STATUTORY WORK REPORT, MMI-MM SURVEY, ENJA ...

GM 63587STATUTORY WORK REPORT, MMI-MM SURVEY, ENJA PROPERTY

http://gq.mines.gouv.qc.ca/documents/examine/GM63587

http://gq.mines.gouv.qc.ca/documents/sigeom/Licence.pdf

http://gq.mines.gouv.qc.ca/documents/sigeom/license.pdf

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GM 63587

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Enja Property

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,1uébec, Canada

Statutory Work Report

- MMI-M Survey - August-September, 2007

Contents:

1) A Mobile Metal Ions (MMI-M) Exploration Soil Geochemical Survey on the Enja Property, La San-e Area, Baie James, Quebec: Interpretations and Recommendations

prepared by Mount Morgan Resources Ltd.

2) MMI-M Geochemistry Maps showing sample locations, claim boundaries, topography:

Selected elements - Barium, Cadmium, Cobalt, Copper, Gold, Molybdenum, Silver, Zinc

prepared by Burt Consulting Services

3) SGS Analytical Laboratories: Certificates of Analyses

Submitted: April11, 2008

By: Charlton Mining Exploration Inc

2020 rue Brentwood

Saint-Lazare, Québec, 17T 2G5

Consulting geologists for: Stratabound Minerals Corp.

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MRNFP - SECTEUR DES MINES

REçu LE

1 1 AVR. 2008

Bureau régional - Montréal

A Mobile Metal Ions (MMI-M) Exploration Soil Geochemical Survey On The Enja Property, La Sarre Area, Baie James, Quebec: Interpretations and

Recommendations

Prepared For

Stratabound Minerals Corp. P.O. Box 72024,

RPO Glenmore Landing S.W. Calgary, Alberta T2V 5H9

Prepared By:

Mount Morgan Resources Ltd., 627 Manchester Blvd. North, Winnipeg, Manitoba, Canada

R3T 1N9 Tel.: 204-284-6869 Cell: 204-998-0271

E-mail: mfedikowPshaw.ca

EXECUTIVE SUMMARY

An MMI-M survey based on the collection of 599 soil samples has delineated a

distinctive pattern of Cu anomalies on the 2007 Enja survey area. The

stratigraphic succession at Enja is marked by a bi-lobate Cu anomaly up to 175

m in an east-west direction and this anomaly is interpreted to occupy the limbs of

an eastward verging fold. The morphology of the fold can be mapped using Cu,

Cd, Co and a wide suite of MMI-M elements. The core of the main sampling grid

area is marked by an "S" folded exhalite unit defined by elevated responses for

Al-Fe-Nb-Sc-Ti-Th but with little or no commodity metal signature. This unit is

interpreted to be a mixture of chemical sediments and felsic volcaniclastic

detritus. Oxide fades iron formation could also be present. Field observations in

the area of this anomaly documented a 180-degree polarity reversal in the

compass and a shallowly buried, strongly rusty weathered felsic lithology. This

easily strippable outcrop could provide some much needed geological

information for the property. The western extremity of the 2007 survey area is

marked by elevated MMI responses for the multi-element assemblage of Cu-Mo-

Pb-Sb indicating additional MMI-M anomalies are present to the west. Given the

geophysically "active" nature of the property additional MMI-M surveys to the

west are warranted. The collection of soil samples beneath a thick organic

blanket using a Dutch auger and a 25 m sample spacing is an appropriate

protocol for follow-up MMI-M surveys.

Stratabound Enja MMI-M Soil Geochemical Surrey 2 Mount Morgan Resources Ltd.

PREAMBLE

The exploitation of mineral commodities in the near-surface geological

environment has become increasingly difficult due to the exhaustion of

mineralization exposed at surface and the mantling of prospective bedrock by

residual soil or glacially transported till and its derivatives. Thick residual soils

and glaciofluvial and glaciolacustrine sediments topped by organic deposits

make mineral exploration in these terrains challenging. For this reason a plethora

of innovative exploration geochemical selective and partial digestions, coupled

with state-of-the-art instrumentation capable of measuring concentrations in the

parts per billion (ppb) and sub-parts per billion range, have been developed.

These techniques offer the explorationist tools to "see through" overburden and

derive useful mineral exploration data for integration with geology and

geophysics and ultimately for drill-testing multivariate anomalies.

The proprietary Mobile Metal Ions Process (MMI) soil geochemical technique has

been utilized on a wide range of commodity types from base and precious metals

to diamonds worldwide. The Process is based upon proprietary partial extraction

techniques, specific combinations of ligands to keep metals in solution, and relies

on strict adherence to sampling protocols usually established during an

orientation program. Geochemical data resulting from MMI analysis of improperly

collected soils cannot be ameliorated with univariate and/or multivariate statistical

and graphical solutions.


The recognition of anomalies in geochemical data has progressed from simple

visual inspection in small data sets to multivariate, parametric and non-

parametric or robust statistical methods for large datasets usually extracted from

regional geochemical surveys. Derived parameters from these statistical

exercises, such as factor scores or discriminant functions, have been

successfully utilized in reducing a large number of potentially useful variables to

a select few variables that identify and localize anomalous geochemical

signatures. These statistical approaches have been required to manipulate

accurate and precise, low-cost, multi-element geochemical data.

The MMI technology uses a different approach to exploration geochemistry by

analyzing soils for a select few commodity elements upon which to base property

evaluations. Having stated this, the demand from explorationists for a more

comprehensive package including pathfinder element suites resulted in the

development of "MMI-M". The MMI-M multi-element suite was utilized to analyze

inorganic soils from the Enja property and provides analyses for 45 elements.

These are a multi-element suite that report ppb and sub-ppb analyses for base

and precious metals, pathfinder elements for these commodity elements, as well

as elements useful for mapping bedrock geology obscured by overburden and its

derivatives. The large number of elements in the database provides an

opportunity to assess an area of interest for a wide range of metallic mineral

deposits with only minor drawbacks in terms of lower limits of determination. The

specific details of this assessment are described below.

Stratabound Enja MMI-M Soil Geochemical Su vey 4 Mount Morgan Resources Ltd.

TERMS OF REFERENCE

This report assesses the geochemical responses in soil samples collected from

the Enja property ("Enja") with subsequent analysis by MMI-M. Analytical data

were provided to the author of this report by SGS Mineral Services (Toronto) for

purposes of a previously discussed interpretation and report arranged

subsequent to discussions with Stanley J. Stricker P.Geo. and President of

Stratabound Minerals Corp. The design of the sampling program was the

responsibility of both Stratabound and Mount Morgan Resources. The goal of the

survey was to provide an assessment of MMI Technology on this property and to

determine whether anomalous responses are present on the property that could

be used to focus base and precious metal exploration.

ENJA PROPERTY DESCRIPTION AND EXPLORATION HISTORY REVIEW

The following description of the Enja survey area including past exploration

results and position relative to other significant mineral deposits was obtained

from the Stratabound Minerals website. Maps included in this section were also

obtained from the website and were produced in part by Charlton Mining

Exploration Inc.

Stratabound Enja MMI-M Soil Geochemical Survey 5 Mount Morgan Resources Ltd.

Enja Property

The Enja property, under option to Stratabound Mineral Corp., comprises 69

contiguous claims covering over 3,800 hectares in Enjalran and Massicotte

Townships, northwest Quebec. The claims are situated 35 kilometres west of

Selbaie Mine (zinc-copper-silver-gold), between the Detour Lake and Casa

Berardi gold camps (Figure 1). Twenty-one of the claims are newly staked, and

extend the property eastward beyond the Turgeon River, well into a pronounced

circular structure resembling the metals-rich Selbaie Caldera. The Selbaie (zinc-

copper-silver-gold) mine was a 29.9 million tonnes operation grading 1.21%

copper, 1.91% zinc, 0.63 g/t gold, and 0.37 g/t silver. The former Detour Lake

Mine produced 1.7 million ounces of gold over a 17 year mine life from a 1984

reserve base of 10.9 million tonnes grading 4.4 g/t. Following considerable

additional recent work by Pelangio Mines, the Detour Lake Mine currently hosts a

resource of about 2.5 million tonnes grading 2.00 g/t Au (indicated) and a further

23.4 million tonnes grading 2.29 g/t (inferred).

In the Enja property area, drilling was preformed between 1972 and 1997 by a

number of companies, including Penarroya, Serem, and Soquem/Billiton,

identifying widespread occurrences of base metal sulphide and gold

mineralization. Considering the geologic environment, the presence of strong

anomalies on pre-existing airborne magnetic (Figure 2) and electromagnetic

(Figure 3) maps, the size and type of economic deposits occurring in the region,


Stratabound believed the Enja claims to be under-explored and optioned the

ground.

In 2005 a detailed (80 metre line spacing) airborne geophysical survey by

Terraquest Ltd. outlined intense magnetic highs on the 6.5-kilometer long

property (Figure 4).

Historic drilling records indicate the western and eastern portions of the property

contain extensive widths of sulphide and oxide iron formations with anomalously

high gold content. Drill holes along and adjacent to a magnetic high in the

eastern block also intersected zinc/silver mineralization with associated copper

and gold, as well as structurally hosted gold mineralization.

The nature of the targets and the complete overburden cover combine to make

an extensive diamond drilling program obligatory. A major program of

geochemical surveys is first required to define the drill targets. This report is

based upon a Mobile Metal Ions soil geochemical survey on part of the property

and is a first step towards developing an MMI-assisted focused diamond drill

program.


':;ü:1(i) ES,V00 E. ,'E 600000 E. m.

~

440000 E. m.

640000 E. m. 680000 E. m.

ito KM

Figure 1. Location map for the Enja property and adjacent mineral deposits.

Er‘ja !?egionaa Synthesis Map

Stratabound Enja MMI-M Soil Geochemical Survey

8

Mount Morgan Resources Ltd.

Figure 2. Airborne magnetic survey results over the Enja property.

Stratabound Enja MMI-M Soil Geochemical Survey 9


~

•

PrePertY

• • • • • • •

• •

I ♦ • ~ N•• • II. ♦ •

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Figure 3. Airborne EM survey results from the Enja property.

Stratabound Enja MMl-M Soil Geochemical Survey 10


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60 01 02 02 04 as OS et as

VHbtal D.rna,ne

CHARLTON MINING EXPLORATION INC. ~_. SRAM SINGO

Figure 4. First derivative of airborne magnetic survey results from the Enja

property.

ENJA PROJECT. ABITIBI REGION. QUEBEC FIRST VERTICAL MAGNETIC DERIVATIVE

wTED

MOBILE METAL ION SAMPLE COLLECTION AND ANALYSIS

Sampling and analytical protocols for the Enja survey are based upon information

available on the Mobile Metal Ions website. A review of MMI sampling protocols

can be found there (www.mmigeochem.com). In MMI surveys there are some

general approaches that are used to guide sample collection including preferred

depths of sampling and these are described briefly here.

Soil samples, each weighing approximately 250 grams, are normally collected at

25-m stations in precious metal exploration and up to 50-m in the case of base

metals. Sample spacing should be established on the basis of a "best-estimate"

of the likely target being sought with estimates from historical data or exploration



results from nearby/adjacent programs. Sample locations are usually

documented according to grid coordinates and/or GPS readings at each station.

Samples are then collected from a consistent depth of 10-25 cm beneath the

point at which soil formation is initiated in the particular landscape environment

where the survey is taking place. The optimum depth of sample collection and

the targeting of high-contrast base and precious metal residence sites should be

determined by an orientation survey, prior to the exploration phase of this

program. Samples are normally collected with a stiff vinyl trowel after the initial

sample pit was dug with a shovel. The shovel is clean without paint or rust. In

particularly hostile overburden scenarios where significant thickness of organic

soils are encountered, samples may be collected with an auger. A Dutch auger

has been found to be particularly useful for this purpose although maintaining a

consistent sample depth with an auger is difficult. The entire Enja 2007 MMI soil

sample database is based upon samples collected with a Dutch auger. Samples

are bagged on site without preparation and shipped to SGS Laboratories

(Toronto, Ont.) for MMI-M analysis. Analytical finish for all extractions is by

inductively coupled plasma-mass spectrometry (ICP-MS).

The samples submitted to SGS for analysis should include field duplicates,

replicates or intemal standards. Analytical duplicates and a standard MM1

rice sample are utilized by SGS Mineral Services (Toronto) to monitor

analytical accuracy and precision. Analytical blanks monitor laboratory-based

contamination. For the survey a total of 599 inorganic soil samples were

Sbatabound Enja MMI--M Soil Geochemical Survey 12 Mount Mogan Resources Ltd.

collected although a total of 713 sites were visited and in 114 of these no sample

was collected primarily due to the thickness of organic overburden. The sites

visited on the property are apparent in Appendix 2 as they are highlighted in

yellow. Exploration survey analytical data are presented in Appendix 1 with

edited data and calculated RR in Appendix 2. Sample descriptions are also

presented in Appendix 1. Appendix 2 also contains QA/QC (quality control and

quality assurance) data. Both 25th percentiles and backgrounds used to calculate

the RR are given in Appendix 2.

ANALYTICAL PROTOCOL

Mobile Metal Ions (MMI) Process

The proprietary Mobile Metal Ions Process (MMI) soil geochemical technique has

been utilized on a wide range of commodity types from base and precious metals

to diamonds worldwide. The MMI Process is based upon proprietary partial

extraction techniques and specific combinations of ligands to retain metals in

solution once they are stripped from individual soil particles. The MMI method

relies on strict adherence to sampling protocols usually established during an

orientation program. Geochemical data resulting from MMI analysis of improperly

collected soils cannot be ameliorated with univariate and/or multivariate statistical

and/or graphical solutions. Samples analyzed using the MMI methodology

require no preparation subsequent to collection and are shipped to Toronto (SGS

Minerals Services Laboratories) and analyzed. The method targets recently

rrived "mobile metals" that have traveled from buried/blind mineralized sources

at depth and migrated to surface. Accordingly, the concentrations measured are

those of recently arrived mobile metal ions at the surface and as such are much

lower in concentration than the total metal concentration of the soil measured by

strong partial digests or total digests. The method is effectively substrate

independent and analyses are presented at parts per billion or sub-parts per

bidon concentrations. Exceptions are Al, Ca, Fe and Mg, which are quoted in

ppm. Since the MMI-M extraction was utilized for the MMI surveys there are a

wide range of metals reported including precious and base metals and related or

"pathfinder elements as well as lithologically sensitive metals. Quality

assurance, quality control, analytical blanks and standards ensure analytical data

is both accurate and precise.

DATA TREATMENT

Analytical data was examined visually for analyses less than the lower limit of

detection (<LLD) for ICP-MS. Data <LLD were replaced with a value % of the

LLD for statistical calculations and graphical representation. The 25th percentile

for these data was determined using the software program SYSTAT (V10) and

the arithmetic mean of the lower quartile used to normalize all analyses. The

normalized data represent "response ratios" which were utilized in subsequent

plots. Zeros resulting from this calculation are replaced with "1". Response ratios

are a simple way to compare MMI data collected from different grids, areas and

ernrironments from year to year. This normalized approach also significantly

removes or "smoothes" analytical variability due to inconsistent dissolution or

instrument instability. Background when using response ratios is considered to

be "1".

DATA PRESENTATION

Analytical data from the Enja property MMI-M exploration survey is presented in

plan view as Vertical Mapper bubble plots. Graphics are also presented in

Appendix 3. The plan view or bubble plots depict the flux in geochemical

response by plotting a symbol (circle) with a diameter that corresponds to the

magnitude of the elemental analysis/response ratio at that site. The magnitude of

the response is also color-coded for ease of inspection with the "hotter" colors

indicating higher metal concentrations. These plots are prepared with Vertical

Mapper, a module within MAPINFO software.

