42A09SW2006 2.19711 CARR

"2.1971 lEXPLORATION ACTIVITIES

IN 1999

for

ST ANDREW GOLDFIELDS LTD.

CARR PROPERTY

In

010

CARR TOWNSHIP

LARDER LAKE MINING DIVISIO

DISTRIC OF COCHRANE

ONTARIO

RECEIVEDSEP 1 3 1S39

GEOSCIENCE ASSESSMENT OfFICE

hv

Dr. Serge NadeauGeochemist/Geologist

St Andrew Goldfields Ltd.

Thursday, September 09. 1999

42A09SW2006 2.19711 CARR

i TABLE OF CONTENTS

PAGE

TABLE OF CONTENTS i

LIST OF FIGURES ii

1.0 INTRODUCTION ll. l LOCATION AND ACCESS ll .2 TOPOGRAPHY AND VEGETATION ll .3 PROPERTY STATUS l

2.0 GEOLOGY AND MINERALOGY 32. l REGIONAL GEOLOGY 3

3.0 SOIL GEOCHEMISTRY SURVEY 43.1 INTRODUCTION 43.2 SOIL GEOCHEMISTRY SURVEY 4

METHODOLOGY AND SOIL DESCRIPTION3.3 DATA AND EVALUATION OF 7

GEOCHEMICAL ANOMALIES

4.0 CONCLUSIONS AND RECOMMENDATIONS

010C

5.0 BIBLIOGRAPHY 12

CERTIFICATE 13

TABLE I Peat results by sodium pyrophosphate method 14

TABLE 2 B-soil results by enzyme leach method 20

LIST OF FIGURESpage

Figure l. Carr Township location map 2

Figure 2. Claim #1224105 location map 5

Figure 3. Airborne photo location of claim #1224105 6

Figure 4. Trace element contents in peat soil samples against distance S 4a. As 4b. Ph 4c. Au 4d. Cd 4e. Hg 4f. Mo

Figure 5. Trace element contents in B-soil samples against distance 9 5a. As 5b. Ph 5c. Au 5d. Cd 5e. Hg 51'. Mo

1.0 INTRODUCTION

St Andrew Goldfields Ltd. holds an unpatented 4 unit mining claim in (he southwestern portion of Carr Township. Larder Lake Mining Division, District of Cochrane. Ontario. The work outlined by this report covers the exploration activities carried OUT from July to September 1999.

The distance to the claim post #4 of the project area is approximately 1.2 mile (2.0 km) east of Matheson and approximately 44.4 miles (71.5 km) east of Timmins. Ontario. The project is located in NTS 42 A/10 and approximately Latitude 48"33' and Lonaitude80"33'.

l. l LOCATION AND ACCESS

The unpatented 4 unit mining claim (1224105) is located in the central portion of Carr Township (G-3613), Larder Lake Mining Division, District of Cochrane, Ontario, as shown in Figure l.

The distance to the claim post #4 of the project area is approximately 1.2 mile (2.0 km) east of Matheson and approximately 44.4 miles (71.5 km) east of Timmins. Ontario, along highway 101. The primary access to the project area is via Highway 101 and then 1.7 mile (2.X km) north on the all weather road (Figure 2).

l .2 TOPOGRAPHY AND VEGETATION

The mining claim occurs over a well-drained flat lying area. The Northwest QUADRANT of the mining claim is mainly covered by grass and hay. and of young lag alder and poplar trees on the east side (Figure 3). The Southern half of the mining claim is mostly covered by poplar and tag alder trees.

1.3 PROPERTY STATUS

St Andrew Goldfields Ltd. holds a 4 unit unpatented mining claim in the southwestern portion of Carr Township. Larder Lake Mining Division, District of Cochrane. Ontario, as shown in Figure 1-2. The following is the mining claim number and the recording date:

L-1224105 4 Units Recorded September 15. 1997.

Carr Town's

\aylor Township

Basemap Information: Digital OBM

ST ANDREW GOLDFIELDS LTD.CARR TOWNSHIP

GEOCHEMICAL SOIL SURVEYRG: 1 | FILE: CARR-GEOCHEM.DWG l DATE: Sept. 1999

SCALE IN METERS

1200 1500

2.0 GEOLOGY AND MINERALOGY

2.1 REGIONAL GEOLOGY

Tlie Abitibi Greenstone Belt consists of an east-west trending belt of volcanics and sedimentary rocks. This is the largest continuous Archean greenstone belt in the Canadian Shield. The Abitibi Greenstone Belt is located in the southwestern part of the Superior tectonic province and is truncated east and west by the Grenville Front and the Kapuskasing Structure respectively. Most of the gold deposits lie in intermediate to felsic volcanic rocks, their intrusive equivalents or associated clastic or exhalative sediments, and mostly at the margins of the volcanic complexes. These deposits have traditionally been associated with shear or fault /.ones. The two major faults in the area. the Porcupine-Destor and the Larder Lake are the prominent structural discontinuities in the rock of the Timmins-Kirkland Lake area. These two easterly trending faults are cut and offset to the west by many northerly trending faults. The Porcupine-Destor Fault Zone "Break" extends in the east northeasterly to easterly direction across the Matheson. German. Stock, Taylor, and Carr Townships. Carr Township lies along the southern limb of the west portion of the Porcupine syncline. It is felt that the fault provided a fissure through which ultramafic magma moved from a zone in the mantle. Porcupine sediments occur predominantly north of and along the Porcupine Destor Fault. These consist mainly of interlayers of greywacke, siltstone and lesser conglomerates from part of the turbidite sequence. The Porcupine syncline was one of the younger folds to develop. The North Tisdale and Kayorum synclines and the Central Tisdale and Vipond anticlines created earlier refolded around the Porcupine syncline. Early folds resulted from a regional north-south compression while the Porcupine syncline is a result of a left-handed couple acting in a southwest to northeast direction.

3.0 SOIL GEOCHEMISTRY SURVEY

3.1 INTRODUCTION

The objectives of the soil geochemistry survey was to identify chemical anomaly in soils resulting from the upward vertical migration and accumulation of chemical elements derived from the underlying bedrocks in order to find new Au mineralization to the cast of the Porcupine Destor Fault Zone in the Carr Township.

Soil samples were analyzed by new selective leaching chemical methods (Enzyme Leach and Sodium Pyrophosphate from Actlabs) since previous soil geochemical surveys which used total chemical analysis methods were unsuccessful to localize Au mineralization in thick overburden soils of glacial origin in the Timmins camp. These new methods use very weak leaching solutions that allow the investigation trace elements accumulated on the rim of soil particles. These new methods of analysis allow the determination of more than 60 chemical elements at the ppb and ppm levels by ICP-MS (Inductively Coupled Plasma-Mass Spectrometry). The enzyme leach selective method is used lo leach trace elements from Mn- and Fc-oxide coatings on soil particles of B-soil materials (sand, silt and clay (Clark, 1999). Sodium Pyrophosphate is used to extract metals bounded to organic matters present in peat and humus (Hall et al., 1996). These methods eliminate the chemical signal derived from the soil particles that are of glacial origin.

Field sampling was done on July 29 1999 by a team of l geologist and 2 students that took soil samples along a line oriented in an N-S direction extending over 800 meters (Figure 2). Data of soil samples was received on August 18 1999 and the report prepared in September of 1999.

3.2 SOIL GEOCHEMISTRY SURVEY METHODOLOGY AND SOIL DESCRIPTION

The soil samples were taken with a Dutch Auger making a hole of 7 cm indiameter. Peat and B-soil samples were mostly taken at a depth of 20 to 30 cm beneath the humus soil layer.

Since most of the property was probably used for farming activities samples were taken on the East side of the property which has tag alders vegetation. The Eastern half portion of the property does not present traces of recent farming activity (Figure 3). The samples were collected close to the fence (within 1-2 meters) since the soil showed the least evidences of modification. Sampling sites were chained 20 meters and are indicated by circle symbols in Figure 2.

