PROVINCIAL RECORDING OFFICE- SUDBURY

RECEIVED

MAY O 3 2000P.M.

31D16NW2005 2.20364 MONMOUTH 010

Geological Reporton the

Mother's Day Claim

Lots 11 A 12, N 1/2, Concession X, Monmouth Township, Haliburton County

Claim: SO 1077067

Prepared by: A. M. Rae, B.Sc, G.G.

April 2000

Assessment Report

31D16NW2005 2.20364 MONMOUTH 0 10C

Table of Contents

1. Introduction........................................................................ l

2. Location.............................................................................. l

3. Access to Property.................................................................. l

4. Description of Property............................................................ l

5. Regional Geology.................................................................... 4

6. Work Done.......................................................................... 4

7. Results............................................................................... 5

7.1 Colour Photo Plates............................................................. 6 -13

7.2 Ultraviolet Testing................................................................ 14

8. Recommendations................................................................. 14

Property Map

Appendix I - Analytical Results

1. Introduction

The Bancroft area is known as Canada's Mineral Capital. The claim area of this report lies in the Grenville Structural Province of the Canadian Shield and is adjacent to one of Bancroft's best mineral sites, the Bear Lake Diggings. The property was staked for its potential as an economical mineral deposit.

The report covers the geological mapping and prospecting completed in the 1998 season. Whole rock analysis, mineral identification, fire assay, petrographic analysis and thin section work was performed on representative samples on the property.

2. Location and Access

The mining claim SO1077067 is located in the following(see Figures land 2):

Area - Southeastern Haliburton CountyTownship - MonmouthMining Division - Southern OntarioClaim map sheet - Monmouth Township # G-1298NTS map sheet - Gooderham 31 D/16Latitude and longitude - 44058'; 78 0 18'

3. Access to Property

Starting in the town of Bancroft, Ontario, drive south on Highway 28 until you reach the junction of Highway 121. Continue west on Highway 121 to the town of Tory Hill. Take Highway 503 south towards Gooderham. Turn north on the Bear Lake Road, continue for 4.2 kms and turn right onto Madill Road. Continue on Madill Road until it becomes single lane. Watch for signs for the Bear Lake Diggings collecting site and park on the south side of the roadway. Continue by foot east on the trail for approximately 800m, passing two stream crossings. Approximately 150m along the trail, past the second stream you will cross the northern east-west boundary of the claim, 38m east of the #4 claim post.

4. Description of Property

The property has moderate forest cover of mature maples and evergreens. Very large boulders blanket most of the property, making outcrop difficult to spot. A northeast - southwest trending ridge with a relief of approximately 50m bisects the claim. To the south of this system, a pond and low lying area makes traversing difficult but there are clear areas to gain access. A second northwest - southeast ravine crosscuts this area and provides excellent outcrop exposure, but caution is recommended as the relief is quite drastic. The intersection of these two structural features is located in the southern central portion of the claim, in the area of the pond.

O 15 30 45 60 75 Km l t l l

Figure 1: Location of Mother's Day Claim

Figure 2 : Location map of claim

5. Regional Geology

The regional geology of the area consists of early to mid Proterozoic sedimentary and metamorphic rocks, situated in the southeastern border zone of the Glamorgan Gneiss Complex of the Central metasedimentary Belt of the Grenville Structural Province of the Canadian Shield. The area lies within a northeast - southwest trending fault zone.

The claim area is situated in the southeast border zone of the Glamorgan Gneiss Complex, composed of amphibolite, granite, granitic gneiss and minor amounts of marble.

Locally, alkalic plutonic rocks such as nepheline syenite and mafic, ultramafic and carbonatitic rocks are associated with the area. Calcite filled veins cut horneblende - syenite gneiss. Pegmatitic lenses and bands of marble are present. This area is predominantly underlain by quartz-feldspar gneiss and amphibolite.

6. Work Done

Prospecting was carried out throughout the property. Once landmarks were located, access to the various areas on the property was achieved with minor difficulty. Spring and summer in this area of Ontario can be notorious for black flies and mosquitoes. The late summer and fall of 1998 was excellent for accessibility and the insects were minimal. Take all the necessary precautions during the hunting season in this area.

Hand samples were taken from surface outcrops and sent to Lakefield Research laboratories for assessment. ( see pull-out map) Six samples had petrographic analysis, four had XRD, fifteen had XRF and one fire assay was completed.

Four of the XRF samples were apatite crystals discovered on adjacent claims. The minerals were selected to determine, if any, chemical variations present, are responsible for the difference in colour of the local apatite crystals. The purpose of this is to better understand the nature of the gem quality apatite that is so indicative of this area. The analysis results are located in Appendix I.

