SUMMARY RPT OF 2000 GEOL MAPPING & SOIL SAMPLING …...Gr (see assay results Appendix 3) Resampling of the HF-65 area revealed no significant results. Contamination from either the

phelps dadae

Corporationiiof Canada, Limited

SUMMARY REPORT OF 2000 GEOLOGICAL MAPPING, AND SOIL SAMPLING PROGRAM

HAPPY FACE PROPERTY, MADOC TSP., ONTARIO

NTS 31C/12

DISTRIBUTION:

Phelps Dodge Corporation of Canada, Limited Assessment Files

12

MYLES JOHNSON PROJECT GEOLOGIST

EASTERN DISTRICTPHELPS DODGE CORPORATION OF CANADA , LIMITED

AUGUST, 2000

31C11SW2005 2.21880 MADOC 010

RECEIVED

AUG O 2 2001

GEOSCIENCE ASSESSMENTOFFICE_____

TABLE OF CONTENTS

1.0 INTRODUCTION 2.0 LOCATION AND ACCESS 3.0 CLAIMS INFORMATION 4.0 PREVIOUS WORK

PREVIOUS WORK BY PHELPS DODGE 5.0 PRESENT PROGRAM 6.0 REGIONAL GEOLOGY 7.0 PROPERTY AREA GEOLOGY 8.0 GEOCHEMISTRY

SOIL SAMPLING AND RESULTSROCK ASSAY RESULTS

9.0CONCLUSIONS AND RECOMMENDATIONS 10.0 REFERENCES

Figure 1 Figure 2 Figure 3

Table 1

Appendix 1 Appendix 2 Appendix 3 Appendix 4

LIST OF FIGURES Location MapClaim Location Map and General Geology Claim Location sketch

LIST OF TABLES List of Claims

LIST OF APPENDICES Rock Descriptions and Locations Soil Sample LocationsXRAL Laboratories Work Reports-Rock Samples XRAL Laboratories Work Reports-Soil Samples

LIST OF ACCOMPANYING MAPS(in rear pocket)

Happy Face Property Geology b Soil sample locations, Scale 1:2500

31C11SW2005 2.21880 MADOC 010C

1.0 INTRODUCTION

This report summarises preliminary geological mapping and soil sampling completed on the Happy Face property during the summer of 2000 and makes recommendations for future work.

2.0 LOCATION AND ACCESS

The property is located approximately 5 km north of the town of Madoc, Ontario, The property includes 4 separate claims located within Con 5 and 6 , Lots 10 and 11 of Madoc Township (refer to Figures 1 and 2). The property is found approximately at latitude 44 of 25' and longitude 770 30' on NTS 31C/12 sheet

Happy Face is easily accessed from Highway 62 which cuts though the eastern property boundary, in addition paved township roads also provide excellent access.

3.0 CLAIM INFORMATION

The Happy Face property consists of 2 claims 6 units(refer to Figure 2) recorded under Phelps Dodge Corporation of Canada, Limited (PDC).

Tablel: LIST OF CLAIMS

CLAIM NUMBER12309101230911

NUMBER OF UNITS24

4.0 PREVIOUS WORK (from Dadson, 1992 and Hewitt, 1968)

The following is a brief history of the area:

1901 Concession VI, Lot 7, (Stout Property) Brennan Mine shipped 250 tons of hematite.

Concession VI, Lot 9, Cameron Mine an iron producer of same vintage

Concession VI, Lot 10, Forty Acre Mine prospect containing hematite-siderite and magnetite,production unknown.

ORDOVICIAN

limestone, dolomite

PROTEROZOIC

metaplutonic rocks

acid metavolcanics

basic metavolcanics

clastic metasedimentary rocks

i——i carbonate metasedimentary rocks 1——' (marble)

18M tons @ .06 oz/ton Au

Fe^ "

.......— F*-...

LOCATION OF PROPERTY

HAPPYFACE PROPERTY LOCATION MAP

ORDOVICIAN

, fimestone, dolomite

PROTEROZOIC

met a plutonic rocks

acid metavolcanics

S) basic metavolcanics

clastic metasedimentary rocks

'Si——i carbonate metasedimentary rocks 1——' (marble)

Q shan

x open cut—— fault

-—— road

••••" railroad

- - - poweriine

soil anomaly

i BM tons @ .06 oz/ton Au! x X v

LOCATION OF PROPERTY

MADOC - HAPPYFACE PROPERTY GEOLOGY

ONTARIO

HAPPYFACE PROPERTYCLAIM MAP

l :2500

1953-56Stratmat Ltd. Four diamond drill holes on Concession VI, Lot 5, gravity and geological studies on Concession VI, VII, Lot 8

1973 Freeport Canadian Exploration Company drilled 1 hole on the boundary of Concession VI,and VII, Lot 8

1974 Freeport completed completed EM and magnetometer surveys over several grids in the area.

4.0 PREVIOUS WORK BY PHELPS DODGE

1999 During 1999 geological reconnascancse completed on Highway 62 outcrops.

5.0 PRESENT PROGRAM

Between June 2 and June 6, 2000 the Happy Face property was mapped and soil sampled by Myles Johnson, with the assistance of Nawojka Wachowiak. A total of 82 B-horizon soil samples and 20 rock grab samples were collected and submitted to the XRAL laboratory in Don Mills .Ontario for ICP. and XRF whole rock analysis(rock) and ICPMS (soil). Mapping and sampling of the property was completed on flagged and pace and compass lines at 200 metre spacing with 25m stations, (refer to map in rear pocket).

A follow-up soil and selected grab rock sampling program was completed during the period of July 14-16, 2000 These results are also presented on the map in the rear pocket.

6.0 REGIONAL GEOLOGICAL SETTING (after Hewitt, 1968)

Regionally the claim group is situated within the Central Metasedimentary Belt of the Proterozoic Grenville Province. The underlying rocks comprise a sequence of bimodal volcanics of the Tudor Formation. They are comprised of massive, pillowed and amygdaloidal mafic volcanics with lessor aphanitic and fragmental felsics.

The Dungannon Formation comprising calcitic and dolomitic marbles, metasandstones and metasiltstone unconformably overlies the Tudor Formation. Intrusive into the Tudor and the Dungannan are numerous felsic plutons, notable the Deloro Granite and the Gawley Creek Syenite.

Metamorphic grade is variable but is generally greenschist to lower amphibolite.

Structurally, the area has undergone several phases of folding and subsequent brittle and ductile deformation.

To the south of the map area Paleozoic sediments of Devonian age unconformably overlie the Proterozoic sequence.

7.0 PROPERTY GEOLOGY

The property is underlain by a northwest trending sequence of (from North to South) of intermediate to felsic metavolcanic rock which are overlain (?) by a south facing sequence of mafic volcanic rocks. The entire sequence is intruded by the Deloro granite.

7.1 ROCK TYPES

Mafic Volcanic Rocks

This rock type is variable in texture, ranging from; green, fine grained and massive,to medium grained and amphibolitic. Although not observed on the property pillowed mafic volcanic rocks are present in the general area. Pillow structures indicate tops to the south.

Intermediate to Felsic Volcanic Rock

Intermediate to felsic volcanic rocks are present on the north central portion of the claim block. They are best exposed in rock cut on Highway 62. (see map in rear pocket)

The intermediate volcanic rocks have a dark grey, fine grained matrix with abundant 1cm to 15cm angular fragments comprised of intermediate vesiculated, rhyolitic.and tuffaceous volcanics.

The felsic volcanic rocks are extremely siliciceous, pale grey and in places are pinky grey. They are fine grained to aphanitic only minor clasts were observed.