A\ LOT 3

CON 3

LOT 3

CON 2

rf O

aV

a

h-o

LOT 2

CON 3

Sample Soil: ia/Au/Hc/Cd/Pb/lfo

We-C-10044 CLAY 13/OU/ (l/ <OJ/ 8/ 14 —, We-C-10043 PEAT 27i/ O/ 23/ 302/ 2J1/O3 —,992-C-10044 CLAY ^/OU/O/ 0.4/ 3/10—, 99e-C-10047 PEAT 204/ O/ 27/ 271/ 3J7/O3 — , ne-C-10048 PEAT 4BO/ C/ 36/ 3E4/ X89/86 —,992-C -10049 PEATwe H: -10030 PEAT99C-C-10031 PEAT992-C -10032 PEAT992-C-10033 PEAT992-C -10034 PEAT992-C-10033 CLAYTW -C- IOCS* CLAYWe-C-10037 CLAY

l * We-C-10036 CLAYP 1 ri 1 TT! wz-c-1003* rcAi^ X ^ A A A A 992-C-lOOM CLAY

1224105, . v 992-C-10044 CLA 14- 1 1 "H 1 t ̂ J 1 We-C-LOO*3 CLAV ^ U.11A LS ) t*e-c-ioo6* CLA

9W-C- 100*7 CLAV92-C-IOOU CLAtW-C-10069 CLAW2-C-10070 CLAY.99C-C-10071 CLAYiwe-c-ioo7e CLAYWe-C-10073 CLAY992-C-10074 CLAY992-C-10073 CLAY9W-C-10076 CLAY

We-C-10071 CLAYWE-C-10Q79 CLAYtw-c-iooeo CLAYMC-C -10081 CLAY *W-C-IOOW CLAY

rTown 'JL VJ' v v JL JL t

SCALE IN

—————— ——400 0

SKBasemap Information: Digital OBM ^r^^

39/ <l/ 7/ 333/ 2.49/33 —,134V <l/ 47/ 430/ 3J4/193 —,'OB/ *1/ 47/ 420/ 3^1/200 ™t40/ W SI/ 33t/ ajl/19* —308/ W SI/ 213/ M7/39 —30O/ O/ 84/ 242/ E.47/O3—

9/OU/ y/ (Xfi/ 3/ 89/4U/ d/ OJ/ 4/ 7

lo/au/ <l/ as/ e/ 9 —7/<lu/ o/ ae/ e/ n —

E49/ a/ \Z/ BE/ I.41/O3 _

?/ ^l/ <l/ O6/ 3/ 13 —

20/ CM/ CI/ CL3/ li/ 10 —9/ <al/ a/ as/ is/ 24 —, 9/ au/ a/ a4/ ?/ e4— ?/ au/ a/ <0i/ io/ u -.

10/ <OJ/ *1/ OJ/ l/ 13 ~a/ au/ a/ a4/ 3/ is —*/ au/ o/ aii/ 4/ 9 —li/ au/ a/ at2/ is/ 22 —e/ au/ a/ M/ 9/ 23 —li/ (W/ <l/ 0.4/ 9/ U —14/ <(U/ U/ tkt/ 14/ 11 ~-ll/ OL1/ l/ 0.4/ Ifc/ 22—is/ coa/ y oj/ io/ 12—10/ XO,!/ l/ <0i/ 6/ 3 —

li/ au/ i/ a?/ */ * —10/ <04/ l/ l.*/ 4/ 3 —o/ toa/ t/ ij)/ e/ i —

7/ ail/ i/ aa/ 4/ a

Lx^l "|l^Q

ship

LOT 1

CON 3

nationnow —————— - — - ———

LOT 1DON CON 2

DON

OON

DON

SOON

ZOON

100N

1 —

1

METERS

——— -J 1400 800

ST ANDREW GOLDFIELDS LTD.H CARR TOWNSHIPM GEOCHEMICAL SOIL SURVEY^ FIG: 2r7

FILE: CARR-GEOCHEM.DWG DATE: Sept. 1 999

claim

1224105 (4 units)

Air photo: L3W-131; St Andrew Goldfields Ltd

400 800

The soil cover is composed of a humus layer (AO) of 2 to 5cm in thickness. The A l soil layer is composed of dry to slightly wet decomposed organic matter that was only sampled when thicker than 20 cm and ranged from K) to 45 cm between stations SOON and 460N (Table 1). The B-soil layer underneath A horizons starts by a Grey crumbly clay over 5 lo 15 cm which becomes more brownish at depth. Most of the clay samples were collected between stations 540N and O with only two samples between 560 and 800N (Table 2). The B-soil is generally a dry to crumbly brown clay with 10 to 2(Y7c of silt grains. Locally the brown clay matrix contains thin pale beige to orange clay layers. The B-soil thickness is greater than l m, which is the limit of the auger length for soil sampling.

A total of 41 soil samples were collected along the sampled line. Of the 41 samples l l are peat samples and the remaining 30 are B-soil samples (Table l and 2). The sample weight was about 0.5-1 kg and stored directly into Ziplock bags. The samples were processed at the Stock Mine site on the same day. An aliquot of 200g of each sample was transferred into a new Ziplock bag and sent for analysis to Actlabs (Ancaster. Ontario). Peat samples were analyzed by the Sodium Pyrophosphate leach method. The B-soil samples were analyzed by Enzyme Leach method. Three soil samples were analyzed twice to represent field duplicates standards (2 B-soil and l peat samples) and check laboratory reproducibility (Table l and 2).

3.3 EVALUATION OF GEOCHEMICAL ANOMALIES

The peat samples data are given in Table l and B-soils data in Table 2 along with their station location. More than 60 trace elements were determined by both selective leaching methods. Elements with contents lower than detection limits are indicated with the symbol < followed by the value of the detection limit.

In peat samples several element concentrations are in the ppb (parts per billion) range and many do not exceed the value of their detection limit: Li, Se, Br, Ru. Pd. Ag. Te. Cs. Re. Os. Pt, Au and Bi (Table 1). Similarly several elements of B-soils fall in the low ppb range and do not exceed the value of their detection limit: Be, Se, Ge. Se. Ru. Pd, Ag. In, Sn, Te, Tin, Ta. Re. Os, Pt. Au, Hg, Tl and Bi (Table 2). Only a few elements in B-soils reach more than a thousand ppb: e.g. the volatile element CI, and the metallic element Mn and Sr.

Plots of As, Pb, Au, Cd, Hg and Mo concentrations in peat (Figures 4a-f) and in B-soils (Figures 5a-f) are shown against their location along the N-S sampling line. Only the chemical elements commonly associated to gold are displayed. As, Pb, Au. Cd. Hg and Mo concentrations could by several order of magnitudes in peat Vs B-soil (e.g. Pb in the ppni in peat vs. ppb of B-soil see Fig. 4b Vs 5b. Significant variations in As. Pb. Cd. Hg and Mo are displayed by the occurrence of single apical and double peaks at about the

same stations for peat in the northern part of the claim. Those same elements show different distributions in B-soils with high abundance of Pb, As and Mo but low Cd values for the same stations (Figures 5a-0- Although not plotted many other elements display single and double peaks at roughly the same stations that may be narrower or broader in peat and B-soil samples: e.g. It. Lie, CE, Zn, NB, Th, U, Ni, (Table l and 2). Although these chemical variations appears small and mostly in the ppb range they are much larger than observed in field duplicates of peat at station 580N and in B-soil samples at stations 340N and 100N, as the latter reflect sample heterogeneity and analytical uncertainties (Figures 4 and 5).

These variations are too systematic to be considered to be of secondary origin such as due to fanning activity with soil contamination. It is inferred that they represent geological processes at depth in the underlying bedrocks. Combination of apical peak and double peaks for these same elements in a given area was observed elsewhere in peat and B-soil samples on our properties. Single peak occurring over one or two stations tor many chemical elements are generally typical of a fault. Several single peaks over several stations are typical of a fault/shear /.one. Combination of single and double peaks extending over several stations reflects more complex or superposed geological features such as fault/shear zone and mineralization. These combined anomalies either correspond to fault/shear zone in bedrocks and/or mineralized rocks that have undergone significant alteration, and dissolution of trace elements that migrated vertically in the overlying soils. The use of selective leaching methods yield relatively high contrast variations for many of the chemical elements analyzed along this single line. However, the range of trace element contents observed are smaller than those observed in soils overlying mineralized bedrocks at other properties.

80

- 60J3Q.

* 40

20

4

— 3aa

0

80

70

60

50S"

t 40 ox

30

20

10

Claim #1 2241 05 Organic soil '

' l^fG ~i.^^^^Bk ,,^ vM

j 1•- —— ̂ l/

" ' i0 —————— i ————————— . ——— i ——— . ——— i —————— i —————— i ————

0 100 200 300 400 500 600 distance (m)

Claim #1 2241 05 Organic soil '

BG 9^BB^n '

. ____ ...HU

100 200 300 400 500 600distance (m)

Claim #1224105 Organic soil ~*

K* r-nM ii

im

0 100 200 300 400 500 600 distance (m)

H Line SE

4a

j\

l /l\ /" ;

700 BOO

1 Line SE

4c

H mmm

700 800

h- Line SE

4e

*"""-B S ;

um

700 800

10.00

~ 6.00

4.00

2.00

0.00

Claim #12241 05 Organic soil Line 8E

A^100 200 300 400 500 600 700 800

distance (m)

600

S 400 D O

200

Claim #1224105 Organic soil -B- Line SE]

4d

100 200 300 400 500 600 700 800 distance (m)

240

S 120

I

Claim #1224105 Organic soil Line SE

4f

.100 200 300 400 500 600 700 800

distance (m)

Figure 4a-f Sodium pyrophosphate results of organic soil samples

100 200 300 400 500 distance (m)

600 700 800

20

16

— 12•Q^

^Q.

