rpt on gchem soil sampling vangaurd prop...performed at xral laboratories in toronto, ontario. assay...

Geochemical Soil Samplingof the

Vanguard Propertyfor

Canadian Golden Dragon Resources Ltd.

ByJ. R. Johnson, H. Bsc. R. Middleton, P. Eng

November 30,2003

RECEIVED

DEC 2 3 20G3

GEOSCIENCF ASSESSMENTOf F ICE ^^-.

52B09NW2021 2.26861 KASHABOWIE LAKE 010

Table of Contents

IntroductionLocationPropertySample MethodAnalytical MethodPrevious WorkSoil Geochemistry ResultsRecommendations

Figures1. Sample Locations2. Sample Locations3. Sample Locations

AppendixesI Soil Sample OPS Locations

II Assay ResultsIII MMI-A ProfilesIV Summary of Costs

Introduction

A soil-sampling program was carried out on the Vanguard property July 6th and August 6-12, 2003. All samples were analyzed at XRAL Laboratories using their MMI-A and ICP80 packages. The MMI-A technique gives results for the elements Cu, Zn, Cd and Pb while the ICP80 gives results for 30 different elements.

The purpose of the soil survey was to test for the presence of base metals that may be associated with Dreamcatcher helicopter borne EM conductors (Caven, 2003).

Location

The Vanguard property is located 1.5 km south of the village of Kashabowie, Ontario, 120 km West of Thunder Bay, in the District of Thunder Bay. The property can be accessed by turning south at the intersection of Highway 11 and the Kashabowie Road (see Figure 1). The NTS reference is UTM Zone 15U, Map 52B/9, 'Shebandowan'.

Property

The Canadian Golden Dragon Resources Ltd. (Golden Dragon) 100*^6 owned Vangaurd property consists of 404 claim-units. The current geochemical survey lines and claims covered are illustrated in Figure 2, 3 and 4.

Sample Method

Soil samples, each over lOOg, were collected using a soil auger at regular intervals along north-south GPS traverses. The samples were collected at an approximate depth of l O - 15 cm below the surface. The uppermost organic horizon, the AQ, was avoided in favour of the clastic horizons underneath (usually the AI horizon). In instances of a thick, upper humus layer samples were taken from a depth of up to 4 feet in an effect to reach the desired soil. Each sample was collected in a clean, plastic sandwich bag. A complete list of samples and sample locations can be found in Appendix I.

Analytical Method

Soil samples collected for the present survey were submitted for MMI-A and for ICP80 (Inductively Coupled Plasma Mass Spectrometry; aqua regia digestion). Analysis was performed at XRAL Laboratories in Toronto, Ontario. Assay results showing detection limits and elements analysed are displayed in Appendix II.

For MMI-A, analysis was done on an unsieved, undisturbed, unsorted sample, using a proprietary leach (enzyme) method. This method extracts minute amounts of metal (in the parts per billion) from the manganese coating on the soil grains. For ICP80 the samples are sieved to 80 meish before analysis by aqua regia digestion.

Previous Work

The following is a select summary of work done by previous companies in the area:

1952-1954 - Frank Anderson (stripping, D.D.H.)1956 Rio Canadian Exploration (geological mapping, E.M.)1957 - New Jack Lake Mines (E.M., D.D.H.)1966 - Tinex Development *fe Exploration (geological mapping, E.M., D.D.H.)1970 Cominco (mapping, D.D.H.)1987-1991 - Lacanna (VLF, E.M., geological mapping, D.D.H.)1988-1989 -Newmont (geological mapping, D.D.H.) 1991-1992 - Minova (E.M., geological mapping, D.D.H.) 1994-1995 -Noranada (E.M., D.D.H.) 1997-1998 - Allegeny Mines (E.M, D.D.H.)

Soil Geochemistry Results

A complete summary of results and detection limits is given in Appendix II while Appendix III includes MMI-A profiles from the various sample locations. Profile's name and corresponding sample numbers are as follows:

Profile NameWhitefishChert ZoneTrenchLine 26Line 24Cominco EM AnomalyLone HillWest WhitefishWest IrisLong LakeSwampCosty's WaterLily Lake

SamplesWF01-WF05WP194-WP199WP200-WP205WP206-WP214WP215-WP223WP224-WP232WP233-WP241WP259-WP251WP276-WP269WP277-WP286WP287-WP295WP296-WP301LO 1 -L 19

5392000686000 688000

12185933001590

1240532

12467631240533**

12424951242497121859

12424981242608

NAD 27 Grid

Claim Border

Sample Location064689

1249548

682000666090 NAD 27 Grid

Claim Border

Sample Location

6^0000son 125

3005088 3011124

90000

4859612185941246772

Figure 2: Sample Locations

Figure 3: Sample Locations

NAD 27 Grid

Claim Border

Sample Location

l Wdst Ms

OTOJJ843010484

682000

1246772

5388000064687 064688

12457

Recommendations

Comparison of the soil profiles with a previously flown airborne geophysical survey (flight lines shown for selected anomalies on Figure 2-4) shows good correlation. Diamond drilling is recommended on the Lily, Swamp, Whitefish and West Whitefish targets. Grids should be cut for an additional detailed soil sampling and ground geophysical program to be conducted on the remaining anomalies, priority being given to the Long Lake and Costy's Water's areas, to help define future drill targets.

Respectfully submitted,

(R. Middleton, P.Eng.)

- i v c

(J. R. Johnson, H BSc.)

Certificate

1. I, Robert S. Middleton, am a graduate of the Provincial Institute of Mining (Hailybury, Ontario) (1965) - Mining Diploma; Michigan Technological University 1968, B.S. Applied Geophysics, 1969 M.S. Applied Geophysics.