8.0 GEOCHEMISTRY

SOIL SAMPLING PROGRAM

A total of 82 B-horizon soil samples were taken on the Happy Face Property. The soil profile was well formed showing a distinct white leach horizon underlain with reddish-brown sandy clay with occasional pebbles. Sampling on the property was completed using pace and compass traverses often staring at a known locality such as a Line or Claim Posts.

SOIL SAMPLING RESULTS:Sample number HF 65 returned highly anomalous values of Ni and

Gr (see assay results Appendix 3) Resampling of the HF-65 area revealed no significant results. Contamination from either the sampling tool or pulverizing puck at the lab is suspected. Therefore no significant results from the soil sampling were encountered on the Happy Face (Refer to Appendix 3)

ROCK ASSAY RESULTS:A total of 20 rock assay samples were taken on the Happy Face

property. ICP results reveal no anomalous values. (Refer to Appendix 2)

8.0 CONCLUSIONS AND RECOMMEDATIONS

Geological mapping, soil sampling and rock geochemistry indicate that the portion of the property that could be surveyed is not anomalous in base or precious metals, and no further work is recommended. There is however a significant portion of the property that is swamp covered. Geophysics (IP) should be contemplated over this area to ensure that the

8.0 CONCLUSIONS AND RECOMMEDATIONS

Geological mapping, soil sampling and rock geochemistry indicate that the portion of the property that could be surveyed is not anomalous in base or precious metals, and no further work is recommended. There is however a significant portion of the property that is swamp covered. Geophysics (IP) should be contemplated over this area to ensure that the entire property has been tested. If no significant geophysical response is encountered the property should be abandoned.

9.0 References

Easton, R.M., 1992: the Grenville Province and the Proterozoic History of Central and Southern Ontario: In Thurston, P.C. et al., (Eds.) Geology of Ontario, OGS. Special volume 4, Part 2, pp715-904

Hewitt, D. F. 1968: Geology of Madoc Township and the North Part of Huntindon Township, O.D.M. Geological Report 73, 45p,

Shklanka, R, 1968: Iron Deposits of Ontario.,Ontario Department of Mines. Mineral Resources Circular No.11

Wilson,M.E., 1965 The Deloro Stock and its mineralized aureole. Economic Geology, Vol 60, ppi63-167

Respectfully Submitted

Myles JohnsonProject GeologistPhelps Dodge Corporation of Canada, Limited

10

Appendix 1

Rock Descriptions and Locations

GRAB SAMPLE DESCRIPTIONS

SAMPLE NUMBER4195641957419584195941960419614196241963419644196541966

453604536145362453634536445365453664536745368

EASTING10m E of LALA148mEof LABBCC1+40ELFLFhighway 62

1+75W10mSof 1+75W 1+60 W SmNof 1+50W 1+85W on Hwy 62 0+1OW 0+75E 1+55E

NORTHING1+25N6+OON6+OON5+25N4+80N0+30N0+75NlOmNof CL-D0+OOE (at railway)2+25E100mS of hazzards road

old line Gold line Gold line Gold line Gold line G49.5 mS of Line Gline M (lOOmSofLineG)LineN (lOOmSofLineM)line N

DESCRIPTIONintermediate fragmental volcanic with felsic volcanic with magnetite and trac redish gray felsic volcanic with trace p intermediate volcanic with hematite bi intermediate volcanic with possible he rhyolite with minor magnetite rhyolite with trace pyrite and epidote v felsic volcanic with multiple phases of dark gray intermediate volcanic with pink rhyolite with minor sulphides brecciated volcanic with pyrite - high w

rhyolite-likely fragmentalgray intermediate volcanic with magngray intermediate volcanic with pyritepink fine grained rhyolitegray magnetic intermediate volcanic, tdark intermediate magnetic volcanic wintermediate magnetic volcanic with 1-pink rhyolite with disseminated pyfelsic volcanic with magnetite filled vTrace Py.

11

Appendix 2

Soil Sample Locations

HAPPY FACE SOIL SAMPLES (2000)

SAMPLE NUMBERHF-01HF-02HF-03NSHF-04HF-05NSHF-06HF-07HF-08NSHF-09HF-10HF-11HF-12HF-13HF-14HF-15HF-16HF-17HF-18HF-19HF-20HF-21HF-22HF-23HF-24HF-25HF-26HF-27HF-28HF-29HF-30HF-31HF-32HF-33

EASTINGAAAAAAAAAAAAAAAAAAABBBBBBBBCCCCCCCCC

NORTHING0+OON0+25N0+50N0+75N1+OON1+25N1+50N1+75N2+OON2+25N2+50N6+OON5+75N5+50N5+25N5+OON4+75N4+50N4+25N6+OON5+75N5+50N5+25N5+OON4+75N4+50N4+25N0+OON0+25N0+50N0+75N1+OON1+25N1+50N1+75N2+OON

-,*

ALI_Happyfacesoils.xls Page 1


SAMPLE NUMBERHF-34HF-35HF-36HF-37HF-38HF-39HF-40HF-41HF-42HF-43HF-43ANSHF-44HF-45NSHF-46HF-47HF-48HF-49HF-50HF-51HF-52HF-53HF-54HF-55HF-56AHF-56HF-57HF-58HF-59NSNSHF-60HF-61HF-62HF-63

EASTINGCCC0+25E0+50E0+75E1+OOE1+25E1+50E1+75E0+25W0+50W0+75W1+OOW1+25W1+50W1+75W2+OOW2+25W2+50W2+753+OOW0+25E0+50E0+75E1+OOE1+25E1+50E1+75E2+OOE2+25E0+OOW0+25W0+50W0+75W1+OOW

NORTHING2+25N2+50N2+75NCL-DCL-DCL-DCL-DCL-DCL-DCL-DLELELELELELELELELELELELELFLFLFLFLFLFLFLFLFDOGLGLGLGLGLG

ALLHappyfacesoils.xls Page 2


SAMPLE NUMBERHF-64HF-65

HF-100HF-101HF-102HF-103HF-104nsHF-105HF-106HF-107HF-108HF-109HF-110HF-111HF-112HF-113NSHF-114HF-115HF-116NSHF-117NS

HAPPY FACE EAST

HF-70HF-71HF-72HF-73HF-74HF-75HF-76HF-77

EASTING1+25W1+50W

1+50E0+000+25W0+50W0+75W1+OOW1+25W1+50W1+75W2+OOW0+000+25E0+50E0+75E1+OOE1+25E1+50E1+75E2+OOE2+25E2+50E2+75E

LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)LINE H (200 m from post 4)

NORTHINGLGLG

LINE g (resampled HF-65)line M (100 m S of Line G, starting coordinates at the HWY)line Mline Mline Mline Mline Mline Mline Mline Mline N located 100 m S of Line M and starting coordinates at the swampline Nline Nline Nline Nline Nline Nline Nline Nline Nline Nline N

1+OOS1+25S1+50S1+75S2+OOS2+25S2+50S2+75S

ALLHappyfacesoils.xls Page 3

12

Appendix 3

XRAL Laboratories Work Reports

Rock Samples

Work Order:

A Division of SGS Canada Inc.

059810 Date: 05/07/00 FINAL Pace I of 3

ieinent. method. Det.Lim.Units.