11 8

4 I

0

"""""ciaimll 22411

5b B-soil

\J\ f lJ \ ' \ i

! ; l ft l

vV vi0 100 200 300

d

M

400 500 distance (m)

600 700 800

0.8

— 0.6

0.0

5cClaim#12241105

B-soil

• ••*

100 200 300 400 500 distance (m)

600 700 800

0.4

5dClaim#12241105

B-soilLINE BE

100 200 300 400 500 600 700 800 distance (m)

SeClaim#12241105

B-soil

100 200 300 400 500 600 700 800 distance (m)

40

. 30

20

Figure 5a-f Enzyme Leach results of B-soil samples

5fClaim#12241105

B-soilL|NE 8E

V*

100 200 300 400 500 distance (m)

600 700 800

114 CONCLUSIONS AND RECOMMENDATIONS

This geochemical survey along the eastern side of the mining claim #1224105 show variations in many chemical elements significantly above their detection limits in both peat and B-soil samples. The combination of single and double peaks over several adjacent stations at several locations along this line suggest that one or more fault/zone may bc present. The lack of Au values higher than its detection limit in both peat and B- soils suggests that the probability of Au mineralization on this claim is very low based on this single line. To assess the extent of these chemical variations it is suggested that additional soil sampling along parallel and cross cutting lines combined with a magnetic survey and geological compilation work could help to define the geological features causinu these variations. At the current time no further work is warranted.

Dated in Matheson, Ontario Thursday. September 09, 1999

Respectfully submitted.

Serge Nadeau Geochemist/Geologist St Andrew Goldt'ields Ltd.

12

5 BIBLIOGRAPHY

Clark R. (1999) Concepts and models for interpretation of enzyme leach data for mineral and petroleum exploration. In Geoanalysis with emphasis on selective extractions. Short Course edited by the Association of Exploration Geochemists at the 19lh International Geochemical Exploration Symposium in Vancouver, April 10, 1999

Hall, G.E.M.. Vaive, J.E. and MacLaurin, A.I. (1996) Analytical aspects of the application of sodium pyrophosphate reagent in the specific extraction of the labile organic component of humus and soils. Journal of Geochemical exploration 56, 23-36.

13

CERTIFICATE

STATEMENT OF QUALIFICATIONS:

l. Serge Nadcau, hereby declare that:

I am a Geochemist/Geologist with residence in Timmins, Ontario, and am employed by St Andrew Goldfields Ltd.. of Matheson. Ontario.

I have a B.Se. degree in Geology from Univcrsite Laval, Quebec, in 1981. I have also obtained a M.Se. degree in Geology from Universite de Montreal, Quebec, in 19X5. l also hold a Ph.D in Geology from McGill University, in 1991. I was a postdoctorate fellow at Universite de Paris 7 in France and a research fellow at the California Institute of Technology in USA. I have also done contract work for the Geological Survey of Canada. I have lectured at the Universite du Quebec in Montreal and at Ottawa University.

l have practised my profession as geochemist and geologist since 1991 in Canada. United Stales and France.

I am member in good standing at the Association of Exploration Geochemists. the Association of Geoscientists of Ontario, the Prospectors and Developers Association of Canada and at the Geological Association ot Canada.

l am geochemist for St Andrew Goldfields Ltd and working at the Stock Mine Sile, Matheson. Ontario.

Dated at Matheson, Ontario Thursday. September 09, 1999

Respectfully submitted.

Dr. Serge NadeauGeochemist/geologistSt Andrew Goldfields Ltd.

TABLE-1. — .. — . -.— . . . -- ... . .

Pyrophosphate Leach Job ft: 18186 Report**: 18040bTrace Element Concentration Units Indicated Beside Each Analyte. Values vValues = 999'

Sample ID:992-C-10042992-C-10043992-C-10045992-C- 10047992-C- 10048992-C- 10049992-C- 10050992-C-10051992-C- 10052992-C-10053 992-C- 1 0054992-C- 10059

— ....

599 are greater than work ng range of instrument.TOWNSHIP

CARRCARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARR

-

CLAIM1224105122410512241051224105122410512241051224105122410512241051224105 12241051224105

-- -— —

LINE8E8E8E8E8E8E8E8E8E8E ~" 8E

BE

———

STATION! SOIL TYPE800780760700680660640620600580560460

ORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL

•- - - --

L.-.. ... . . .......| : . . |-.

"' 'Company: St. Andrews Goldfieldviih symbol < Equal Not Detected at That Lower Limit. . f

Li ppm^<2 ""•c2

<2<2^<2<2<2<2^<2

Certified B

Be ppm~ 0.15

0.22 0.110.190.25

^.020.140.190.130.16 0.110.04

/:

D. D'Anna, Dipl. T.ICPMS Tec

This report Unless othe

CI ppm924859 881861935

•:100

r 1010877816948 661817

- --- -

Se ppml *2

<2<2<2<2^<2<2<2<2 "*2

<2

V ppm Mn ppm11.5 " 1869.3 4.4-~"e:45.14.47.35.46.14.6 3.53.4

hnical Manager, Activation Laboratories Ltd.

shall not be reproduced except in full wiihoui ;rwise instructed, samples will be disposed of

: 143 28.836.196.248.4173131177

75.0 71.626.8

he written i 90 days Iro

Co ppm"""" 1.19

0.82 0.320.450.430.340.800.580.570.420.290.17

Ni ppm^^*444^<4<4<4<4^<4

Cu ppm"' 8

c78968998 54

Date Received: AUG-5-99 Date Reported: AUG : 18-99

ipproval of trie laboratory, m ihe date of this report.

Geologist

i Zn ppm

30 17 6698

261520

8 142

--- ----

TABLE-1j

Pyrophosphate Leach JobTrace Element Concentratic

#: 18186 Report*: 18040bn Units Indicated Beside Each

Values = 999999 are greater than working range of instrunSample ID:

992-C-10042992-C- 10043992-C-10045992-C- 10047992-C-10048992-C-10049992-C-10050992-C- 10051992-C- 10052992-C-10053 992-C- 10054992-C- 10059

-- - - -

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARR

——

CLAIM1224105122410512241051224105122410512241051224105122410512241051224105 12241051224105

- —————

LINE8E8E8E8E8E8E8E8E8E8E 8E8E

- —— --

STATION800780760700680660640620600580 560460

- - -

Analyte. Values v lent.

SOIL TYPEORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL

"ORGANIC SOILORGANIC SOIL

-

Serge Nadeaui•~~

Ga ppm. 0.9

1.31.11.01.50.60.30.80.41.0

^.4

—— .

.

Ge ppb306746r 44544748

t- 293330 3532

..

i :i

ij -

As ppb] Se ppm

r - ~ -

Br ppm664| 6.8 j <20561278204420139456708640308 252249

. -- -- - -

1.0 0.5

-:0.51.5,

•cO.S0.70.91.00.7

ib.5•cO.5

<20 <20^0<20 <20<20<20^6<20 <20<20

Rbppb159

' 127l 1620

451297

1480272,

97123543 "559

875

-

-

Sr ppm51.750.017.848.055.440.556.360.758.344.7 27.89.3

——— . ——

-- --

Y ppm4.185.614.694.385.623.433.683.072.813.52

"2.502.08

—

Zrppm5.37.99.87.18.28.44.2,5.34.46.3 4.83.5

Nbppb331453430433472399204253197335 " "214

130

- - —-

TABLE-1Pyrophosph;Trace Elemen

ile Leach Job ft: 18186 Report**: 18040b

,. ,. ——— ...,. ,— ...

t Concentration Units Indicated Beside Each Analyte. Values viValues = 999999 are greater than working range of instrument.

