450A VE451 VE452

VE453 VE454 VE455 VE456 VE457

VE458 VE459 VE460 VE290 VE291

VE292 VE293 VE294 VE295 VE296

VE297 VE298 VE299 VE300 VE301

VE302 VE303 VE304 VE305 VE306

VE307 VE308 VE309 VE310 VE310A

-- -~--.~ ........ EXCELLENCE IN ANALYTICAL CHEMISTRY ALS Canada Ltd



RecvdW1. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.48 0.4 5.2 480 50 0.57 0.1 2.0 230 380 0.34 0.1 0.2 70 140 0.36 <0.1 0.7 90 190 0.36 <0.1 2.1 170 290

0.37 <0.1 0.8 180 330 0.37 <0,1 0.6 30 310 0.55 <0.1 1,3 <10 170 0.33 <0.1 1.2 80 220 0,34 <0,1 0.2 150 90

0,35 <0,1 0.3 110 50 0,62 0.1 6.6 500 10 0.59 0,1 3.4 370 30 0,39 0.2 1.7 420 70 0,31 <0,1 3.0 220 380

0.49 0.1 1.5 290 120 0,55 <0.1 1.7 440 180 0.29 <0.1 1.5 130 160 0.30 <0.1 2.6 130 160 0.45 0,3 8.0 640 30

0.54 0.2 13.4 580 50 0.28 0.46 <0.1 0.2 <10 20 0.36 0.35

0.36 0.37 0.50 0.43 0.39

0.32 0.41 0.46 0.45 0.43

0.32 <0.1 0.1 10 260 033 0.37 0.43 0.1 4.1 250 60 0,48 <0.1 5,5 40 160

Comments: Samples VE267 to VE271 , VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable, They absorb alileachant.

ME-MS17

Zn ppb

20

220 800 430 490 310

140 900 <20 700 50

<20 <20 160 690 100

480 850 <20 <20 <20

160

<20

330

60 <20



Account: CON RES


M-thod

An.lyte Units


VE311 VE312 VE313 VE314 VE315

VE316 VE317 VE318 VE319 VE320

VE351 VE352 VE353 VE354 VE355

VE356 VE357 VE358 VE359 VE360

VE361 VE362 VE363 VE364 VE365

VE366 VE367 VE368 VE369 VE370

VE371 VE372 VE373 VE374 VE375

VE376 VE377 VE37S VE379 VE379A

........ L.. ............ ':: ••• '::A EXCELLENCE IN ANAL YTICAL CHEMISTRY AlS Canada lid


WEI·21 ME·MS17 ME·MS17 ME·MS17 ME·MS17

Recvd Wt. AU Ag CU Pb kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.58 <0.1 1.3 220 390 0.33 <0.1 0.4 130 360 0.64 0.1 13.4 1120 60 0.47 0.1 4.3 280 30 0.58 <0.1 1.5 120 190

0.60 <0.1 2.3 30 150 0.62 0.3 4.3 810 120 0,58 <0,1 2.2 230 210 0,37 <0.1 2,3 160 290 0,57 0,1 3.1 470 30

0.50 <0,1 0.1 20 150 0,33 <0,1 <0.1 <10 130 0.41 <0,1 0,2 40 280 0.39 <0,1 0.1 <10 900 0,34 <0,1 0.2 20 340

0.37 <0.1 <0.1 <10 40 0,38 <0.1 0.2 <10 70 0.36 <0.1 <0.1 <10 130 0.34 0,45 <0.1 0.4 70 120

0.49 0.34 0.2 1.1 230 230 0.41 <0.1 <0.1 40 130 0.36 <0.1 <0.1 <10 <10 0.50 0.4 8.4 100 100

0.50 0.2 1.8 10 110 0.45 0.2 2.3 30 200 0.46 0.2 6.2 100 180 0.49 0,2 2.3 40 160 0.45 0.4 2.5 30 180

0.45 0.1 1.2 30 160 0.28 0.1 0.2 <10 380 0.28 <0,1 <0,1 <10 130 0.66 0.2 1.4 150 140 0,65 0,1 1,7 140 410

0,64 0.2 8.4 500 50 0,61 0,3 5,6 300 20 0.43 <0,1 0,5 10 SO 0.59 0.2 2,5 300 50 0.71 0,1 1.6 10 80

commenis: Samples VE267 to VE271 , VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable, They absorb alileachant.