7. Results

Sample

MDC-W1

MDC-W1-2

MDC-W1-3

MDC-010

MDC-010A veinMDC-020

MDC-020A

MDC-020B

MDC-020CMDC-030A

MDC-030B

MDC-040

MDC-040A

MDC-050A1

MDC-050A2

MDC-050B

MDC-050CMDC-AMDC-BMDC-CMDC-D

Description

abandoned trench (striking 25 1 0, 3m long x 1m wide) calcareous, salt and pepper, gneiss, medium grained, low grade, weakly foliated, striking 2970, verticallight Fe-stained, granular, fine to medium grained weakly foliated, calcareous metaquartzite, (muscovite, quartz, calcite)medium to coarse grained, gneiss and granitic pegmatite. Massive calcite, hornblendePhoto Plate 3: Ridge exposure of outcrop on the SW side of the hill. The surface is weathered pink and light green/grey. Large pink feldspar crystals, hornblende crystals up to 2cm,Photo Plate 3: quartz vein material, quartz veinlets (0.5cm) striking 1250 . Fire Assay results 0.02 g/ton Au.Ridge exposure of a contact zone. Weathered pink and dark green and grey.Photo Plate 4: host rock, , m. gr. granite low grade Granitic, gneiss, weak foliation at 100 and 155 0 is the host rock.Photo Plate 4: horneblende pegmatites with well formed apatite crystals, calcite, feldspars( albite, microcline) and biotite. Trace minerals of sphene, rutile and quartz. The pegmatite strikes 3000. HastingsitePhoto Plate 5: massive calcite crystalsPhoto Plate 5: outcrop surface weathered light grey and pink. Medium grained, leucocratic, quartzite.Photo Plate 6: weathered surface dark grey to black. Amphibole and albite, with minor microcline and quartz, traces of calcite and pyroxenePhoto Plate 6: contact zone at surface. Weathered pink and grey. Quartzite contact striking 3 16", dipping 640N. Cleavage 2960 and 2 1 0 . Large crystals of quartz and feldspars. Fine to medium grained quartzite. Medium to coarse grained gneiss.Photo Plate 6:weathered surface dark brown. Slightly foliated Fe-stained and black, salt and pepper, angular to rounded quartz grains, medium to coarse grained, biotite, hornblende, granular gneiss.Photo Plate 7: weathered surface pink, Fe-stained fresh surface. Granite gneiss.albite and microcline feldspar pegmatite with minor amounts of fluorapatite, with traces of calcite and quartzPhoto Plate 7:black, prismatic crystals pyroxene ( augite)with amphibole ( Hastingsite) and mica, with minor quartzPhoto Plate 8:quartz vein materialPhoto Plate 8: Apatite crystal. Light green, highly fractured,Photo Plate 8:Apatitie crystal. Medium to dark green, Fe-stainedApatite crystal. Light to medium green, pink saturationPhoto Plate 8: Apatite crystal, dark green

l

23

a o K

)O

** fcfetfv

jw^'

,t;

\K'V

*.v

i:3tt

CgM

.*-.

-.fttffc

'•*i

t^/'A

-r -"

#

-'j.'"

\ -f"-

u^-

^At;:

v . '-

1',^-

#-

1|

D O

i o o

MDC-020: Pegmatite Plate 2

J

OiO-.MII\

i

J

J

J

Plate 5

r

* "H-Ojo H

M IK -(MO

Plate 6

r r

rr

-NSflff

rPlate 7

Plate 8

7.2 Ultraviolet Testing

SampleMDC-010MDC-010A veinMDC-020MDC-020AMDC-020CMDC-030AMDC-030BMDC-040MDC-040AMDC-050BMDC-050CMDC-AMDC-BMDC-CMDC-D

swmod. si. rP

mod. P

str. O and Pmod. rPstr. oR

mod. pRstr. pR

mod. pRmod. rP and P

wk. Pmod. P

wk. Pinkwk. Pink

v. wk. Pinkwk. Pink

LWmod. PMod. P

str. V and Pmod. Pmod. Pmod. Pmod. Pmod. Pmod. Pwk. P

mod. Pmod. Pmod. Pwk. P

mod. P

The whole rock analysis of the apatite crystals indicated a few chemical trends. The dark green colour, which is more valuable as a gem stone had a 400: l ratio of P2Os to Fe^Os. The lightest green apatite had a 200: l ratio. The lightest green colour had twice the amount of SiO2 and A12O3, with slightly elevated MgO. The iron staining in the B crystal was due to three times the Fe2O3 in the D sample. The darkest green sample, D, has the highest percentage of phosphorous.

8. Recommendations

The potential for gold mineralization is indicated in the quartz veins. Further study should originate in the western boundary of the property. An indepth study of the quartz veins should be done. The gravel in the N-W running ravine should be examined for potential placer deposits.

Granite pegmatites can host a number of minerals formed in successive waves of mineralization producing zones of crystallized specimens in the pegmatite pockets. Further detailed mapping is recommended to locate larger calcite veins and pegmatite bodies. The potential for gem quality minerals is very good.

A detailed study of the mineralogy of the host rocks would help as a guide to prospecting not only on this claim but on the numerous claims in the area. Understanding the host rock chemistry can indicate the mineral potential in the numerous pegmatites and veins throughout the property.