Sample ID:992-C-10042992-C-10043 992-C- 10045992-C-10047992-C-10048992-C- 10049992-C-10050992-C-10051992-C- 10052 992-C-10053 992-C- 10054992-C-10059

TOWNSHIPCARRCARR CARRCARRCARRCARRCARRCARRCARR CARR CARRCARR

CLAIM12241051224105 1224105122410512241051224105122410512241051224105 1224105 12241051224105

LINE8E8E 8E8E8E8E8E8E8E 8E 8E8E

"

STATION800 780" ~" 760

700680660640620600 580 560460

i

SOIL TYPEORGANIC SOIL ORGANIC SOIL ORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL

l ORGANIC SOILORGANIC SOIL ORGANIC SOILORGANIC SOIL

Mo ppb""i 75

150

^58655

193208196 39

Pd ppb^OJ cSOO-- —l . . . . - -. ..,,

^20 <50bc2o| <50b^0| <500<20<20<20^0

C?P

<500^00<500<500

<500 "" ^500

AgppnV Cd ppb•cO.4* 407 ^.4' 656 •rOA 302 •:0.4J 271^.4 ! 524

t

' In ppb^

2 <2

^-—— -1

^.4 353) ^<0.4 430cb.4j 420•;0.4 336 e0.4' 215 ^.4' 242 -:0.4 82

3

<2

<2

Sn ppm^.04

<0.04

<0.040.07

^.04-:0.04 ^0.04 <0.04 ^.04^.04

Sbppb^20 <20 <20

<20^0<20<20 ^20

<20^b

Te ppb

<50 <50^0<50<50<50 <5b ^0

<5b

Ippm1.82.5

1.33.3

<0.81.92.9

" 2.8 1.3 0.3

^.8

TABLPyrophosph(Trace Elemer Values = 999'

Sample ID:992-C- 10042 992-C-10043992-C-10045992-C-10047992-C-10048992-C-10049992-C-10050992-C-10051 992-C: 10052 992-C- 1 0053 992-C- 10054992-C-10059

.E-1ile Leach Job #: 18186 Repo rt#: 18040bt Concentration Units Indicated Beside Each Analyte. Values v\399 are greater than working range of instrun

TOWNSHIPCARR CARRCARRCARRCARRCARRCARRCARR

"CARRCARR CARRCARR

CLAIM1224105 1224105122410512241051224105122410512241051224105 12241051224105 12241051224105

---

LINE8E ~~""8E

8E8E8E8E8E8E ~8E

8E 8E8E

STATION800 780760700680660640620 600 580 560460

lent. SOIL TYPE

ORGANIC SOIL ORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL ORGANIC SOIL ORGANIC SOILORGANIC SOIL

Csppb^ ^2 ^ ^^^*2^ <2 ^ c2<2

1 . - -

Ba ppm36.0

"40.2 25.139.040.131.338.7

l 39.1 38.8 40.4 23.111.51

La ppm10.06 13.71

"i 0.0611.8113.189.268.976.56 6.23 8.11 5.854.14

i

' Ce ppm21.0 ~~ "25.7

21.122.222.018.316.610.9 8.9

15.4 11.27.8

t

Pr ppm1.700 2.151 1.677 1.8802.0111.4191.440

Nd ppm8.84

11.04 8.619.57

10.707.137.25

1 .006 5.62 d.9i8'| 4.78 1.261' 6.63 0.849' 4.440.663 3.69

Sm ppm1.44 1 .86 1.461.561.761.211.130.90 6.84 1.11 0.750.57

Eu ppm0.314 "6.409 0.3150.3280.3790.2460.2490.199 0.165 0.237 0.1660.127

Gd ppm1.68 "'" 2.14

i. 701.802.171.361.411.07 0.95 1.22 0.840.73

-

Tb ppm" 0.18

0.23 0.180.190.230.140.140.11 0.10 0.13 0.090.07

TABLE-1i

Pyrophosphate Leach Job #: 18186 Report*: 1 8040b

"

Trace Element Concentration Units Indicated Beside Each Analyte. Values wValues s 999999 are greater than working range of instrument.

Sample ID:992-C-10042992-C-10043992-C- 10045992-C-10047992-C-10048992-C- 10049992-C- 10050992-C-10051992-C-10052 992-C : 10053 992-C- 1 0054992-C- 10059

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARRCARRCARRCARRCARR

. .. . - . .

CLAIM122410512241051224105122410512241051224105122410512241051224105122410512241051224105

'

LINE8E8E8E8E8E8E8EjSE8E8E 8E8E

STATION800780760700680660640620600580 560460

SOIL TYPE; Dy ppmORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL ORGANIC SOILORGANIC SOIL

1.011.371.131.111.400.840.840.700.65 0.84 0.580.47

-. ---- - . -.. .- j .-. . . .

. """

Ho ppm Er ppm0.15] 0.430.22 0.180.160.210.120.120.100.09 0.12 0.080.08

r 0.600.530.460.540.320.400.31

ji . .. i

- i Tm ppnij Yb ppm

0.0501 " 0.340.073 0.071 0.0580.0720.0360.0470.039

0.440.42 0.340.450.230.300.23

' 0.25 0.035 0.19 0.35 1 0.042 0.29 0.26 0029 0.200.23 0.028 0.19

Lu ppm0.0420.0600.0580.0450.0560.0300.0370.0230.025 0.040 0.0220.025

l

Hfppb145179 247174182161122126110 185 12886

Ta ppb6

1321 1511

9^

7^

9 ^^

Wppbc10

19365116

c1082

^1072 78

^0<10

Re ppb<2<2 ^f2<2<2<2<2^ <2 <2 <2

TABLE-1i -l- -

Pyrophosphate Leach Job #: 18186 RepoTrace Element Concentration Units Indicated E

rtff: 18040b- ———— -

i

eside Each Analyte. Values wValues = 999999 are greater than working range of instrument.

Sample ID:992-C- 10042992-C- 10043992-C- 10045992-C-10047992-C- 10048992-C- 10049992-C- 10050992-C-10051992-C-10052992-C- 10053 992:C-10054992-C- 10059

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARR

-- - —— - -

- ---- ————

CLAIM1224105122410512241051224105122410512241051224105122410512241051224105

"12241051224105

——————

—— —— .

LINE8E8E8E8E8E8E8E8E8E8E SE8E

STATION800780760700680660640620600580 560460

SOIL TYPE Os ppbORGANIC SOIL( <5ORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOILORGANIC SOIL ORGANIC SOILORGANIC SOIL

— ———

^^*S<5<5^

' <5 <5

<5

r

; Pt ppb Au ppb^^ -•--— --j

<50oi <^<500| <1^00<500<500<500<5oq

^00<500

<1<1<1^:1<1

l\•ci

t -- - -t

. Hgppb

637 23

Tl ppb Pb ppm : 12i 4.88

9' 3.82 24- 2.31

27j 131 3.5756 8 3.29174741

16 11 <8

511 1151 2412

- - . . . .

12 9

11

2.495.343.212.112.87 2.471.41

L B 'PPb"so

<50^0<50<50^0<50^0

<50^0

Th ppm1.63 1.93 2.811.731.891.701.130.980.88 i 68 1.121.20

Uppm1.94 2.40 1.883.063.623.531.481.351.202A6 2.980.60

TABLE 2 ., -----— -

Enzyme Leach Job #: 1 81 86 Report*: 1 8040

l"" ' ' -f ---- -

i

li

Trace Element Values Are in Parts Per Billion. Negative Values Equal Not Detected at That Lower Limit.Values = 999999 are greater than working range of instrument. S.Q^That element is determined SEMIQUANTITATIVELY.

Sample ID992-C- 10044992-C-10046992-C- 10055992-C-10056992-C-10057992-C-10058992-C-10060992-C-10061 992-C-10062 992-C-10063992-C-10064992-C-10065

10084 FIELD DUPLICATE992-C-10066992-C- 10067992-C-10068992-C-10069 """"992-0-10070

992-C-10071992-C-10072 992-C-10073 992-C-ib074992-C-10075

C-10075 LAB DUPLICATE992-C-10076992-C-10077

10085 FIELD DUPLICATE992-C-10078992-C-10079992-C-10080992-C-10081992-C-10082

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARR CARR CARRCARRCARRCARRCARRCARRCARRCARR CARRCARRCARR CARR CARRCARR CARR""CARRCARRCARRCARRCARRCARRCARRCARR

CLAIM12241051224105122410512241051224105122410512241051224105

"1224105 12241051224105122410512241051224105122410512241051224105

"122410512241051224105 1224105

"12241051224105 1224105

"12241051224105122410512241051224105122410512241051224105

r

LINE STATION SOIL TYPE S800800800800800800800800 800 800800800800800800 800 800 800 800 800 800 800800 800 800 800800800800800800800

i

760 CLAYI72oi "CLAY540520500480440420 400 380360340340320300 280 260 240 220 200 180 160 140 140

"" " loo100806040200

CLAYCLAY]CLAY]CLAY!CLAYCLAY CLAYCLAY'CLAYCLAYCLAYCLAYCLAYCLAY!CLAY CLAY

" CLAY; CLAY CLAY ?CLAY! CLAY' CLAY'CLAY :CLAYjCLAYCLAYCLAYCLAYCLAY"CLAY !