DATA DESCRIPTION

Appendix 1 contains all data forwarded by SGS Mineral Services for this

interpretation and report. The analytical reports were checked against the

sampling records and found to be complete. The 25th percentiles and

backgrounds for each element used for the calculation of response ratios for the

exploration survey soil samples are also presented in Appendix 2. Appendix 2

also contains a file titled "Enja All Data RR Rank Ordered" in which the top Cu

anomalous responses are presented. The Enja dataset is marked by a number of

elements that have numerous samples at or below the lower limit of

determination (LLD). These include the elements As, Au, Bi, Cr, Mo, Pd, Pt, Sb,

Sn, Ta, Te and W. These elements are typically less mobile than Cu or Zn and

Sbatabound Erga MA 4I-PA Soil Geochemica! Survey 15 Maint Morgan Resources Ltd.

their presence in measurable quantities in a small number of samples is

testament to this. The high percentage of samples with Bi, Sn, Pd and Pt

contents <LLD in this survey is not surprising given their very low mobility in the

surficiallsecondary environment and the lack of an obvious source lithology or

mineralized zone. In this regard, any MMI-M analysis for Pd that is >LLD should

be reviewed with care for its overall significance in the survey. An MMI analysis

for Pd above the LLD should be field checked for possible association with

platinum group metal geological environments, In addition, the presence of

measurable Pd in MMI analyses can also accompany Au as an anomalous

element doublet associated with Au mineralization. The absence of coincident,

elevated Cd responses with high-contrast Zn response ratios in some samples

can be cause for concern. Generally, coincident Zn-Cd responses are interpreted

to represent bedrock-hosted sphalerite mineralization. The absence of Cd is

suggestive of the possible derivation of Zn from anthropogenic contamination

from cultural and/or industrial activity. This can result in what has been described

as a "false" geochemical anomaly. Alternatively, there are very low Zn contents

(and thus Cd) in the bedrock as is observed in the Enja dataset.

DATA QUALITY

Analytical Duplicates

Every 726' sample in the routine analysis of MMI samples is an "analytical

duplicate" that provides control for the reproducibility and accuracy of routine

analyses. These duplicates are presented in Appendix 2 and demonstrate that

excellent reproducibility is apparent in the Enja analyses across a wide range of

concentrations for all MMI-M suite elements. Some variability is apparent at the

LLD however this is not interpreted as a significant problem for the recognition of

bona fide geochemical anomalies. For instance, Nb and Ce appear to have poor

reproducibility at lower concentration levels however this is not universally

observed for all duplicate pairs. The figure below demonstrates that despite

some variability in duplicate pair analyses for Cu there are a small number of

pairs that might be considered as "outliers" although statistically no outliers are

recognized for Cu, the important commodity element in this study.

~:~.._.. '1 ~;~,.,p~„ ~;„.,.,- .,.y.,.~~:,,., ..f .,.,.,,~+7,..,f a,.licates for Cu, Enja MMI- . I u.a> ~. ...~i u ic n~ica~ ic ~ca~wn v~ w a icily a~~.a I ‘44.11141

M survey.

9000

8000

7000

6000

.- 5000 ~ U 4000

3000

2000

1000

0 0

Outliers and Influence

5000 10000

15000 CU2

Cook's Distance G 1.2 0 1.0 o 0.8 U 0.6

0.4 0.2 0.0

O Outlier

Influential Case


Analytical Blanks

To monitor laboratory and sampling errors introduced into the sample analytical

blanks are inserted with each batch of MMI samples that are run through the

ICP-MS. The results of these replicate analyses are presented in Appendix 2

("QAQC") and demonstrate that there is minimal contamination introduced into

the sample as it passes from the sample bag to the ICP-MS. The MMI-M suite

elements reporting >LLD in the blanks include 1 blank with 4 ppb Cd, 2 blanks

with 1.0 and 0.6 ppb Th, one blank with 2 ppb Nd and 1 blank with 1 ppm Mg.

There is no commodity element contamination in the blanks and the magnitude

of the observed oontarttination in the laboratory blanks is considered to be

insignificant This observation is based on the assessment of 1g analytical blanks

from 599 sample analyses.

Analytical Standard MMISiFIM14

The standard MMISRMI4 is included with each batch of soil sates as a check

on analytical accuracy and reproducibility. The Table below demonstrates that

very little variability exists for important commodity and related MMI-M suite

elements in the Enja survey. Some of the measured values for important Enja

indicator elements report at slightly higher concentrations than the recommended

values although when examined as percentage variations these differences are

stratabound Enja MM,-r, so,y ceoche+rical survey IS Mount Morgan ReSIINCOs Ltd.

considered miniscule. The overall accuracy of the analyses is interpreted to be

good.

Table 1. Observed variability in observed versus recommended analyses, Enja MMI-M survey. (Note: "Mean" refers to arithmetic mean and "S.D." to standard deviation)

Range in Analytical Results For MMI-M Element MMISRM14

Recommended Value For MMISRM14

Au Cu Cd Pb Sc Fe

37.7-49.5 (Mean: 41.7; S.D.: 3.1) 640-880 (Mean: 750; S.D.: 61.1)

6-11 (Mean: 7.8; S.D.: 1.3) 110-170 (Mean: 134; S.D.: 20.9)

6-11 (Mean: 8.1; S.D.: 1.3) 2-4 (Mean: 2.8; S.D.: 0.5)

Spearman-Rank Correlation Coefficient Matrix

A particularly effective method of assessing unique element associations in the

MMI dataset from the Enja survey and providing an indirect assessment of data

quality is with a correlation coefficient matrix. The distilled Spearman-Rank matrix

is presented in Table 1 below and the entire matrix is reproduced in Table 2

(appended to CD-ROM).

The element doublets with elevated and significant correlations Cr') summarized

in Table 1 above reflects lithologic and mineralogic associations within the

sample set collected from the Enja grid. The affiliation of Cu, Pb, Mo, Ag, Bi, TI,

and lesser is a reflection of the bedrock-hosted base metal mineralization within


44.1 765

8 100 5

1.7

the Enja stratigraphic/structural succession. Additional correlations between AI-

Fe-Nb-Sc-Ti-Th are a unique association primarily from lithologically sensitive

elements useful in mapping bedrock geology or to define the presence of unique

lithologies in the subsurface. In this case these elements are depicting the

presence of what is likely an exhalitic/vok.aniclastic sedimentary rock contained

within the Enja stratigraphy. There is an apparent disconnect between the

precious metal Au and the various base metals as no significant correlation

Table 1. Distilled results of a Spearman-Rank correlation coefficient matrix, Enja MMl-11 survey.

Doublet "r" Doublet "r" Doublet "r"

Ag:Cu 0.602 As:Bi 0.537 AI:Ce 0.590 Ag:Mo 0.445 As:Fe 0.427 AI:Fe 0.826 Ag:Ca 0.602 As:Pb 0.403 AI:Nb 0.690 Ag:Sr 0.646 As:Sb 0.405 AI:Ni 0.573

AI:Pb 0.514 Au:Sr 0.307 Ba:Cu 0.472 AI:Rb 0.791

Ba: Pb 0.447 Al: Sc 0.865 Bi:Fe 0.552 Ba:Sb 0.406 AI:Th 0.658 Bi:Pb 0.464 AI:Ti 0.754 Bi:TI 0.509 Co-Cu 0.525 AI:TI 0.578

Co-Fe 0.516 Al-Zr 0.691 Cd:Zn 0.315 Co-Ni 0.652 Ce:Cu 0.398 Cd:Co 0.602 Co-U 0.512 Ce:Pb 0.715 Cd:Cu 0.413 Cu-Pb 0.593 Ce:Th 0.893 Cd:Fe 0.443 Fe-Pb 0.593 Ce:Ti 0.748 Cd:Ni 0.685 Mo-Sb 0.470 Ce:TI 0.498 Cd:Pb 0.603 Pb-Sb 0.538 Ce:U 0.601

Th:Ti 0.834 Th-Zr 0.936

exists between these metals. However, the base metals themselves are wen

correlated (cf Cu, Pb, Mo, Sb, Bi, Tl) and are also associated wits Co suggestive

of the presence of pyrite and/or pyrrhotite (cf. Ni-Co). The mineralized zone at

SGratabound Enja MMI-M Soi/ Geochemi caJ Survey 20 Mount Mogan Resources LM.

Enja is likely to contain lesser amounts of arsenopyrite (As-Fe) and sphalerite

(Zn-Cd (r-0.315). The numerous significant associations between Ce (a light

REE often enriched in felsic lithologies) and Cu, Mo, Pb, TI, Ti, U and Zr is

suggestive of a felsic magmatic association with base metal mineralization.

Interestingly, the correlation between Cu-Mo is 0.447 and this association along

with Ce is suggestive of possible "porphyry-style" mineralization. Overall the Enja

data is interpreted to be a quality dataset in ternis of data integrity based upon

plausible geologic associations between elements as well as the results of the

linear regression analysis presented earlier. That is, the correlated suite of MMI-

M elements can be explained in realistic geologic terms and as such they are

indicative of quality analyses; poor analytical data with less accuracy and

reproducibility would be reflected by a lack of these correlations. The coupling of

Zn-Cd is interpreted; subsequent to numerous MMI surveys worldwide, to

represent the presence of bedrock-hosted sphalerite in the stratigraphy. The fact

that the correlation is somewhat lower suggests a minor amount of Zn

mineralization is present in the areas surveyed at Enja.

ENJA EXPLORATION SURVEY

The results from the Enja exploration survey are presented below with an

accompanying geochemical narrative and plots. Each element is discussed in

turn with sample distribution on the exploration grid depicted with each bubble

Ststabound Enje MM1-M Soil Geochemical Survey 21 Mount Momgan Resources LM.

plot. It is noted that only those stations where a sample was collected is

represented on these figures.

Results

Vertical Mapper Bubble Plots

Vertical Mapper bubble plots depict the variation in concentration of MMI-M

extractions for soil samples collected from the GG exploration survey area.

The plots are constructed for elements determined to be useful indicators of high-

and moderate to low-contrast anomalies on the basis of a visual assessment of

the data. Individual plots from each of the three areas accompany the narrative.

Geochemicai Narrative

AgRR: Low-contrast responses to 16RR typify the survey area with only one

anomaly of interest defined. This response occurs at the western limit of

sampling at the southern ends of several transacts. This result suggests

the Ag "anomaly" is open to the west. A very low-contrast (-5RR) Ag

response appears to define a fold closure at the east end of the main

survey grid. Interestingly, there are no significant responses east of this

fold nose on the eastern side of the Turgeon River.

Stratabaund Enja MMt-M Sa7 Geochemica/ Survey 22 Mount Morgan Resources Ltd,

• AgFtR

16.00

14.00

12.00

10.00

7.50

5.00

2.50

Lunar

014 to 16

Meters

012 Iota

0 10 to 12 o 7sIo10 C 5 to 7.5 o 2.5 to 5 • 1 to 25

Pot P7oktbm: UTM Nad 83. Zone 17 Samples (5=599)

6e0c07en3,,/pRrs cy 4fcwa1 Marya^ Peraalcea Lm.. /Jsayoep Maromba

0 250 500 750 1000

Stratabound Minerals ENJA MMI-M 2007 Survey AgRR

AIRR: The aluminum responses suggest a multi-sample, moderate-contrast

anomaly centered on the east side of the Turgeon River. This anomaly

dwarfs the responses west of the river on the main sampling grid. The

main sampling grid is marked by multi-sample, multi-line anomalies

usually defined by 1 or 2 samples per line. Generally, this anomaly defines

a northwest to southeast trend although there appears to be an "S"-fold



0 250 600 750 1000

Meters

Plot Projection: UTM Nad 83, Zone 17 Samples (n=559)

Lf.>ole2 .•, _~ne AIRR

31.00

25.00

20.00

15.00

10.00

5.00

100 -unk

OS0b3r

0256130 Q 201025 O 15b20 O 10E15 o Sb10 • lb 5

Geo,vn.. Z' P':rs cy 4Na<.17A ' Pan.rfres eV)Inwp .MJ~ Tala

symmetry defined by the Al responses in the core of the main sampling

area.

Stratabound Minerals ENJA MMI-M 2007 Survey AIRR

AsRR: Significantly elevated, As responses are restricted to two main areas on

the grid. These include the north end of two sampling transects east of the


AsRR

26.00

20.00

15.00

10.00

Fy!

7.50

5.00

2.50

Zû'w~. 020 028

MM

015 020 Q 10 015 C 7.5010 O 5 0 7.5 o 2.5 0 5 • I 0 25

Plot Projection: U7M Ned 83. Zone 17 Samples (n=599) O 250 600 760 1000

Turgeon River and the western edge of the main sampling grid at the

limits of sampling. The western responses tend to correspond to elevated

CuRR from the same area. The maximum AsRR is 26 times background.

Stratabound Minerals ENJA MMI-M 2007 Survey AsRR

AuRR: The Au responses on the Enja sampling grid occur primarily on the

western portion of the grid. In this area AuRR varies from 10 to


AuRR

V

Plot Prolecton. UTM Nad 83. Zone 17 Samples (n=599)

G•oPhm.sT/Abrs by Mount Alapr. Amoral !fa.. Nhpap MeMoO•

40.00

30.00

20 00

1000

500

ZLnâ

QaOb se Qs0 b40 020b.w 010b20 e 5b10 • 1 S

O 250 500 750 1000

Meters

approximately 56 times background. These responses are restricted to 3

or 4 sampling transects and have an approximate north-south orientation.

A single-site, high-contrast response occurs in isolation east of the main

anomaly, as does a low-contrast, two-sample anomaly near the midpoint

of the most easterly MMI transect.

Stratabound Minerals ENJA MMI-M 2007 Survey AuRR


Meters C 10 b20 O 730,10 o 5 10 7.5 • 2.3e3 5 • 1 b 2.5

Q w 1040

020 ton Plot Projection: UTM Nad 83. Zone 17 Samples (n99) 250 500 750 1000

CdRR

45 00

4000

30.00

20.00

10.00

7.50

5.00

-x< m.s.-/Pîn c~ 4a~r.rlfayn +. Pea.ces i^.. . o ov ,.

67..gne0 .•foTYPSJ

13,

CdRR: Like the results for Al, Cd responses appear to define a fold developed at

the eastern end of the main sampling grid with closures apparent on

transects east of the Turgeon River. The fold is defined by CdRR of

between 10 and 20 with the northern and southern limbs trending east

west with RR generally less than 40 times background.

Stratabound Minerals ENJA MMI-M 2007 Survey CdRR


CeRR: Maximum RR to 138 is noted from several locations on the main

sampling grid and eastern sampling transects. These responses are

generally single-sample, rarely extending from transect to transect.

Truncation of the data at 100RR indicates a similar fold as documented in

the Cd data although with less definition. Isolated high-contrast responses

are also present on the grid/transects including a string of elevated Ce

responses along the western edge of the main sampling grid. This

suggests the CeRR anomaly is open to the west.


7.77 CeRR

138.00

125.00

100.00

75.00

50.00

25.00

Stratabound Minerals ENJA MMI-M 2007 Survey CeRR

Plot Projector'. UTM Nad 83. Zone 17 Samples (n=559)

10.00

2-un.00 1its:

Cj '25 b l'6

C '1: no 1:5 C 7C m 1:0

E.: to 75 +5 to `0

= 1:to :5 im In

0 250 500 750 1000

Meters

3e%•eM1's=iPsrs -'.

l . ,: ,, ~ . :~\ 4!v;.•r •IaW l.x.rcry (1r3n..000


w: -e

8 -0_]•! e :o-!

Plot Pro)ecton: UTM Nad 83. Zone 17 Samples (n=599)

6 'MC +C MO +P.

0 260 600 760 1000

Mends

vex.-•ens:.lp:crs cy 4fo:.-1 r/awr Re».vres _c.. Nr.n:pep .Wmmee

CeRR Tronc.>100RR

lotion

75.00

50.00

2500

10.00

5.00

Z-unâ

075m100 O50m 75 025m 50 O 10 m 05 o sm 10 • 0m 5

Stratabound Minerals ENJA MMI-M 2007 Survey CeRR (Truncated >100RR)

CoRR: The eastern end of the main sampling grid is marked by elevated Co

responses with the maximum RR located on the east side of the Turgeon

River (RR to 46). There is a weakly developed pattern of Co responses

suggesting the presence of a fold nose near the east end of this grid. The

definition of this fold, however, is somewhat diffuse. The "folded"

anomalous response is now defined by Cd-Co-Ce responses.