14

Mother's Day ClaimMONMOUTH TOWNSHIP

50 100 15O 200m

APPENDIX I

Lakefield Research Limited Analytical Results

Client: Rae InternationalLRL Project: 8901-185 LJMS # JANS008.R99

Lakefield Research Limited 27-Jan-98

Summary of Qualitative X-ray Diffraction ResultsSample

MDC-020B2

MDC-030B

MDC-050A2

MDC-050B

Crystalline Mineral Assemblage (relative proportions bused on peak height)Major

amphibole

-

plagioclase feldspar, potassium feldspar

pyroxene

Moderate

-

amphibole, plagioclase feldspar

-

amphibole, mica

Minor

potassium feldspar, plagioclase feldspar

quartz, potassium feldspar

fluorapatite

quartz

Trace

*quartz, *mica, 'sphene, 'rutile

'calcite, 'pyroxene

'calcite, 'quartz

-

Tentative identification due lo low concentrations, diffraction line overlap or poor crystallinityInstrument: Siemens DSOOO diffractometerScan Conditions: Co radiation, graphite monochromator. 40Kv, 30mA, Step: .02", Step time: l .0 SInterpretations: JCPDS ; ICDD powder diffraction files. Siemens Search l Match software.nctcction Limit: fl.5-2%. Suongly dependent on crystallinity.Interpretations do not reflect the presence of non-crystalline l amorphous compounds. Mineral proportions art basedon relative peak heights and may bc strongly influenced by crystallinity, structural group or preferred orientations.Interpretations and relative proportions should be accompanied by supporting petrographic and geochemical data (WRA, fCP-OKS).

MineralAmphibole*CalciteFluorapatitePlagioclase FeldsparPotassium FeldsparPyroxene*MicaQuartzRutileSphene

Composition(Ca,Na)2(Fef2,Fe*5))Mg)3(Si)Al)l022(OH)2CaCOjCas(PO,)3F(NaSi.CaAOAlSijOjKAlSijO,Ca(Mg,Fe,AI)(Si.Al)j06K(Mg,Fe)AIISijAlO10(OH)2SiO3TiO2CaTi(SiO4)0

jVote:Confirmation of amphibole and pyroxene composition requires electron microprobe analysis (EMPA).

Lisa Ryan XRD Technician

Nichols McKay, Senior Mine*fltogjs

•fhf Qialiiuiin: XRD *MhoJ(METH t &-8-I) **ttity UJufmUKueonlitjnilKdMoenlotfealStrflca a accndatJto OK ISO ISO (iuitk IS sttoutanl by the StceubnJ* Cmatcit afCtmaJa. Mou-netMorailaWe upon rct/uai.

10e

MDC-050B

n M in10in(Z)I' llQ

U

f s

^i^i^^dtll^*L^.*^i^jL^^^^l^*stdl^tJL.l10

i

2030

r*o o j oK UZ

in

m mi

ooNi-H

a

40 50 60

Lakefield Research Limitediie: jan500a-10.RAW - Start: 6.000 ' - End: 70.000 * - Step: 0.020'- Step time: 1.0 s (333-1161 C) - Quartz, *yn - SI02 *.i42-1339 (C)- BkXrtf2M1 - KMg3{8J3AI)010(OH)2 @41-14d3 (l) - Augite, aluminian - Ct(Mg.F8*3,AIMSi,AI)206 B20-0469 (N) - Hastingsite, magrasten - (Ca,Na)2{F**2,F**3,Mg)5(Si^)fl022(OH)2

in 0

MDC-050A2

wN-H

W Nin ID in e t-

10 20 30

Stot

.^., if*.. . j* *4i L .. i li** .tot. * .1^^ . ^^i *K .^40

50 30 70oo J o rt w z

in

i mi m i

(O

Lakefieid Research LimitedQJFHe: jan5008-9.RAW - Start: 6.000 * - End: 70.000 ' - Step: 0.020 ' - Step time: 10 1 (120-0554 (D) - Atblle, entered - NaAISI3O8 Wf 9-0932 (i) . Microcline, IntBmMdMte - KA18J308

0&OS86 C) - Ctlcit*. syn - CaC03 S 34-0011 (O) - fluorapatite, tyn - Ca5(PO4)3F [H33-1 161 r) - Quartz, *yn - SI02

i

w eo.

MDC-020B2

co

i COi N in10in o

11 a 10

20 30

o o

u z

o 'tin

m m

i to

4050

60

Lakefield Research Limited70

r jan5006-2.RAW - Start: 6.000 ' - End: 70.000' - Slap: 0.020 * - Step lime: 1.0 a ® 1^0932 (l). MicrocJinc, inlernMdtate - KAISI3O8 11)41-1480 (l) -Albite, caldan, ordered - (Na,Ca)AI(SI^U)3O8 S*j42-1339(C) - Bfetito.2M1 - KMg3(SOAI)010(OH}2®20^)469 (N) - Haatlngsit*, magnMl*n - (C*,Na)2(Fa-*-2,F^3,Mg)5(Si,AD8O22{OH)2 11)33-1161 C) - Quartt, syn - Si022S0177 (l) - titanite, ayn - CaTK8404)0

•321-1276 O - RuHte, *yn - TfO2

o

t a

MDC-030B

l N

CM in^ in0

30

o o j oIXw

e

in

-

40 50 60 70Lakefield Research LimitedElFiie: Jan500ft-5.RAW - Start: 6.000' - End: 70.000 * - Slep: 0.020' - Step lin*: 1.0 a320-0654 (0) - AJbJtc, ordered - NaAJSOOS

Hl19X)d32(0 - Microcline, intermediate - KA/SiSOS®33-1161 C) - Quarte, *yn - SI02320-0469 (N) - HastingtKe, magnesian - (Ca,Na)2(Fe*2,Fe*3,Mg)6{Si,Al)e022(OH)205-0586 C) - Catefts, syn - CaCO3 924-0203 (l) -Augite - Ca(Mg,Fe)SI206

mi

CO

l.H

(Z

LAKEFIELD RESEARCH LIMITEDP.O. Box 4300, 185 Concession St., IskeffekJ, Ontario, KOL 2HO

Phone:705652-2038 - FAX : 705-652 6441

0V\ -Lakefield, January 28, 1999

At Lil

(O lsta.

in toino

! r—

U,M

O)X CO

k (' vV

No.