2. Attended University of Toronto 1970 - Ph.D Geological program.

3. Employed during the summers of:1964 Keevil Mining Group Geophysical Engineering and Surveys Ltd. Gaspe geochemistry.

1965 Selco Exploration NW Ontario (Magnetics) and NE Quebec (EM, Mag, Gravity, Mining Regs.)

1966 Selco Exploration NE Ontario (Geological Mapping)

1967 - Calumet & Hecla Mining - Keweenaw (IP (drill hole) surface and underground) and Michigan (Mag and drill hole IP)

4. Employed Ontario Dept. of Mines, 1968-1971, Mag, Geology, Gravity, Mining Regs.

5. Employed Barringer Research Ltd., 1971 -1974, Airborne Geophysics, Consulting, Ground Geophysics

6. Employed Rosario Resources Corp., 1974-1980, Timmins, Honduras, Nicaragua, Dominican Republic

7. Employed Newmont Exploration of Canada, 1982-1983, Quebec, Ontario, Newfoundland, NWT. Manager of Exploration, RC and diamond drill projects, geophysics.

8. Consulting Based from Timmins, 1983-1990, various Au/ basemetal projects in Manitoba, Quebec, Ontario, USA, Scotland. RC drilling and numerous diamond drill programs.

9. Management Various junior mining companies, 1990-present, VMS, Cu, Zn, Au, diamonds, Cu-Ni-PGE, Cross Lake discovery, Zn/Ag/Cu near Timmins

10. Member of Ontario Association of Professional Engineers, GeologicalAssociation of Canada, Canadian Institute of Mining and Metallurgy, Association of Exploration Geochemists, Society of Economic Geologists, Society of Geology Applied to Ore Deposits.

11. Special Assignments:

1992 Uganda - Evaluation of Kilembi Proterozoic Cu, Ni, Co1993 Siberia Diamonds and Kimberlites1995 NWT Valuations of Lac de Gras area projects1996 Kyrgystan - Gold deposit evaluation

12. Exploration Manager East West Resource Corporation, 1992-2003.

R.S. Middleton, P.Eng. Date:

Certificate

1. I, Justin R. Johnson, am a graduate of Lakehead University H. BSc. Geology and H. BSc. Geology with Physics (2001).

2. I have been employed during the summers of:

2000 (July August) -North American Palladium, Lac des Illes (waste rock sampling)

2001 - Atikokan Resources Inc. (Geological mapping, VLF survey)

2002 (August - September) and 2003 - East West Resource Corporation & Canadian Golden Dragon Resources Ltd. (Geological mapping, core logging, soil surveying, VLF and magnetometer surveys, report writing)

J. R. Johnson, H. BSc. Date: |\J ^ ^ ~\(} /' CS ^

I ' R - V

Appendix I Soil Locations

Sample NumberWF01WF02WF03WF04WF05WP044WP045WP046WP047WP048WP049WP050WP051WP052WP194WP195WP196WP197WP198WP199WP200WP201WP202WP203WP204WP205WP211WP210WP209WP208WP207WP206WP212WP213WP214WP215WP216WP217WP218WP219WP220WP221WP222WP223WP232WP231WP230WP229WP224WP225WP226WP227WP228WP236WP237WP235

UTM. Easting Northing15 683460 539141315151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515

6834576834616834616834556796926796906796946796956796886796886796876796906796876876256876226876366876266876226876236875916875906875926875886875896875956873456873366873246873076873126873026872916872846872466871566871536871416871196871 1 1687102687087687078687070681656681666681661681657681659681663681658681653681665686097686093686098

5391441539146753915215391560538938353893495389324538927453892265389122538940553894295389452539063853906595390690539071853907515390788539060953906345390667539069053907315390780539042053904575390486539049453905275390555539057353905985390645539033753903735390417539047553905085390536539056453906045390632538981453899045389949538997353899975390028539005753901185390188538872553888355388883

Sample Number UTM Easting NorthingWP234 15 686103 5388910WP233WP238WP239WP240WP241WP259WP258WP257WP256WP255WP254WP253WP252WP251WP265WP266WP267WP268WP260WP261WP262WP263WP264WP276WP275WP274WP273WP272WP271WP270WP269WP277WP278WP279WP280WP281WP282WP283WP284WP285WP286WP295WP294WP293WP292WP287WP288WP289WP290WP291WP300WP299WP298WP297WP296

15151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515

686101686104686094686091686101681974681980681982681981681978681974681980681977681978679812679809679813679807679808679808679812679803679809681096681095681093681099681095681101681109681108682705682720682725682720682725682713682721682722682718682709686920686919686927686919686923686918686916686915686927683447683460683460683441683422

5388937538896353889905389037538913753904625390545539059453906185390639539067553906955390751539083953829395383025538307453830995383123538315253831755383219538331353886885388753538879253888225388843538887053889205388971538755753876625387728538776653877935387834538786453878945387941538803253906275390710539075853907855390808539083953908575390884539097753884165388429538846853884795388513

Sample.Number UTM- Easting NorthingWP301 15 683572 5388565L01 15 681450 5391050L02 15 681440 5391105.03 15 681439 5391154L04 15 681434 5391204105 15 681430 5391250L06 15 681430 5391310L07 15 681435 5391360108 15 681430 5391407L09 15 681430 5391428L10 15 681430 5391455L11 15 681435 5391475L12 15 681435 5391500L13 15 681435 5391533L14 15 681430 5391554L15 15 681435 5391575L16 15 681435 5391603L17 15 681435 5391631L18 15 681435 5391713L19 15 681435 5391878

Appendix n Assay Results

Work Order: 074828 Date: 22/10/03 FINAL Page l of l

Element. Method. Del. Lira. Units.