<,.: ._ ._

Y

CoRR

45.00

35 0.)

25.00

Zuwb

Stratabound Minerals ENJA MMI-M 2007 Survey CoRR

Plot PrOIec on: UTMA Nad 83. Zone 17 Sam2les (n=559)

p35b46 0 251.35 Q 15b25 O Elio 15 o 5b10 • Ob 5

O 260 600 760 1000

Meters

GaoC•em:«/P,:n cy A[o;.,s l Maw PeB_ mCe. :.'a. .

!J`.r:yep 4tarTa5i

CuRR: An overall similar pattern is recognized for the Cu MMI-M data as

indicated by the Cd-Co-Ce responses described above. Although a fold

nose is not defined by the moderate-contrast Cu data (RR to 34 times

background) both the northern and southern limbs are clearly visible.

These features occur on the eastern end of the main sampling grid and

are clearly visible as multi-sample, multi-transect responses that appear

open to the east, north and south but are truncated to the west. The



-4-

4.213 C'1l:ry-!

0 250 600 750 1000

Plot Pro)etlan: UTM Nad 83. Zone 17 Samples (n=599)

Q20 m25 O 15 to 2p

C 10 0015 O 7.5 to 10 o 5 to 75 • 25 to 5 • 1 to 25

G!x'^•sm:5+/ P-R *Net Mayan RebJlMCJS h5cn~lep Atcnaaba

Maws

CuRR

32. 00

25.00

20.00

15.00

10.00

7.50

5.00

2.50

1.00 2-units:

Q25 b3‘

overall length of each limb is 175m. The western limit of the sampling grid

is also marked by a multi-sample and multi-transect Cu anomaly that is

open to the west.

Stratabound Minerals ENJA MMI-M 2007 Survey CuRR

FeRR: Strongly elevated Fe responses to 235 times background occur at the

east end of the main sampling grid in coincidence with the observed Cd-

Co-Ce-Cu anomaly described above. The coincidence of elevated Fe with



FeRR

235.00

Pfd Projection: UTM Nad 83. Zone 17 Samples (n4,99)

150.00

p 100.00

75.00

50.00

25.00

10.00

Z-u0.00

O 15 lo 225

C 100 to 150 C 75m1a0

C to 75 c 25 to 50 O 10 10 25 • 010 10

O 260 500 760 1000

Meters

•R/O+C I+•IS~!

vear•en.'s: /parsay 4!wh:r .Iu•pr. Resources Lm.. /.^ .Neep Manitoba

Cu (chalcopyrite), Co (pyrite) and Cd (sphalerite) is a geologically

plausible anomalous suite of elements in a base metal massive sulphide

depositional environment. Interestingly, the highest Fe responses occur on

the east side of the Turgeon River where no base metal anomalies are

indicated. When the FeRR are truncated at 100RR and replotted a similar

but less focused pattern is recognized. There is also a folded pattern

recognized in the core of the main sampling grid in association with a

previously recognized/described "S" fold defined by AIRR.

Stratabound Minerals ENJA MMI-M 2007 Survey FeRR


FeRR Trunc.>100RR

10.00

75.00

50.00

• 25.00

10.0

5.00

Zuôb

O75 b100

O50b 75 pz5b 50 O 1010 25 O 5b 10 • 0b S

e•+.x"e !r%:.e

0 250 600 750 1000 0

Plol PfOjed10r1: UTM Natl 83. Zone 17 Sampks(n=599)

Metes

Ge0c+e . s:/ p':rs c, Mow( f.y.psa Resources Lr... Mr.groep MJ +a?o

Stratabound Minerals ENJA MMI-M 2007 Survey FeRR (Truncated >100RR)

LiRR: Low-contrast RR to 28 is present on the survey grids although the

observed patterns are erratic, saw-tooth and of little value in focusing

geochemical responses. The highest responses occur on the main

sampling grid.



i

20.00

~

~

~

LiRR

2e

I 15.00

10.00

7.50

5.00

2.50

Plot Projectotl: Qt5 1020 UTM Nod 93. Zone 17 O 10 015

0 250 500 750 1000 Samples (n=599) C`. 7.51012

Meters O 5 10 75 0 2.510 5 • 1 0 25

Geartv.n..v.-/P:r c:.- Mo-pal PeJJ::rt'i C'...

/.b;n,pey Ma.+.tpb

Stratabound Minerals ENJA MMI-M 2007 Survey LiRR

MgRR: Very low-contrast Mg responses to 9RR are observed on the grid.

Although this response occurs primarily on three lines in the west end of

the main sampling grid, the responses are likely nothing more than

random variations.



07106 Q 6027 ~ S026 O 4105 O 3b4 a 2023 • 1b2

0 250 500 750 1000

Meters

Plot Projection: UTM Ned 83. Zone 17 samples (n=99)

GeoP.en..s.Tl Cy Mov.e l Iferpa^. PeeOiNCe S ! ' .4r.nyp Ma .lobo

MgRR

9.00

8.00

7.00

6.00

5.00

4.00

3.00

2.00

100

06"

Stratabound Minerals ENJA MMI-M 2007 Survey MgRR

MoRR: The elevated Mo responses occur on the main sampling grid and in

particular the west end. In this area numerous 1-3 sample low-contrast

responses are present and appear to increase in frequency towards the

west end of the grid. The western limit of sampling is marked by a multi-

sample anomaly with MoRR to 50. There is a spatial association with the

appearance of Cu elevated responses.


36


MoRR

50.00

40.00

30.00

20.00

0 250 600 760 1000

I as •e

P101 Projectorl: UTM Nad 83. Zone 17 Samples 0=5991

Murs

Geot+em.x/p:sts Cy Mari ILGpYt ReeJ:Rtes ! ^.. Mr"oep AtatatJDa

10.00

7.50

5.00

2.50

Zyntsu

C47 m59

C 30 to 40

p 20 to 30 C ,o to 20

75Eo10 C 5 to 1.5

a 25 to 5 • 1 to 2.5

Stratabound Minerals ENJA MMI-M 2007 Survey MoRR

NbRR: Very high-contrast Nb responses to 318 times background occur in the

survey area with peak responses on the transects established east of the

Turgeon River. Truncation of the data at 100RR and re-plotting produces

a less-focused response but one that has some coincidence with a

previously described Fe-Al "S" fold in the core of the main sampling grid.


37


NbRR 310.07

~

1000 600 760 250

8.0.x.. L':F

Plot Pro ecton. UTM Nad 83. Zone 17 Samales In=-509)

Murs

G'?/00$ by Moors Maven Resources L. M.n,roep M0•arxw

200.00

150 00

100.00

75.00

50.00

25.07

10.00

Ziriits0

1✓ ]: to 310

0, 15: to _:C

Clor toISO C 7st0mo O 5010 75 O 2510 50 O 1010 25 • 110 10

Elevated Nb also occurs at the western limits of sampling with Cd and Mo

anomalies in this area and at the "fold nose" at the eastern end of the

main sampling grid. Niobium is often a useful indicator of peralkaline lithologies in

the subsurface.

Stratabound Minerals ENJA MMI-M 2007 Survey NbRR


0 260 500 750 1000 -- ~ Meters

Plot Protecton: UTM Natl 03. Zone 17 Samples (5=599)

'vexron:s.-f pF:rs ~> Mount Morgan Resource, • •, Abanamg Manitoba

( -tn..

i

~

(111,101111

NbRR Trunc.>100RR

100.00

75.00

50.00

~ 25.00

It I

10.00

5.00

Z-0.00

075b107

Outs 75 025b5o 0 10b 25 a Sb 10 • 0b S

Stratabound Minerals ENJA MMI-M 2007 Survey NbRR (Truncated >100RR)

NiRR: Low-contrast responses of 21 times background occur primarily at the

east end of the main sampling grid and along one of the eastern sampling

transects. There is some coincidence with the metals defining the ((fold

nose(( on the eastern grid. There are no unique lithologies indicated by the

Ni response.


39


( J...-_ • NiRR

21.00

15.00

gé

p

0 250 600 760 1000

Rot Projection: U7M Nad 83. Zone 17 Samples 0=599)

Meters

Geecnem(s..yphb by Mount ResOupH Ltd., KlraveJ N....~

10.00

7.50

5.00

2.50

Zû1ib~

ps p 10 to is Q 7.5to10 O 5 to 75 o ?Seo 5 • 1 to _5

Stratabound Minerals ENJA MMI-M 2007 Survey NiRR

PbRR: Lead responses are characterized by moderate-contrast (RR to 49)

responses. The lower contrast (15-2ORR) defines the fold nose on the

eastern end of the grid with the central nose of the fold defined east of the

Turgeon River. Maximum Pb responses occur at the western limits of

sampling in coincidence with Cu and Mo anomalies.



Plot Pry ecton: UTIA Nod 83. Zone 17 Samples (n=599)

Stratabound Minerals ENJA MMI-M 2007 Survey PbRR

..:>.n1 -- 6X:: --

O 250 500 760 1000

Meters

35.00 i9 g

25.00

15.00

a

0 10.00

7.50

5.00

2.50

Z-riâ

O55 04e 025 b 35 o15 b25 C 10 10 15 p 75010 O 5 0 75 s 23 to 5 • I g 2.5

Geananx f p:.ts ty Afaa^.i MaOen Resources L'1.. /f✓xWSO Msntooa

PbRR

49.00

SbRR: Two low-contrast responses of 6RR occur at the west end of sampling in

coincidence with Cu, Mo and Pb anomalies. This very low response could

be random background variation or it is related to mineralization producing

the base metal anomaly in this area.


K

Stratabound Minerals ENJA MMI-M 2007 Survey SbRR

Plot Pro)ecbon: UTM Nad 03. Zone 17 Samples (n=599)

0100 12 CI ebb p eb e Q 4b O 2b 4 • lb 2

SbRR

12.00

10.00

8100

6.00

4.00

2.00

Zanier

O 250 500 750 1000

Gex.em.x^fp'tts ti Mo.:, Mays^ Rsoaeces !^.. hT ~ NoatoDe

ScRR: Scandium responses overall show good correlation with Fe with

maximum RR to 121 that are developed on the east side of the Turgeon

River. There is a large area of >25RR near the west end of the main

sampling grid and this response continues across the river to the transects

on the east side. In addition, the "Sr" fold from the core of the main



Meters

C 75 to 100

Q 5010 75

C 2510 50 O 1010 25 o 51u 10 • 110 5

Plot Projection: 07M Nad 83, Zone 17 Samples (n=599)

- ws=1!'sts c. Mo;.rt 7faltor Resr•erees hY:npep YorotoDo

0 250 500 750 1000

ScRR

121.00

100.00

10.00

5.00

Z+rnti~

o 100 to 121

75.00

50.00

2500

sampling grid, previously defined by Fe-Al-Nb is well defined by moderate-

contrast Sc responses. Truncation of the Sc data at 100RR produces a

less-focused but very similar pattern.

Stratabound Minerals ENJA MMI-M 2007 Survey ScRR


ew:o,e ScRR

Trunc.> I OORR ~ I00.00

Stratabound Minerals ENJA MMI-M 2007 Survey ScRR (Truncated >100RR)

3.3.0E

75.00

50.00

~

?5.00

10.00

5.00

Z~

Ors b 100

0 501 15 Q 2510 50 O to 10 25 e Sb 10 • On s

O 250 500 750 1000

Plot Projection: UTM Nad 83. Zone 17 Samples jn=599)

Meters

:.a75. s.ns_/P:rsc% Mc:.-r Mawr: RsecuRas Lc.. !.^r+:frp MJ•aca.0

SrRR: Low-contrast Sr to 23 times background predominates in and near the

west end of the main sampling grid. The highest responses occur at the

west end of the sampling grid.


Mount Morgan Resources Ltd .

Stratabound Enja MMI-M Soil Geochemical Survey Mount Morgan Resources Ltd. 45

Stratabound Minerals ENJA MMI-M 2007 Survey SrRR

Plot Praection: U-h1

Nod 83. Zone 17

Samotes (0=599)

015 to _3

0 1G Do 1s

O 7553 10 O 5 to 75 to 25m 5 e 1 to :5

ThRR: Thorium responses are often utilized to document lithologic signatures

from the bedrock underpinning the survey area. At Enja the Th responses

(to 76RR) document the "S" fold that occurs in the core of the main

sampling grid in association with Fe-Al-Nb-Sc. Responses between 1 ORR

SrRR

23.00

15.00

10.00

7.50

500

2.50

■ 1,00 Z+.rts:

. .<. e : :X - •L

0 250 500 750 1000

Meters

,f aea:.enrr; pacts ay .—... --.- Mosof Margo-.Resources L^1. l.mrvsep Mamobo

ThRR

76 0)

5000

25.00

10.00 7.50 5.00

Units:

050 m75

025 m50 Q ]0 m25 C >•s m to O 5 m 7.5 O 25 m 5 • t to 25

~

.II.IGrY Sr:]OCK 6' Mt- •C 6'1661+F 6'<0:1,

Motors

Plot Projection: UTM Nad 83, Zone 17 Samples (1=599)

Gsxne. v:/P':n t~ A!o;.r.f ?Java, Req:aCes /4:.rNxY Ma. tab

O 250 500 750 1000

and 76RR define a larger fold structure with an extension to the east

across the Turgeon River.

Stratabound Minerals ENJA MMI-M 2007 Survey ThRR


2500.00

11 11

11 1i

1 11

TIRR

11250.0)

7500.00

5000.00

Plot Projection: UTM Nad 83. Zone 17 Samples (n99)

Z-units:

07.50,b'1_50

0 5.001 to 7.000

0 2.500 b 5200 ,^, 1.000 b 2.000 • 750 b 1.000 O 500 b 750 • b 500 • 0b :50

250 500 750 1000

MOUrs

- 'L1P.:rsty MPW1lFaya^. Reeo:wr-. _ . M✓..n7xp Mam.Tato

TiRR: Very high-contrast responses to 11,250 times background are present for

Ti and like Th, the Ti responses are often linked to the bulk chemical

composition of the underlying bedrock. The highest responses occur to

the east of the Turgeon River and suggest coincidence with the "fold nose"

discussed earlier. The "S" fold in the core of the main sampling grid is also

well defined. This fold now comprises Fe-Al-Nb-Sc-Ti MMI-M suite

elements as its geochemical signature. Truncation of the data at 1000RR

produces a generally less-focused response.

Stratabound Minerals ENJA MMI-M 2007 Survey TiRR


Q5aob 750 O 25010 500 p 150 b 250 O 100b 150 e 50 b 100 • 0 b 50

Plot Projection: UTM Nad 83. Zone 17 Samples (n.599)

\ {lwcf Pe6:_T1:_'-.

0 250 500 760 1000

TiRR Trunc.>1000RR

1000.00

75000

• 500.00

25000

150.00

100.00

50.00

ziirâ

111CMCK {'AC: r[ INC'te 1'apY1+e r'4w+e 0750b1,000

Stratabound Minerals ENJA MMI-M 2007 Survey TiRR (Truncated >1000RR)

TIRR: Very low-contrast TI responses to 12RR are present on the grid as

scattered and incoherent patterns. The TI responses are likely random

background variation with a possible significance at or near the eastern

fold nose discussed earlier. As a stand-alone response the Ti is

meaningless.



TIRR

12.00

10.00

8.00

6.00

4.00

2.00

Z+niâ

tow 1:

O 250 600 750 1000

Meurs

veor•an.x/p'.rs tï 44Me'r bfaryaa 7+ssources !4.0 N...v.~v

41.070414o

Q ow 10 Q 610 6 O 4 00 6 O _ to 4 • f to 2

Stratabound Minerals ENJA MMI-M 2007 Survey TIRR

URR: Very high-contrast responses to 186RR are present near the east end of

the main sampling grid but are present as single or two-sample

responses. Truncation of the data at 100RR produces a pattern of

maximum responses in the same location with a suggestion of a fold nose

with an eastward vergence. Uranium responses in the MMI data can be


49


related to the presence of a felsic lithology or to the presence of bedrock-

hosted pyrite.