123456789

10111213141516

--17

fSoy; v w

Sample ID

MDC-050-CMDC-010-AMDC-040-AMDC-020-CMDC-020-AMDC-010MDC-050-A2MDC-050-A1MDC-020-B2MDC-050-BMDC-040MDC-020-BMDC-AMDC-BMDC-CMDC-D

Check - -MDC-050-B

}

.C

Si02 A1203*

93.195 .461.60.12 <71.262.263.874.556 .051.163.154. 21.150.570 .680.57

Sl.l

*

1.281.7614.50.0114.616.518.013.6B. 113 .1517.02 . 530.350 .170 .IS0.17

3. IS

Date Ree. : January 22, 1999 LR. Ref. : JAN3009.R99 Reference : Jan 5008.99

CERTIFICATE OF ANALYSIS Pr^ ect ^J 0̂1 1 85

Fe203 MgO CaO Ka2O K20 T O2 P205 MnO /Cr203 \ V2O5 LO!

*

3.340.784.850.531.582 .140.721.146.5011.32 .268. 570.200.330 .200. 11

11.2

*

0.070.072.200,460.451.470.300.2311.314 .31.4911.90 .100.060 .060.08

14 .1

*

0 .060.234 .0553 .20.783.222.430.225 .9013.31.7218 .453.254 . 054 .054.4

13 .3

*

0 .410.424.520.075.004.906.914 .445.202.714 .792 .710 .330 .300 .260.28

2 .75

Ife

0.54 <1 .097.400.014 .847.416.235.903.701.85B. 210.880 .070 .030 .040.03

1.84

*

0.010.040. 140 .020.050.190.010 .102 .210 .450.130.210.020.020 .010 . 02

0.44

*

0.030.180 .200.020.130.491.550.030 .01C .700.480.3340 . 040 .340.6 10.7

0.69

*

0.030.010.130.330 .040 .080.030.030.230.360.070 .420.040.040 .040 . 03

0.35

^

< 0c 0< 0< 0s 0< 0< 0< 0< 0c 0c 0 c 0< 0< 0^ 0< 0

c 0

-V.01 <.01 <.01. 01 <.01 <. 01 <.01 c.01 <.01 <.01.01.01.01 ^.01 c.01 *.01 <

.01

*0 .010 .010.020 .010.010 . 010.010.010.010 .010 .010.020 .010.010 .010.01

0.01

*0.080.640.9443.80.780.740.720.731.861.850 .670.961.701.831 .090 .50

1.82

SUM*

98.9100.6100 .698.6

100.599.3

100.7100.9101.0101.1

99.9101.197.297.797.296.8

100 .8

/? 1 /2?*

\\t\Vecc 'Rae f/ J //W7. ^ ..,. L . i- i .H v K^A- fc^W^

Roch Marion, B.Se., C.Chem.

Assistant Manager, Analytical Services

"ft MEMBER OF IAETL CANADA

Accredited by the Standards Council of Canada in partnership with CAEAL lo the ISO/IEC Guide 25 standard for specific registered tests.

The anatytical results reported herein r*(of 1o the samples as received. Reproduction of this analyliealj*port In lull or tn part is prohibited w.Uiout prior written approval.

Ct, Vf^ViAU C O T ^1 O

LAKEFIELD RESEARCH LIMITEDP.O. Box 4300. 1 85 Concession Si., Lakefield, Ontario. KOL 2HO

Phone ; 705-652-2038 - FAX : 705-652-6441

lvC\*vK)4T\ o A^ L

vv- OVK Lakefiekl, January 28, 1999

Date Ree. LR. Ref.

Attn : HVJ^V^Ci *Vry/* Reference

iect

CERTIFICATE OF ANALY&JfS'No. Sample ID Au Ag

g/1 g/t

January 22, 1999 JAN3009.R99 Jan 5008.99 8901-185

1 MDC-050-C2 MDC-010-A3 KDC-040-A4 MDC-020-C5 MDC-020-A6 MDC-0107 MDC-050-A28 MDC-050-A19 MDC-020-B2

10 MDC-OSO-B11 MDC-04012 MDC-020-B

13 MDC-A14 MDC-B15 MDC-C16 MDC-D

-- Check --

17 MDC'050-B

0 .02 < 0.5-----.-.-.-.-.-.-------.----

--

Roch Marion, B-se., C -Chera.

Assistant Manager, Analytical Services

A MEMBER OF 1AETL CANADA

Accredited by the Standards Council of Canada in partnership with CAEAL to the ISO/1EC Guide 25 standard lor specific registered tests.

Th* aoslytical ruviRs rawufimi neriin , ftfa r 10 ih. eBmpios a s receivurj. ReoroOnction or cms analvii::si ieoar(. in full of in part is prohibwl without prior wrinen approval.

k O f1*IV4Wf\WA*W\*l * l/ — ttQf^JO^J^Ol^O

Ukefldd ant**** Umitrt

1. Summary

A suite of rock samples was submitted for selected tests including chemical analysis (whole rock and Au/Ag), X-ray diffraction and petrographic analysis.