L01 L02 L03 L04 LOS

L06 L07 LOS L09 L10

Lil L12 L13 L14 LI 5

L16 L17 L18 L19 *Dup L01

Cu Zn Cd PbMMI-A MMI-A MMI-A MMI-A

5 5 10 20ppb ppb ppb ppb

1922267032

3656no6084

1017

2308012

3310443016

95139477021

56401207823

938751125722

45216932485

^0^0•c 10•CIO•CIO

^0^0^Q^Q•C1Q

^0^Q

1110

•CIO

<lO<lQ

1413

<10

23212121^0

24•C 20<20<20<20

3027OO<20<20

^0<20302020

*Dup L13 229 51 11

Work Order: 074195 Date: 18/09/03

Element. Method. Det.Lim.Units.

WF01 WF02 WF03 WF04 WF05

CuMMI-A

5ppb

39116

132313

ZnMMI-A

5ppb

435268235766

CdMMI-A

10ppb

^015

^Q14

^0

PbMMI-A

20ppb

434720

^0^0

FINAL Page l of l

*Dup WF01 39 45 C 10 50

Work Order: 074022 Date: 09/09/03 FINAL Page i of 3

Element. Cu Zn Cd PbMethod. MMI-A MMI-A MMI-A MMI-ADet.Lim. 5 5 10 20Units. ppb ppb ppi) ppb

WP194 WP195 WP196 WP197 WP198

WP199 WP200 WP201 WP202 WP203

WP204 WP205 WP206 WP207 WP208

WP209 WP210 WP211 WP212 WP213

WP214 WP215 WP216 WP217 WP218

WP219 WP220 WP221 WP222 WP223

WP224 WP225 WP226 WP227 WP228

WP229 WP230 WP231 WP232 WP233

WP234 WP235 WP236 WP237 WP238

130351

4724

527

34150822423

3610475

13731

4927201136

12268783733

32347')

6840

4232263545

45481235

138

74918115

168

50616521345

181

6578

22011235

61956035

327

4047714976

7777

19156

1233

5229

4297021

19617113870

254

50212257106174

33554

1347471

271713

0019

101318

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0011

0000

17

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1300

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Work Order: 074022 Date: 09/09/03 FINAL Page 2 of 3

Element. Method. Det.Lim. Units.

WP239 WP240 WP241 WP251 WP252

WP253 WP254 WP255 WP'256 WP257

WP258 WP259 WP260 WP261 WP262

WP263 WP264 WP265 WP266 WP267

WP268 WP269 WP270 WP271 WP272

WP273 WP274 WP275 WP276 WP277

WP278 WP279 WP280 WP281 WP282

WP283 WP284 WP285 WP286 WP287

WP288 WP289 WP290 WP291 WP292


5 S 10 20ppb ppb ppb ppb

6549424943

1940337359

1814

4562626

2327277937

39O334236

OOO1538

10745517641

704829

2290O

<58

286187

179104477684107

86182

2390867

85

35193

479128632

15928211879

906

3852304

216133110

471716351163221

139139159227728

12081188327

1677277

319164165120113

20202243

•CIO

1311131815

1218421C21

131413

•CIO19

125118

•C 10-CIO

0000-CIO•c 10

13

•i 10•CIO00•CIO

37

21121813

•CIO

00•CIO•CIO•CIO•CIO

•C 2036

OO31

-C 20

33OO

2251

•C 20

^0^0•C 20•C 20•C 20

•C 20^0•C 20

22^0

•C 20OO

21•C 20

24

<2000<20<20

23

22OO<20oo

35

312128

348•C 20

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2340

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Work Order: 074022 Date: 09/09/03 FINAL Page 3 of 3

Element. Method. Det.Lim.Units.

WP293 WP294 WP295 WP296 WP297

WP298 WP29'J WP300 WP301*Dup WP194

*Dup WP206*Dup WP218*Dup WP230*Dup WP251*Dup WP2fi3

*Dup WP275*Dup WP287*Dup WP299


5 5 10 20ppb ppb ppb ppb

o79O559

497776188109

7330534726

0O69

423837144240158

518368555111466

541396237736171

308235299

12•CIO•CIO

11^0

283024

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•CIO46124315

•CIO•CIO21

^0•C 20^031^0

5734^02833

^0252133

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^0^0•C 20

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EAlICP80"/O

0.016.386.886.776.036.386.946.457.3

6.326.856.145.516J58I7T2T16.685.916.396.67.666.296.666.836.97I7.397.247.336.826.417.141.216.837.126.440.590.490.826.88

FPICP80"/o

0.010.050.02o.oTl0.050.02^0.050.030.050.060.040.070.030~.03!0.030.050.030.030.030.040.030.040.05^0.040.040.040.050.040.050.060.040.060.040.040.080.060.070.03

GKICP80"/o

0.010.941.061.110.931.011.111.051.010.980.91

11

0.991.091.021.031.081.051.021.021.061.071.131.121.111.051.021.1

1.010.241.031.061.010.07

H 0.10.111.01

HCaICP80"/o

0.011.752.551.971.432.772.262.041.731.542.321.981.412.112.032.441.811.961.982.131.841.982.182.052.12.2

2.372.812.1

2.391.031.952.071.642.291.831.431.79

lSeICP80ppm

0.59129.39.511.7

1110

14.610.411.811.97.710.59.511.88.310.210.112.19.112.7 l10^

9.39.211

11.414.49.612.51.5

_ 9.8M 0.9^r"1

21.2

.—Al-j9.2

JTiICP80"/o

0.010.530.490.520.440.420.510.430.450.420.550.530.470.520.510.510.510.530.550.5

0.460.470.450.45

r~0.550.5

0.440.480.490.560.1

0.480.510.560.020.020.030.53

KVICP80

jppm2

229lJ37

127111135153134155170183180138153^14816114015315815111914014512915715814517514218016

1321391821069 H

148

LCr

[JCP80ppm

1l _ 90' 68

6059667061635284695464666958

l _ 67 J706757707269767770867287116258649 "101262

MMnICP80ppm

210305181140

nsso706

uJ*96491313038006451490361479816779463495517485122051760448355961652665571065851

471437464246429185431

NFeICP80"/o

0.017.164.034.374.083.795.263.975.145.185,165.263.564.214.634.983.924.164.524.683.5