Plot Prolecton: UrM Nad 83. Zone 17 Samples (n=5991

Stratabound Minerals ENJA MMI-M 2007 Survey URR

0 250 000 750 1000

Motors

Gea. em./?-rs ci 4!w-.1 Maw RlYJ:,rce5 C•... NmAvep .Np Tab

URR

18600

150.0

125.00

100.00

75.00

50.0

~

25.00

Zurâ

0150 b /55

0 125 b 150 Q 100 b 125 Q 78E100 O SO to 75 o 25 b 50 • 0 b 25


50 Mount Morgan Resources Ltd.

•

' ,:wn! f - _R:-! 6'leC+! 8'35[8+!

Plot Projecton. UTM Nad 83. Zone 17 Samples (n=559) O 260 600 750 1000

Meters

Gex •er.ns-rA,%rs t; . 1!O✓.^•11f0.y6, Re6J:xCs3 W..

81,3m+0.0

URR Trunc > IQQRR

100 03

75 03

50.00

2600

1000

603

Zriib

075 b 100

O50b 75 025b 50 Q 10b 25 O Sb 10 • Ob _

Stratabound Minerals ENJA MMI-M 2007 Survey URR (Truncated >100RR)

ZnRR: Low-contrast ZnRR to 15 times background typify the survey area. The

nature of the response is scattered and non-focused and is indicative of the

paucity of bedrock-hosted Zn mineralization in the portion of the Enja property

that has been surveyed with MMI Technology, to date.



+ +

+

6150 ,5 :-e

Meters

Gepcecksz-/p:un cy Moin d Mow Re9p:elCes Nr.m pep Man..pba

8.666:3K C d'0-.'

Plot Projeclion: UTM Nad 83. Zone 17 Samples (n=599)

11. zc.e

O 250 600 750 1000

10.00

7.50

5.00

2.50

Z+riiâ C125b15 Q ID b 12.5 C 75b TO O 5 b 7.5 o _5b 5 • , b 2_

Stratabound Minerals ENJA MMI-M 2007 Survey ZnRR

OBSERVATIONS AND DISCUSSION

The Enja MMI-M survey was completed with the use of Dutch augers owing to

the thick layer organic of organic soil. The digging of a sample pit was deemed to

be far too laborious and time-consuming to meet the objectives on the Enja grid.

This organic soil varied from a non-humified sphagnum-rich type to black, fine-

grained well-decomposed humus. A typical sample collected from the grid

appears in the photograph below. This sampling method has been demonstrated,

based on the results of MMI-M analysis to date, to be an effective method of

sampling in the Enja environment which is effectively a black spruce peat bog



shrubs and grasses.

with variable additional species in the overstory and

The MMI-M results indicate that the area surveyed to date is a base metal target

with Cu as the main commodity. This is based on a documented bilobate Cu

anomaly developed on the grid. This anomaly has lengths of 175 on each of the

two (north limb and south limb) east-west-trending limbs and is best developed

on the east end of the main sampling grid. The morphology of this anomaly, that

is the bi-lobate nature of the MMI response, is believed to be controlled by an

eastward verging fold that is very well defined by a number of other elements in

the MMI-M suite. This is well illustrated by the results for Cd, which shows both



limbs and the fold nose. Interestingly, Figure 1, a geological compilation taken

from the Stratabound website shows a fold axis cutting through the Enja property

and it would seem that this is confirmed by the MMI responses for numerous

elements. The folded nature of the stratigraphy at Enja is further demonstrated

by a multi-element MMI signature that occurs in the core of the main sampling

area. This anomaly comprises Al-Fe-Nb-Sc-Ti and Th and is folded into an "S"

form. This anomaly is associated with a significant compass deflection observed

in the field during sampling. The peak of this deflection occurs between UTM

coordinates 611601 E, 5524722N and 611606E, 5524881 N in association with a

rounded series of outcrops that are only buried by a few cms of loose organic

detritus. These outcrops could be easily stripped and some much needed

geological information on the nature of the bedrock geology ascertained. A brief

examination of this outcrop in the field indicated a very rusty-weathered felsic

lithology. The multi-element assemblage described in association with this layer

suggests that the unit is likely an "exhalite" layer probably comprising minor

_ u phide and major voicaniciastic detritus with a paucity of commodity element

MMI responses.

West of the western extremity of the two east-west Cu anomalies is an area of

very little commodity element response in the MMI data. This lack of geoc emit al

flux changes at the western limit of sampling achieved in 2007. The southwest

corner of the grid is marked by moderate-contrast Cu, Mo, Ph and ^h MMI

responses and this is strongly suggestive that base metal signatures are

Stratabound Enta MM1-M Soil Geochemical Survey 54 Mount Morgan Resources Ltd.

developing to the west. The remainder of the property is geophysically "active"

with both magnetic and electromagnetic anomalies present. The non-truncated

anomalies in the western 2007 survey area could be related to these geophysical

anomalies and as such strongly indicates the need to extend the MMI coverage

over the remainder of the property.

The eastern sampling transects occur east of the Turgeon River and these

samples were collected in an attempt to assess the area for additional MMI

anomalies and to assess known geophysical anomalies in this area. The soils

collected from these transects are marked by strongly elevated Ti and Nb, broad

,odcratc-contrast Al and Sc, high-contrast Fe and moderate-contrast Co (pyrite)

and low- to moderate contrast As, Ni, Pb, Th and U. These responses are

suggestive of pyritic, low-metal felsic rocks with possible oxide facies iron

formation. The lack of commodity element responses suggests that in the area

surveyed there are no significant bedrock-hosted accumulations of metal.

CONCLUSIONS

The following conclusions flow from this MMI-M survey at the Enja survey area:

1. The Enja area is characterized by a folded stratigraphic succession with

siÿniiii:cint Cu iv'i'.1i v? responses present. These responses are interpreted to

occupy the limbs of an eastward verging fold and individually have strike

+ongt+û v+ about w 7v m. The fold nose is well -ll defin u by a variety of v -A

Stratabound Enia MMI-M Soil Geochemical Survey S 5 Mount Morvan Resources Ltd.

suite elements including Cd, Co, Fe and many others. The "MMI-M" fold is

coincident with an east-west fold axis determined for the Enja area.

2. The lithologically sensitive MMI-M elements contained within the extraction

have identified a unique assemblage that delineates a probable barren

exhalite unit in the stratigraphic succession at Enja. The suite Ai, Nb, Fe, Ti,

Th and Sc are diagnostic of this exhalite, which could be a felsic

volcaniclastic/chemical sediment or an oxide facies iron formation

3. The western extremity of the 2007 MMI-M survey area is marked by an MMI-

M anomaly characterized by the assemblage Cu-Mo-Pb-Sb and suggests that

the remainder of the property is geochemically "active". These anomalies are

non-truncated and open to the west.

4. The soil sampling depth used in this survey was not determined by an

orientation survey although excellent definition of soil geoche-rnici it responses

was obtained based on saiiiples collected with a Dutch auger from 10-25 viii

in the inorganic soil profile.

5. Sample spacing was adequate to assess MMI Technology response on the

grid

Stratabound Enja ARAN-#I Sal Geochemica! Survey 4Fi Mount Moan Resources Ltd.

6. The MMI data is of excellent quality based on geologically plausible inter-

element correlations, excellent data reproducibility and accuracy. The data

quality is not a hindrance to anomaly recognition.

7. The materials sampled for the MMI-M survey are adequate for the definition

of bona fide geochemical anomalies.

RECOMMENDATIONS

1. An MMI anomalous response does not necessarily indicate the depth to

source reç.lioii nor the grade or tonnage of the source region. As such it is

highly recommended that prior to a diamond drill test of the precious-base

metal anomalies, the area be surveyed with a geophysical method that can

be modeled. The determination of the depth to source region can help define

the orientation of the drill hole (declination and inclination). Electromagnetic.

magnetic andior induced polarization methods can be used for this pu, Nosy.

Induced polarization has also had good succees in providing an assessment

of the chargeability and resistivity characteristics of the source region

responsible iur the production of the MMI anomalies.

2. Any further MMI surveys undertaken in this landscape environment should be

based on sampling and analytical protocols defined by this initial survey.

Stratabound Enia MMI-M Soil Geoctemicaf Survey 57 Mount Morgan Resources Ltd.

3. Additional MMI-M surveys are warranted to the west of the 2007 survey area.

This is based upon the presence of non-truncated low- to moderate-contrast

base metal anomalies and known significant geophysical responses.

Mark Fedikow Ph.D. P.Eng. P.Geo. C.P.G.


Winnipeg, Manitoba, CANADA

November 2. 2007

Stratabound Enka MMI-M Soil Geochemical Survey 5R


I

MRNF,' .

, i 5 MAI 2f , ry

-73736-

ELIF3 DES MiN

‘.:;i1,1 LE

2

Déclaration de Professionelle Autoriseée:

1) Je, John D. (Jack) Charlton, suis autorisé par Stratabound Minerals Corporation d'agir en tant que représentant autorisé au Québec.

2) Je constat que ces travaux d'exploration sur la propriété Enja étaient faites comme décrites et que toute information inclus dans cette déclaration des travaux statutaires est valide.

3) Je suis membre de l'Ordre des Géologues du Québec (#443) et je possède l'expérience requise pour le projet Enja.

Signé et étampé:

John D. (Jack) Charlton, P. Geo.

Membre #443, Ordre des Géologues du Québec

Exploration Minière Charlton Inc., 2020 rue Brentwood, Saint-Lazare, QC J7T 2G5

charltonexc belInet.ca Tel: 450-455-2850

REÇU AU MR

16 MAI 2008

DIRECTION DES TITRES MINIERS

Bureau réci(N-F0 - ;‘^ -ntréal

le 12 mai, 2008

CERTIFICATE of AUTHOR

Mark A.F. Fedikow, HB.Sc., M.Sc., Ph.D., P. Eng. P.Geo. C.P.G.

Consulting Geologist and Geochemist


50 Dobals Road North

P.O. Box 629

Winnipeg, Manitoba ROE 1A6

Tel: 204-284-6869 cell: 204-998-0271

Email: mfedikowashaw.ca

I, Mark A.F. Fedikow, HB.Sc., M.Sc., rh.D., P.Geo., C.P.G., do hereby

certify that:

1. 1 am currently a self-employed Consulting Geologist/Geochemist with an

nffinp at

50 Dobals Road.

P[~ Rox R74

Lac du Bonnet. Manitoba. Canada ROE 1AO.

2. I graduated with a degree in Honors Geology (B.Sc.) from the University of

Windsor (Windsor, Ont.) in 1975. In addition, 1 earned a M.Sc. in geophysics

and geochemistry from the University of Windsor and a Doctor of Philosophy

(Ph.D.) in exploration geochemistry from the School of Applied Geology,

University of New South Wales (Sydney, Australia) in 1982.

Stratabound Enja MINI44 Soil Geochernical Survey 50 Mount Morgan Resources Ltd.

3. I am a Member of the Association of Professional Engineers and

Geoscientists of Manitoba where I am registered as a P.Geo. and P.Eng. I

am also a Fellow of the Association of Exploration (Applied) Geochemists, a

Member of the Prospectors and Developers Association of Canada and a

Certified Professional Geologist registered with the American institute of

Professional Geologists (RW...L 1 u;rissLr, Colorado).

4. I have worked as a geologist for a total of thirty-two years since my

graduation from university; as a graduate student, as an employee of major

arid junior miniiig vonipanies, t,i t Manitoba Geological Survey arid as an

independent it col isultaf it.

5. 1 have read the definition of "qualified person" set out in National Instrument

A4 ~0~ ival ~Z wn~n: -'-rl certify ¢h.-} l;:- reason of I:::: --l" :.:4i.-.~. affiliation -r~ 1 I~ ("NI -1v iii l e üiru vta~rrÿ i11dr, v~ rL.û I~ir v1 my cLüLu~wlt, ûlltuaatvli

with Q professional association (as defined • n Nt 43-101) and iaJ! relevant lc -t

work experience, I fulfill the requirements to be a °L .aiifiCd person" for the

purposes of NI 43.101.

6. 1 am responsible for the preparation of the technical report titled "A Mobile

Metal Ions (MMI-M) Exploration Soil Geochemical Survey On The Enja

Property, La Sarre Area, Baie James, Quebec: Interpretations and

RAnommpntialinne

Stratabound Enia MMI-M Soit Geochemical Survey AA Mount Moroan Resources Ltd.

7. 1 am not aware of any material fact or material change with respect to the

subject matter of the Technical Report that is not reflected in the Technical

Report, the omission to disclose which makes the Technical Report

misleading.

8. I am independent of the issuer applying all of the tests in section 1.5 of

Natinnal InstrlimQnt 4:1-101

S. I consent to the filing of the Technical Report with any stock exchanges or

other regulatory authority and aisy publication by their{, including electronic

publication in the public company files on the web sites accessible by the

public, of the Technical Report.

Dated this 2nd Day of November 2007.

Stratebound Enie MMr-144 Soil Geochemicel Survey 61 Mount Marten Resources Ltd.

Mark Fedikow


Winnipeg. Manitoba

Stratabound Enka MMI-M Soil Geochemical Survey 62


ENJA MMI SUR VEY NAD 83 ZONE 17 SAMPLE No. UTM East UTM North Description

E07-001 612500 5524151 150m N: blue-grey reduced clay beneath 0.75 m organics E07-002 612493 5524246 250m N: blue-grey clay, as above E07-003 612501 5524349 350m N: moved over to west -15m; brown grey clay with some blue; beneath 0.75-1.0 m organics E07-004 612500 5524456 450m N: reduced blue-grey clay; moved over -15m to west; beneath 0.5m organics E07-005 612496 5524550 550m N: ibid; moved 10 m to east for sample E07-006 612502 5524645 650m N: light brown oxidized clay with admixed fg brown to black organics E07-007 612875 5524585 0.0m: dark brown silt; at old drill collar E07-008 612832 5524679 50m N: ibid E07-009 612840 5524640 100m N: ibid E07-010 612815 5524715 150m N: ibid E07-011 612810 5524785 200m N: brown to dark brown silt and clay; in swampy area E07-012 612803 5524820 250m N: light brown clay-rich and clumpy; minor silt E07-013 612767 5524862 300m N: light brown clay to silt (beige) E07-014 612888 5524564 25m S: dark red (hematitic) to brown silt E07-015 612912 5524499 75m S: light to dark brown silt E07-016 612917 5524446 125m S: light brown/beige clay; oxidized and clumpy E07-017 612935 5524406 175m S: light beige clay E07-018 612960 5524389 225m S: ibid E07-019 612969 5524317 275m S: dark brown silt E07-020 613189 5524773 Om: light brown clay; east of river; wet and swampy E07-021 613167 5524814 50m N: light brown clay; minor silt E07-022 613163 5524860 100m N: dark brown clay with silt; compass appears to go screwy E07-023 613155 5524912 150m N: light grey to grey clay E07-024 613141 5524944 200m N: blue grey clay E07-025 613135 5525009 250m N: blue grey clay; reduced; wet E07-026 613126 5525057 300m N: clay; beige brown E07-027 613219 5524734 25m S: dark brown silt/clay; very soupy E07-028 613207 5524704 75m S: dark chocolate brown; as before; clay with silt E07-029 613229 5524665 125m S: light brown sandy silt E07-030 613254 5524598 175m S: dark brown clay E07-031 613260 5524597 225m S: light brown sand to clay E07-032 612401 5524444 450m N: light beige clay; solid clump E07-033 612404 5524549 550m N: light brown beige clay; clumpy E07-034 612395 5524651 650m N: ibid E07-035 612299 5524695 700m N: blue grey clay; reduced; took a picture of sample E07-036 612310 5524599 600m N: light to dark grey clay; very hard to take off auger E07-037 612305 5524495 500m N: blue grey to grey reduced E07-038 612300 5524403 400m N: blue grey clay E07-039 612296 5524301 300m N: blue grey clay; reduced E07-040 612285 5524190 200m N: ibid; not a good sample, at end of auger E07-041 612400 5524148 150m: blue grey clay E07-042 612396 5524353 350m: blue grey reduced clay E07-043 612197 5524456 450m: light brown beige to slight blue clay

ENJA MMI SURVEY NAD 83 ZONE 17 SAMPLE No.