AuFA301

1ppb

SiO2XRF100

0.01"/o

A1203XRF100

0.01Ve

CaOXRF100

0.01Ve

M,jOXRF100

0.01Ve

Nii2OXRFIOO

0.01Ve

K2OXRFIOO

0.01Ve

Fc203XRFIOO

0.01Ve

MnOXRFIOO

0.01Ve

TiO2XRFIOO

0.001*

I'2O5 , Cr2O3 I.OI SumXKF100 XRF100 XRF100 XRF100

0.01 0.01 0.01A 0.01

BcICP70

O.SDDI11

NaICP70

0.01

4195641957419584195941960

4196141962419634196441965

4196641967

54445

44558

53

"59.756.661.355.458.0

74.664.963.753.473.7

37.075.9

16.619.116.317.013.3

13.115.715.016.813.3

8.4712.1

2.162.183.331.625.81

0.44 .1.263.862.740.20

12.30.08

1.742.471.793.041.80

0.240.450.932.870.17

11.10.35

7.196.189.387.155.67

4.943.693.655.664.13

1.492.57

2.78 "3.510.262.372.68

4.047.913.903.045.24

0.366.62

6.224.122.4810.39.07

1.964.403.0712.22.72

9.911.77

0.020.040.100.050.09

CO.Ol0.020.090.03

^.01

0.390.01

"0.999-

1.8880.6281.0281.483

0.1950.7891.2341.1600.174

0.7170.146

'0.14'

0.280.130.180.51

CO.Oi:.0.240.240.25

CO. 01

0.16 C0.01

0.02" "

C0.010.020.030.01

0.020.030.020.030.03

0.010.02

~1.402.954.30'1.950.50

0.650.854.101.05 '0.40

18.10.45

" 99.0 ~99.4

1 00.1100. 199.0

100.2100.299.899.2

100.0

100.099.9

"~*;o:'5 0.7

-CO. 50.74.7

0.6*:0.5

0.80.71.4

1.02.7

0.060.040.070.050.12

0.050.040.030.050.05

0.020.03

XRAL XRAL LaboratoriesA Division of SGS Canada Inc.

i4 Order: 059810 Date: 05/07/00 FINAL Page 2 of 3

Element. Method. Uet.Lini. Units. -

MSICP70

0.01Ve

Al1CP70

0.017c

PICP70

0.019fc

K1CP70

0.01. ft

CaICP70

0.01. 7o

StICP70

0.5ppm

Ti1CP70

0.01Vo

VICP70

2ppm

Cr1CP70

1ppm

Mn1CP70

2ppm

Fe1CP70

0.01Ve

Co1CP70

1PPI"

Ni1CP70

1ppm

CuICP70

0.5-. -JPHm .

Zn As1CP70 ICP70

0.5 3ppm ppm

4195641957419584195941960

4196141962419634196441965

4196641967

0.840.930.791.240.34 .

0.100.240.111.430.10

5.730.21

1.101.090.191.340.42

0.180.360.322.170.26

2.470.31

0.050.100.040.060.17

•CO.Ol0.090.100.10

•CO.Ol

0.06•SO.Ol

0.940.870.061.150.16

0.090.230.271.960.10

0.040.23

0.951.101.670.761.32

0.210.432.220.490.08

6.870.03

9.12.93.5

12.83.9

0.52.10.98.2

<0.5

2.5-CO.S

0.170.07

•C0.010.190.08

•C0.010.05

*C0.010.26

•C0.01

0.010.03

744827

1235

2186

1184

64

844094

14556

9410159

128108

50. ..i?. .

125241572265184

4275

54516723

2100.... . 8.1 ..

3.231.711.314.412.41

0.661.640.725.501.22

5.001.00

73

•CI13

3

142

304

2•gq

2011

862

3

356

275

73

2.4^.5

1.4<0.5

1.7

•;o.53.8

^.51.83.3

14.7J.I

17.29.55.5

20.930.2

3.921.0

4.736.86.3

90.137.0

00o0

8

0O0o

5

0.-4


Work Order: 059810 Date: 05/07/00 FINAL Page 3 of 3

Element. Method. Uct.Liiii. Units.

41954195419541954195

4195641957419584195941960

4196141962419634196441965

4196641967,

SrICI'70

0.5......PP111 .

Y1C1'70

0.5PP"1

ZrICI'70

0.5PP1". .

Mo1CP70

1PRR...

Ag1CP70

0.2PPI"

CdICP70

1ppiu

Sn1CP70

10PP"i

Sb1CP70

5PPI"

BaICP70

1PPI"

LuICP70

0.5PPI"

W1CP70

10PPI"

Pb1CP70

2ppui

Bi Cu Zn1CP70 1CAY50 ICAY50

5 0.01 0.01ppm 7o 'Jo

15.117.520.017.614.6

4.710.257.1

9.63.7

48.51.4

6.710.25.13.9

62.1

12.2 -12.419.75.5

20.6

27.536.6

9.78.3

10.52.5

38.0

25.06.9

23.12.6

21.4

6.118.7

1*:l•ci•ci '

l

<ll1

•CIi34

^.2•C0.2•CO. 2

0.2•CO. 2

•C0.2•CO. 2<0.2<0.2<0.2

^.2<0.2

<l <10<l •CIO<l < 10

1 <10•Ci <10

<l <10<l -CIO<l < 10

2 <10•Ci <10

1 <10<l "CIO

<5<5<5<5•C5

<5<5<5<50

OO

798338

27222

213563

11015

11226

37.09.04.87.9

50.2

35.220.329.3

6.642.8

13.452.9

•c 10•CIO•CIO•c 10•CIO

•CIO•CIO•c 10•c 10•CIO

•c 10•c 10

•C2O•C2

46

•C2•C2<2

5<2

5•C2

<5<5•C5<5<5

<5<5<5<5•C5

<5<5

n.a.n.a.n.a.n.a.n.a.


n.a.n.a.


: -?:n.a.n.a.n.a.n.a.