Certifie

D. D'A JCPMS

This re Unless

Q.Li S. Q. Be33 ^0

•e1o[ ^013 ^030 ^038 ^0

<10 <2025 ^022 ^043 lw 30 i <2058! <2034] <2024J <2047! ^0

S.Q.CI95399663

11900120091022981417908

11920 "3846 35983229392445985572

32 <20 4840 23; ^"b| ""6525 15j ^O] 3878 61 j ^0 5500 45: "c20" 5301 29J ^0| 3145 43J <20] 4495 S7\ ^Ol " " 3975 45' " lw ' 3456* 52 ^0 4059 21' ^oi 4927'23i ^o[ 370318 ^029 <20

c10 ^0c10| ^0•e10l <20

11 ^0T

d By:

-ma. Dipl. T. Technical Man;

port shall not be otherwise instru

44834393

^000^000^000

5377

S.Q.Sc-:100•:100-:100•:100^00•clOO^00^00<ibo

•:100•:100•:100<100<100•:ibb •loo<100 <100 <100 <100 •;100

•:too:<100<1bb<100-:100<100<100<100

Customer: St. Adrews GoldfieldGeologistiSerge Nac

S.Q.Ti316101

<100<100

469•:100<100

269 1091 858

1122671441751729

1140 265 775 574 549

1239 1322 "830 1102 624

260386424463510391

l V635

8698

14818874

151279 178 226"

19813997

199161 106 92

171 176 166 238 245 204 213

.... ,. J65

479143433640

128

eau

Mn454

3696357824241989147728579433

"6543 122161667202697129723777 2760 1380 1674 3357 2232 1304 2235 2358 2237 673

2824156617262971

70628073251

Co11 1514131368

20is"131812101211

9 7

11 11 14 11 11 11 12

6129

1321

92214

Date Received: Aug 2/99 3ate Reported: Aug 19

jger. Activation Laboratories Ltd. !

reproduced except in full without the written approval of the laborato cted. samples will be disposed of 90 days from the date of this repor

Ni31 31233234122645""""" 44

3967272136 "25

21 14 44 34 29 43 44 "45

46 2147174250112846

/99

y-

TAB LE 2Enzyme Leach Job #: 18186 Report*: 18040

—— _ . — - . .- -. ,

Trace Element Values Are in Parts Per Billion. Negative Values Equal NotValues s 999999 are greater than working range of instrument. S.Q^That e

Sample ID:992-C- 10044992-C- 10046992-C-10055992-C- 10056992-C- 10057992-C-10058992-C- 10060992-C- 10061 992-C-10062 992-C-10063992-C-10064992-C-10065

10084 FIELD DUPLICATE992-C- 10066992-C-10067 992-C- 10068 992-0-10069 992-0-10070 992-C-10071

" 992-C- 10072 992-C- i 0073 992-C-id074 992-C- 10075

C-10075 LAB DUPLICATE 992-C-~id076992-C-10077

10085 FIELD DUPLICATE992-C-10078992-C- 10079992-C- 10080992-C- 10081992-C-10082

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARR CARR CARRCARRCARRCARRCARRCARR CARRCARRCARR CARRCARR CARR CARR CARR CARR CARRCARRCARRCARRCARRCARRCARRCARR

CLAIM12241051224105122410512241051224105122410512241051224105 1224105 122410512241051224105122410512241051224105

122410512241051224105 12241051224105 1224105 1224105

"1224105 1224105 12241051224105 12241051224105122410512241051224105 1224105

LINE800800800800800800800800

~800 800800800800800800 "800

800800

" 800800 800 800

" 800 800 800800800800800800800800

j

STATION760720540520500480440420 """"""'"400"

380360340340320300 280260240 220200 180 160 140 140 120 100100806040200

4 - -i

Detected at T lement is del

SOIL TYPECLAYCLAYCLAYCLAYCLAYCLAYCLAYCLAY CLAY CLAYCLAYCLAYCLAYCLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAYCLAYCLAYCLAYCLAYCLAYCLAYCLAY

h

Cu

i l

t- '

i l Zni Ga

Geologist:Serge Nadeau j

- i -- i

j 1231 40i di d ""79 1 42' d ; d

841151175793

225 159 162

48 i d d32' d" l d44 127 d26 d24' d 75! 6 56! 5

145f 83 691 59 467 711 d

lOOJ 531 597 58 ! 4 72; 54 2 65 60! d

"1131 52' 6 105 66' 2 123! 39 2 111! 89 ' 7 123; 92' 8 111; 82' 3 108' 69 6ei/ 4o' 273 82 d496032132970

47 d80| d

d dd

d

ddddd"

d

d d

d d dd

1dd

13S| di d36 di55 di68 1 i!

ddd

| As Se15

9"""g

810769

12 20

9987

10 " "8 "9

11 8

16 14 11 13*

12 1029201110^77

00OO^0 ^0^0^0 00 00OOOO<30<30OO

OO

<30 <30 <30 OO

<30<30<30<30OO<30<30<3000

Br35

i 75 724956484056 75

1016763625878 79 76 53 63 90

126 73

119 104 166145116147103118123213

Rb40 26 3254533756 60 93 73

11561469975 49 "" 44

84 74 """""68

95 106 "" 64

78 493831476783

10135

Sr388 325 281460530242373450 609 395589442355541 457 308 258 853 509 291 357 556 423 457 196 431323250154126124155

TABLE 2Enzyme Leach Job #: 18186 Report**: 18040 Trace Element Vaiues Are in Parts Per Billion. Nee Values = 999999 are greater than working range of

Sample ID:992-C-10044 992-C- i 0046992-C- 10055992-C-10056992-C-10057992-C-10058992-C-10060992-C- 10061 992-C-10062 992-C-ib063992-C- 10064992-C- 10065

10084 FIELD DUPLICATE992-C-10066992-C-10067 992-C-lb068 992-C-10069 992:C-ib070992-C- 10071992-C-10072 992-C- 10073 992-C-10074 99Y-C-10075

C-10075 LAB DUPLICATE ~" 992-C- 10076

992-C-1007710085 FIELD DUPLICATE

992-C-10078992-C-10079992-C-10080992-C-10081992-C-10082

--

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARR CARR CARRCARRCARRCARRCARRCARR CARR CARR CARR CARRCARR CARR CARR CARR CARR CARRCARRCARRCARRCARRCARRCARRCARR

i

CLAIM12241051224105122410512241051224105122410512241051224105 1224105 122410512241051224105122410512241051224105

'1224105 " 1224105

1224105 12241051224105 1224105 1224105

"12241051224105 12241051224105122410512241051224105122410512241051224105

j

alive Value nstrument.

LINE800800800800800800800800 800

~ 800800800800800800 800 800"~ 800

800800"" 800

800 "800

800 800 '800800800800800800800

s EquafNot Detected at Th S.Q^f hat element is dete

STATION760720540520500480440

"" 420 400 380360340340320300 280 260 240 220

iSOILTYPECLAYCLAYCLAYCLAYCLAYCLAYCLAYCLAY CLAY CLAYCLAY,CLAYCLAYCLAYCLAY CLAY CLAY CLAY CLAY

200 CLAY 180 CLAY 160 CLAY 140' CLAY140 : CLAY' 120J CLAY;100J CLAY1008060!4020

0

- -- -l- -

CLAYCLAYCLAYCLAYCLAYjCLAY

- - - l

Y29 19171217

98

21 22 301514lii 4

l.

- - - - - -

Zr36 20 12123112112669

...... 6862422344

15 41 12 36

' " 11 19 -11 i —45 j

13; 3716; "3431 83 17; 76' 22: 47' 24 69 33! 55'159

21131014 35

Nbj Mo3 14 1 10

"-....li. .j1 73! 9

<1 111 122 13 7! 22 5 105 244 242 194 113 153J 13

2 ; 94! 22 3 23 3 li 6 11 6 i 22 4 12 5 11 3' 5

28; 3; 25141 2 1441 j 2 944! 3 343J 2 151 2 349j 2 5

l -— i -

— i -

t"""

Ru-:1 •ci

<1<1•:1•c!

<1<1 <1 <1C 1•el

<1<1

Pd<1 ci ci<1<1<1•el

C 1 <1<i <i<1<1<1

ci cici j ci•;1 <id <1 <1 <1<1 <1 <•\

<1 <1 <1c!