E07-044 E07-045 E07-046 E07-047 E07-048 E07-049 E07-050 E07-051

UTM East

612199 612195 612111 612097 612103 612096 612192 611998

UTM North

5524561 5524648 5524696 5524605 5524499 5524400 5524401 5524453

Description

550m: light beige tan clay 650m: sample is slightly north of 650m; blue grey to beige clay 700m: blue grey reduced clay 600m: tan beige clay 500m: ibid 400m: blue grey clay; some tan 400m: light blue to tan clay 450m: light blue to dark blue tan clay

E07-052 611997 5524499 500m: light blue to brown clay; -15% organics mixed in E07-053 612003 5524554 550m: light tan brown clay E07-054 611995 5524601 600m: light blue clay E07-055 612001 5524644 650m: light blue to blue clay E07-056 612008 5524707 700m: light blue brown clay E07-057 611906 5524831 825m: dark blue grey clay with fg mixed organics; minor rusty blebs E07-058 611903 5524473 475m: light brown tan clay with some reddish oxidized zones E07-059 611894 5524529 525m: light tan brown clay; slightly silt; minor pebbles E07-060 611896 5524576 575m: light tan brown clay; some rusty zones; some organics mixed in E07-061 611896 5524621 625m: light tan clay; some rusty zones/spots E07-062 611895 5524674 675m: blue grey clay with some tan E07-063 611899 5524770 775m: lightly blue clay to dark blue grey clay E07-064 611896 5524879 875m: blue grey clay E07-065 611895 5524923 925m: light beige to brown clay E07-066 611902 5524979 975m: blue grey clay mixed with some org (-10%); not a great sample-at end of auger E07-067 611820 5524609 650m: blue grey clay with rusty zones E07-068 611820 5524549 600m: blue grey clay with rusty spots E07-069 611802 5524454 450m: grids are screwed up here-should be 550m; blue grey clay with rusty zones E07-070 611802 5524425 425m: blue grey clay with rusty spots E07-071 611793 5524402 400m: ibid; lighter E07-072 611794 5524376 375m: light tan beige clay E07-073 611803 5524353 350m: ibid E07-074 611804 5524323 325m: ibid; with rusty spots E07-075 611798 5524295 300m: ibid E07-076 611799 5524268 275m: ibid E07-077 611802 5524247 250m: ibid E07-078 611799 5524215 225m: ibid E07-079 611791 5524192 200m: ibid E07-080 611795 5524179 175m: ibid E07-081 611799 5524147 150m: blue grey clay E07-082 611804 5524123 125m: ibid E07-083 611804 5524105 100m: ibid E07-084 611806 5524068 75m: dark blue grey clay E07-085 611795 5524003 Om: blue to brown clay; mixed with -20% organics; may not be deep enough E07-086 611697 5524542 550m: light beige tan clay

ENJA MMI SURVEY NAD 83 ZONE 17 SAMPLE No. UTM East UTM North Description

E07-087 611700 5524504 500m: ibid E07-088 611695 5524446 450m: ibid E07-089 611700 5524400 400m: ibid; becoming more brown to dark brown E07-090 611694 5524347 350m: ibid E07-091 611696 5524299 300m: light tan beige clay with rusty spots E07-092 611697 5524244 250m: light tan beige clay E07-093 611699 5524197 200m: light beige tan silt with clay matrix E07-094 611694 5524151 150m: light brown to slightly reddish brown clay E07-095 611693 5524095 100m: light brown grey clay; some silt and pebbles; some rusty zones E07-096 611700 5524042 50m: light brown clay; dry E07-097 611599 5524006 Om: blue grey clay with rusty spots and zones E07-098 611602 5524063 50m: beige clay E07-099 611606 5524107 100m: light brown and blue grey clay; not a great sample; hard to go very deep E07-100 611610 5524160 150m: blue grey to tan clay with rusty spots E07-101 611598 5524202 200m: light tan beige clay E07-102 611606 5524254 250m: brown to rusty clay with some silt E07-103 611597 5524300 300m: brown to beige clay with some silt component E07-104 611599 5524360 350m: brown fine grained silt; minor clay E07-105 611607 5524407 400m: light brown tan silt E07-106 611600 5524451 450m: beige clay E07-107 611590 5524505 500m: light tan to brown clay E07-108 611597 5524546 550m: brown clay with blue grey E07-109 611597 5524602 600m: blue grey clay with rusty spots E07-110 611596 5524649 650m: brown to dark brown clay E07-111 611605 5524693 700m: light brown with grey clay E07-112 611602 5524763 750m: light tan brown silt with clay E07-113 611599 5524860 850m: beige clay E07-114 611607 5524887 900m: blue grey clay; compass ok now E07-115 611700 5524576 575m: beige tan clay E07-116 611604 5524958 950m: blue grey clay with brown E07-117 611704 5524610 600m: brown clay with silt component; some pebbles; could be till E07-118 611694 5524631 625m: light tan silt; bleached; crumbly E07-119 611703 5524658 650m: light brown tan clay E07-120 611706 5524680 675m: tan to light brown clay with some silt component t E07-121 611694 5524705 700m: brown clay with silt E07-122 611702 5524725 725m: ibid; compass is deflecting slightly here E07-123 611700 5524755 750m: brown beige clay with minor rusty zones; slight compass deviation E07-124 611699 5524772 775m: blue grey clay; slight compass deviation E07-125 611504 5524449 450m: brown clay E07-126 611499 5524479 475m: tan to light brown clay E07-127 611498 5524504 500m: blue grey clay with rusty spots E07-128 611501 5524529 525m: tan to brown clay; some minor rust E07-129 611507 5524553 550m: dark grey clay


E07-130 611500 5524587 575m: light brown clay (beige/light brown) E07-131 611500 5524614 600m: brown clay with some silt E07-132 611501 5524632 625m: light tan silt to sand; very dry; next to road E07-133 611507 5524645 650m: brown to dark brown silty clay; wet E07-134 611505 5524681 675m: light to dark brown clay; next to drill collar: 611496/5524662, +/- 5.5m, WP 178, 30 degrees dip, 40 degrees azimuth E07-135 611494 5524704 700m: tan to brown silt; dry E07-136 611499 5524728 725m: red brown limonitic silt; pebbly; compass is off E07-137 611503 5524752 750m: brown silt with clay; compass polarity is reversed E07-138 611493 5524778 775m: ibid; compass polarity is reversed; on top of small mound - maybe outcrop? E07-139 611500 5524808 800m: light tan brown silty clay; near outcrop E07-140 611498 5524824 825m: brown silty clay; near outcrop E07-141 611502 5524928 925m: brown to tan clay E07-142 611498 5524952 950m: light tan clay E07-143 611502 5524981 975m: ibid E07-144 611498 5525000 1000m: ibid E07-145 611501 5525027 1025m: ibid E07-146 611506 5525048 1050m: blue grey clay; tan E07-147 611508 5526078 1075m: dark steel grey clay E07-148 611505 5525101 1100m: light tan to brown clay E07-149 611500 5525128 1125m: brown clay E07-150 611501 5525154 1150m: steel grey clay E07-151 611499 5525175 1175m: dark brown to brown clay E07-152 611396 5524754 750m: beige tan clay; slight deflection on compass on old cut line E07-153 611403 5524774 775m: brown to dark brown silt with some clay; rusty spots E07-154 611398 5524801 800m: brown silt with clay in deeper part E07-155 611399 5524827 825m: grey to tan clay E07-156 611402 5524879 875m: grey silt; bleached; mixed with some organics E07-157 611399 5524900 900m: blue grey clay E07-158 611404 5524926 925m: brown silt with some clay E07-159 611401 5524948 950m: tan to brown clay; sample is missing E07-160 611399 5524971 975m: tan to brown clay E07-161 611399 5524991 1000m: dark brown clay with mixed organics E07-162 611401 5525027 1025m: green grey tan clay E07-163 611405 5525054 1050m: green grey clay E07-164 611401 5525074 1075m: green grey tan clay E07-165 611503 5525103 1100m: dark steel grey blue clay E07-166 611400 5525113 1125m: green blue grey clay E07-167 611403 5525136 1150m: green grey blue clay; 50% tan E07-168 611406 5525174 1175m: brown to tan clay; some rust E07-169 611398 5525218 1200m: blue grey clay with some tan E07-170 611397 5524678 675m: light tan silt and sand E07-171 611400 5524653 650m: tan clay with rusty spots E07-172 611400 5524631 625m: ibid; no rusty spots


E07-173 611401 5524605 600m: tan silty clay E07-174 611400 5524576 575m: tan silt with some clay E07-175 611405 5524557 550m: tan silty till with pebbles E07-176 611401 5524525 525m: brown clay E07-177 611395 5524505 500m: ibid E07-178 611292 5524480 475m: brown to tan clay E07-179 611398 5524449 450m: tan to light brown sandy till E07-180 611399 5524428 425m: tan brown clay E07-181 611399 5524402 400m: tan clay; next to road E07-182 611400 5524377 375m: tan clay E07-183 611405 5524354 350m: tan to brown clay E07-184 611409 5524344 325m: ibid; some silt E07-185 611400 5524309 300m: ibid; no silt E07-186 611402 5524278 275m: tan silty till; near to cut line E07-187 611403 5524251 250m: ibid E07-188 611407 5524227 225m: tan clay with silt E07-189 611399 5524196 200m: brown to dark brown clay E07-190 611402 5524174 175m: brown silt E07-191 611495 5524271 275m: grey to brown clay E07-192 611498 5524246 250m: light tan clay E07-193 611497 5524214 225m: brown clay; on old drill road E07-194 611501 5524196 200m: tan clay E07-195 611500 5524170 175m: beige clay E07-196 611499 5524144 150m: grey beige till; sandy/silty E07-197 611499 5524129 125m: tan clay E07-198 611498 5524099 100m: beige clay E07-199 611123 5524278 275m: sample taken to east; steel grey blue clay; hard to get out E07-200 611163 5524124 125m: blue green grey clay E07-201 611163 5524101 100m: blue grey clay with silt; back to 25m spacings E07-202 611178 5524074 75m: blue grey clay E07-203 611121 5524356 350m: blue grey clay and silt; moved to east to sample E07-204 611108 5524382 375m: blue grey clay E07-205 611102 5524399 400m: steel grey clay E07-206 611096 5524420 425m: brown silt E07-207 611102 5524449 450m: ibid E07-208 611102 5524479 475m: brown clay with pebbles E07-209 611099 5524501 500m: brown clay E07-210 611103 5524528 525m: brown silty clay; dry E07-211 611093 5524553 550m: brown clay E07-212 611098 5524575 575m: ibid E07-213 611095 5524599 600m: ibid E07-214 611108 5524629 625m: dark brown clay E07-215 611105 5524650 650m: brown to light brown fine grained sand


E07-216 611098 5524677 675m: ibid E07-217 611100 5524706 700m: beige tan clay E07-218 611097 5524727 725m: tan clay E07-219 611100 5524751 750m: ibid E07-220 611097 5524779 775m: blue grey clay E07-221 611095 5524800 800m: ibid; very deep E07-222 611097 5524830 825m: tan clay; oxidized with rusty layering E07-223 611096 5524848 850m: tan to light brown clay E07-224 611104 5524872 875m: next to creek; ibid; rusty; clay E07-225 611090 5524902 900m: ibid; rusty E07-226 611099 5524935 925m: next to creek; light grey clay E07-227 611093 5524946 950m: tan to light brown clay E07-228 611098 5524975 975m: tan clay E07-229 611094 5525004 1000m: brown silt; alongside creek E07-230 611095 5525025 1025m: brown silt; oxidized E07-231 610799 5524851 850m: blue grey clay; deep E07-232 610799 5524851 850m: blue grey clay; deep; duplicate of 231, half of same sample E07-233 610801 5524876 875m: ibid E07-234 610801 5524903 900m: green grey to brown clay E07-235 610802 5524927 925m: green grey blue to tan at top; clay E07-236 610801 5524949 950m: blue grey green clay with tan clay; with rusty spots; reduced E07-237 610799 5524976 975m: blue grey green clay; reduced E07-238 610796 5525001 1000m: blue grey tan clay; reduced E07-239 610795 5525030 1025m: tan clay E07-240 610797 5525052 1050m: olive green clay; reduced E07-241 610803 5525077 1075m: olive brown clay; reduced; sample from water hole E07-242 610803 5525077 1075m: olive brown clay; duplicate of 241 from a different location away from water hole E07-243 610803 5525100 1100m: olive brown clay; reduced E07-244 610799 5525130 1125m: green blue caly; reduced E07-245 610793 5525145 1150m: tan clay; rusty; oxidized E07-246 610795 5525173 1175m: brown dry clay; reduced E07-247 610801 5525198 1200m: ibid E07-248 610799 5524374 375m: blue grey green clay; reduced

E07-500 612847 5524593 25m N: beige silts E07-501 612498 5524202 200m: fine, blue-grey clay E07-502 612501 5524299 300m: ibid E07-503 612501 5524402 400m: grey-beige-blue clay E07-504 612499 5524500 500m: grey-blue clay E07-505 612496 5524595 600m: grey clay; very weakly oxidized E07-506 612499 5524700 700m: weakly hematitic silt/fine sand; no pebbles E07-507 612829 5524649 75m N: ibid E07-508 612818 5524691 125m N: ibid


E07-509 612803 5524752 175m N: ibid E07-510 612792 5524799 225m N: ibid; damp E07-511 612777 5524839 275m N: ibid with less clay E07-512 612762 5524879 325m N: beige silt E07-513 612891 5524525 350m N: medium to light brown silt E07-514 612915 5524480 100m S: beige silt-clay E07-515 612924 5524433 150m S: dark brown silt E07-516 612937 5524399 200m S: hematitic silt; dark medium brown E07-517 612954 5524351 250m S: dry, grey, silt-clay E07-518 612972 5524307 300m S: ibid E07-519 613183 5524800 25m N: silt-clay E07-520 613170 5524834 75m N: beige clay E07-521 613161 5524882 125m N: beige clay E07-522 613146 5524919 175m N: beige clay E07-523 613135 5524966 225m N: beige clay E07-524 613120 5525015 275m N: green-blue clay E07-525 613200 5524741 50m S: medium brown clay E07-526 613218 5524686 100m S: ibid E07-527 613241 5524646 150m S: oxidized (hematitic); ibid E07-528 613260 5524590 200m S: ibid E07-529 613283 5524555 250m S: ibid E07-530 613290 5524524 300m S: ibid E07-531 612397 5524498 500m N: medium beige to brown clay E07-532 612399 5524604 600m N: reduced blue grey clay E07-533 612406 5524699 700m N: mixed fine grained black humus and blue grey clay @ -1 m E07-534 612302 5524647 650m N: blue grey clay E07-535 612304 5524549 550m N: beige clay E07-536 612302 5524451 450m N: blue grey clay E07-537 612301 5524351 350m N: blue grey clay with 10% fine grained black humus E07-538 612304 5524252 250m N: blue grey clay (reduced) E07-539 612304 5524152 150m N: ibid E07-540 612257 5523995 50m N: station moved west to stand of black spruce; blue grey clay E07-541 612213 5524039 Om: station moved west; beige weakly oxidized silt/sand E07-542 612405 5524097 100m N: blue grey clay (reduced) E07-543 612399 5524295 300m N: blue clay; reduced E07-544 612398 5524397 400m N: grey, weakly oxidized clay E07-545 612197 5524502 500m N: beige, weakly oxidized clay E07-546 612204 5524602 600m N: beige brown clay with some blue grey E07-547 612198 5524700 700m N: blue green clay; reduced E07-548 612103 5524653 650m: green blue grey clay; reduced E07-549 612100 5524556 550m: beige clay E07-550 612100 5524454 450m: green grey clay E07-551 612099 5524352 350m: green grey clay with 5% black, fine grained humus