n.a.n.a. . ...^,

HAPPY FACE ROCK ASSAYS PHASE 2

Simple Idem

Scheme Code

Anilyili Unit

Detection Limit

45360

45361

45392

45363

45364

45365

45366

45367

45368

DUP-45351

DUP-45364

Au

FA30I

ppb

1

10

8

7

e10

7

6

5

7

10

B

AJ

IMS70

ppb

5

23

21

31

11

g22

70

9

16

MOO

7

Al

IMS70

K

0.01

0.27

0.72

1.01

0.14

039

1.22

0.22

0.11

0.61

2.57

0.4

As

IMS70

ppm

0.1

1

4.3

4.6

1.3

5.5

5.6

3.4

13.3

2.7

0.3

5.6

Au

IMS70

ppm0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

•0.2

-0.2

-0.2

-0.2

-0.2

Ba

IMS70

ppm

0.5

8.8

158

440

85

51.6

177

26.9

56.2

323

13.5

492

SI

IMS70

ppm

0.01

0.49

0.27

0.17

0.15

0.09

0.18

038

0.31

0.26

128

0.08

Ci

IMS70

*

0.01

0.43

0.87

0.57

1.37

0.95

1.8

0.3

0.02

0.73

0.28

0.95

Cd

IMS70

ppm

0.01

0.56

7.78

11.8

1.48

3.56

4.83

6.19

1.28

2.3

5.58

3.58

Co

IMS70

ppm

0.1

0.9

5.2

8.8

1.8

5.1

8.3

1.4

1

6.1

33.5

4.8

Cr

IMS70

PPm

0.5

121

86

59.8

149

60

55.1

54.9

105

57.7

706

57

Cu

IMS70

ppm

0.01

3.11

4.23

2.54

3.16

1.4

12.1

29.4

3.2

6.56

4.86

1.39

ft

IMS70

It

0.01

0.54

4.85

6.24

1.31

2.82

3.35

4.25

1.29

1.98

2.81

2.81

Si

IMS70

ppm

0.02

2.64

8.54

12.5

2.24

3.97

13.4

6.1

1.42

8.75

24.8

3.88

H8

IMS70

ppb

5

-5

-5

-5

-5

•5

-5

-i

-S

-5

-5

-5

K

IMS70

y,0.01

0.02

0.6

0.9

0.03

0.3

1.09

0.17

0.07

0.48

2.82

0.3

Li

IMS70

ppm

0.5

34.4

39.6

35.8

39.9

27.7

2.1

20

3.8

6.2-0.5

27.4

Mg

IMS70

K

0.01

0.39

0.74

1.01

0.59

0.28

1.01

0.17

0.02

0.5

4.46

0.28

Mn

IMS70

ppm

1

105

110

112

372

131

429

99

42

286

710

127

Mo

IMS70

ppm

0.02

24

14.6

3.78

5.56

2.38

38

52.5

8.17

6.04

MOO

2.38

Nl

IMS70

H

0.01

0.05

0.07

0.05

0.06

0.04

0.04

0.04

0.04

0.04

0.1

0.04

Nl

IMS70

ppm0.13.4

14.4

34.7

5.3

4.8

7.6

1.9

2.3

3.7

485

4.7

P

IMS70

ppm

50

111

990

865

71

809

769

472-50

982-50

941

Pb

IMS70

ppm

0.02

2.43

4.52

1.92

1.17

1.57

3.6

3.69

1.51

2.05

53.2

1.54

S

IMS70

%

0.01

0.01

0.06

0.05

0.02

-0.01

0.33

0.28

0.16

0.23

3.31

-0.01

Sb

IMS70

ppm

0.02

0.08

0.03

0.03

0.09

0.02

0.02

0.04

0.11

0.03

-0.02

0.02

Se

IMS70

ppm

0.1

1.4

9.8

11.3

2.8

1.5

4.8

1

0.3

3.5

1.8

1.5

Si

IMS70

ppm

0.1

0.4

0.7

0.7

0.3

0.6

0.8

1.3

0.4

0.9

4.8

0.5

SrIMS70

ppm

0.5

4.3

24.8

22.6

33.6

349

45.9

8.4

2.2

23.8

3.5

333

Te

IMS70

ppm

0.02

-0.02

-0.02

-0.02

-0.02

-0.02

-0,02

0.05

-0.02

0.02

0.8

-0.02

Th

IMS70

ppm

0.1

9.3

3

2.1

7.7

3.7

0.7

4.7

14.2

1.4-0.1

3.5

Tl

IMS70

*

0.01

-0.01

0.04

0.1

-0.01

0.02

0.2

0.1

-0.01

0.03

0.15

0.02

Tl

IMS70

Ppm

0.02

-0.02

0.1

0.1

-0.02

0.1

0.2

0.1

-0.02

0.1

4.5

0.1

U

IMS70

ppm

0.1

0.5

0.4

0.3

0.9

0.2

0.1

0.4

1.1

0.4-0.1

02

V

IMS70

ppm

1

14

123

191

2

35

5

5

2

8

47

33

W

IMS70

ppm

0.05

-0.05

-0.05

-0.05

-0.05

-0.05

0.06

-0.05

0.08

•0.05

0.17

-O.Oi

Zn

IMS70

ppm

0.1

8.2

21.9

22.8

7.8

9.3

73.9

17.2

3.4

28.1

192

8.3

happyrockassaysphase2.xls Page 1

13

Appendix 4

XRAL Laboratories Work Reports

Soil Samples


Work Order: 059809 Date: 28/06/00 FINAL Page l of 8

Element. Method. Del.Lini. Units.

Be ICP70

0.5, ppi"

Na ICP70

0.01Ve

Mg ICP70

0.01Ve

Al ICP70

0.01lo

p1CP70

0.01Ve

K 1CP70

0.01Ve

Ca ICP70

0.01Ve

Se ICP70

0.5ppin

Ti ICP70

0.01Ve

V ICP70

2PP'ii

Cr 1CP70

1PPI"

Mn ICP70

2PPI"

Fe ICP70

0.01Ve

Co ICP70

1PPi"

Ni ICP70

1PPi"

Cn 1CP70

0.5PP"i

HF-1 HF-2 HF-3 HF-4 HF-5


HF-11 HF-12 HF-13 HF-14 HF-15

^.5^.50.7

<0.5<0.5

CO. 5<0.5<0.50.60.7

0.8 C0.5<0.5<0.5<0.5

0.020.020.020.010.02

0.010.020.02

CO.Ol<0.01

CO. 010.010.010.020.01

0.410.370.560.430.36

0.280.450.070.450.48

0.990.430.470.320.29

1.402.072.031.941.34

1.271.530.171.301.30

2.061.331.621.041.07

0.100.080.090.040.07

0.050.050.020.060.06

0.090.050.050.070.03

0.060.050.130.090.07

0.050.100.020.240.17

0.470.100.130.090.09

0.380.400.750.360.41

0.250.230.740.751.96

0.522.070.430.290.34

3.03.18.13.22.9

5.03.5

CO. 55.14.6

4.53.94.22.03.1

0.070.060.040.030.05

0.060.060.02

^.010.02

0.140.030.050.050.04

3932353530

36356

2628

6430392929

2322352319

17213

2523

4821251617

112168387215178

18329851

1110 '785

1870992696411802

1.941.812.212.211.56

1.921.990.372.172.02

3.612.012.301.571.76

67

11106

59397

127977

1214191410

9142

2015

4314181013

12.69.6

47.48.96.7

9.116.17.29.68.8

5.96.99.76.78.3

Member of the SGS Group (Societe Generate de Surveillance)


Work Order: 059809 Date: 28/06/00 FINAL Pace 2 of 8

Element. Method. Del. I j m. Units.

HF-16 HF-17 HF-18 HF-19 HF-20

HF-21 HF-22 HF-23 HF-24 HF-25

HF-26 HF-27 HF-28 HF-29 HF-30

HF-31 HF-32 HF-33 HF-34 HF-35

HF-36 HF-37 HF-38 HF-39 HFÔ

HF-41HF-42HF-43HF-43aHF-44

BeICP70

0.5ppm

^.50.6

^.5<0.5•CO.S

<0.50.8

<0.5<0.5

1.3

*:0.5<0.5<0.5<0.5

0.6

0.60.9

•CO. 5<0.5-CO. 5

•CO. 5<0.5

0.61.6

•CO. 5

<0.5<0.5<0.5<0.5•CO. 5

NaICP70

0.01Vo

0.010.010.010.01

<0^l

0.010.010.010.01

•CO. 01

0.010.01

•CO.OI<0.01

0.01

0.010.010.010.020.01

0.020.010.01 ..0.02

<0.01

<0.01<0.01

0.020.010.01

MgICP70

0.01Ve

0.290.570.310.350.40

0.450.370.480.320.32

0.350.350.230.770.38

0.310.400.330.400.37

0.570.370.330.460.39

0.280.300.450.400.25

AlICP70

0.01Ve

1.061.941.531.451.46

1.501.581.311.352.39

1.691.931.591.541.79

1.981.091.511.271.65

1.651.601.671.951.01

1.401.411.101.351.06

PICP70

0.017o

0.040.040.070.060.06

0.070.050.060.040.10

0.080.130.190.160.06

0.110.080.030.040.04

0.050.050.040.060.03

0.030.040.080.040.05

KICP70

0.01rc

0.090.050.050.070.09

0.120.070.170.080.07

0.050.040.040.250.05

0.040.060.060.070.08

0.080.070.070.120.11

0.050.070.090.050.05

CaICP70

0.019fc

0.860.200.370.270.22

0.510.500.590.500.26

0.240.250.170.390.20

0.150.160.110.300.30

0.540.210.160.520.23

0.200.260.370.190.25

SeICP70

0.5ppm

2.83.01.82.62.2

5.04.34.62.92.7

1.82.21.46.42.0

1.82.31.62.82.4

4.11.92.9

12.42.0

1.61.53.62.71.5

TiICP70

0.01Ve

0.030.100.050.050.03

0.040.050.040.050.02

0.060.060.070.070.06

0.050.070.050.050.04

0.060.060.050.040.04

0.050.060.070.090.08

VICP70

2ppm

2758343236

3637333333

3743518037

3745343331

4036394730

3437333734

CrICP70

1ppm

1630181921

2320221821

18'23

171320

1930181919

2318202817

1618451716

Mn1CP70

2ppm

404136268366685

570502

1190248

1010

137.97

1192490

132

170169239424274

266266595

1820272

153498246108115

FeICP70

0.01•a

1.642.751.911.872.08

2.142.222.121.791.90

2.012.434.133.872.26

2.111.761.961.801.82

2.212.002.162.691.77

2.112.191.651.821.70

CoICP70

1ppm

77777

9788

10

564

156

65688

886

116

fi68

136

NiICP70

Ippm

1014101215

1411171014

9104

1312

910121211

1311112311

101044148

CuICP70

0.5ppm

7.33.88.06.37.3

9.98.0

10.48.38.8

7.99.96.1

12.06.2

5.84.75.64.75.9

7.95.7

12.4' 19.7

4.3

4.94.27.6

29.115.2

Member of the SGS Group (Societe Generale de Surveillance)



Element. Method. Det.Lim.Units.