ME·MS17

Zn ppb

20

460 800 80 <20 820

790 130 300 1280 <20

250 70

620 520 1140

<20 <20 <20

450

220 <20 <20 <20

<20 <20 60

<20 <20

150 640 390 210 540

130 <20 <20 <20 <20


~ -~;:;J-.'" ••


Account: CON RES


Metltod AII_Iyt.


VE380 RAOOl RA002 RA003 RA004

RA005 RA006 RA007 RA008 RAoo9

VE321 VE322 VE323 VE324 VE325

VE326 VE327 VE328 VE329 VE330

VE331 VE332 VE333 VE334 VE335

VE336 VE337 VE338 VE339 VE340

VE340J\ VE341 VE342 VE343 VE344

VE345 VE346 VE347 VE348 VE349

,4IIIioIIt.. ..... ...;;:::a ....... III:: ••• III:: A EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd

212 Brooksbank Avenue North Va~couver 6C V7J 2C1 Canada Phone: 604 984 0221 Fax: 604 984 0218



0.02 0.1 0.1 10 10

0.65 0.1 2.2 40 130 0.12 <0.1 0.1 30 30 0.31 0.1 1.6 70 70 0.30 0.1 0.6 190 510 0.20 0.1 2.6 190 260

0.24 0.2 4.2 780 140 0.76 0.2 2.5 340 70 0.26 <0.1 0.3 <10 30 0.21 <0.1 0.8 150 70 0.27 <0.1 0.3 130 60

0.43 0.2 5.2 1100 60 0.37 <0.1 0.2 <10 110 0.34 <0.1 <0.1 <10 30 0.37 <0.1 <0.1 <10 70 0.33 <0.1 <0.1 <10 90

0.44 <0.1 0.3 40 510 0.33 <0.1 0.5 70 460 0.65 0.1 3.5 510 90 0.33 <0.1 0.5 80 440 OAl <0.1 <0.1 <10 280

0.35 <0.1 0.7 10 100 OA8 <0.1 0.1 <10 100 OAO <0.1 3.4 490 80 OA8 <0.1 0.1 <10 70 0.61 0.1 1.0 190 320

0.58 0.1 6.9 670 50 0.36 <0.1 1.6 100 100 0.35 0.1 4.5 330 270 OA4 0.1 0.7 110 240 0.39 0.1 OA 70 330

0.56 0.1 1.3 20 90 OA2 <0.1 0.6 100 290 OA5 <0.1 0.5 210 230 OA4 <0.1 0.8 160 360 0.61 0.2 5.0 590 20

0.68 0.1 5.3 480 30 0.57 0.2 0.9 220 90 0.60 0.2 11 330 230 0.55 0.3 2.3 410 10 0.41 <01 <0.1 <10 120

Comments: Samples VE267 to VE271, VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable. They absorb alileachant

ME-MS17

Zn ppb

20

<20 80 420 160 320

120 480 520 150 460

50 <20 <20 80 170

810 750 60 720

1650

290 <20 130 <20 590

240 110 170 600 470

50 610 40

550 220

90 1040 630 <20 30

347 SAY STREET, SUITE 201 TORONTO ON M5H 2R7

I CERTIFICATE OF ANALYSIS


Account: CON RES

TOO4044023

M.thod An.Jyto

Unih Sample Description LOR

VE350 VE461 VE462 VE463 VE464

VE465 VE466 VE467 VE468 VE469

VE470 VE471 VE472 VE473 VE474

VE475 VE476 VE477 VE478 VE479

VE480 VE481 VE482 VE483 VE484

VE485 VE486 VE487 VE488 VE489

VE490 VE490A VE491 VE492 VE493

VE494 VE495 VE496 VE497 VE498

~ .......... ....... 1IIiiiiiiiP ••• IIIiiiiiiiP..A. EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.