ENJA MMI SU RVEY NAD 83 ZONE 17 SAMPLE No. UTM East UTM North Description

E07-552 612202 5524348 350m: green grey clay; reduced E07-553 612002 5524478 475m: grey green clay E07-554 612002 5524526 525m: weakly oxidized green grey clay E07-555 611999 5524569 575m: beige, weakly oxidized clay E07-556 612507 5524631 625m: medium brown clay E07-557 612004 5524677 675m: green blue grey clay (reduced) E07-558 612001 5524722 725m: green grey clay (reduced) E07-559 612002 5524753 750m: blue grey clay; reduced E07-560 612000 5524776 775m: ibid E07-561 611995 5524809 800m: mixed blue grey clay with -10-15% fg organics E07-562 612000 5524831 825m: blue grey clay; mixed with red hematitic stain; oxidized -25% E07-563 611997 5524852 850m: light brown beige clay with some rusty red spots; hematitic and oxidized E07-564 612002 5524876 875m: light blue to grey clay mixed with fg organics -10-20% E07-565 612003 5524902 900m: light blue grey clay with some oxidized spots E07-566 612000 5524928 925m: blue grey clay with minor red rusty spots E07-567 611996 5524950 950m: blue grey clay with 50% red oxidized mixed throughout E07-568 612003 5524979 975m: blue grey clay with rusty spots throughout E07-569 612000 5525004 1000m: ibid with rusty spots E07-570 611907 5524498 500m: light beige clay E07-571 611902 5524552 550m: ibid E07-572 611897 5524590 600m: light beige and blue green grey clay E07-573 611898 5524647 650m: light beige clay E07-574 611897 5524701 700m: green grey clay; reduced E07-575 611898 5524725 725m: green grey clay (reduced) E07-576 611903 5524749 750m: green grey clay; reduced E07-577 611903 5524803 800m: green grey clay E07-578 611902 5524851 850m: green grey clay; hematitic splotches E07-579 612002 5524427 425m: light grey clay; 2' down E07-580 612000 5524398 400m: green grey clay at 2' E07-581 612000 5524376 375m: green grey clay at 2' E07-582 612000 5524356 350m: grey clay with few organics in 2.5' E07-583 612000 5524325 325m: light brown clay with rock matrix in 2' E07-584 612001 5524301 300m: light brown clay; 2.5' down E07-585 611999 5524274 275m: green grey clay in 3.5' E07-586 612000 5524249 250m: green grey clay in 3.5' E07-587 612000 5524225 225m: green grey clay in 4' E07-588 612001 5524200 200m: green grey clay in 4.5' E07-589 611902 5524906 900m: green grey clay; reduced E07-590 611907 5524953 950m: green grey clay; reduced E07-591 611901 5525002 1000m: green grey clay; reduced E07-592 611816 5524701 775m: green grey clay; reduced E07-593 611814 5524638 725m (675m): strongly oxidized grey green beige clay E07-594 611822 5524576 625m: oxidized grey green and beige clay mixed with 25% black fg humus


E07-595 611812 5524524 575m: beige clay E07-596 611815 5524488 550m: beige and green grey clay E07-597 611903 5524450 450m: green grey clay; reduced E07-598 611903 5524428 425m: green grey clay; reduced E07-599 611900 5524399 400m: green grey to steel grey clay E07-600 611500 5524372 375m: light tan beige silty clay E07-601 611494 5524350 350m: ibid; less silty E07-602 611499 5524322 325m: grey green tan clay E07-603 611502 5524296 300m: light brown clay E07-604 611495 5524074 75m: ibid E07-605 611505 5524050 50m: ibid E07-606 611497 5524023 25m: ibid E07-607 611495 5524003 Om: beige, sandy-silty till E07-608 610799 5524374 375m: blue grey green clay; reduced; duplicate of 248, half of sample E07-609 610806 5524344 350m: ibid E07-610 610799 5524326 325m: ibid E07-611 610798 5524301 300m: ibid; next to road E07-612 610807 5524281 275m: ibid E07-613 614136 5523214 Om: oxidized silt; pebbly; brwon; with pyrite E07-614 614161 5523273 50m: dark brown grey silt into clay; oxidized E07-615 614127 5523327 100m: ibid; more clay-rich E07-616 614141 5523368 150m: brown grey clay; reduced E07-617 614137 5523428 200m: oxidized brown grey clay E07-618 614128 5523478 250m: oxidized light brown tan silt and clay E07-619 614125 5523525 300m: tan clay E07-620 614130 5523582 350m: reduced brown green grey clay E07-621 614133 5523630 400m: green grey blue clay; reduced; with some oxidized spots E07-622 614139 5523677 450m: beige silts; pebbly E07-623 614133 5523722 500m: green grey blue clay E07-624 614125 5523831 600m: beige tan clay E07-625 614125 5523831 600m: beige tan clay; duplicate of 624 - moved over for sample - green olive beige silt E07-626 614133 5523877 650m: on drill road; sampled here and then moved west to river; olive brown clay; reduced E07-627 614055 5523883 650m: still on drill road; reduced brown beige clays; some silt E07-628 613992 5523951 --700m: tan clay E07-629 613987 5524000 --750m: tan silt with clay; with a glob of reduced material E07-630 613994 5524058 -800m: oxidized brown silts; hematitic E07-631 613990 5524108 -850m: tan silt E07-632 613990 5524147 -900m: oxidized silty clay; light brown tan E07-633 613990 5524201 -950m: tan clay E07-634 613985 5524243 --1000m: grey clay E07-635 613835 5524247 --1150m: tan clay E07-636 613826 5524309 -1200m: tan clay E07-637 613826 5524309 -1200m: tan clay; duplicate of 636 - same auger plug


E07-638 E07-639 E07-640 E07-641 E07-642

UTM East

613807 613765 613711 613727 613727

UTM North

5524339 5524344 5524359 5524409 5524409

Description

--1250m: tan clay; moved over to west -1300m: dry grey silt -1350m: oxidized light brown sand and silt -1400m: beige clay -1400m: beige clay; duplicate of 641 - different auger hole

E07-650 611899 5524376 375m: beige clay E07-651 611900 5524350 350m: green grey and beige clay E07-652 611904 5524327 325m: beige clay E07-653 611897 5524297 300m: chocolate brown clay E07-654 611900 5524269 275m: dark brown clay E07-655 611898 5524248 250m: oxidized (hematitic) beige clay E07-656 611901 5524172 175m: beige and grey green clay E07-657 611899 5524150 150m: beige clay E07-658 611897 5524117 125m: ibid E07-659 611903 5524093 100m: ibid E07-660 611899 5524074 75m: ibid E07-661 611901 5524044 50m: oxidized green grey clay E07-662 611899 5524024 25m: green grey clay E07-663 611896 5524002 Om: light beige clay E07-664 611696 5524520 525m: medium to dark brown clay E07-665 611701 5524474 475m: beige clay; oxidized E07-666 611693 5524425 425m: oxidized beige clay E07-667 611703 5524369 375m: beige clay E07-668 611699 5524324 325m: ibid E07-669 611699 5524273 275m: oxidized green grey clay E07-670 611700 5524220 225m: green grey clay E07-671 611702 5524175 175m: beige clay E07-672 611705 5524123 125m: green grey clay E07-673 611703 5524070 75m: beige clay E07-674 611698 5524014 25m: ibid E07-675 611700 5523995 Om: beige clay E07-676 611602 5523026 25m: green grey clay E07-677 611603 5524078 75m: green grey clay; reduced E07-678 611599 5524130 125m: green grey clay; reduced E07-679 611598 5524176 175m: oxidized beige clay E07-680 611601 5524228 225m: beige clay E07-681 611605 5524286 275m: ibid E07-682 611599 5524324 325m: ibid E07-683 611604 5524379 375m: ibid E07-684 611604 5524425 425m: ibid E07-685 611603 5524477 475m: beige grey clay E07-686 611601 5524517 525m: beige and chocolate brown silt

ENJA MMI SUR VEY NAD 83 ZONE 17 SAMPLE No. UTM East UTM North Description

E07-687 611603 5524575 575m: grey green clay E07-688 611604 5524623 625m: beige clay E07-689 611597 5524673 675m: ibid E07-690 611601 5524722 725m: gossan sub-crop; hematitic soil with bedrock chips; very rusty; suspect subcrop; sample collected from 1-5cm; no soil profile E07-691 611602 5524786 775m: beige clay; polarity on compass reversed at this station E07-692 611601 5524824 825m: beige clay; magnetic deflection weaker; also at 800 and 850m E07-693 611606 5524881 875m: beige and dark chocolate brown clay; weak magnetic deflection at this station E07-694 611598 5524923 925m: beige clay; compass returns to normal+G38 E07-695 611605 5524974 975m: grey beige clay E07-696 611600 5524998 1000m: green grey clay E07-697 611502 5525199 1200m: ibid E07-698 611494 5524421 425m: light tan to beige clay E07-699 611500 5524398 400m: brown to dark brown clay; with some organics mixed in

E07-1003 611298 5524245 250m: ibid; -2.5' E07-1004 611300 5524220 225m: ibid; -3' E07-1005 611304 5524202 200m: ibid; 2.5' E07-1006 611299 5524169 175m: sand/ clay with rocks; -3' E07-1007 611303 5524150 150m: light brown clay/sand; -3' E07-1008 611299 5524125 125m: grey clay/sand with rocks; -4' E07-1009 611301 5524097 100m: brown clay; -3' E07-1010 611301 5524072 75m: dry brown clay; -3.5' E07-1011 611300 5524047 50m: light brown sand/clay; -3' E07-1012 611299 5524026 25m: dry grey clay; -2'

E07-1013a 611299 5524000 Om: brown clay; -2' E07-1013b 611201 5524000 Om: grey blue clay; -2.5' E07-1014 611200 5524024 25m: sand/clay; -3' E07-1015 611200 5524051 50m: green grey clay; -4' E07-1016 611200 5524075 75m: grey clay; -2.5' E07-1017 611200 5524100 100m: brown clay; -2.5' E07-1018 611200 5524125 125m: light brown sand/clay; -2' E07-1019 611202 5524149 150m: grey clay; -2' E07-1020 611201 5524201 175m: sand clay; brown; -2' E07-1021 611200 5524201 200m: brown clay/sand; -2.5' E07-1022 611200 5524226 225m: brown clay; -1.5' E07-1023 611201 5524252 250m: dry brown clay; -1.5' E07-1024 611198 5524274 275m: brown clay; -2' E07-1025 611200 5524299 300m: ibid; -1.5' E07-1026 611199 5524324 325m: brown clay; -1.5m E07-1027 611199 5524351 350m: wet light brown clay; -3' E07-1028 611200 5524376 375m: grey clay; -2' E07-1029 611201 5524400 400m: light brown clay; -3' E07-1030 611200 5524424 425m: brown clay; -2'


E07-1031 611200 5524450 450m: ibid E07-1032 611200 5524473 475m: dry brown clay; -2' E07-1033 611200 5524499 500m: grey clay; -4' E07-1034 611199 5524526 525m: coarse sandy clay; -1' E07-1035 611201 5524550 550m: brown clay; -1.5' E07-1036 611199 5524574 575m: light brown clay; -4' E07-1037 611199 5524600 600m: grey blue clay; -3.5' E07-1038 611199 5524624 625m: brown clay; -2.5' E07-1039 611200 5524649 650m: ibid; -2' E07-1040 611200 5524676 675m: ibid; -4' E07-1041 611198 5524700 700m: light brown clay; -2.5' E07-1042 611199 5524725 725m: grey blue clay with organics; -4' E07-1043 611200 5524749 750m: ibid with organics; beside creek; -1' E07-1044 611200 5524776 775m: ibid; -1.5' E07-1045 611200 5524800 800m: brown clay with rust spots; --1.5m E07-1046 611201 5524826 825m: brown grey clay; -1.5' E07-1047 611199 5524874 875m: light grey clay with rocks; in swamp; -1.5' E07-1048 611200 5524900 900m: grey brown clay; -2.5' E07-1049 611201 5524927 950m: brown clay; -3' E07-1050 611200 5524977 975m: grey clay; -3.5' E07-1051 611200 5525000 1000m: brown clay; -3.5' E07-1052 611199 5525027 1025m: ibid; -3' E07-1053 611196 5525048 1050m: brown clay with rust spots; -3' E07-1054 611202 5525075 1075m: grey brown clay; -3' E07-1055 611198 5525100 1100m: ibid; -3.5' E07-1056 611200 5525126 1125m: grey clay with rocks E07-1057 611201 5525150 1150m: light brown clay; -3' E07-1058 611199 5525176 1175m: brown clay; -2' E07-1059 611201 5525200 1200m: ibid; -1.5' E07-1060 611300 5525199 1200m: brown clay with rocks; -2' E07-1061 611299 5525174 1175m: wet ans dry sand; layered; -1' E07-1062 611298 5525149 1150m: dry light brown clay; -1.5' E07-1063 611300 5525126 1125m: light brown clay; -3' E07-1064 611300 5525101 1100m: brown clay; -2.5' E07-1065 611298 5525075 1075m: light brown clay with organics; -3' E07-1066 611300 5525051 1050m: grey brown clay; -2' E07-1067 611300 5525026 1025m: brown clay; -2' E07-1068 611299 5525000 1000m: light brown clay/sand with rocks; -3' E07-1069 611297 5524973 975m: brown clay; -2' E07-1070 611301 5524952 950m: ibid; -2.5' E07-1071 611301 5524925 925m: green grey clay with rocks; -4' E07-1072 611299 5524850 850m: light brown clay; -2' E07-1073 611300 5524825 825m: ibid; -2.5'


E07-1074 611299 5524800 800m: brown clay; -2.5' E07-1075 611301 5524775 775m: grey brown clay; -3' E07-1076 611300 5514749 750m: brown clay; -1.5' E07=1077 611298 5524726 725m: bry brown clay; -2' E07-1078 611298 5524700 700m: brown clay; -1.5' E07-1079 611300 5524674 675m: ibid; -2.5-3' E07-1080 611299 5524649 650m: grey brown clay; -2' E07-1081 611300 5524626 625m: oxidized brown orange clay and sand; -1' E07-1082 611302 5524601 600m: light brown clay; -2' E07-1083 611300 5524576 575m: ibid; -2.5' E07-1084 611300 5524551 550m: light brown clay with rust spots in rocky (large matrix --5cm) ground; -4' E07-1085 611300 5524499 500m: grey blue clay; -2.5' E07-1086 611303 5524475 475m: ibid with rocks; -4' E07-1087 611301 5524423 425m: brown clay; beside creek; -0.5' E07-1088 611300 5524401 400m: grey green clay; -2' E07-1089 611299 5524374 375m: light brown clay with rocks; -4' E07-1090 611301 5524349 350m: grey brown clay; -3' E07-1091 611000 5524600 600m: grey brown clay with rocks; -1' E07-1092 611000 5524577 575m: brown clay; -1.5' E07-1093 611000 5524550 550m: blue grey clay; -4' E07-1094 611001 5524525 525m: ibid; -4' E07-1095 611000 5525052 1050m: brown clay beside creek; -0.5' E07-1096 611000 5525001 1000m: grey brown clay; -3' E07-1097 611000 5524975 975m: ibid; -4' E07-1098 611002 5524922 925m: brown clay; -2' E07-1099 611000 5524901 900m: light brown clay with rocks; -3' E07-1100 611000 5524874 875m: dry light brown clay;.-1.5' E07-1101 610999 5524849 850m: sandy light brown clay; -1' E07-1102 611002 5524825 825m: ibid E07-1103 611000 5524801 800m: ibid E07-1104 611000 5524776 775m: light brown sand; -1' E07-1105 610999 5524751 750m: blue grey clay; -4' E07-1106 610997 5524699 700m: grey brown clay; -3.5' E07-1107 610999 5524673 675m: brown clay; -3' E07-1108 611000 5524650 650m: ibid with rusty spots; -3' E07-1109 611002 5524625 625m: brown clay; -3' E07-1110 610902 5524624 625m: grey blue clay; -4.5' E07-1111 610902 5524652 650m: ibid E07-1112 610898 5524674 675m: ibid; -4' E07-1113 610897 5525202 1200m: grey blue clay; -3.5' E07-1114 610899 5525174 1175m: ibid E07-1115 610899 5525151 1150m: brown clay; -3.5' E07-1116 610898 5525125 1125m: ibid; -3'