HF-45 HF-46 HF-47 HF-48 HF-49

HF-50 HF-51 HF-52 HF-53 HF-54

HF-55HF-56HF-56aHF-57HF-58

HF-59 HF-60 HF-61 HF-62 HF-63

HF-64 HF-65 HF-70 HF-71 HF-72

HF-73 HF-74 HF-75 HF-76 HF-77

BcICI'70

0.5ppin

<0.5 CO. 5<0.5<0.5<0.5

<0.5 CO. 5<0.5<0.5 CO. 5

0.9*;0.5

1.8<0.5*C0.5

-:0.5^.5<0.5<0.5<0.5

<0.5^.5<0.5<0.5<0.5

<0.5*C0.5<0.5<0.5<0.5

Na1CP700.01

Vo

0.020.010.010.01

CO. 01

0.010.010.010.010.01

0.010.010.010.010.02

0.010.010.010.010.01

0.010.02O.Oi0.01

*C0.01

0.010.010.010.010.01

MgICP700.01

lo

0.550.420.380.320.27

0.380.440.450.250.29

0.400.440.600.360.43

0.320.200.310.310.35

0.230.790.680.310.33

0.310.250.280.220.31

AlICP700.01

lo

1.861.591.531.671.76

1.811.410.551.441.29

1.611.752.691.581.27

1.711.331.772.031.40

1.902.411.701.351.53

1.281.151.431.141.55

P1CP700.01

Ve

0.180.040.060.130.36

0.120.060.090.030.05

0.060.060.050.050.07

0.060.120.120.140.14

0.070.030.170.080.07

0.080.060.050.050.05

KICP700.01

Ve

0.110.080.070.070.20

0.070.120.100.040.05

0.090.120.250.100.12

0.060.040.040.040.06

0.030.040.300.090.08

0.090.080.050.050.06

CaICP700.01

1b

2.060.180.230.230.59

0.230.191.500.110.17

0.300.360.540.270.46

0.240.200.190.090.07

0.100.220.400.200.16

0.180.210.160.120.15

SeICI'70

0.5ppin

3.32.01.81.54.0

1.92.51.81.31.6

3.82.4

22.61.64.1

1.91.62.71.93.4

1.83.74.01.41.5

1.51.71.51.21.5

Ti1CP700.01

Ve

0.070.090.070.060.02

0.050.050.040.070.07

0,040.080.050.080.05

0.070.050.060.060.07

0.070.180.070.060.07

0.060.060.080.070.08

VICP70

' 2

PI""

3641353633

3733243535

3537533940

3842414054

3998443033

2929322831

CrICF70

1ppin

3218191725

2019131518

2121412124

1912161836

522> 10000

301616

1615181418

MnICP70

2ppm

360337523482

16490

290504300118225

6272921650250907

205255248106307

19726701590536226

348289172320160

FeICP700.01

"lo

2.222.221.992.283.32

2.282.061.321.922.08

1.972.243.122.152.32

2.172.982.222.563.59

2.6210.72.981.851.94

1.751.581.741.711.84

CoICP70

1ppm

10877

16

89669

7121189

83533

122291267

65657

NiICP70

1ppm

1612121049

141391011

1319291415

12576

13

583> 10000

251011

9898

11

CuICP70

0.5ppm

30.56.77.26.4

20:i

8.29.6

21.24.610.2

8.819.244.610.212.2

8.43.24.04.32.3

13.62789.85.96.5

5.87.15.84.97.6



Work Order: 059809 Date: 28/06/00 FINAL Pace 4 of 8

Element. Method. Det.Lim. Units.

HF-78 HF-79 HF-80 HF-81 HF-82

HF-83 HF-84 HF-85 HF-86*Dup EL-1

*Dup EL-13*Dup HF-10*Dup HF-22*Dup HF-34*Dup HF-45

*Dup HF-56a*Dup HF-72*Dup HF-84

BeICP70

0.5ppin

<0.53.22.3

<0.5•^0.5

0.51.3

<0.5<0.5

0.6

^.50.60.8

<0.5^.5

1.7<0.5

1.3

NaICI'70

0.01Ve

0.01•CO. 01-:o.oi<0.01<0.01

<0.010.02

•C0.01<0.01<0.01

0.01<0.01

0.010.010.02

0.01•C0.01

0.02

MgICP70

0.01Ve

0.402.420.640.520.49

0.650.932.090.340.57

0.310.480.370.370.52

0.570.320.93

AlICP70

0.01Ve

1. 422.381.460.880.76

2.132.331.321.701.60

1.301.301.591.171.76

2.551.502.33

PICP70

0.01Ve

0.060.080.120.070.13

0.070.350.160.040.06

0.050.060.050.040.18

0.050.070.35

KICP70

0.01Ve

0.110.060.040.040.03

0.090.110.050.05..0.12

0.050.170.070.060.11

0.230.080.11

CaICP70

0.01Ve

0.180.740.820.190.56

0.130.823.240.170.45

0.331.920.490.271.96

0.510.150.84

SeICP70

0.5ppin

2.14.32.30.6

•CO. 5

3.36.32.23.34.7

2.04.54.32.53.0

21.61.46.5

Ti1CP70

0.01Ve

0.080.070.030.040.01

0.090.070.020.090.05

0.050.020.050.040.06

0.050.070.07

VICP70

2ppm

3474

1055254

5673584536

3028373133

513270

CrICP70

1ppin

1827211715

5021172122

1722191831

391622

MnICP70

2ppin

2692490

187308310

> 20000

3300> 20000

1931055501320

251781496401344

1580219

> 20000

FeICP70

0.01Ve

2.103.46

M5.0>15.0i^5.0

7.41;*i5.o:*15.0

8.623.11

1.781.992.191.692.11

2.991.90

>l5.t)

CoICP70

1ppi"

724142939

101810159

7778

10

116

18

NiICP70

1PPI"

1022541763

3574592316

915101114

291072

di1CP70

0.5PPI"

9.712.989.747.3215

98.9181403

59.420.2

12.08.88.14.7

29.1

43.06.5171





ZnICP70

0.5ppin

As1CP70

3ppin

Sr1CP70

0.5PP'u

YICP70

0.5ppin

ZrICP70

0.5ppin

Mo1CP70

1ppin

AgICP70

0.2PPI"

CdICP70

1ppin

SnICP70

10ppin

SbICP70

•5

PPI"

BaICP70

1PPI"

LaICP70

0.5Ppi"

WICP70

10PPI"

PI)ICP70

2PPI"

BiICP70

5.PPI!