4.074.223.974.6

4.584.294.564.1

4.940.514.564.145.480.910.610.374.64

OCoICP80ppm

12817233218211530252120915181914. j13161817171816191918201620216141432217

PNiICP80ppm

138

i 3939373747354335"sH

3625

l _ 35474332313541314448435150464939527363633645

40

1234

42434445464748495051525354555657585960616263646566676869707172737475767778


QCuICP80ppm

0.510.710.220.357.410.340.37.8

35.126.6^28.923.519.412.222.616.811.714.812.818.411.414.114.910.212.312.312.925.110.521.68.517.718.612.415.35.99.211.3

RZnICP80ppm

0.573.337.622822645.475.752.188.588.357.789

41.643.668.357.486.378.791.252

44.273.263.365.583.578

56.850.882.678.246.856

47.760

13.217.711.559.5

SAsICP80ppm

324\^31

4O^

4O

55OOO

44 ̂^r54O

43340O

43O

3O

3455OO•e3

7

TSrICP80ppm

0.516822717813223016619015014419416916618418118216318617916516818319919118319120322318818659.7146169161

47.138.732154

UYICP80ppm

0.57.59.810.111.18.410.7

815.29.59

8.67.58.38.6117.48.78.6118.411.38.37.68.48.78.610.77.7102.5109.97.55

1.63.88.5

VZrICP80ppm

0.510210310879.686.111376.810190.81069110110710311497.711110011595.311211390.711310688.910110112222.61031101237.87.39.6113

WMoICP80ppm

14•el•^1

1•el•d•el^

1*:1*C1

^•C1

^•d•d

^U2^•el•el•el•el•ci•el*:1•el^•el^

1^

2^•el•ci

^

XAgICP80ppm

0.21.11.21.21.20.91.5 l0.81.71.6 j

11.20.80.71.21.2

1 _11

1.11.1

11.2

11

1.10.70.8

11.10.3 '1.1

11.20.3O.2^.21.1

YCdICP80ppm

1•*1^*1•d*:1j•M*:1^•C1

^•d•M•el<1*1|<1<1^<1<1<1<1<1<1<1<1<1^<1

1<1<1<1<1^1i<1<1

ZSnICP80ppm

10*:10•e10<10<10<10<10<10<10<10<10^0

^Tcr•dO*:10<10<10<10<10•e10<10*:10<10•c10<10•tlCP•e10<10<10<10<10<10<10<10<10<10^

•C10^0

AASb^ICP80ppm

5<5l<5<5

^<5<5<5<5^<5^ ~^T<5

*̂5~l

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^5^

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^-l<5

ABBaICP80ppm

1367402421371375413393497499395428401364

^j491.389 1401398404378422426445453493443^~37iri

364447383120392410371746864 i

389

ACLaICP80PPm

0.512.711.315

17.59.112.48.9

22.515.710.110.512.710.311.7,12.89.311.711.312.911.6139.69.310.510.610.214.619.513.34.313.613.610.76.21.84.611.9

ADWICP80ppm

10*:10•C10^0^0•S10•dO^0^0^0<10•c10^0<10<10<10<10*10<10<10<10^0<10<10<10<10<10<10<10* 1-^-(<10•*10<10<10^0^0<10^0

AEPbICP80ppm

21271011676121198

108

1010g108 i810676774777131081042 '^

9

AFBiICP80ppm

5h--12

91097117

109

1110899810Q

1198 i787987899^

8812^^

--49 1

AGLiICP80ppm

141

U-l5-2124Cur

l- 23LI5—n?4~

21mn

1814l~le222020312128192015171917141117163

221928

112^4~|

1234

798081828384858687888990919293949596979899100101102103104105106107108109110111112

ASample IdentScheme CodeAnalysis UnitDetection LimitWP277WP278WP279WP280WP281 jWP282WP283WP284WP285WP286WP287WP288WP289WP290WP291WP292WP293WP294WP295WP296WP297WP298WP299WP300WP301DUP-WP194DUP-WP206DUP-WP218DUP-WP230DUP-WP251DUP-WP263DUP-WP275DUP-WP287DUP-WP299

BBeICP80ppm

0.50.70.70.70.80.80.80.80.70.71.1O.5O.5O.50.80.90.7*:0.5^.5t0.50.80.70.70.80.90.80.71.20.7

10.70.8*c0.5^.50.8

CNaICP80"/o

0.01, 1.18

1.51 i1.611.381.591.321.4

1.65i 1.59f 1.82

0.110.16 ^0.071.471.3

1.710.1

0.040.061.571.661.461.481.231.621.4

1.25f-TiT-1

1.441.291.42 |0.06 10.111.48

DMgICP80"/o

0.01 j1.321.381.361.611.981.561.6

1.261.262.010.150.170.091.811.652.120.130.090.081.461.741.351.671.691.611.6

1.061.141.540.881.530.140.141.69

EAlICP80"/o

0.016.796.786.396.897.247.036.546.376.227.070.550.740.577.437.326.480.46 l0.420.537.156.656.426.927.417.016.856.45.867.215.717.360.820.547.26

FPICP80"/o

0.010.030.030.02 |0.040.050.050.050.030.020.060.030.060.050.030.050.040.040.030.040.020.030.020.050.120.040.030.030.030.030.03 |0.040.060.030.05

GKICP80"/o

0.010.960.970.960.940.931.020.931.031.081.330.1

0.150.080.980.910.850.070.070.111.110.951.090.960.991.021.090.910.990.981.011.120.110.09