E07-1117 610899 5525099 1100m: light brown clay and sand with rocks; -1.5' E07-1118 610902 5525074 1075m: dry light brown clay; -1.5' E07-1119 610899 5525050 1050m: brown clay; -3.5' E07-1120 610901 5525025 1025m: light brown clay and sand; -1' E07-1121 610900 5525002 1000m: brown sand with rocks; -1' E07-1122 610902 5524976 975m: light brown clay and sand; -0.5' E07-1123 610902 5524976 975m: light brown clay and sand; -0.5; duplicate of 1122 E07-1124 610900 5524950 950m: brown clay; -1.5' E07-1125 610900 5524925 925m: light brown clay with rocks; -4' E07-1126 610898 5524902 900m: brown clay; -2' E07-1127 610900 5524876 875m: grey blue clay; -4.5' E07-1128 610899 5524775 775m: grey blue clay with rocks; -'4' E07-1129 610901 5524749 750m: ibid; --4.5' E07-1130 610901 5524725 725m: ibid E07-1131 610901 5524702 700m: ibid E07-1132 614138 5523232 25m: brown clay; --2' E07-1133 614143 5523287 75m: ibid E07-1134 614132 5523340 125m: ibid; -1.5' E07-1135 614135 5523483 175m: ibid; --1' E07-1136 614139 5523442 225m: ibid; -2' E07-1137 614134 5523489 275m: ibid; -1.5' E07-1138 614138 5523535 325m: ibid; -1' E07-1139 614138 5523587 375m: grey brown clay; -2' E07-1140 614136 5523641 425m: brown clay; -1' E07-1141 614136 5523690 475m: light brown clay; --2' E07-1142 614136 5523737 525m: brown clay; --2' E07-1143 614134 5523787 575m: grey brown clay; -3.5' E07-1144 614136 5523837 625m: ibid E07-1145 613991 5523925 25m: brown clay with rocks; --2'; different line E07-1146 613989 5523977 75m: brown clay; -3' E07-1147 613989 5524026 125m: ibid; -1.5' E07-1148 613988 5524076 175m: ibid; -2' E07-1149 613988 5524125 225m: ibid; --1.5'; missed a sample at 275m E07-1150 613991 5524226 325m: grey brown clay; -3' E07-1151 613994 5524276 375m: brown clay with rocks; --1.5'; moved to new line E07-1152 613830 5524277 25m: grey blue clay; -3.5' E07-1153 613830 5524324 75m: brown clay; -1' E07-1154 613788 5524352 -125m: grey brown clay; -3' E07-1155 613741 5524356 -175m: brown clay; -1' E07-1156 613701 5524360 -225m: brown sand and clay E07-1157 613721 5524390 --275m: brown clay; '-0.5' E07-1158 613721 5524390 --275m: brown clay; -0.5; duplicate of 1157 E07-1159 613734 5524429 -325m: ibid; -1'

UTM East UTM North

613734 5524429 612509 5524003 612504 5524097 612503 5524046 612298 5524100 612394 5524050 612401 5524252 612099 5524301 611751 5524998 611792 5524944 611806 5524886 611792 5524832 611804 5524783 611808 5524735 611816 5524674 611801 5524052 611804 5524023 611593 5524811 611699 5524799 611700 5524824 611703 5524855 611702 5524877 611685 5524896 611703 5524929 611700 5524949 611507 5524851 611500 5524876 611499 5524905 612399 5524000 612401 5524198 612099 5524251 612102 5524202 611797 5524978 611808 5514920 611803 5524970 611804 5524810 611904 5524223 611902 5524200 611200 5524849 611200 5524926 611403 5524706 611398 5524731 611399 5524855


E07-1160 no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample

Description

—325m: ibid; —1'; duplicate of 1159 Om: organics to >1 m; no sample 100m: organics >1m; no sample 50m N: organics >1 m; no sample 100m N: no sample; >lm organics 50m: no sample; 1m organics 250m: no sample; >1 m organics 300m: no sample; >lm organics 1000m: no sample; >lm organics 950m: no sample; >lm organics 900m: no sample; >lm organics 850m: no sample; >lm organics 800m: no sample; >lm organics 750m: no sample; >1m organics 700m: no sample; >lm organics 50m: no sample; >lm organics 25m: no sample; >1 m organics 800m: no sample; >1 m organics; compass polarity reversed 800m: no sample; >lm organics 825m: no sample; >lm organics 850m: no sample; >1 m organics 875m: no sample; >lm organics 900m: no sample; >lm organics 925m: no sample; >lm organics 950m: no sample; >lm organics; ended sampling here on line 18 850m: no sample; >lm organics 875m: no sample; >lm organics 900m: no sample; >1 m organics Om: no sample; >lm organics 200m N: no sample; >lm organics 250m: no sample; >1 m organics 200m: no sample; > 1m organics 975m: no sample; >lm organics 925m: no sample; >1 m organics 875m: no sample; >1 m organics 825m: no sample; >lm organics 225m: no sample; >1 m organics 200m: no sample; > 1m organics 850m: no sample; in middle of creek 925m: no sample; frozen ground 700m: no sample; >lm organics 725m: no sample; >1 m organics 850m: no sample; >lm organics

ENJA MMI SU SAMPLE No.

RVEY NAD 83 ZONE 17 UTM East UTM North Description

no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample

611100 5524302 300m: no sample; >lm organics 611101 5524252 250m: no sample; >1 m organics 611122 5524227 225m: no sample; >lm organics 611141 5524188 200m: no sample; > 1m organics; old drill collar 611153 5524176 175m: no sample; > 1m organics; move to 50m spacings 611154 5524053 50m: no sample; >lm organics; line 12 south ends here 611299 5524901 900m: no sample; >lm organics 611299 5524875 875m: no sample; >lm organics 611300 5524527 525m: no sample; >1 m organics 611300 5524449 450m: no sample; frozen ground 610999 5524502 500m: no sample; >lm organics 610999 5524475 475m: ibid 611000 5524451 450m: ibid 611001 5525025 1025m: no sample; >lm organics 611000 5524950 950m: no sample; >lm organics 610999 5524727 725m: no sample; >lm organics 610900 5524000 Om: no sample; >lm organics 610900 5524025 25m: no sample; >1 m organics 610900 5524050 50m: no sample; >lm organics 610900 5524075 75m: no sample; >1 m organics 610900 5524100 100m: no sample; >lm organics 610900 5524125 125m: no sample; >lm organics 610900 5524150 150m: no sample; >lm organics 610900 5524175 175m: no sample; > 1m organics 610900 5524200 200m: no sample; >lm organics 610900 5524225 225m: no sample; >lm organics 610900 5524250 250m: no sample; >1 m organics 610900 5524275 275m: no sample; >lm organics 610900 5524300 300m: no sample; >lm organics 610900 5524325 325m: no sample; >1 m organics 610900 5524350 350m: no sample; >lm organics 610900 5524375 375m: no sample; >lm organics 610900 5524400 400m: no sample; >lm organics 610900 5524425 425m: no sample; >lm organics 610900 5524450 450m: no sample; >1 m organics 610900 5524475 475m: no sample; >lm organics 610900 5524500 500m: no sample; >lm organics 610900 5524525 525m: no sample; >lm organics 610900 5524550 550m: no sample; >lm organics 610900 5524575 575m: no sample; >lm organics 610900 5524600 600m: no sample; >lm organics 610901 5524851 850m: no sample; >lm organics 610902 5524827 825m: no sample; >1 m organics

ENJA MMI SU SAMPLE No.

RVEY NAD 83 ZONE 17 UTM East UTM North Description

no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample no sample

610899 5524800 800m: no sample; >lm organics 610803 5524753 750m: no sample; >lm organics 610801 5524728 775m: no sample; >lm organics 610803 5524797 800m: no sample; >lm organics 610799 5524828 825m: no sample; >lm organics 610804 5524724 725m: no sample; >1 m organics 610795 5524700 700m: no sample; >lm organics 610806 5524677 675m: no sample; >1 m organics 610804 5524652 650m: no sample; >lm organics 610801 5524624 625m: no sample; >1 m organics 610802 5524610 600m: no sample; >lm organics 610799 5524574 575m: no sample; >lm organics 610803 5524559 550m: no sample; >1 m organics 610805 5524522 525m: no sample; >lm organics 610805 5524501 500m: no sample; >lm organics 610795 5524467 475m: no sample; >lm organics 610803 5524450 450m: no sample; >1m organics 610808 5524422 425m: no sample; >lm organics 610804 5524397 400m: no sample; >lm organics 610805 5524247 250m: no sample; >1 m organics 610799 5524224 225m: no sample; >lm organics 610802 5524199 200m: no sample; >1 m organics 610804 5524145 150m: no sample; >lm organics; jumped 50m; end of line 9 to south 614131 5523780 550m: no sample; >lm organics 613983 5524299 --1050m: no sample; >1 m organics 613976 5524350 —1100m: no sample; >1 m organics; move over to west and towards river

SGT To:

Stratabound Minerals Corp. Attn: Stan Sticker Suite 518 222-58th Avenue S.W. CALGARY ALBERTA T2H 2S3

Certificate of Analysis Work Order: 095437

Date: Oct 16, 2007

P.O. No. Project No. No. Of Samples Date Submittèd Report Comprises

PROJECT: ENJA DEFAULT 63 Sep 06, 2007 Pages 1 to 11 (Inclusive of Cover Sheet)

Distribution of unused material:

STORE: 63 Soils

Certified By :

Russ Calow, B.Sc., C.Chem. Vice President Global Geochemistry

ISO 17025 Accredited for Specific Tests. SCC No. 456

Report Footer: L.N.R. = Listed not received I.S. = Insufficient Sample n.a. = Not applicable — = No result

= Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. 'NAAt18V) were subcontracted

Subject to SGS General Terms and Conditions

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M38 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

r..r.r.rw EMS a.•1 P..rw u.rr. r r..w.j

'INF

part, is prohibited without prior written approval. The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in

Page 2 of 11

Element Method Oetum. Units

Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-01 7 68 10 0.2 2070 1 200 9 1580 185

E07-02 17 71 <10 0.3 3390 1 300 43 1070 187

E07-03 10 178 <10 0.2 2010 1 200 15 333 143

E07-04 1 96 <10 0.1 1390 <1 220 1 53 76

E07-05 7 95 <10 0.2 1750 <1 310 19 164 207

E07-06 8 128 <10 0.2 1290 2 240 11 183 107

E07-07 2 189 <10 <0.1 1550 <1 110 12 20 121

E07-08 3 218 <10 <0.1 2630 <1 200 13 402 45

E07-09 5 272 <10 0.1 1660 <1 70 25 262 65

E07-10 3 260 <10 0.1 1200 <1 90 15 555 61

E07-11 4 214 10 <0.1 780 <1 140 5 377 46

E07-12 4 260 <10 <0.1 1200 1 70 33 86 449

E07-13 3 258 <10 <0.1 1440 <1 80 28 102 246

E07-14 3 >300 <10 <0.1 1620 <1 110 14 9 58

E07-15 6 263 <10 <0.1 2010 <1 80 11 11 113

E07-16 3 213 <10 0.1 1840 <1 150 17 758 57

E07-17 7 60 <10 0.4 1930 <1 410 7 989 23 E07-18 6 273 <10 0.1 1730 <1 100 22 840 68 E07-19 3 >300 <10 <0.1 1190 <1 50 7 29 46 E07-20 6 141 <10 0.1 1480 <1 280 13 1340 29 E07-21 7 160 <10 0.1 1430 <1 230 21 1240 48 807-22 11 153 <10 0.2 1850 <1 180 40 110 221 E07-23 7 81 <10 0.3 1680 <1 220 6 211 556 E07-24 6 57 <10 0.3 1650 <1 240 8 611 600 E07-25 2 84 60 0.2 2270 <1 180 4 538 419 807-26 2 129 <10 0.1 1480 <1 150 3 88 105 E07-27 7 154 <10 <0.1 1810 <1 200 26 677 93 807-28 7 131 <10 0.2 1910 <1 230 34 718 91 807-29 4 175 <10 0.2 1250 <1 100 6 159 154 807-30 7 192 <10 0.1 1500 <1 140 38 943 110 E07-31 4 162 <10 0.1 1390 1 110 17 110 581 E0732 10 112 <10 <0.1 2360 <1 410 7 3130 49 E07-33 12 31 <10 0.1 1420 <1 550 22 233 171 E0734 12 20 <10 0.3 1660 <1 430 11 1390 153 807-35 17 94 <10 0.3 3000 2 380 38 824 163 E07-36 13 39 <10 <0.1 2050 <1 540 22 615 271 E07-37 12 45 <10 0.4 1470 <1 330 11 547 518 E07-38 5 126 <10 0.3 1670 <1 240 9 92 140 E0739 19 74 <10 0.3 2870 <1 470 47 450 189 E07-40 20 78 <10 0.5 3250 4 460 42 1080 114 807-41 8 81 <10 0.4 3270 <1 430 13 495 119 E07-42 8 85 <10 0.3 2250 1 310 12 967 190 807-43 15 12 <10 0.3 2140 <1 620 8 272 147 E07-44 9 93 <10 0.2 1340 <1 370 13 194 81 807-45 17 30 <10 0.4 3070 <1 560 20 707 72 807-46 5 142 <10 0.2 2010 <1 250 11 135 133 E07-47 16 11 <10 0.2 1700 <1 490 4 144 37 E07-48 8 114 <10 0.3 1850 <1 170 7 316 338

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 4454152 www.sgs.ca

fe.ar r aa w a' (Sa.rr sala+.r.+. Il.r.er.a.)

of 11

Element Method MMI-M5

Detum. Units

A9

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-49 10 98 <10 0.2 2250 2 290 22 766 106

E07-50 5 167 <10 0.2 2490 1 190 19 482 153

E07S1 10 105 <10 0.2 1770 1 250 9 84 154

E07-52 6 114 <10 0.3 1570 <1 230 6 173 176

E07î3 9 18 <10 0.2 1380 <1 380 10 383 103

E07-54 13 5 <10 0.2 1870 <1 480 7 157 169

E07-55 9 35 <10 0.2 2200 <1 450 26 779 154

E07-06 15 51 <10 0.4 2920 2 420 45 1020 122

E07-57 6 90 <10 0.2 1330 <1 320 16 41 101

E07-58 11 11 <10 0.2 1340 <1 470 8 131 46

E07-59 8 18 <10 0.3 1780 <1 480 8 485 112 E07ô0 8 220 <10 <0.1 1720 <1 180 11 237 114

E07-01 10 16 <10 0.2 1720 <1 510 6 76 35 E07-62 13 103 <10 0.3 2700 3 380 26 883 108 E07-63 21 26 <10 0.3 3960 <1 510 19 746 74 eDup E07-01 8 68 <10 0.3 2350 <1 200 9 592 247 'Dup E07-13 5 237 <10 0.1 1580 <1 70 21 110 241 •Dup E07-25 3 90 60 0.3 2120 <1 180 4 566 560 eDup E07-37 10 34 <10 0.4 1040 <1 290 9 199 435 'Dup E07-49 7 87 <10 0.2 1920 <1 260 16 24 87 •Dup E07-61 12 12 <10 0.2 1710 <1 560 8 46 50 'Std MMISRMI4 25 47 20 43.8 150 <1 280 9 14 55 "Std MMISRMI4 20 43 <10 44.4 130 <1 250 9 13 54 e&k BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 `Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.Ca

rre.nar a the sas a..r (+xwr ae.r.r. r a....r♦..a.)

of 11

Element Method Detl-Im. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-01 200 4060 100 69.4 27.1 401 131 695 43 69 E07-02 200 9140 71 62.9 15.4 261 78 458 51 69 E07-03 100 2450 162 136 13.5 187 79 119 22 61 E07-04 <100 2270 4 5.7 1.0 307 4 23 11 74

E07-05 <100 5290 13 14.2 2.5 271 13 76 21 91 E07-06 <100 3000 32 32.2 4.3 255 21 70 <5 92

E07-07 <100 110 13 12.1 0.8 196 4 8 18 46

E07-08 <100 560 118 62.4 22.0 53 107 147 8 79

E07-09 <100 410 62 33.0 10.7 52 53 77 6 31 E07-10 <100 550 88 43.4 18.4 65 87 180 7 42 E07-11 300 180 18 8.5 6.6 275 29 160 10 18