HF-11 HF-12 HF-13 HF-14

27.531.883.534.929.8

00Ooo

11.512.522.612.112.7

9.913.075.910.211.6

4.51.21.62.82.4

01

00o

38.030.929.156.931.0

O0

70o

9.08.6

35.714.733.8

26.110.3

1.122.121.6

1.23.1

•c0.52.72.9

82.5?6 .343.1rj.i31.8

o0o0o

15.929.019.212.112.3

9.317.715.68.4

13.7

2.31.23.52.83.0

O0ooo

•C0.2oo0oo

oo00oo0000

ooo0*Z5

116170258121133

16.217.851.613.917.0

000000oooo

•C0.2

•C0.2•e:0.2

•C0.2•C0.2

•C0.2

O 00

0000

o<5<5o<5

29014667

128156

31.413.9

1.525.325.3

00OOoooooo

<5oo<5o

32720513579

112

11.421.521.213.218.4

OOOO000000

34676

1069

146

116745

Oo o o

O

O O


Work Order: 059809 Date: 28/06/00 FINAL Page 6 o l'

Element. Method. Det.Lim.Units.

HF-16 HF-17 HF-18 HF-19 HF-20

HF-21 HF-22 HF-23 HF-24 HF-25

HF-26 HF-27 HF-28 HF-29 HF-30

HF-31 HF-32 HF-33 HF-34 HF-35

HF-36 HF-37 HF-38 HF-39 HF^JO

HF-41HF-42HF-43HF-43aHF-44

ZnICI'70

o.sppin

26.930.037.233.033.6

31.649.640.127.158.7

44.043.241.9213

53.1

47.643.149.638.731.6

41.244.748.349.435.8

39.162.332.945.554.2

AsICI'70

3PPI"

<30O•C30

oooooo000o0o00ooo0oo00ooo

SrICP70

0.5ppin

27.77.2

11.810.27.1

12.511.613.313.510.2

8.58.68.0

16.18.6

6.85.96.5

11.511.4

16.67.5

12.411.87.3

6.210.312.115.415.2

YICP70

0.5ppin

13.56.37.3

10.86.3

24.720.820.411.119.9

8.18.24.47.88.0

7.77.95.4

11.410.0

14.06.6

12.71106.3

5.44.6

18.413.24.1

ZrICP70

0.5ppm

2.22.92.01.81.4

3.91.94.43.50.9

1.11.32.24.01.4

1.22.01.03.21.9

3.51.41.85.63.1

2.41.84.73.31.1

MoICP70

1ppm

'CI1

o•cio

0o•ci•ci

6

44622

2311

•CI

•CI

114

O

•Ci•CI

111

AUICP70

0.2ppm

^.2^.2•CO. 2<0.2•CO. 2

^.2•CO. 2^.2•C0.2•CO. 2

•CO. 20.3

^.2^.2•CO. 2

•C0.2•C0.2•CO. 2•C0.2^.2

•C0.2-C0.2•CO. 2•CO. 2•C0.2

•CO. 2•C0.2•C0.2

0.20.2

CclICP70

1ppm

•CiO•ciO•ci

O•ci•ci•ci<l

<l<lo

3O

<l<l•CI<l<l<l<l"CI<l<l

<l<l•CI<l<l

SnICP70

10ppm

<10<10<10•CIO

OO

<10<10<1000<10

<10<10<10•clO00

<10<10<10OO<10

<10<10<10OO<10

<10<10<10•CIO•CIO

SbICP70

5ppm

O•C5<5<5O

•C5<5<5<5•C5

<5<5<5<5•C5

<5<5<5<5•C5

<5<5<5<5<5

00OOo

BaICP70

1ppm

1041109099

136

316308306108167

886597

25870

515490

107112

147104155 -454

93

77102938390

LaICP70

0.5ppm

17.58.9

11.016.111.5

35.327.228.315.941.4

15.414.610.311.813.0

10.813.29.0

16.613.0

19.311.118.792.510.5

8.29.2

24.221.1

7.5

WICP70

10ppm

00OO00•clO•ClO

•CIO00•CIO00oo

00oooooo< 10

oo00oo0000

oooo0000oooo00oo00oo

PbICP70

2ppm

73657

6666

11

2469

21

55756

65777

5745

39

HiICP70

sppm

<5OOO<5

<5•C5•C5•C5O

•C5•C5O•C5•C5

•C5•C5•C5O•C5

•C5O•C5•C50

OOO0•C5



Work Order: 059809 Date: 28/06/00 FINAL 7 of 8

Element. Method. Det.Liiu. Units.

HF-45 HF-46 HF-47 HF-48 HF-49

HF-50 HF-51 HF-52 HF-53 HF-54

HF-55HF-56HF-56aHF-57HF-58

HF-59 HF-60 HF-61 HF-62 HF-63

HF-64 HF-65 HF-70 HF-71 HF-72

HF-73 HF-74 HF-75 HF-76 HF-77

ZnICP70

0.5PI'"'

13464.459.558.2171

58.950.724.942.243.4

52.767.469.054.454.2

39.842.148.148.239.4

38.5346112

72.951.6

52.237.444.752.348.5

AsICP70

3ppni

0OO<30

Oooooo0ooooo0oo

o260oo

o00•C3o

SrICP70

0.5ppni

1218.2

25.714.744.8

12.29.7

25.16.76.7

8.711.412.59.6

10.4

10.78.46.63.74.6

4.212.211.410.18.4

7.911.110.46.05.7

YICP70

0.5PPI"

11.85.85.85.2

11.6

5.67.9

10.23.84.9

19.69.91795.2

14.5

7.85.26.15.21.7

3.35.8

15.84.65.3

5.26.55.84.86.6

ZrICP70

0.5ppin

1.62.22.31.01.8

1.52.92.12.31.5

2.11.96.11.42.3

2.21.41.22.01.7

2.3•C0.5

1.81.01.9

2.02.12.41.32.7

MoICP70

1PPI"

<lO•Ci<l

2

•Ci•ci•ci•ci0

2o

2•CI•ci

•ci222

•Ci

5112•ci<l•Ci

•CIO•ci•CIO

AgICP70

0.2PP"i

0.4•CO. 2•C 0.2

0.3•C0.2

^.2•C0.2•C0.2•C0.2•C0.2

•C0.2•CO. 2•CO. 2•C0.2•C0.2

*C0.2^.2

0.2^.2*C0.2

<0.20.4

<0.2•C0.2<0.2

<0.2<0.2<0.2•C0.2<0.2

CdICP70

1PP'"

•ci<l<lO

5

•ci•CI<l<l•CI

<l<l<l<l•ci

<l<l<l<lo

•CI<l0<l<l

<l<l<lo•CI

SnICP70

10ppin

00<10< 10<10•clO

00<10<10<10•CIO

•CIO•CIO•CIO•CIO•clO

00<10<10<lO•ClO

•CIO•clO00•CIO•clO

•CIO•clO•CIO•CIO•CIO

SbICP70' s

ppi"•C 5<5<5<5•C5

•c 5<5<5<5O

O•C5<5<5•C5

<5<5<5<5•C5

<595

•C5<5•C5

<5<5<5<5•C5

RaICP70

1ppin

3257288

104807

75836880

113

283160447

89318

1035743

.3550

651121477168

6769625852

LaICP70

0.5Ppi"

22.110.011.912.128.4

10.818.018.76.58.9

26.315.23299.3

22.1

12.613.914.511.85.4

6.5*1NF29.9

9.39.6

10.311.99.78.0

11.1

WICP70

10ppin

0000•C 10oooooooo000000

00000000oo

oo0000oo00

oooo00oooooo000000oo

Pb1CP70

2ppi"