~ cic!<1•d

.....51<1

<1 <1 ^<1ci

:;<1.:1<1*1<1<1

i . . Ag

^.2 *:0.2 ^0.2 ^0.2<0.2^.2•eO.2<0.2 <0.2 <0.2<0.2<0.2<0.2<0.2cO.2 <b.2 ^.2 t0.2 ^.2 ^.2 ib.2 ^.2 io.2 <0.2 <0.2<0.2^.2^.2^.2<0.2c0.2•c0.2

1

t

Cd^.2 0.4 0.60.20.30.20.30.6 " "0.6

0.5 0.80.4

•c0.2-c0.20.3 '~ 6.4

"ib".2

^0.2 0.4 0.4

^0.2 0.4 0.3 0.6

^.20.80.90.71.61.01.40.3

In^.2 ^'.2 """•5X2

^.2^.2^.2^.2^.2

0.2 <0.2<0.2^.2•cO.2^6.2<0.2

0.2 ^.2 ^.2"

^.2 <b.2 ^.2 ^.2 -:0.2 <0.2 ^.2<0.2^.2*:0.2^.2^.2<0.2 ^.2

TABLE 2Enzyme Leach Job tt: 18186 Report*: 18040 Trace Element Values Are in Parts Per Billion. Neg Values = 999999 are greater than working range of

Sample ID:992-C-10044 992-C -10046992-C- 10055992-C- 10056

"992-C-10057992-C-10058992-C-10060992-C-10061992-C-10062 992-C- 1 0063992-C-10064992-C-10065

10084 FIELD DUPLICATE992-C-10066 992-C-10067992-C-10068 992-0-10069992-C-10070

" 992-C-10071 "" 992-C-10072

992-C- 10073 992-C-10074 992-0-10075

C-10075 LAB DUPLICATE ""992-C-io076

992-C-10077•10085 FIELD DUPLICATE

992-C-10078992-C-10079992-C-10080992-C-10081992-C- 10082

TOWNSHIPCARR

"CARRCARRCARR

" "CARRCARRCARRCARRCARRCARRCARRCARRCARRCARR

"CARRCARR CARRCARR CARR

" CARR CARR CARR CARR CARR

"CARR CAR'RCARRCARRCARRCARRCARRCARR

- . l . . .. .

alive Values Equal Not Detected at Tr nstrument. S.Q^That element is dete

CLAIM LINE1224105 122410512241051224105 1224105122410512241051224105122410512241051224105122410512241051224105 12241051224105 1224105 1224105 1224105 1224105 1224105 1224105 1224105 1224105 1224105

"1224105122410512241051224105122410512241051224105

800 800800800 800800800800800 800800800800800 "800

800 800 800 800 800 800 800 """"800

800 800 "'""800

800800800800800800

i

STATION760 720540520'"" 500

480440420400 380360340340320 300 "~""" 280

260 240 220 200 180 160 140 140 120 100100806040200-" - — 1

SOIL TYPE Snj SbCLAY CLAYCLAYCLAY CLAYCLAYCLAYCLAY CLAY CLAYCLAYCLAYCLAYCLAY """CLAY

CLAY CLAY CLAY CLAY """"" CLAY

CLAY CLAYCLAY' CLAY' CLAY'

"" CLAY'CLAYCLAYCLAYCLAY!CLAYCLAY

t"•"t'" "

..... *|. -2 c 2c ic 1

"c 2< l 1c 1

|

Tei

i " """ 1d] 11 c! 60 d 44c!"d"

dd

c| 3i c! cT 4' c! d' 4, c!di 3 dcl| 3[ c!d 3j dci 2 c! ci' 3 ci ci : '2 ; '" d d: 2 d c1 : 2\ dci' 2: dct' 2| c!d' 2; ddi 2J ci d' 2' dd 2 dcT r dd; 5 Ci

c1i 4ctj 2c1j 1d d

cidcic!

ell 1 c!d: li

id

45 77479467

156 1011159876

104 144 127 76

115 102 82

129 95

168 169 122 4535

10440384463

Csr '* dci c!d cidd

5 dc!cicidcici

d cid ci ci ci d d ci

29

ddcic!c!

l

i Ba282 174 i77209 230 111160 i 69 289 271358191146279

" 250 184147 315 238 207 309 322 251 309 175 257190161232258270125

i

La51 30 2224 37141735 47 4938282133 32 ""23

20 28 29 36 60 45 43 52 52 24163718152252

i

Ce118 62 44

" 44 60273077 96 9971553963 57 42 32 54 51 67

116 77 73 88

.....". . 56 55364949396041

t

Pr13

il 8

48

12is

c-

i

8 "8

6C

C

ji?1314 6 4

106c

7 13

TAB LE 2Enzyme Leach Job #: 18186 Report* Trace Element Values Are in Parts Per E Values s 999999 are greater than workin

Sample ID: TOWNSHJP992-C-10044992-C- 10046992-C-10055 992-C-io056992-C-10057992-C-10058992-C- 10060992-C-10061 992-C-10062 992-C-10063992-C-10064992-C-10065

10084 FIELD DUPLICATE992-C-10066 992-C00067 992-C- 10068 992-C-10069 992-C-10070 992-C-10071992-C- 10072992-C- 10073 992-C-10074 992-C-10075

C-10075 LAB DUPLICATE"" 992-C- i 0076

992-C-1007710085 FIELD DUPLICATE

992-C- 10078992-C-10079992-C-10080992-C- 10081

___ __ 992-C-10082

i

i

CARRCARRCARR CARRCARRCARRCARRCARR CARRCARRCARRCARRCARRCARR CARR CARRCARR CARR CARRCARRCARR CARR CARRCARRCARRCARRCARRCARRCARRCARRCARRCARR

j

... - — ....

: 18040l

illion. Negative Values Equal Not Detected at T g range of instrument. S.Q^that element is del

CLAIM122410512241051224105 12241051224105122410512241051224105 122410512241051224105122410512241051224105 1224105 12241051224105 1224105

"122410512241051224105 1224105 1224105122410512241051224105122410512241051224105122410512241051224105

j

LINE800800800

" 800800800800800 800 800800800800

STATION SOIL TYPE760 720540 "" "520

500480440420400 380360340340

800 320 ~" 800 300

800 280 800 260 800 240' 800 220 800i 200!800 800 800 800 800800800800800800800800

l

180 160 140 !

1401 120Jiob100806040200

i

CLAY CLAYCLAY

"CLAYCLAYCLAYCLAYCLAYCLAY CLAYCLAYCLAYCLAYCLAY

"CLAYCLAY CLAY CLAY CLAYCLAY'CLAY CLAY CLAY,CLAY'CLAYCLAYCLAYCLAYCLAY!CLAY

,, ,. .......

Nd49"~" 30

21 203114143141 483125192828 23 19 21 27

""" 31 j 55 35 44 47'

57124 i153823,19'

CLAY 27 jCLAYj

. .....y "j52:

Sm14 ""8

65844 8

11 138658 8 5 4 5 7 9'

15'g'

11'12

410 1

768

141

. . "."I

.. ...i...... .ii

Eu.....3

111

" ci 2 3 32111 1

1

1 2 3 2 2 2 31

ci2i122---i

Gd

j"" "" 5

334225 6 744344 3 3*5

4 4 8

67

.-.. -83254348

" ~ " t

Tb2

ci

dc!cic!

d 2 21

•el<1

ci

c!

ci 2 1 1 1 2

•d1

c!c!d

2

Dy7 5 4 353

5 6 8 43344 3

3

8 5 6 7 9 4 254358

i Ho 2

d

ci

dci

12 2

cici<1ci

c!

•ei 2

1 1 2

d<1

1cidc!

2

Er3 22

cii

dci

2 2

21111i

1 12 3 2 2 2 3 1

•e!21123

i

tm

,,

.... ......1

cicid*

c:1ci<1d

c!

c)

ciddcic!

TABLE 2. -

Enzyme Leach Job #: 18186 Report*: 18040 ——————- - - - j i

Trace Element Values Are in Parts Per Billion. Negative Values Equal Not Detected at TTValues s 999999 are greater than work ng range of instrument. S.Q.sThat element is del

Sample ID:992-C-10044 992-C- 10046992-C- 10055992-C- 10056992-C-10057992-C- 10058992-C-10060992-C-10061992-C- 10062 992-C- i 0063992-C-10064992-C- 10065

10084 FIELD DUPLICATE992-C-10066992-C-10067992-C-10068 992-C- 10069 992-C-10070 992-C-10071 992-C- 1 0072992-C-10073992-C- 10074 992-C-10075

C-1 0075 LAB DUPLICATE 992-C-10076992-C- 10077

10085 FIELD DUPLICATE992-C-10078992-C- 10079992-C-10080992-C-10081992-C-10082

t

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARRCARRCARRCARRCARRCARR CARR

~ CARR CARR""""CARRCARRCARR""""CARRCARRCARRCARRCARRCARRCARRCARRCARRCARR

CLAIM122410512241051224105122410512241051224105122410512241051224105 1224105122410512241051224105,122410512241051224105 1224105 1224105

1224105 "1224105

12241051224105 1224105 1224105 412241051224105122410512241051224105122410512241051224105

LINE800800800800800800800800800 800800800800800800 800

"800 800 800 800 800 800 800 800 800800800800800800800800

"~""l.... . . |

STATION760720540520500480440420400 380360340340320300

"280 260 240 220 200 180 160 140 140 !