1

HGaICP80"/o

0.011.672.1

2.192.16-ZTT^

2.072.332.222.112.43 12.33.11.372.452.113.391.481.291.652.2

2.822.152.472.052.551.941.571.632.21.4812.191.432.212.53

lSeICP80ppm

0.59.411.2 i11.110.5~^r10.712.110.210.614.61.43.43.712.911.718.1 11.8

10.910.715

10.412.210.711.811.8 l10.18.813.37.99

3.21.4

12.9

JTiICP80"/o

0.010.520.490.570.570.660.570.530.480.580.4

0.020.030.020.550.570.520.020.020.030.560.580.550.6

0.490.470.490.5

0.550.510.480.560.03 10.030.6

KVICP80ppm

214215893177206169175164190150101015

1891762171486

184203163202

u 14615617815914816013815599

205

LCrICP80ppm

165 i80 '7179987585696812910131081789511 i87

809469846771876962735573138

87

MMnICP80ppm

24975194915157096507195285698333511769

603608927797513

54968063374748054091939144150834555818033

745

NFeICP80"/o

0.014.314.332.744.375.274.884.764.184.565.190.410.650.715.295.686.960.510.190.125.214.744.35.3

4.654.365.334.654.224.473.514.540.360.395.37

OCoICP80ppm

116181220242020161527

•d2 l2 i

2320 j26

1^•:1

19201421161922 l1712189192•ci

22

PNiICP80ppm

140423355574948373575456

595258432

61503652404552352940275053

53

1234

798081828384858687888990919293949596979899100101102103104105106107108109110111112

ASample IdentScheme CodeAnalysis UnitDetection LimitWP277WP278WP279WP280WP281WP282WP283WP284WP285WP286WP287WP288WP289WP290WP291WP292WP293WP294WP295WP296WP297WP298WP299WP300WP301DUP-WP194DUP-WP206DUP-WP218DUP-WP230DUP-WP251DUP-WP263DUP-WP275DUP-WP287DUP-WP299

QCuICP80ppm

0.513.219.45.5

21.636.216.427.9^

87.91338.49.5

22.419.426.817.69.65.76.321

19.722.519.821.614.329.820.811.421.316.613.6

98

19.8

RZnICP80ppm

0.551.557

50.365.968.686.282.953

48.912410.79.914.665.582.860.711.415.66.470.956.159.278.980.259.811747.588.855.140.284.3^11.58.8

81.1

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34O^

r o4O

43O

26O0^

44OOOo

4O

343O

375Q

40OO

3

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0.514318220317320616618520520123245.864

27.118117221128.426.329.7 i19820918718614820417515415117716218232.142.3191

UYICP80ppm

0.58.57.77.88.910.9

99.68.17.615.12.66.5 j10.29.69.311.32.31.31.18.110.57.89.610.28.89.210.99.111.77.68.73.82.69.6

VZrICP80ppm

0.510396.5105117135 i11110877.511693.2

711.4

699.5113 j82.76.86

7.410611110511611490.3108~n1041261161021279.7T4^

114

WMoICP80ppm

1^•d*:1—^^

1•*1•:1•ci

2*:1•c r

1•ci•ci-d*M-M•d*:1^^^^t1•d

22^

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0.21.11.1

^07^^TT"1.3 H

0.91.10.71.10.9O.2^.2O.20.91.3

1O.2^.2O.21.2

11.31.31.2

11.21.11.11.10.81.30. 2O.21.1

YCdICP80ppm

1i1^<1<1<1•si<1<1<1<1<1<1<1<1<1*:1<1<1<1<1*:1<1<1<1<1<1<1<1<1^1|•M<1<1<11

ZSnICP80ppm

10•:10I•c10<10<10<10<10<10<10<10•slO l<10"MO<10*:10l•c10<10<10<10^0<10<10*:10<10*10<10<10<10<10<10^0^0*:10<10<10

AASbICP80Ppm

5<5<5^<5<5<5<5^<5<5<5<5^<5<5<5<5^<5_|<51<5<5^<5<5<5<5^<5<5<5*5^<5

ABBaICP80ppmr i

3803673544043544423853673933858611778

416390319746564

4263294103743863933653393833493894896381

384

ACLaICP80ppm

0.511.78.59.410.7

L 12.611.312.58.7

^ 8.337.1

37.112.79.212142.61.92.19.712.59.810.5

L11.88.811.414.512.314.912.611.14.53

10.5

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10•dO

r~ *:i6•c10^0•:10^0•dO*10<10<10<10t10<10<10_|^0<10

^ <10<10H

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^0^0<10^0<10<10^0<10<10*c10<10<10<10

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2866'-T"

910107819^

3^

71110233961078 ~*

71010891082^

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5109710

i 101078127^^^

101010^<5<5

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11

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ippm1

21141622212321131528222

20l 34

16^*:1

122141719201621231919141821

20

Sample Id* BeScheme O ICP80Analysis U ppmDetection lL01L02LOSL04LOSL06L07LOSL09L10L11L12L13L14L15L16L17L18L19DUP-L01DUP-L13

0.50.9

10.90.90.90.80.90.80.90.8

10.9

10.8

10.80.9

11

0.90.9

NaICP80"/o

0.011.991.811.952.182.012.132.17

2.31.922.3

1.841.922.11

2.22.08

2.22.051.711.911.962.06

MgICP80"/o

0.011.4

1.521.541.491.651.451.481.441.631.451.541.491.691.531.661.471.731.471.61

1.41.7

AlICP80"/o

0.017.047.317.667.287.577.287.097.22

7.37.547.136.536.95

7.37.4

6.597.867.577.137.117.11

PICP80"/o

0.010.050.060.040.040.030.020.030.040.040,040.030.040.040.020.040.030.030.040.030.050.04

KICP8007o

0.011.281.261.261.281.231.391.331.261.281.331.451.361.281.311.381.231.251.191.151.291.26