971056

14

76567

65977

68535

61013

76

87274

DiICP70

5ppni

OO^•C5O

•C5O•C5OO

•C5•C50^•C5

^•C5•C50<5

<5•C50•C5•C5

•C50O•C5•C5



Work Order: 059809 Date: 28/06/00 FINAL Puce 8 of 8

(If CAST


HF-78 HF-79 HF-80 HF-81 HF-82

HF-83 HF-84 HF-85 HF-86*Dup EL-1

*Dup EL-13*Dup HF-10*Dup HF-22*Dup HF-34*Dup HF-45

*Dup HF-56a*Dup HF-72*Dup HF-84

ZnICP70

0.5ppm

51.52100

92682.7546

436765480130

36.2

25.430.749.435.4

127

65.350.0727

AsICP70

3ppm

•C3291742

1270

2860

320255

5

•C3OOO^

0O54

SrICP70

0.5ppm

7.724.428.4

6.122.8

5.528.332.412.89.3

7.533.611.610.5117

11.77.9

30.6

YICP70

0.5ppm

9.215.239.028.241.3

17.670.867.314.938.6

10.621.420.910.510.9

1735.2

66.0

ZrICP70

0.5ppm

2.23.39.2

15.116.2

6.713.28.56.05.2

2.03.01.62.71.4

6.11.6

12.5

MoICP70

1ppm

OO

2OO

3442

O

OOooo

2O

5

Agrcp7o

0.2ppm

^.20.7

•C0.2•CO. 2-C0.2

•C0.21.4

•CO. 2•C0.2^.2

<0.2•C0.2^.2^.2•CO. 2

-C0.2•CO. 2

1.3

CdICP70

1ppm

O3

121520

130

82

<l

OOoo0

oo26

SnICP70

10ppm

00oo< 10•c 1000

000000oo00

oo00oooooo00oooo

SbICP70

5ppm

00•C5•C5̂ '

0O•C5OO

•C5O•C5<5•C5

•C5O<5

BuICP70

1ppm

6493

37858

347

89530370130219

225158310102313

43067

497

LaICP70

0.5ppm

13.418.4

*INF*INF*INF

19.7*INF*INF*INF40.0

13.225.426.714.620.8

3189.2

*INF

WICP70

10ppm

00oo00oooo00oo0000oooooo00oo00

00oo00

PI)ICP70

2ppm

3451

552035

176423107

4756

106

106

62

RiICP70

5ppm

•C5•C5<5<5<5

^ÔOO

•C5O•C5O0

•C5O•C5


HAPPYFACE SOIL RESULTS-PHASE 2

Sample low*

Scheme Code

Analyst Unit

Detection Uirt

HF-100

HF-101

HF-102

HF-103

HF-104

HF-105

HF-106

HF-107

HF-10S

HF-108

HF-110

HF-111

HF-112

HF-113

HF-114

HF-115

HF-118

HF-117

HF-118

DUP-HF-100

DUP-HF-112

AgIMS70

ppb

S

41

74

154

54

Si

it

55

48

83

48

89

73

58

73

74

87

185

85

-2000

44

85

Al

IMS70

*

0.01

2.05

1.08

1.14

18

1.59

1.58

1.65

1.84

0.78

1.85

1.31

1.77

1.93

1.73

183

1.71

1.88

1.4

-2000

1.98

1.92

At

IMS70

ppm

0.1

5.5

2.7

25.7

2.2

2.1

1.9

23

16

1.4

3

4.7

3.8

2.4

2.4

4

4

4.1

2

-2000

54

2.4

Au

IMS70

ppm

0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

-0.2

•0.2

-0.2

-0.2

-0.2

-0.2

-2000

•0.2

-0.2

B.

IMS70

ppm

0.5

94.6

61.1

166

84.2

35.3

61.7

497

112

72.5

86.1

113

125

66.5

47.4

75.5

100

187

62.8

-2000

94.9

65

Bl

IMS70

ppm

0.01

0.17

0.18

0.64

0.14

0.13

0.12

0.12

0.13

0.08

0.17

0.23

0.23

0.14

0.14

0.25

0.23

0.19

0.14

-2000

0.17

0.15

Ci

1MS70

14

0.01

0.12

0.22

0.38

0.15

0.13

0.14

0.14

0.17

0.18

0.08

0.08

0.14

0.11

0.11

0.24

0.18

0.24

0.2

-2000

0.12

0.11

Cd

IMS70

ppm

0.01

0.06

0.21

0.82

0.19

0.22

0.11

0.1

0.06

0.08

0.1

0.19

0.18

0.12

0.26

0.24

0.35

0.26

0.25

-2000

0.07

0.12

Co

IMS70

0.1

S.3

38

8.4

6.3

3.1

5.4

5.1

5.7

4.8

5.5

5.4

6.2

7.5

2.5

5.8

7.3

66

4

-2000

5.2

7.3

Cr

IMS70

ppm

0.5

28

10.5

12.4

14.2

11.9

15.5

15.3

14.6

9.7

17

14.5

16.6

18.8

12.8

16.1

13.5

223

12.7

-2000

27.5

18.4

Cu

IMS70

ppm

0.01

5.91

5.84

299

9.33

4.07

5.24

5.45

4.76

2.7

5.86

5.13

4.94

5.59

5.08

13.7

8.22

326

4.92

-2000

5.6

551

F.