212 Brooksbank Avenue North Vancouver BC V7J 2Cl Canada Phone: 604 984 0221 Fax: 604 984 0218

WEI·21 ME·MS17 ME·MS17 ME·MS17 ME-MS17


0.02 0.1 0.1 10 10

0.35 <0.1 <0.1 <10 80 0.35 <0.1 0.6 440 350 0.32 <0.1 1.5 420 260 0.51 0.1 2.6 450 160 0.35 <0.1 1.4 80 180

0.42 0.1 1.8 150 220 0.39 0.1 3.5 250 180 0.46 0.1 2.1 380 230 0.47 0.1 1.9 170 260 0.34 <0.1 1.1 130 220

0.53 0.2 1.4 470 80 0.46 0.3 8.1 1000 20 0.42 <0.1 1.1 240 100 0.51 0.1 1.1 220 160 0.52 0.2 1.6 320 240

0.58 0.1 2.6 180 10 0.56 0.2 2.6 300 210 0.51 0.1 2.6 420 130 0.67 0.2 0.9 220 190 0.39 0.1 0.5 100 150

0.55 0.1 2.1 340 70 0.54 0.1 1.0 180 220 0.59 0.1 1.5 100 130 0.58 0.1 1.2 160 220 0.49 0.3 3.1 750 90

0.48 0.2 4.5 670 170 0.34 <0.1 0.6 120 210 0.69 0.1 1.6 190 240 0.61 0.1 1.6 350 140 0.60 0.2 0.9 270 260

0.63 0.2 7.8 220 10 0.54 0.4 1.4 30 90 0.52 0.5 7.3 720 150 0.59 0.5 7.5 500 40 0.74 0.4 4.3 420 40

0.69 0.2 2.9 520 70 0.42 0.2 0.1 <10 60 0.59 0.2 0.9 90 140 0.64 0.1 1.4 170 140 0.52 0.3 3.5 1180 110

Comments: Samples VE267 to VE271, VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable. They absorb all leachant

ME·MS17

Zn ppb

20

50 270 300 360 520

700 50 220 430 210

90 30 70

280 170

<20 60 100 30 100

70 240 380 280 80

220 <20 280 290 320

<20 80 120 80 90

50 20 160 300 270


Total # Pages: 8 CA) Finalized Date: 6-SEP-2004

Account: CON RES


Mothod Analyto

Units Sample DeScription LOR

VE499 VE500

EXCELLENCE IN ANALYTICAL CHEMISTRY ALS Canada Ltd


WEI-21 ME·MS17 ME·MS17 ME·MS17 ME·MS17 RecvdWt. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.57 0.2 3,9 440 40 0,52 0.1 6.0 160 40

Comments: Samples VE267 to VE271, VE293, VE295 to VE306, VE308, VE309, VE359 and VE361 are not leachable. They absorb alileachant.

ME-MS17

%n ppb

20

140 290



Account: CON RES


~'.., - - .

EXCELLENCE IN ANAL YTICAL CHEMISTRY ALS Canada Ltd.





Project:

P.O. No.:

This report is for 69 Lake Sediment samples submitted to our lab in Toronto, ON, Canada on 14-JUL-2004.

The following have access to data associated with this certificate: ERICK CHAVEZ I MR. TERENCE MCKlllEN I


ALS CODE

WEI-21

LOG-22

ALS CODE

ME-MS17

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted. All pages of this report have been checked and approved for release.