120 i10010080604020

0

SOIL TYPECLAYCLAY

l CLAYCLAYCLAYCLAYCLAYCLAY CLAY CLAYCLAYCLAYCLAYCLAYCLAY CLAY CLAY CLAY CLAY CLAY CLAY CLAY"CLAY' CLAY' CLAY!C LA Y iCLAYCLAYCLAYCLAYCLAYCLAY

, Yb3 2 211

•el

ci 2 2 3 1

Jld

1i1d"

ci c!

1 3 2 2"

2 3Ji

d2111

l

Lu-ei^,

" - ^

<1^<<<

<<<c

t - . i

Hfj Ta W<1| <ij <1<1, ci! c!ci ! dj <1c!<1c! "ci <1

i i2

cici

1<1 d

<1! <1 d <1ci 1cli <1

" dj cici! 2 <1| 2

<1 1ci 2. 5i ... .. j,

d d<1<1<1d<1

3 : d

1- - - - - - i

d<1

111

d

. — . .... ^

"" d! d"c! c!d c!ci c! c! ci ci 2<^ 2d 2d dci 1c! 1d idi " 1d cidj 2c1| 1

ci: idj 2 c) 1ci'" id d<•\'] c!ci " "id cid dc! dd dd dc! 1

- - t -

Re"""~co;"i16. i "cd. "i^.i^.1c0.1 c0.1^.1^0.1 cO.Ic0.1cO.Ic0.1<0.1 cO.l"co.i co.! cb.i co. i <o!ic0.1cb.i ^o. ic0.1 c0.1"" 0.2

0.2cO.1cO.1cO.1cO.1cO.1

Osd "ci

cicicici

d '"""ci

ci

ddci

ddc!ci "ci

d c!cici c! ci d ci c!ciddcic!d

t

Ptc! c! d

" " ' ci cic! c)c!C 1<^cicidc!

c!

*1 <^ <1 <•\cici<\ *1d d ci

dc!ddcici

Au"caicO.1 cO.1cO.1cO.1cO.1cO.1cO.1 cO.1 cO.1cO.1cO.1cO.1cO.1"" cOl

co.'i cb'.icO.1 cO.1 cO.1 cO.1 c0.1'"cb.icO.1cO.1cb.icO.1cO.1cO.1cO.1cO.1cO.1

TABLE 2Enzyme Leach Job #: 181 86 Report* Trace Element Values Are in Parts Per E

: 18040- ——————

l

illion. Negative Values Equal Not Detected at TrValues = 999999 are greater than working range of instrument. S.Q.zThat element is del

Sample ID992-C- 10044992-C- 10046992-C-10055992-C-10056992-C- 10057992-C-10058992-C- 10060992-C-10061992-C- 10062992-C- 10063992-C- 10064992-C- 10065

10084 FIELD DUPLICATE992-C-10066992-C- 10067992-C-10068992-C- 10069992-C- 10070992-C-10071992-C -10072 99~2-C-10073 992-C-10074992-C- 10075

C-10075 LAB DUPLICATE992-C-10076992-C-10077

10085 FIELD DUPLICATE992-C- 10078992-C- 10079992-C- 10080992-C- 10081992-C-10082

TOWNSHIPCARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARRCARRCARRCARRCARRCARRCARRCARR CARRCARR CARR CARRCARR CARRCARRCARRCARRCARRCARRCARRCARRCARR

CLAIM12241051224105122410512241051224105122410512241051224105122410512241051224105122410512241051224105 1224105122410512241051224105 12241051224105 1224105 12241051224105 122410512241051224105 122410512241051224105122410512241051224105

i

LINE800800800800800800800800800 800800800800800800800 800800 800

STATION760720540520500480440420400380360340340320300280 260240 220

SOIL TYPECLAYCLAYCLAYCLAYCLAYCLAYCLAYCLAYCLAY CLAYCLAYCLAYCLAYCLAYCLAYCLAY~ "CLAY

CLAY CLAY

i

S.Q.Hg Tlj Pb•:1•d•d•ci

*:1•M•e!

•:1 •el.cici•el^^

e1| -c!•ci' c!

<\, 1*:1.c!•:1.ci•c!

e!-;i.c! .:1

800 200) CLAYJ .c! 800| 180 CLAY! -c!BOO ieo[ CLAY! .ci800! 140 CLAY; -:isob' 140 T CLAY' .ci'800! 120 CLAY1 -d800800800800800800800

100loot806040200

CLAY^CLAYCLAYCLAYCLAYCLAYCLAY

<1*:1

^ ~ -ci

<1<1<1

f

<1<1.c!<1<i <1 <ic 1<^ <1 <1•:1"i i <1 <1 <i.:1<1<1<1<l^

8 3548235

13 111374

10 8

•J13

98

1416""id12e'

SI344234

i

Bi•d

^.ci<1 <1<1.ci

<1 ^1

<1" "".ei

<1<1<^ <1<1 <1e! <1 el"l c! <1 <1

-.-. *hel!ei<1<1•ci<1<1

Th9 3 238235

13 1011849 7 5 4 9 8 8

15 14 10 13 8 4

" " 2579

106

U

<<

.c

321212

*:1

FEED FAX THIS END

FAX ition of Assessment Work ted on Mining Land

, Subsection 65(2) md 66(3). R.S.0.1990

Transaction! Number (office use)

Assessment Files Research Imaging

42A09SW2006 2.19711 CARR

jbsectlon 65(2) and 66(3) of tho Mining Act Under section B ol the Mining Act, sesment work and correspond vdth the mining land holder. Questions about this them Development and Mines, 3rd Floor, 933 Ramsey Lake Road, Sudbury,

RSJElvED 900 LARDER LAKE

I Fax No.: 1Comments: 1 ifore recording a claim, us

1 A '' ' '' h 'V| ' 0fnZZ~ txpaa79C3E | f^Y^^^-^^

1. Recorded . .Nama St Andrew Goldflelds Ltd.Address RRI2

Mafteson, Ontario POK1NONama

Address

1

n e form 0240.

*

CpMNiirr\ber.f W0!i^ JTelephone Number

Fax Number

nirwio uivion-'"

rSGP IfllW

9711(705)273-2525

(705)273-3333

Client Number

Telephone Number

Fax Nu-nber

2. Type of work performed: Check (-0 and report on only ONE of the following groups; lor this declaration.

Geotechnical: prospecting, surveys, assays and work under section 18 (regs)

Physical: drilling stripping, trenching and associated assays D Rehabilitation

Work Type

Soil Geochemistry: Survey A analysis report writing v

DM* Wo* From 29 07 99 To R J& 09 99PMtormtd Day | Morth l Year Da, [ Mot.* ] rear

Glcb.lPMMtonlrgSy.l.mDalatilavaH.bl.) Tow,ship,Area Catt

M or G-Plan Number G-36 1 3

Office Use

Commodity

Total J; Value of Work Claimed

NTS Flulerence

Mining Division

Resident Geologist District

Please remember to: - obtain a work permit from the Ministry of Natural Resourci - provide proper notice to surface rights holders before starl - complete and attach a Statement of Costs, form 021 2; - provide a map showing contiguous mining lands that are l - include two copies of your technical report.

3. PersonName Serga Nadeau,

or companies who prepared the technical report (Attach a list if

at St Andrew Goldfields Ltd.Address RR*2 Matheson. Ontario POk 1NQNama

Address

:i , *.. . * x ^~-'

^ W *- 1

Name \

.

1

Address

;s as required; ing woir'K;

mHEenvn-v' --^ \\^

eaeSSCa^CCASSESSM^ITrjT —— ' — Qf^'Qf ' — ty ——

705-27 ;l-2525Fax Nimber 705-27:1-3333TelepTnine Number

Fax Number

TdepUme Number

Fax N jmber

4. Certification by Recorded Holder or Agentl,. Kian A. Jensen , do hereby certify that l have personal knowledge ot the facts set forth in

(Prcrl Name)

this Declaration 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, Ihe annexed report is true.Signature of Recorded Holder or Agent

Agent's AddressRRt2 rVlBtheson. Ontario POK 1 NO

Telephone Number 705-273-2525

Dale

Fax Nurrfber" ' 705273-3333

09/13/99 MO.N 13:39 FAX 705 273

' 5. Work to be recorded and distributed. Work can only be assigned to claims that are contiguous (adjoining) to the miPing land where work was performed, at the time work was performed. A map showing the contiguous link must accompany this form.

Mining Claim Number. Or il work was dore on other eligible mining land, show in this

column the location number indicated on the claim map.

eg

•g

*g

1

2

3

4

5

6

7

e

9

10

11

12

13

14

15

TB 7827

1234567

1234568

L- 1224 105

Column Totals

Number of Claim Units. For other mining land, list hectares.

16 ha

12

2

4

4

Value of work performed on this claim or other mining land.