Chemical analyses are presented in Appendix l.

A summary of the mineralogical results is presented below:

Tablet: Sun

Sample

MDC-020BMDC420B2MDC-020CMDC-030AMDC-030BMDC-040AMDC-049BMDC050A1MDC-050A2MDC-050B

maryof RMults

Test

PETXRDPETPETXRDXRDPETPETXRDXRD

Italite

Anapbibole (fcrro-tctinolitc). Minor cakite along fractures.Ampbibole, minor potassium and plagioclase feldspar.Massive calcite. Traces of iron oxyhydroxides.MouMht.Amphibole, plagioclase feldspar, minor quartz, potassium feldspar.Potassium and plagioclase feldspar, minor amphibole.Medium-grained tyaafte.Medium-grained granite.Plagioclase and potassium feldspar, minor apatite.Pyroxene, moderate amphibole and mica, minor quartz.

LAKEFIELD RESEARCH LIMITEDFebruary 8,1999

Stacey Pauze, B.Sc. Mineralogical Services

Nichola McKay, M Se Senior Mineralogist

Bob IrwinManager, Mineralogical Services

Technical Support: Jew* PayaWRkk Wittccoek (Lapidary jPrcparatte*), UM Rjraa (XRD Anarytii).

62-IS-99 11=16 HINEROLOOY ID-7B5B523I23 P. 86

Petrographic Analysis

MDC-Q20B

Table 2; Mineral Assemblage

PTS 5247

Mineral

ActinoUte

CalciteSpheneQuartzApatiteMicrocline

ZirconSericite

Fe-oxyhydroxidesPyrite

Vol.%est

95

3.51

O.S0.5O.5

O.5O.5

0.5^.5

SheMm

N/A

cSOOO 000 c*00"0(00^000

-50N/A

clO<10

Comncats

Massive crystals, green pleochroic. Characterized asferro-actinolite based on WRA composition and opticalfeatures.Anhedral grains, occur as fracture-controlled.Disseminated subhedral crystals.Rounded inclusions in amphibole.Euhedral crystals occurring as inclusions in amphibole.Anhedral grains rimmed by iron oxyhydroxides.Serichized.Disseminated crystals.Fine alteration on microcline.

Staining along fractures.Disseminated crystals. Rounded.

MDC-020B was a pan of massive amphibole-bearing rock. Based on whole rock analysis, the amphibole is classified as ferro-actinolite. The amphibole is weakly replaced by calcite along fracture planes. Trace amounts of disseminated inclusions of sphene, apatite, microcline, quartz, zircon and pyrite were noted. Microcline grains were altered to sericite. Fine-grained iron oxyhydroxides were present along fractures.

MDC.Q20C PTS 5248

Mineral

Calcite

Fe-oxyhydroxides Pyrh*

Vol.% est

3*9

•cO.2 ^.2

Sizeurn

N/A

•clO OO

CejauMvts

Massive, sparry.

Staining along fractures. Alteration of pyrite. Relict crystals. Altered to Fe-oxyhydroxide at rims.

MDC-020C was a fragment of massive sparry calcite. Whole rock analysis indicated the presence of trace magnesium in the structure. The calcite contained trace inclusions of pyrite. Iron oxyhydroxides were present as staining on fracture planes and as alteration rims on pyrite.

82-18-99 li:16 HINEROLOCY ID-7856523123 P. 87

UkcflfM R*M*rcfc Limited

MDC-030APTS 5249

Table 4: Mineral AssemblageMteenJ

Alkali feldspar

Plagioclase

QuartzSericiteZirconSphene

Fe-oxj-hydroxidePyrite

VoLSesr.

45-50

40-45

5-71

O.5*3.5

O.S cO.S

Stemn

QOOO

<I200

^000<1030

C250

^025

COOHDCBtS

Both microcline (mainly) and orthoclase.Subhedral, granular particles with minorinclusions of quartz. Weakly replaced by sericite.Subhedral, granular crystals: albite tooligoclase in composition.Anhedral grains.Very fine-grained. Replaces microcline.Masses of fine crystalsSubhedral grains, interstitial to feldspars.

Inter-granular and fracture staining.Finely disseminated crystals.

MDC-030A is fine-to medium-grained, hypidiomorphic and inequigranular monzonite. It was composed of granular potassium and plagioclase feldspar, with minor amounts of quartz. Trace amounts of euhedral zircon, sphene, Fe-oxyhydroxides and pyrite were also noted. The rock exhibited minor iron staining along fracture planes and between mineral grains.

92-18-99 li:16 HINEKOLOGY ID-TS5B5Z31Z3 P . S B

(Ut ItriCTMtlfttl

MDC-040

UkcfeM ItattK* LJmifcd

PTS 5250

Table 5; Mineral AssemblageMineral

Microcline

PlagioclaseQuartzAmphibole

Apatite

ZirconBioliteChloriteSphene

PyriteFe-oxyhydroxidcs

Vol.%est.