CaICP80"/o

0.012.27

2.22.31

2.52.542.412.472.962.46

2,82.142.272.8

2.772.522.782.682.112.632.272.85

SeICP80ppm

0.512.312.412.114.7

1412.313.716.313.2

1411.912.416.212.613.514.314.8

1314.512.316.1

TiICP80o/o

0.010.470.480.52

0.50.510.540.51

0.50.50.5

0.570.560.530.520.510.460.52

0.60.6

0.460.56

V GrICP80 ICP80ppm ppm

2149151171163158140155146150117151167158141170145165190203150157

1687371767068757172676368717081656582767173

MnICP80ppm

2509514519617507746574674599660712703622670600537538488590500612

Sample IdeFe Co Ni Cu Zn As Sr Y Zr Mo Ag Cd Scheme OICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80Analysis U "/oDetection lL01L02LOSL04L05L06L07LOSL09L10L11L12L13L14L15L16L17L18L19DUP-L01DUP-L13

ppm ppm ppm ppm ppm0.014.154.3

4.714.184.343.784.043.874.143.3

4.274.4

4.123.874.773.594.345.454.914.124.21

1161718181918171619171819181822151919221519

1414650464536443843363938514551424346524251

0.518.320.119.419.421.814.916.638.321.332.313.714.843

41.218.513.820.824.417.416.742.4

0.550.365.958.652.149.859.150.840.257

40,191.275.170.861.810742

48.666

57.349.868.9

^

O

OOOOOO

O

OOO00

ppm ppm ppm ppm ppm ppm3

453

3

3

5

6

0.5250229250279248271279293238291230244269280260274252215240247264

0.510

10.911.212.412.6

1111

17.412.313,411.210.925.512

10.811.113.211.111.510.125.6

0.5111118118130118120115127122118124130125116119105120132114108123

1•d

22

•d121121112211

•d1

*:1•d

1

0.2 1•^0.2 -ci*:0.2 <'\•^0.2 *:1^.2 <'\•^0.2 <^^.2 <'\•^0.2 <^^.2 "d*:0.2 *:1^,2 <^•^0.2 <^*:0.2 *:1

0.3 -el•::0.2 *M^.2 <^*c0.2 *:1*:0.2 <'\*:0.2 <^*:0.2 *c1*:0.2 *:1*:0.2 *:1

Sample IcUSn Sb Ba La W Pb Bi LiScheme OICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80 ICP80Analysis U ppm ppm ppm ppm ppm ppm ppm ppmDetection L 10 5 1 0.5 10 2 5 1L01 14 ^ 397 13.5 ^0 9 ^ 21L02 17 ^ 387 12.5 ^0 9 ^ 24LOS 13 *5 446 12.5 ^0 10 *5 23L04 15 ^ 396 13.9 ^0 9 <5 19L05 16 <5 373 14.6 d O 8 ^ 20L06 13 ^ 438 14.4 <10 8 ^ 29L07 14 ^ 404 13.3 <10 9 ^ 21LOS 16 <5 393 22 *:10 8 <5 18L09 12 <5 396 14 dO 8 <5 21L10 14 <5 437 16 *-1Q S <5 22L11 15 ^ 455 13.8 <10 10 ^ 26L12 15 ^ 401 15.8 <10 13 ^ 22L13 14 <5 381 45.1 -slO 10 <5 22L14 17 <5 427 15.4 -c10 9 <5 22L15 19 ^ 419 11.2 *c10 10 <5 27L16 14 ^ 359 11.6 <10 8 ^ 13L17 14 ^ 379 13.8 ^0 6 ^ 19L18 16 <5 363 12.4 c10 12 <5 34L19 16 <5 354 12.4 ^0 7 <5 21DUP-L01 13 <5 392 12.6 -s10 9 <5 21DUP-L13 18 <5 376 43.6 <10 10 ^ 22

Appendix in MMI-A Profiles

Whitefish, L683455E

900

800

5391400 5391420 5391440 5391460 5391480 5391500 5391520 5391540 5391560 5391580

Northing

Chert Zone, L687625E

600

500

5390620 5390640 5390660 5390680 5390700 5390720 5390740 5390760 5390780 5390800

Northing

Trench, West of Chert Zone, L687590E

250

200

f

O5390600 5390620 5390640 5390660 5390680 5390700 5390720 5390740 5390760 5390780 5390800

Northing

Line 26, L687300E

350

300

250

.a aQ.

5390400 5390450 5390500 5390550

Northing

5390600 5390650 5390700

Line 24, L687100E

1400

1200 -i

1000

800

600

400

200

5390300 5390350 5390400 5390450 5390500

Northing

5390550 5390600 5390650

Cominco EM Anomaly, L681650E

300

250

5389750 5389800 5389850 5389900 5389950 5390000 5390050 5390100 5390150 5390200 5390250

Northing

Lone Hill, L686100E

600

500

5388700 5388750 5388800 5388850 5388900 5388950 5389000 5389050 5389100 5389150 5389200

Northing

West Whitefish, FL1220, L681980E

2500

2000

1500

1000

500

5390450 5390500 5390550 5390600 5390650 5390700 5390750 5390800 5390850

Northing

West Iris, L681100E

2500

2000

1500

1000

500

O 5388650 5388700 5388750 5388800 5388850 5388900 5388950 5389000

Northing

Long Lake, FL1270, L682720E

200

5387500 5387600 5387700 5387800

Northing

5387900 5388000 5388100

Swamp EM, L686920E

900

800

700

600

500

400

300

200

100

5390600 5390650 5390700 5390750 5390800

Northing

5390850 5390900 5390950 5391000

Costy's Water, L683450E

o5388400 5388420 5388440 5388460 5388480 5388500

Northing

5388520 5388540 5388560 5388580

Lily Lake EM Anomaly, L681440E

800

700

5391000 5391100 5391200 5391300 5391400 5391500 5391600 5391700 5391800 5391900 5392000

Northing

Appendix IV Summaiy of Costs

Company Truck

(12@S507day)