326,825

0

S 8,892

1920.82

**™iW

Value of work applied to thisclaim.

N/A

S24.000

S 4.000

1,600.00

J-***^OO

Value of work assigned to other miring claims.

O 1 Q•^ Ikotfc ^

0

0

0

0

Bank. Value of work to be distributed at a future date

i*" 1 *\7 1 -i —S2.825

0

S4,B92

320.82

;

&SXT 2^1 ^

l. Kian A. Jensen _____________ , whereby certify tp|t the above work credits are eligible ondc(Prinl Ful Name)

subsection 7 (1) of the Assessment Work Regulation 6/96 for assignment to contiguous claims or for application to the claim

where the work was done.

6. Instruction for cutting back credits that are not approved.

Some of the credits claimed in this declaration may be cut back. Please check (-/) in the bcxes below to show how you wish to prioritize the deletion of credits:

IB 1. Credits are to be cut back from the Bank first, followed by option 2 or 3 or 4 as indicated.

D 2. Credits are to be cut back starting with the claims listed last, working backwards; or

D 3. Credits are to be cut back equally over all claims listed in this declaration; or^^^^^.————-- :

D 4. Credits are to be cut back as prioritized on the attached appendix orpsy^^tjotelnfteir *-^ l

Note: If you have not indicated how your credits are to be deleted, credits will be cut back|[ro followed by option number 2 if necessary.

For Office Use Only_____________________

SEP 1 3QE08CKNCE ASSESSMENT \

Received Stamp

0841 (03/97]

Deemed Approved Date

Date Approved

Date Notification Sent

Total Value ot Credit Approved

Approved tor Recording by Minir} Recorder (Signature)

SEP-13-195S 13:45 705 273 3333 P. 02

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 6/96. 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, P3E 6B5.

Work Type

1) Geochemical Soil survey

^

2) Soil Analysis

3) Report work

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.

0.8 Km of pace line and soil sampling by

2 Students and

1 Geologist

43 Soil samples

Data processing 4 maps

Report writing by Serge Nadeua

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

4) Soil bags (plastic ziplock, Ns86)

5) Pail A Lid for shipping &L storage (1^1=2)

6) Soil shipping for analysis by actlabs

7) Report express mail shipping

Transportation Costs

8) Truck 4 Gas

Food and Lodging Costs ^^^~^\

rfifCE^y—————————————————————————— \ \\\*~*f ————————— V ————————

\ , CP OttS3 \

Cost Per Unit of work

(Day of 8 Hours)

80.00/Day

145.00/Day

22.50/sample

180.00/Day

1 80.00/Day

Total

0.12 each

5.96 each

31.08 each

10.00

Total

45.00/Day

Total

\ ^ T \ \ -icm* *S*tsSWtM \ Total Value of Assessment Work \ at086*HW i-c^-^

Total Cost

160.00

145.00

967.50

360.00

180.00

1812.50

10.32

11.92

31.08

10.00

63.32

45.00

45.00

1,920.82

Calculations of Filing Discounts:

1. Work filed within two years of performance is claimed at 100070 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:

Kian A. Jensen ,, 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

0212(03/97)

.Agent, am authorized to make this certification.(recorded holder, agent, or state company position with signing ajJiority)

i—nt j ivTh. r i i*^ T \is^ i

MINING DIVISION

'SEP IOW99.

Signatu

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

Geoscience Assessment Office 933 Ramsey Lake Road

September 28, 1999 6th FloorSudbury, Ontario

ST. ANDREW GOLDFIELDS LTD. P3E 6B5166 PEARL STREETTORONTO, Ontario Telephone: (888) 415-9846M5H-1L3 Fax: (877)670-1555

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

Dear Sir or Madam: Submission Number: 2.19711

Status Subject: Transaction Number(s): W9980.00486 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 Bruce Gates by e-mail at bruce.gates@ndm.gov.on.ca or by telephone at (705) 670-5856.

Yours sincerely,

ORIGINAL SIGNED BYBlair KiteSupervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 14194

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2.19711

Date Correspondence Sent: September 28, 1999 Assessor: Bruce Gates

Transaction Number

W9980.00486

First Claim Number

1224105Township(s) l Area(s)

CARR

Section:13 Geochemical GCHEM

Status

Approval

Approval Date

September 28, 1999

Correspondence to:Resident Geologist Kirkland Lake, ON

Assessment Files Library Sudbury, ON

Recorded Holder(s) and/or Agent(s):Kian A. JensenSOUTH PORCUPINE, ONTARIO, CANADA

ST. ANDREW GOLDFIELDS LTD. TORONTO, Ontario

Page:1Correspondence ID: 14194

DISPOSITION OF CROWN LANDS

TYPE OF DOCUMENT

PATFNT.SU R F ACE b MINING RIGHTS ....." , SURFACE fllGHTSONLY ....,." , MINING RIGHTS ONLY ....

LEAS6 SURFACF ft MINING RIGHTS -." .SURFACE RIGHTSONLY...........

" .WININGRIGHTSONLY...... ...

LICENCE OF OCCUPATION ..... ......,...ORDER IN-COUNCIL .---...-.. . ..RESERVATION . ,..,.. .....CANCELLED .^.......

SYMBOL

.. B- B ... T-. oc

NOTE: MINING RIGHTS IN PARCELS CATtNTED PBIOH ID MAY 6. 1913, VESTED IN OHlr.lNAI PATENTtE ftV THf PUBLIC LAN O K ACT. H SO 1V/O. CHAP Md, *tC 63, SuftStC 1

AREAS WITHDRAWN FflOM DISPOSITION

M.R O MINING RIGHTS ONl Y

S.R.O SIIHfACt RKiUrSONI Y

M.t S. MININii ANfiMlHI A. l Hli.t-T 1

Umcripliuit Oiilnt No t-Ulo DinvMulnui In.:

RIGHTS WITHDRAWN UNOCA SEC. M. THE MNftfi ACT RAO. IMO, ORDER NO, W-OI/tl/ONT (TRANS CANADA fffiJHt MCHT Of WAY ANO WJTrDt ZONE PARTICULARLY 4O.CS MTTERS O* IM *T. UN

EITHCR SDE Or CENTRE LMC OP KIOMT Of WAY)

THE INFORMATION THAT APPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES, AND ACCURACY IS NOT OlMRANTEEp. THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON SULT WITH THE MINING RECORDER, MINISTRY OF NORTHERN DEVELOP MENT AND MINES. FOR AD DITIONAL INFORMATION ON THE STATUS OF THE LANDS SHOWN HEREON

NOTICE OF FORESTRY ACTIVITYTHIS TOWNSHIP/AREA FALLS WITHIN THE ——. WATABEAG MANAGEMENT UNIT

AND MAY BE SUBJECT TO^FORESTRYOPERATIONS THE MNR UNIT FORESTER FOR THIS AREA CAN BE CONTACTED AT: P.O.BOX 129

SWASTIKA, ONT.POK (TO705 -6):' -3222

WILKIE

682433 j 662434 682430

120I338 i--:.-ir.-"t..":7V" ~1201336

-^•* —fit~~E

I22749!*

118014 M116013

ABITIBI - DE TROYES 1226546PROVINCIAL PARK

1193794

1224105

1U1437 11151T3S

* ulSSSS-V

. tt BALLAST

MATHESON

4

BOWr/IAN

Lady Mauds

VILake

12 M 10

TWP

IV

III

a: h-

r-

LU OD

CIRCULATED JANUARY 26, 1995 ML A8CHVEO JULY

LEGEND

HIGHWAY AND ROUTE No. OTHER ROADSTRAILSSURVEYED LINES

TOWNSHIPS, BASE LINES, ETC. .

LOTS, MINING CLAIMS, PARCELS, ETC.

UNSURVEYED LINES

LOT LINES -

PARCEL BOUNDARYMINING CLAIMS ETC. -

RAILWAY AND RIGHT OF WAY -*- UTILITY LINES NON-PERENNIAL STREAM -~

FLOODING OR FLOODING RIGHTSSUBDIVISION OR COMPOSITE PLANRESERVATIONS

ORIGINAL SHORELINE

MARSH OR MUSKEG

MINES

TRAVERSE MONUMENT

t t.

NOTCS40O' surface rights reservation along the shore E of all lokts and rivers.

Lx). 8672 for flooding rigMs along Ih* shores of Block and Watabeag rivers.

^^in 0 **^! '

l ft l4000 9000

D METRES

IDOO M KM)

20OQ(3 KM)

ACRES HECTARES

1C

TOWNSHIP OF

CARRDISTRICT

COCHRANE MINING DIVISION

LAKE

Ministry ofNorthern Developmentand Mines

Dtta MO'uFMBER'BbPlanNa.

G-3613

42A09SW2006 2.19711 CARR 200