55-65

25-352-32-3

1

*C0.50.50.5O.5

0.51

Six*firn

^500

3500 ci 500^300

c120

^0^00<400^50

^00^0

Comwento

Typically subhedral, and displays patchy perthitictextures. Weakly cut by thin fractures fUlad withclay-size minerals and possibly Fe-oxyhydroxides.Subhedral grains: albite m oligoclase in composition.Anhedral grains, locally interstitial.Subhedral green to pale green pleochroicgrains. Weakly replaced by Fe-oxyhydroxides andclays.Euhedral crystals, occurring as inclusions inquartz and feldspars.Disseminated euhedral crystals.Subhedral, disseminated, interstitial laths.Anhedral grains.Subhedral, disseminated and interstitial grains.

Disseminated oystals. Rimmed by Fe-oxyhydroxides.Rimming on pyrite and staining along fractures.

MDC-040 was a fine- to medium-grained, hypidiomorphic, and inequigranular syenite. It was composed of medium-grained potassium and plagioclase feldspar, with minor amounts of quartz, apatite, and Fe-oxyhydroxides, and trace amounts of zircon, biotite, chlorite and sphene. The sample was somewhat coarser-grained than MDC-030A, with feldspar crystals greater than 2500 nm in diameter. MDC-040 contained a higher proportion of ferro-magnesian minerals (predominantly amphibole) than MDC-30A and MDC-050A1.

82-18-39 li:IT MINEROLOGY ID-7S5SS23123 P - S9

KA* IttttrMNoMl JH-IJS/J

MDC-050A1PTS525I

* - -" -" .-~ . ~. ...w. .OT. ̂ w.

Microcline

PlagioclaseQuartzAmphibole

Apatite

SericiteSphene

Pyrite

fe-oxyhydroxides

Vol.%est.48

2624

O.5

O.5

O.5O.S

cO.S

2

SIMjun

^2000

<1500^000^00

*CIOO

<lO^00

<80

^0

Comments

Typically subhedral, and displays cryptoperthitictextures. Cut by thin fractures filled with clays-sizeminerals, and displays patchy sericite alteration.Subhedral grains. Albite to oligoclase in compositionAnhedral grains.Subhedral grains. Pale green to green pleochroic.Weakly replaced by Fe-oxyhydroxides.Subhedral grains occurring as inclusions in quartz andfeldspars.Fine alteration of microcline.Subhedral, interstitial and disseminated grains.

Disseminated relict crystals rimmed byFe-oxyhydroxides.Fracture-controlled, form stainings along fractureplanes, and rim pyrite.

MDC-050A1 was a fine- to medium-grained, hypidiomorphic, and inequigranular graaute. It was composed of a medium-grained potassium and plagioclase feldspars, and quartz. Trace amounts of amphibole, apatite, sericite, sphene, pyrite and Fe-oxyhydroxides were also present. The proportion of quartz was higher in this sample than in MDC-030A and MDC-040.

Ma.y-O8-OO 1O:OOA Rae Inter-nation P. O2

Ontario lMnMyrf " ifiemDe Declaration of Assessment Work

Performed on Mining LandMining Act Subeecttofi W(J) Md Mpj. K.8.O. IMt

Transection Number (offlct use)

OOP H iAnewfnent FHn Research Imaging

on 86(2) md 06(3) of the Mining Act. Under Motion B of In* Mining AcUhJs wk md cotTBftpond Wfflh the nwim0 bnd hoWw. QuMttonv Bboul Inn cowcftofl nd Mines, 3rd Floor. 333 Rwraey Lake Road, Sudbury. Ontario. P3E 685

31D16NW2005 2 .20364 MONMOUTH 9QQ

1. Recorded holderfe) (Attach a list if necessary)

ling a claim, use form 0240.

Name

AddrtM

dent Number

Telephone Number

Fax Number

f \ /~\^' i; j

^r' \J

2. Type of work performed: Check (-0 and report on only ONE of the following groups for this declaration.Geotechnical: prospecting, surveys, assays and work under section 18 (regs) D Physical: drilling stripping,

trenching and associated assays D Rehabilitation

Qssos/S Office UseCommodityTotals Valueot Work Claimed

H , . t. '/t:

NTS Reference

OloM Po.*or*n *ydnn OMn (If Mtafeto) ^^o^3MouT^\ Mining Division d

District

Please remember to: - obtain a work permit from the Ministry of Natural Resources as required;- provide proper notice to surface rights holders before starting work;- complete and attach a Statement of Costs, form 0212;- provide a map showing contiguous mining lands that are linked for assigning work;- include two copies of your technical report.

3. Person or companies who prepared the technical report (Attach a list if necessary)Nt™ (toe.A*"~ ourNeme Telephone Number

Addre* Ftx Number

Name*T-a-

Telephone Number

Addreea Fen Number

4. Certflcation by Recorded Holder or Agentl. /f . do hereby certify that l have personal Knowledge of the facts set forth in

(PrMNmJ

this Dedaration of Assessment Work having caused the work to be performed or witnessed the same during or after its completion and, to the best of my knowledge, the annexed report is true.

_______________________ ,, __________________ .^^ ________________________________Signature of Recorded Holder or Aoent S , ^2*oAgent's Address -- — /-i . ,

tfr?3 fic ( 644700 OlJTTelephone Number

RECEIVED"2000

^ASSESSMENT

MflY 08 '00 11=13 613 475 4542 PflGE.02

May-OB-OO 1O:O1A Rae Inter-nation 613-475-4542 P.O3

S. Work to be recorded and distributed. WorK'carTonly be assigned to claims that are contiguous (adjoining) to the mining land where wort was performed, at the time work wes performed. A map showing the contiguous link must accompany this form.