IMS70

14

0.01

2.09

1.59

3.14

1.76

1.72

1 62

1.63

1.74

1.06

1.83

1.87

2.1

2.11

1 89

232

1.84

2.11

1 77

-2000

2.01

2.1

Ga

IMS70

ppm

0.02

7.98

577

15.5

596

6.57

5.78

567

6.2

4.08

6.5

632

7.65

7.13

7.08

9.13

6.49

8.06

6.19

-2000

7.75

7.02

Ha

IMS70

ppb

5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

-5

K

IMS70

'i,

0.01

0.03

0.04

0.05

0.04

0.03

0.03

0.04

0.02

0.02

0.03

0.04

0.04

0.04

0.03

0.05

0.05

0.07

0.04

-2000

0.03

0.04

La

IMS70

Ppm

0.5

16.9

l

21.3

10.7

8.6

7.4

10.3

6.6

6.7

6.2

5.9

7.4

14.9

8.2

15.8

21.8

95.6

9.2

-2000

15.7

14.3

Mg

IMS70

14

0.01

0.7

0.19

0.15

0.32

0.22

0.31

0.31

0.24

0.23

027

025

035

0.33

0.19

0.34

0.27

0.37

0.25

-2000

068

0.33

Mi

IMS70

ppm

1

135

312

3650

251

186

143

158

78

67

124

454

232

103

153

268

440

651

375

-2000

132

101

Mo

IMS70

ppm

0.02

0.89

0.84

5.02

0.63

122

0.68

065

139

0.4

1.54

1.09

1.15

1.35

2.34

3.75

1.92

253

082

-2000

0.89

1.38

Na

IMS70

'4

0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

-0.01

•0.01

-0.01

-0.01

-0.01

-0.01

-2000

-0.01

-0.01

Ni

IMS70

ppm

0.1

14.8

7.3

5.8

12.4

5.8

11

10.1

11.4

9.8

10.4

11.2

14.3

14.7

5.2

9

12.5

18.5

8

-2000

14.7

14.4

p

IMS70

ppm

50

226

381

1940

574

1340

546

888

226

104

423

426

569

508

1930

2340

658

574

486

-2000

222

507

PbIMS70

ppm

0.02

6.55

13.5

17.6

5.61

838

6.15

5.66

6.41

468

8.06

9.76

10.8

8.55

7.47

7.5

11.4

8.3

7.45

-2000

6.43

6.47

S

IMS70

*

0.01

0.01

0.03

0.08

0.02

0.04

0.02

0.02

0.02

0.01

0.02

0.02

0.02

0.02

0.04

0.05

0.04

0.03

0.02

-2000

0.01

0.02

Sb

IMS70

ppm

0.02

0.06

0.07

0.06

0.04

0.05

0.04

0.02

0.03

2.3

0.05

0.04

0.05

0.02

0.07

0.09

0.09

1.46

0.05

-2000

0.03

0.02

Se

IMS70

ppm

0.1

4.3

1.4

2.2

1.8

1.5

1.9

2.3

1.8

1.8

2.1

1.8

2.2

2.7

1.7

2.2

1.9

7.5

1.7

-2000

4.2

2.7

Se

IMS70

Ppm

0.1

0.4

0.6

0.9

0.5

0.8

0.4

0.6

0.4

0.3

0.5

0.5

0.5

08

08

1.1

1.1

3.7

0.5

-2000

0.5

0.8

Sr

IMS70

ppm

0.5

10.1

98

25.2

7.5

5.7

6

5.6

8.7

7.8

5.8

4.6

5.6

4.8

4.9

9.7

7.8

12.7

11.3

-2000

10

4.7

Ta

IMS70

ppm

0.02

-0.02

-0.02

0.03

-0.02

-002

-0.02

-0.02

-0.02

-0.02

-0.02

0.02

-0.02

-0.02

-0.02

0.03

-0.02

-0.02

-0.02

-2000

-0.02

-0.02

Th

IMS70

ppm

0.1

3.1

1.8

2.5

2.8

2.5

32

3.7

2

1.5

32

25

2.4

3

2.4

3

2.5

5.5

2.1

-2000

32

3

Tl

IMS70

•H,

0.01

0.12

0.05

0.04

0.06

0.04

0.06

0.06

0.08

0.04

0.06

0.04

0.04

0.08

0.04

0.04

0.04

0.05

006

-2000

013

0.06

Tl

IMS70

ppm

0.02

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

-0.02

0.1

0.1

0.1

0.1

0.1

0.1

0.1

02

0.1

-2000

0.1

0.1

U

IMS70

ppm

0.1

0.4

0.3

0.8

0.4

0.7

0.4

0.8

0.3

0.4

0.5

03

0.3

0.5

0.8

0.9

0.7

2.5

0.3

-2000

0.4

0.5

V

IMS70

ppm

1

62

29

34

38

32

34

33

35

24

38

32

40

41

33

39

30

36

35

-2000

61

41

W

IMS70

ppm

005

005

0.05

0.06

0.07

0.07

0.07

0.08

0.06

-0.05

0.08

0.08

0.07

0.11

0.09

0.11

-0.05

0.08

0.05

-2000

0.06

0.1

ZnIMS70

PPm

0.1

65.9

50

103

535

48.5

438

338

30

17.7

31

64.4

857

46.7

438

56.3

86

87

57.4

-2000

63.8

45.4

Happysoilresultsphase2.xls Page 1

ONTARIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Transaction No:

Recording Date:

Approval Date:

Client(s):

181831

Survey Type(s):

W0190.30544

2001-AUG-02

2001-SEP-20

Work Report Summary

Status: APPROVED

Work Done from : 2000-J U N-02

to: 2000-JUL-30

PHELPS DODGE CORPORATION OF CANADA, LIMITED

ASSAY GCHEM GEOL

Work Report Details:

Claim*

SO

SO

1230910

1230911

Perform

52,091

34,183

56,274

Perform Approve

52,091

54,183

56,274

Applied

5800

51,600

52,400

Applied Approve

5800

51,600

52,400

Assign

5050

50

Assign Approve

0

0

50

Reserve51,291

52,583

53,874

Reserve Approve

51,291

52,583

53,874

Due Date

2002-NOV-05

2002-NOV-05

Status of claim is based on information currently on record.

31C11SW2005 2.21880 MADOC 900

2001-Sep-28 10:26 Armstrong-d Page 1 of 1

Ministry ofNorthern Developmentand Mines

Date: 2001-SEP-21

Ministere duDeveloppement du Nord et des Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E6B5

PHELPS DODGE CORPORATION OF CANADA, LIM 100 ADELAIDE ST. WEST.SUITE 601 TORONTO, ONTARIO M5H 1S3 CANADA

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

Dear Sir or Madam

Submission Number: 2 .21880 Transaction Number(s): W0190.30544

Subject: Approval of Assessment Work

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

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

If you have any question regarding this correspondence, please contact LUCILLE JEROME by email at [email protected] or by phone at (705) 670-5858.

Yours Sincerely,

Ron GashinskiSupervisor, Geoscience Assessment Office

Cc: Resident Geologist

Myles R. Johnson (Agent)Phelps Dodge Corporation Of Canada, Limited (Assessment Office)

Assessment File Library

Phelps Dodge Corporation Of Canada, Limited (Claim Holder)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:16423

o o01

ITl jg iCN ''f i in !H ; Hu

MIWIWGLAWD TENUREMAP

General Information and LimitationsC iiiiiuMHiiMn -id tt ft 1*1,1, t\,e t.

ii 1 wnci

jirinnit, ImnAk, knn*ciiHiiiii. i (|ht IP! rnuyi, Itauiiitiu ri nl'Jhiijriltfc.r, ui-iHi*ci Miri InlMR ir train Ihfe cinnnInn) u ini 1^ r rmhl Ui HIL Wh* fpm: rrlry In mhl- r

TOPOGRAPHIC

Date/ Time of Issue Sep 25 20(M

TOWNSHIP; AREAMADOC

14;50h Eastern

PLAN

G-1269

ADMINISTRATIVE DISTRICTS l D IVISIONSMining Division Southern Ontario

Land Titles/Registry Division HASTINGS

Ministry of Natural Resources District PETERBOROUGH

LAND TENURE

m"a"Q Q D

Q Ela

1?JV.S7 t M lnl'K] C MI'11

LAND TENURE WITHDRAWALS

i"4 j A,,.-Mi,,,^.

IMPORTANT NOTICES

LAND TENURE WITHDRAWAL DESCRIPTIONS

-y* i ,MII HL* H N.K f LL: iwmu

*in l Ml MS HM.n FIT nml

-un l Aidi JJttJ l tutu JILL H umSHl.-aUl'UM UN ALOHL.

N^ 4 llHKi *u^ W^l ttHVl 1 IHT OtBmU f,. M

•4m i ? intn i.., 15 * LI nr la run 1?'^ w w H t** if i w J i**: A fi L L t v im urn IAVÎN u n s

w* l MI sHft nm rip rw ran 11A hi Mil l mn F R sun w r r

JB *iyy i^ t it w

; W SO H Hiri ; 1*1*1 M . H . (l HH1(h J

ti'Hl W1.1I1 T 'HI Mh.ll

IMPORTANT NOTICES

r,11,i^|i.m,frliu u.

CP4

LP

LOT 11 LOT 11

CP3

LOT 10

-2 frag?

HF-23

approximate location of swamp

1230911sgnetite

Pit

limestone boulders

1230910

'.HF-31/open

HF-39 ' HF-40 . HF-42

HF-41 HF-43 NSHF-37 HF-38

LOT 101 or 5 dvke

1-2 Intermediate

1-2 non mag *py - HF-1 Soil s amples

*41962 Grab samples

frag Fragmental

mag Magnetic

Cu values * 1Oppm In soils

boulder fence

HF-50 wood fence

CON 5

CP3

oVa

ft1-2

\J

31C11SW2005 2.21880 MADOC 210

phelps dndqe

Corporationiiof Canada LimitedProvin( e: MadocTwp.y A-e a: QuebecN.T.S.:Compiled by: M.J.Drawn L.S.REVISON

DATE

Jan/ M

DATE

FILE No.

BY

PROJ. No.

HAPPY FACE PROPERTY

COMPILATION MAP

SCALE

1:2500

PLATE No.

Documents

SUMMARY RPT OF 2000 GEOL MAPPING & SOIL SAMPLING …...Gr (see assay results Appendix 3) Resampling of the HF-65 area revealed no significant results. Contamination from either the