SAMPLE PREPARATION DESCRIPTION

Received Sample Weight

Sample login - Rcd wlo BarCode

ANALYTICAL PROCEDURES DESCRIPTION INSTRUMENT

MMI-M - Multi element package ICP-MS

Signature:

Mothod Analyto


AK023 AK024 AK025 AK026 AK027

AK028 AK029 AK030 AK031 AK032

AK032 A AK033 AK034 AK035 AK036

AK037 AK038 AK039 AK040 VE501

VE502 VE503 VE504 VE505 VE506

VE507 VE508 VE509 VE51 0 VE511

VE512 VE513 VE514 VE515 VE516

VE517 VE518 VE519 VE520 VE221

EXCELLENCE IN ANALYTICAL CHEMISTRY ALB Canada Ltd



RecvdWt. Au Ag Cu Pb

kg ppb ppb ppb ppb

0.02 0.1 0.1 10 10

0.26 <0.1 0,6 40 20 0,39 0.1 2.3 390 60 0.42 0.3 1.1 100 100 0,56 0,1 0.8 170 130 0.46 0.1 3.6 300 70

0,58 0,1 2,3 160 200 0.46 0,1 1.5 530 210 0,38 0.1 1.4 440 230 0.49 0.2 1,7 420 290 0.43 0.2 4,6 4090 200

0.46 0,1 1,5 20 70 0.33 0,27 0.29 0.28

0.29 0.28 0.32 0.29 0,61 <0,1 7.2 260 40

0.60 0,3 2,5 500 40 0,56 0,1 13.5 430 20 0.69 0.2 1,1 70 100 0,58 0,3 4,6 370 20 0,59 0.2 1,8 370 140

0,61 0,3 5.9 390 90 0.45 0.3 5,6 530 110 0,75 0,3 3,8 380 160 0,64 0,1 2.2 280 320 0.52 0,1 2.6 180 230

0.62 0.1 3.6 330 420 0,65 0.5 6,5 330 20 0.72 0.2 3.4 340 230 0,54 0.2 3.2 300 150 0,54 0.2 6.4 330 10

0.49 0,1 2,0 330 220 0,61 0.2 1,0 230 320 0,44 0.2 3,8 290 160 0.42 0,1 0.7 90 60 0.42 1.0 6,2 170 580

Comments: Samples AK033 to AK040 are not leachable They absorb aUleachant.

ME-MS17

Zn

ppb

20

<20 100 60 150 <20

680 290 160 270 90

<20

270

20 <20 270 <20 360

20 70 70 260 120

50 <20 220 40 <20

60 610 210 40

350



Account: CON RES


Mothod Analyto


VE222 VE223 VE224 VE225 VE226

VE227 VE228 VE229 VE230 VE231

VE232 VE233 VE234 VE235 VE236

VE237 VE238 VE239 VE240 VE241

VE242 VE243 VE244 VE245 VE246

VE247 VE248 VE249 VE250

~--.-- - .. - ....... "'" EXCELLENCE IN ANAL ¥TICAL CHEMISTRY ALS Canada Ltd.




0.02 0.1 0.1 10 10

0.55 0.4 5.1 50 260 0.53 0.3 2.4 20 110 0.38 0.2 4.5 50 150 0.64 0.2 4.0 40 110 0.68 0.2 3.1 250 190

0.61 0.2 3.8 90 220 0.51 0.2 2.7 110 170 0.52 0.2 3.1 310 310 0.57 0.3 3.5 260 290 0.70 0.5 72 260 10

0.71 0.2 4.2 480 350 0.53 0.1 2.7 360 300 0.48 0.2 72 460 90 0.73 0.3 58 270 20 0.25 <0.1 <0.1 10 110

0.38 <0.1 <0.1 10 50 0.38 0.2 <0.1 <10 70 0.37 <0.1 <0.1 10 30 0040 <0.1 1.2 90 190 0.39 <0.1 0.1 10 190

0.56 0.1 3.9 270 250 0.57 02 5.7 600 40 0.52 0.1 3.4 310 180 0046 0.2 4.1 80 280 0.56 0.1 2.4 60 250

0.42 0.1 3.2 550 520 0.72 0.2 304 110 200 0.73 0.3 7.6 290 310 0.62 0.2 2.8 160 130

Comments: Samples AK033 to AK040 are not leachable. They absorb ailleachant.

ME-MS17

Zn ppb

20

50 40 50 50 230

220 60 490 180 50

260 320 20 <20 220

690 <20 470 220 240

110 80 70 90 60

710 60

380 20


. -Q-' -- ...


Account: CONRES


Documents

GEOCHEM RPT LOWER DETOUR LAKE AREA