Mining Ctokn Number. Or IfVVtXK MM OOM OH OVrWTWlQBMmining tend, •how In thto column ttw location numb* IntfciiiYi on ww cWm mp*

•a•g j•gi2

3

4

S

e7

8

9

10

11

12

13

14

15

SO 1 077OU)-?

Column ToUte

NUfflbW Of CwferllUnB*.Forottw mmmglmd,WhKtUM.

A

3

Vikwofwodi pflnotnwQ on nte oWmoreMnr fftinnQ tano.

7,3J5.?3

7^5.^3

VakitMvark ippdtdtelhl*cWm.

I.^OO.^o

IbOO-00

VdwofwortmdgiMdtoottwr mlnlfiQ clikiit.

*— -

f-.'

-O

o

Blnk. VrtiM of *orfctotodMrtMM •Illuturedite

r* O s-4* v *

5". 735. ?^.

5" 7.25.? 3

c-

., do hereby certify that the above work credits are eligible under(PM Ft* MUM)

subsection 7 (1) of the Assessment Work Regulation 6/96 for assignment to contiguous dalms or for application to the claim where the work was done.Sfratore of Recorded HoJeyorAjyl AuBMlte/nvVrBnu

l. Instruction for cutting back credit* Hurt are not approved.

Some of the credtts claimed In this declaration may be cut back. Ptease check (*0 in the boxes below to show how you wish to prioritize the deletion of credits:

O 1. Credits are to be cut back from the Bank first, followed by option 2 or 3 or 4 as indicated,a 2. Credtts are to be cut beck starting with the dakns listed lest, working backwards; orD 3. Credits are to be cut back equally over all claims listed in this declaration; orD 4. Credits are to be cut back as prioritized on the attached appendix or as follows (describe):

Note: H you have not Indicated how your credits are to be deleted, credits will be cut back from the Bank first, followed by option number 2 If necessary.

For Office Use OnlyReceived Stamp

OMKOOT)

Deemed Approved (Me

D* Approval

CM* MoWtorton Sv*

ToM VMu* of CradN Approved

i^otriv/cn

GEOSCIENCF ASSESSMENT ._____OFFICE

MflY 08 '00 11=13 613 475 4542 PflGE.03

Ontario Ministry ofNorthern Developmentand Mines

Statement of Costs for Assessment Credit

Transaction Number (office use)

Personal information collected on this form is obtained under the authority of subsection 6 (1) of the Assessment Work Regulation 6©6. Under section 8 of the Mining Act, this information is a public record. This information will be used to review the assessment work and correspond with the mining land holder. Questions about this collection should be directed to a Provincial Mining Recorder, Ministry of Northern Development and Mines, 3rd Floor, 933 Ramsey Lake Road, Sudbury, Ontario, P3E665

Work Type

fieldwork 1 prospecting

Report preparation

Lab Analysis

Units of workDepending on the type of work, list the number of hours/day worked, metres of drilling, kilometres of grid line, number of samples, etc.

16.5 days

11 days

assays, whole rock, ID

Associated Costs (e.g. supplies, mobilization and demobilization).Field supplies

Report supplies, drafting, staionary

Transportation Costs

Mileage (3,790 km)

Food and Lodging Costsmeals and accommodation O C/*^ f"'' l \ l y- " "^ — 'ncoti! vcU

—— N..y p 3 2QGD —— ————— '

GEOSCIENCE ASSESSMENT Total VaOFFICE

ty Cost f y Urot f , ^ otWor* ' ,. \ '

SlOO.OO/day

3100.00 1 day

variable

30.30 per km

total

lue of Assessment Work

Total Costfi

S1 .660.00

S1, 100.00

S2,910.40

3104.39

S1 37.29

S1, 137.00

$286.75

S7,325.83

Calculations of Filing Discounts:

1. Work filed within two years of performance is claimed at 10007o of the above Total Value of Assessment Work.2. If work is filed after two years and up to five years after performance, it can only be claimed at 5007o of the Total

Value of Assessment Work. If this situation applies to your claims, use the calculation below:

TOTAL VALUE OF ASSESSMENT WORK x 0.50 = Total S value of worked claimed.

Note:- Work older than 5 years is not eligible for credit.- A recorded holder may be required to verify expenditures claimed in this statement of costs within 45 days of a

request for verification and/or correction/clarification. If verification and/or correction/clarification is not made, the Minister may reject all or part of the assessment work submitted.

Certification verifying costs:

l. Andrea Mary Rae ,, do hereby certify, that the amounts shown are as accurate as may reasonably(please print full name)

be determined and the costs were incurred while conducting assessment work on the lands indicated on the accompanying

Declaration of Work form as. certification.