R. Middleton

J. Johnson

D. Schmidt

Miscellaneous Expenses

Assaying (XRAL)

TOTAL

Cost per claim breakdown:

S 600.00

S 300.00

S 1575.00

S 150.00

S 367.31

S 4608.01

S 7600.32

Claim12185971240533124249712426081246772300159030050883005090301048430111243011125

Number Samples612259921911858

Total

Cost3400.003800.0031,667.003600.003600.003134.0031,267.005733.003533.003333.005533.0037,600.00

Total S 1 114 samples = S 66.67 cost per sample

ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0340.01987 Status: APPROVED

Recording Date: 2003-DEC-17 Work Done from: 2003-JUL-06

Approval Date: 2004-JAN-16 to: 2003-NOV-30

Client(s):

1 37526 CANADIAN GOLDEN DRAGON RESOURCES LTD.

Survey Type(s):

GCHEM

Work Report Details:

Claim*

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

1218597

1240533

1242495

1242496

1242497

1242498

1242608

1245729

1246772

3001590

3005088

3005090

3010484

3011124

3011125

Perform

S400

S800

SO

SO

S 1,667

SO

S600

SO

S600

S133

51,267

S733

S533

S333

S534

S7.600

External Credits:

Perform Approve

S400

5800

SO

SO

S1.667

SO

S600

SO

S600

S133

S1.267

S733

S533

S333

5534

S7.600

SO

Applied

SO

SO

S1.200

5600

S2.000

52,800

SO

51,000

SO

SO

50

SO

SO

SO

50

S7.600

Applied Approve

SO

so51,200

5600

52,000

S2.800

SO

51,000

SO

SOSO

SO

SO

soSO

57,600

Assign

5400

5800

SO

SO

SO

SO

5600

SO

S600

S133

51,267

5733

S533

5333

5534

S5.933

Assign Approve

400

800

0

0

0

0

600

0

600

133

1,267

733

533

333

534

55,933

Reserve

SO

SO

soSO

SO

SO

SOSO

SO

SO

soSO50soSO

so

Reserve Approve

sosoSO

SO

sosoSO

soSO

SO

SO

soSO

soSO

so

Due Date2004-AUG-06

2005-JUN-01

2004-DEC-19

2004-DEC-19

2005-FEB-21

2005-MAR-21

2004-DEC-18

2004-MAR-26

2004- J UN-06

2004-AUG-15

2005-JAN-27

2005-JAN-27

2004-SEP-16

2005-JAN-27

2005-JAN-27

Reserve:SO Reserve of Work

SO Total Remaining

Report*: W0340.01 987

Status of claim is based on information currently on record.


2004-Jan-22 10:51 armstrong_d Page 1 of 1

Ministry ofNorthern Developmentand Mines

Date:2004-JAN-19

Ministere du Developpement du Nord et des Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E 6B5

CANADIAN GOLDEN DRAGON RESOURCES LTD. 500-20 MAUD ST., TORONTO, ONTARIO M5V 2M5 CANADA

Tel: (888) 415-9845 Fax:(877)670-1555

Dear Sir or Madam

Submission Number: 2.26861 Transaction Number(s): W0340.01987

Subject: Approval of Assessment Work

We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.

At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.

If you have any question regarding this correspondence, please contact STEVEN BENETEAU by email at [email protected] or by phone at (705) 670-5855.

Yours Sincerely,

Ron C. GashinskiSenior Manager, Mining Lands Section

Cc: Resident Geologist

Canadian Golden Dragon Resources Ltd. (Claim Holder)

Assessment File Library

Canadian Golden Dragon Resources Ltd. (Assessment Office)

Robert Stuart Middleton (Agent)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:19042


ONTARIOCANADAWNrSTHr OF NOMHMtNMVlLOMttNT AND MINE*

MeokOf ri ornet

Mining Land Tenure Map

-r?i3

5380000N- ' 5390000N

MOOOOE

UTM Zone 16 SOOOmgrid

Date l Time of Issue: Mon Jan 19 11:40:31 EST 2004

TOWNSHIP l AREA PLAN CRAYFISH LAKE AREA G-2711

ADMINISTRATIVE DISTRICTS l DIVISIONS

Mining DivisionLand Titles/Registry DivisionMinistry of Natural Resources District

Thunder Bay THUNDER BAY THUNDER BAY

TOPOGRAPHIC

Administrative Boundaries

\""\ Township

ConceHlon. Lot

jjijj Provincial Plrt

•'f': 1 indian RIMTVOMM•"": CW,PII*PII8

Land Tenure

Freehold* Patera

I*!"! Surfaeo Ana Mining RlgWiL™j[j,] Surface RighiiOriY

fjl Mininp Rights Only

LsaMhold Patent

B

4

Contour

Mfie8rnfti

Mine HBadrVame

Railway

Rond

Trd

SuttikuRlahliOnly

UIIHtm

Toww

Licence of Occupation

j ' UieiNolSiMclfM

j. Surfadenghtionly

nn MininilRiahtiOnly

| llr Land UM PormB

B Ordtr In Council (Not open for staking)

B Water Power Lams Agreement

Mining Cimm1Z34567

1234667Fited Only Wining Claim j

LAND TENURE WITHDRAWALS

i . ' 1K14

WmWu tote* Mghfi Only VWm Mlnlnfi Kgtm Onfy WnMrawn

OfOenn Council WttnamwmTy pot W'sm SurtlolAndMinlnoKliihllWIIMnon W i Surkct HlgtiK Only WUhdron W'm

IMPORTANT NOTICES

(oak t;4MM

LAND TENURE WITHDRAWAL DESCRIPTIONSIdtntfflw Typ* tXM D*(cfipllon

3194 Warn Jan 1,2001 PARK RESERVE MTC PIAN P-3087 FILE 1299183200 WOT Jin 1,2001 ORDER IN COUNCIL 178J/V3 TRANSFERS SR*MR TO SOLICltOR

G6NEHAL (OPP TOWER SITS) W-NCR-OS/84 Wl Apr 4,1884 S.R,O. WITHDRAWN FROM STAKING SEC 36, ORDER W-NCR-OS/M

APRIL 04/84 GARBAGE DISPOSAL SITE WNCR/9/03 Wi Apt 21,1963 9E0.3* WNCR/9/6S 4S1/6S 8.R.O.

ThoM wMilrtg to Hake mining doima thould consult with the Provincial Mining Recorders' Office of the Ministry of Northern Development and Mine* for additional General Information and Limitations This msp may not (how unregittered land tenure and intervale in

Information on the status of the lands shown hereon. This map Is not intended for navigational, survey, or land Mtl* determination purposes as the Information Contact Information: Toll Free Map Datum: NAD 83 l" rKl Including certain patents, leasee, easements, right of ways,

shown on this map Is compiled from various sources. Completeness and accuracy are not guaranteed. Additional information may also be obtained through the Provincial Mining Recorders' Office Tel: 1 (BBS) 415-9846 ext 57*ftojection: UTM (6 degree.) flooding rights, licences, or other forms of disposition of rights and

local Land Titles or Registry Office, or the Ministry of Natural Resources. willet Green Miller Centre 933 Rameey Lake Road Fax: i (877) 670-1444 Topographic Date Source; Land Information Ontario Interest from the Crown. Also certain land tenure and land usesSudbury ON PSE 668 Mining Land Tenure Source: Provincial Mining Recorders' Office 'h"1 restrict or prohibit free entry to stake mining claims may not be

The Information shown Is derived from digital data available In the Provincial Mining Recorders' Office at the time of downloading from Hie Ministry of Northern Home Page: www.mndm.gov.on.ca/MNDM/MINES/LANDSMsmnpge.htm Illustrated.

Development and Mines web site.


ONIMIIOCANADA

MINISTRY OF NORTHERN MVELOPMMIT AND MINIS

PROVINCIAL MINING MCOROCR'I OFFICE

Mining Land Tenure Map

690000E

68KXWE esouubeUTM Zona IS SOCOmgre)

Date/Time of Issue: MonJan 19 11:56:SO E8T 2004

TOWNSHIP ; AREA PLAN KASHABOWIE LAKE AREA G-2714

ADMINISTRATIVE DISTRICTS t DIVISIONS

Mining Division Thunder BayLand Titles/Registry Division Ministry of Natural Resources District

THUNDER BAY THUNDER BAY

TOPOGRAPHIC

' Administrative Boundaries

i: Township

Concession. Lot

Provincial Park

indian Rassrvs

Cliff, PI! a Pile

ISJ 13

r

4

Contour

Mm Srafte

Mine Hoadfremt!

Railway

Road

Trail

Natural OBI Pipeline

Utilities

Tower

Land TenureFreehold Patent

|"~| Surface And Mining Rights

, Surface Rights Only

["^'| Mining Rightl Only

Leasehold Patent

i m Surface And Mining Rightl

fj' 'j Surface Rights Only

Mining

licence Df Occupation

|"~"| Um Not Specified

Surface And Mining Rights

Surface Rights Only

Minimi RigHti Only

[I! lil

url Land Uie Permit

Ontor In Council (Not open for staking)

Water Power Lease Agreement

Mining Clilm

Filed Only Mining Claims1234M7

LAND TENURE WITHDRAWALS

: 1#*t i AlWlH WHhrtrawn fmm Didprwltinn

MWns Acts Widdrevral Typos

Ws Burke* NlgHlt Only Wllh*awn Wm Mlnlrg HighU Only Wlthtirawn

Order In Council Withdrawal Types

Was Sbnac* Nlgtiut Only Wlihdrawr W"m Miniru Rtghfe Only WIIMfawn

l* ! IMPORTANT NOTICES

toito 1:410)

LAND TENURE WITHDRAWAL DESCRIPTIONSIctontMar Type Out* D*Mrtptlon

W-NCR-06/S4 Ws Apr 4.1084 S.R.O. WITHDRAWN FROM STAKING SEC 36, ORDER W-NCR-06/M APRIL 04/84 GARBAGE DISPOSAL SITE

Thoaa witfiing to stake mining claims (hould consult with the Provincial Mining Rocordorn' Office of the Ministry of Northern Development and Minn for additional General Information and Limitations This map may not show unregistered land tenure and interests inInformation on the status of the lands shown hereon. This map Is not Intended for navigational, survey, or land title determination purposes as the Information Contact Information: Toll Free Map Datum: NAD 83 '""d Including certain patents, leases, easements, right of ways,shown on this map Is compiled from various sources. Completeness and accuracy an not guaranteed. Additional Information may also be obtained through the Provincial Mining Recorders' Office Tel: 1 (888)416-8846 ext srtfcjoction: UTM (8 degree) flooding rights, licences, or other forms of disposition of rights andlocal Land Titles or Registry Office, or the Ministry of Natural Resources. VViUel g^.,, Mi||,r Centre S33 Rameey Lake Roed Fax: 1 (877) 670-1444 Topogrephic Data Source: Lend Information Ontario Interest from the Crown. Also certain land tenure and land uses

Sudbury ON P3E 8B8 Mining Lend Tenure Bourse: Provincial Mining Recorders' Office t""1 restrict or prohibit free entry to stake mining daims may not beThe Information shown Is derived from digital data available In the Provincial Mining Recorders' Office at the ttme of downloading from the Ministry of Northern Home Page- www.mndm.gov on.ca*INDMA*INES7LANDS*nlsmn|)ge.htm Illustrated. Development and Mines web Me.

rpt on gchem soil sampling vangaurd prop...performed at xral laboratories in toronto, ontario. assay...

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