Recorded Holder

(recorded holder, agent, or state company position with signing authority)

l am authorized to make this

0212(03/97)

Sig Date

9 9 O Q ^ AJifsJ i. x4- V- ";.,' \.f -*

Ministry of Ministere duNorthern Development Dlveloppement du Nordand Mines et des Mines Ontario

Geoscience Assessment Office 933 Ramsey Lake Road

July 5, 2000 6th FloorSudbury, Ontario

ANDREA MARY RAE P3E6B5 RR#3,(14 WALT ST. SMITHFIELD)BRIGHTON, ONTARIO Telephone: (888) 415-9845 KOK-1HO Fax: (877)670-1555

Visit our website at: www.gov.on.ca/MNDM/MINES/LANDS/mlsmnpge.htm

Dear Sir or Madam: Submission Number: 2 .20364

Status Subject: Transaction Number(s): W0090.00041 Approval

We have reviewed your Assessment Work submission with the above noted Transaction Number(s). The attached summary page(s) indicate the results of the review. WE RECOMMEND YOU READ THIS SUMMARY FOR THE DETAILS PERTAINING TO YOUR ASSESSMENT WORK.

If the status for a transaction is a 45 Day Notice, the summary will outline the reasons for the notice, and any steps you can take to remedy deficiencies. The 90-day deemed approval provision, subsection 6(7) of the Assessment Work Regulation, will no longer be in effect for assessment work which has received a 45 Day Notice. Allowable changes to your credit distribution can be made by contacting the Geoscience Assessment Office within this 45 Day period, otherwise assessment credit will be cut back and distributed as outlined in Section #6 of the Declaration of Assessment work form.

Please note any revisions must be submitted in DUPLICATE to the Geoscience Assessment Office, by the response date on the summary.

If you have any questions regarding this correspondence, please contact JIM MCAULEY by e-mail at james.mcauley@ndm.gov.on.ea or by telephone at (705) 670-5880.

Yours sincerely,

ORIGINAL SIGNED BYSteve B. BeneteauActing Supervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 15028

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2.20364

Date Correspondence Sent: July 05, 2000 AssessonJIM MCAULEY

Transaction First Claim Number NumberW0090.00041 1077067

Section:9 Prospecting PROSP

Township(s) l Area(s)

MONMOUTH

Status

Approval

Approval Date

June 30, 2000

Correspondence to:Resident Geologist Tweed, ON

Assessment Files Library Sudbury, ON

Recorded Holder(s) and/or Agent(s):ANDREA MARY RAE BRIGHTON, ONTARIO

Page: 1Correspondence ID: 15028

Dudley Twp.

13 14 15 16 1725 E6 27 28 29 3O 3, 32 33 M 55

XVII

12 '3 14 J 5 16

31 32 33 34 35

Anstruther Twp.

OO

LEGENDHIGHWAY AND HDUTF No

SUFVtVED LINESTOWNSHIPS. HA6F KNEE,IOTS. MMiMGCk AIMS PARCELS. ETC

UNSllfivEYEO L INESLOT LINFSPARCEL flOuNUAft TWIMINti CLAIMS ETC

WAILWAV AND HlfiHT QF WAY UTILITY L lttf^

STflfcAM f LtiUDING R IGHTS

SUBDIVISION QflcowPosiTF PLANHISFHVATION5

OHIL.INA. SHORTI t Nf

WAH^HQR VMJSKfG

MtNfcS

SE MDNUMFM

ri.—f l

DISPOSITION OF CROWN LANDS

TVP6 OF DOCUMENT SYMBOL

PATENT. suHi-Acf a MININC, RIGHTS . 9.5URIACC RIOHTSOHl Y. ....... . OMlhiNt R IGHTS OMLV O

LE*SF,SURFACE l MINiWt, FUfiHTS MSURFACE HIGHT5ONI Y .. .......... . OMJMfJii RhGHTSONLY . ,.. B

L iCFiw:F OF ocf^wAriON ...... ......... .. .... TORDtft IH COUNCIL .......... OCRESERVATION ...... . . . (5CANCFUED - .. *SANC A GRAVELLAND

e(A)

SCALE l INCH ' 40 CHAINS

j OWJ l i Ma i

NOTESThis Mop Is No1 To Be Used

— FOR SURVEY PURPOSESOriginal shoreline SfiOwn ftuis : —-* "^"FRI Efiorelne shown t husPaients Mop sho'eim*! tfiown thui. -,-.-....-.-/'-"-

Status o f sumrner r Cscrf locodoos shown

Please contucl Ntmsfry cf Noturul

GRAVEL AND SAND

AREAS WITHDRAWN FflOM DISPOSITION

M.R.O. M INING HIGHTSONLYsfl.o SURFACE RIGHTS ONLY

-MINING AND SURFACE RIGHTS

Ociiv Ne. Otlm bt^amntor, F ill,-, sec,

THE INFORMATION THAT APPEARS ON THIS MAP MAS BEEN COMPILEDFROM VAPlOUS SOURCES,AND ACCURACY is NOTGUARANTEED. THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON BLLT WITH THE WIN MG RECOHDEfl, M INISTRY OF NORTHERN D EVELOP MCNT AND V INES, FOR AD DITIONAL INFORMATION ON THE STATUS O F THELANDS SHOWN HtREOKl400- *WfACf HWKTS HEWIWATIQN AHUNP ALL TMF LAKEt AW MWEM

M.H.O.

MONMOUTHMN R ADNK1I5THATIVI DISTRICT

MINDENMINING DIVISION

SOUTHERN ONTARIOLAND TITLES/ NEEISTNV DIVISION

HALIBURTON

Ministry of M inistry ofNatural Northern DeveloiResources and

pmenn

Ontario

Din

l P n an K.G-1298

31D16NW2005 2 .20364 MONMOUTH 200