E07-12 100 410 33 23.6 3.0 221 16 33 35 35 E07-13 <100 390 29 18.6 3.8 163 19 36 22 37

E07-14 <100 30 <1 1.4 <0.5 77 <1 5 11 36

E07-15 <100 40 1 2.4 <0.5 99 <1 6 21 39 E07-16 <100 530 158 83.2 32.9 135 161 296 13 76

E07-17 100 820 190 119 49.3 25 247 758 16 122 E07-18 <100 510 116 55.8 26.9 74 125 309 9 47

E07-19 <100 200 17 23.0 1.0 47 4 14 <5 19

E07-20 <100 320 106 53.5 30.3 128 139 559 6 88

E07-21 <100 440 144 69.7 32.7 165 157 460 5 81

E07-22 <100 420 22 18.8 2.5 284 13 40 5 59 E07-23 <100 1990 16 11.7 3.8 424 16 89 7 96 E07-24 100 2150 26 17.8 7.9 351 35 177 13 115 E07-25 100 2500 29 17.8 8.1 470 34 177 22 97 E07-26 <100 1780 6 6.2 1.4 357 6 37 18 77 E07-27 <100 320 82 43.5 17.8 189 86 226 14 73 E07-28 <100 720 110 59.9 21.7 170 106 249 6 81 E07-29 <100 490 20 16.6 2.6 220 12 66 6 32 E07-30 100 360 102 50.0 23.3 209 114 289 11 42 E07-31 <100 380 7 5.6 1.4 344 6 44 15 45 E07-32 200 2300 359 264 65.6 25 374 1220 29 52 E0733 <100 560 36 25.2 6.9 9 40 75 8 89 E07-34 <100 820 60 28.5 20.0 22 93 305 35 119 E07-35 100 11600 53 45.8 11.8 242 59 353 39 73 E07-36 100 1470 67 49.5 13.4 32 74 245 12 108 E0737 100 3970 30 27.6 7.4 160 37 227 45 70 E07-38 <100 8440 7 11.8 1.5 311 7 40 49 76 E07-39 <100 7040 51 45.3 9.0 43 49 198 38 46 E07-40 100 7190 85 61.2 17.3 126 92 432 59 52 E07-41 <100 7910 39 35.7 8.4 221 41 204 20 49 E07-42 100 5600 60 46.3 15.0 307 73 407 57 64 E07-43 <100 1100 43 28.7 9.8 9 57 135 85 108 E07-44 100 850 48 43.8 6.0 38 36 95 <5 38 E07-45 <100 8460 56 40.9 11.6 31 65 296 43 47 E07-46 <100 5500 14 19.8 2.7 265 12 54 26 79 E07-47 <100 550 35 21.3 7.5 9 41 75 24 88 E07-48 100 1810 54 55.1 7.3 275 36 125 15 78


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

r..bw.( nw su a..p rsww af.r.re • f...re.l

of 11

Element Method DetLlm. Units

Cr Cu Dy Er Eu Fe Gd La Li Mg MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

100 10 1 0.5 0.5 1 1 1 5 1

PPB PPB PPB PPB PPB PPM PPB PPB PPB PPM

E07-49 100 3950 64 47.2 13.7 204 68 344 39 46

E07S0 200 4570 43 38.0 9.1 318 43 198 46 62

E07-01 <100 8160 10 18.8 1.6 318 8 42 71 56

E07-52 <100 5330 17 18.9 3.3 291 16 72 21 84

E07-53 <100 720 26 14.8 8.9 13 43 315 43 108

E07-54 <100 540 21 14.5 4.2 5 26 75 77 99

E07-55 <100 5760 50 38.8 11.1 49 63 378 38 48

E07S6 <100 8550 71 51.6 16.8 137 87 462 45 70

E07S7 <100 5260 8 14.8 0.9 48 5 20 7 24

E07-58 <100 760 51 30.1 9.2 4 58 64 78 61

E07S9 <100 1880 20 10.5 6.5 26 33 178 <5 67

E07-60 <100 880 140 108 10.7 184 61 84 32 71

E07ô1 <100 710 19 13.0 4.0 7 23 47 15 69

E07-02 <100 6640 84 67.1 17.2 180 88 391 50 48

E07-03 <100 9250 62 38.5 15.2 38 82 328 37 61

•Dup E07-01 100 6550 50 44.6 11.4 377 55 232 43 82

'Dup E07-13 <100 270 25 18.0 3.0 160 15 44 25 33

'Dup E07-25 100 2100 34 21.6 9.3 406 41 194 34 93

'Dup E07-37 <100 3360 12 13.0 2.5 128 13 81 38 60

'Dup E07-49 <100 6160 3 9.7 <0.5 179 2 11 30 35

•Dup E07-01 <100 700 19 13.8 2.9 5 19 24 12 57

`Std MMISRMI4 <100 840 3 1.2 1.5 4 6 2 <5 47

`Std MMISRMI4 <100 800 3 1.3 1.5 3 6 3 <5 42

'Blk BLANK <100 <70 <1 <0.5 <0.5 <1 <1 <1 <5 <1

•Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgS.ce

i.rar.r 0. an (art.+w af.N.l. d. Onwi...)

of11


petLim, Units

Mo

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-01 5 7.1 812 342 100 <1 220 <1 209 <1

E07-02 6 5.3 468 468 380 <1 132 <1 258 <1

E07-03 8 6.3 224 456 270 <1 50 <1 182 <1

E07-04 5 3.3 22 177 <10 <1 6 <1 160 <1

E07-05 <5 3.1 65 977 170 <1 18 <1 144 <1

E07-06 6 4.3 88 370 350 <1 23 <1 88 <1

E07-07 <5 1.7 10 143 120 <1 2 <1 234 <1

E07-08 <5 1.9 381 94 640 <1 80 <1 246 <1

E07-09 <5 2.7 193 118 500 <1 43 <1 220 <1

E07-10 <5 5.3 371 136 500 <1 85 <1 207 <1

E07-11 11 11.3 170 127 120 <1 47 <1 196 <1

E07-12 6 10.4 44 264 250 <1 10 <1 431 <1

E07-13 <5 5.2 55 208 240 <1 13 <1 346 <1

E07-14 <5 <0.5 4 80 <10 <1 1 <1 127 <1

E07-15 <5 <0.5 5 92 10 <1 1 <1 321 <1

E07-16 <5 3.8 635 261 380 <1 142 <1 247 <1

E07-17 <5 <0.5 963 230 120 <1 228 <1 150 <1

E07-18 6 10.0 572 105 610 <1 134 <1 225 <1

E07-19 <5 <0.5 15 81 100 <1 4 <1 308 <1

E07-20 <5 3.1 684 581 140 <1 174 <1 230 <1

E07-21 <5 2.9 663 745 200 <1 161 <1 173 <1

E07-22 6 3.2 46 687 70 <1 12 <1 310 <1

E07-23 8 5.0 87 623 10 <1 24 <1 184 <1

E07-24 9 3.5 209 445 10 <1 56 <1 111 <1

E07-25 49 17.1 200 494 50 <1 55 <1 129 <1

E07-26 6 6.5 32 495 10 <1 10 <1 146 <1

E07-27 6 4.7 353 649 160 <1 85 <1 223 <1

E07-28 <5 3.3 384 926 140 <1 92 <1 228 <1

E07-29 <5 4.5 58 406 20 <1 16 <1 265 <1

E07-30 6 6.5 517 608 170 <1 124 <1 258 <1

E07-31 6 7.4 37 336 50 <1 11 <1 309 <1

E07-32 <5 1.2 1530 334 410 <1 405 <1 155 <1

E07-33 <5 <0.5 108 251 80 <1 25 <1 54 <1

E07-34 6 <0.5 389 172 100 <1 95 <1 78 <1

E07-35 27 4.8 346 481 700 <1 96 <1 173 2

E07-36 5 0.6 286 425 130 <1 73 <1 77 <1

E07-37 13 2.6 242 284 70 <1 65 <1 55 <1 E07-38 6 4.2 35 933 40 <1 10 <1 156 1 E07-39 <5 1.4 213 330 420 <1 57 <1 138 <1 E07-40 7 4.3 429 278 1040 <1 119 <1 206 <1 E07-41 <5 3.0 218 355 270 <1 60 <1 212 <1 E07-42 8 7.0 444 368 270 <1 120 <1 125 <1 E07-43 <5 <0.5 172 44 120 <1 39 <1 30 <1 E07-44 <5 0.5 108 295 130 <1 27 <1 109 <1 E07-45 60 2.0 300 161 900 <1 80 <1 131 2 E07-46 <5 3.0 61 400 100 <1 16 <1 151 <1 E07-47 8 2.9 110 79 60 <1 23 <1 58 <1 E07-48 <5 4.0 160 301 100 <1 40 <1 180 <1

The data reported on this certificate of analysis represents the semple submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152

r.r.• r r as Grau, (+.wai d. Gra.11imee)

www.sgs.ca

of 11


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-49 <5 5.9 350 258 110 <1 96 <1 173 <1

E07-50 6 14.2 223 450 170 <1 61 <1 217 2

E0751 6 3.1 39 668 120 <1 11 <1 162 <1

E0752 8 5.8 81 620 80 <1 22 <1 103 <1

E0753 <5 0.8 285 227 20 <1 78 <1 13 <1

E07-54 7 <0.5 73 18 50 <1 17 <1 23 <1

E07-55 <5 2.9 349 324 330 <1 98 <1 125 <1

E07-56 17 5.1 475 259 1030 <1 126 <1 164 2

E0757 <5 0.6 23 197 30 <1 6 <1 125 <1

E07-58 <5 <0.5 100 119 80 <1 21 <1 42 <1

E0759 <5 1.7 185 100 80 <1 48 <1 42 <1

E07-60 <5 7.5 158 432 410 <1 35 <1 206 <1

E07-61 <5 <0.5 62 102 70 <1 14 <1 50 <1

E07-62 <5 7.6 412 309 620 <1 109 <1 194 <1

E07-63 5 2.5 372 140 850 <1 95 <1 224 <1

'Cup E07-01 <5 6.6 314 489 80 <1 80 <1 200 <1

'Dup E07-13 <5 6.0 51 209 210 <1 13 <1 346 <1

`Dup E07-25 29 18.4 225 467 40 1 59 <1 151 <1

`Dup E0737 14 1.0 88 297 50 <1 23 <1 51 <1

'Dup E07-49 <5 2.6 11 371 90 <1 3 <1 153 <1

'Dup E0751 <5 <0.5 35 100 50 <1 7 <7 47 <1

'Std MMISRMI4 43 <0.5 21 333 140 44 4 <1 314 1

'Std MMISRMI4 43 <0.5 15 312 150 46 4 <1 309 1

"Blk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

'Blk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 445-4152 www.sgs.ca

limier a1 the Mt Swoop lSoda+ Cim6•M M Mwimast

of 11

Element Method oetum. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-01 216 140 <1 950 <1 20 <10 137 2290 0.7

E07-02 191 80 <1 1290 <1 13 <10 162 339 0.8

E07-03 139 56 <1 690 <1 20 <10 78.0 1180 1.3

E07-04 31 4 <1 760 <1 <1 <10 41.2 229 0.8

E07-05 56 12 <1 1230 <1 2 <10 49.5 201 0.8

E07-06 69 19 <1 1190 <1 4 <10 81.4 313 0.7

E07-07 36 2 <1 520 <1 1 <10 19.4 402 1.3

E07-08 158 93 <1 1270 <1 21 <10 68.5 497 0.9

E07-09 64 46 <1 480 <1 11 <10 36.0 719 0.7

E07-10 103 80 <1 440 <1 16 <10 74.7 1780 0.6

E07-11 41 31 <1 220 1 4 <10 71.9 1880 0.5

E07-12 67 12 <1 280 1 4 <10 49.8 3500 0.9

E07-13 42 14 <1 360 <1 4 <10 49.2 1450 <0.5

E07-14 24 <1 <1 530 <1 <1 <10 6.8 22 0.5

E07-15 42 <1 <1 480 <1 <1 <10 16.3 17 0.8

E07-16 102 143 <1 780 <1 29 <10 108 999 0.6

E07-17 84 211 <1 2200 <1 36 <10 29.2 15 <0.5

E07-18 134 121 <1 660 <1 22 <10 102 3380 0.7

E07-19 59 4 <1 300 <1 1 <10 28.4 44 1.0

E07-20 96 138 <1 850 <1 22 <10 90.2 502 0.9

E07-21 94 143 <1 840 <1 27 <10 83.0 417 1.1

E07-22 53 10 <1 670 <1 3 <10 49.6 545 1.2

E07-23 58 16 <1 850 <1 3 <10 56.3 545 0.9

E07-24 131 39 <1 900 <1 5 <10 94.5 497 1.0

E07-25 107 38 <1 770 <1 6 <10 115 1330 0.5 E07-26 78 6 <1 500 <1 1 <10 38.7 1340 0.7 E07-27 88 80 <1 700 <1 15 <10 68.7 911 0.9 E07-28 128 91 <1 750 <1 19 <10 72.7 537 0.8 E07-29 61 12 <1 390 <1 3 <10 59.2 777 1.2 E07-30 112 108 <1 420 <1 19 <10 64.2 1220 0.9 E07-31 41 7 <1 450 <1 1 <10 50.2 1750 1.1 E07-32 95 298 <1 1250 <1 61 <10 71.5 119 0.9 E0733 11 27 <1 2300 <1 6 <10 17.3 <3 <0.5 E07-34 27 85 <1 1870 <1 13 <10 38.4 4 0.5 E0735 112 59 <1 1700 <1 10 <10 124 331 0.6 E07-36 33 61 <1 3450 <1 12 <10 48.9 16 <0.5 E07-37 67 40 <1 1390 <1 6 <10 67.2 89 <0.5 E0738 62 6 <1 730 <1 1 <10 49.1 758 0.9 E07-39 39 41 <1 1720 <1 8 <10 43.2 31 0.6 E07-40 106 84 <1 1760 <1 15 <10 115 261 0.9 E07-41 123 41 <1 1620 <1 7 <10 94.4 132 0.8 E07-42 144 78 <1 1060 <1 11 <10 137 727 <0.5 E07-43 6 41 <1 1510 <1 8 <10 21.8 <3 <0.5 E07-44 24 25 <1 1290 <1 7 <10 16.5 21 <0.5 E07-45 20 53 <1 2750 <1 10 <10 80.7 44 0.6 E07-46 72 12 <1 1140 <1 2 <10 73.4 338 0.6 E07-47 10 28 <1 1990 <1 6 <10 19.5 <3 <0.5 E07-48 122 32 <1 790 <1 7 <10 87.1 547 1.0



w.. .r u. 11115 `w (gladioli oi.i.r. i Y,..tr.e.)

Element Method Det.Lim. UMta

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Page 9 of 11

Ti TI

MMI-M5 MMI-M5

3 0.5

PPB PPB

E07-49 105 66 <1 1250 <1 11 <10 95.1 616 1.1

E07-50 208 44 <1 790 <1 7 <10 143 2610 1.3

E0751 60 8 <1 1310 <1 1 <10 47.4 400 1.0

E07-52 74 16 <1 1160 <1 3 <10 63.3 580 0.7

E07-53 11 44 <1 940 <1 6 <10 47.0 22 <0.5

E07-54 6 16 <7 1980 <7 4 <10 11.5 <3 <0.5

E07-55 37 56 <1 2200 <1 9 <10 57.9 62 <0.5

E0756 76 83 <1 2120 <1 13 <10 168 254 0.8

E0757 15 4 <1 1380 <1 1 <10 10.4 37 0.6

E0758 8 35 <1 2600 <1 9 <10 11.2 <3 <0.5

E07-59 7 32 <1 920 <1 5 <10 73.6 12 0.7

E0750 162 41 <1 700 <1 17 <10 77.0 2090 1.7

E07ô1 6 15 <1 1380 <1 3 <10 12.4 <3 <0.5

E07-62 124 81 <1 1700 <1 14 <10 140 738 1.1

E07-63 19 72 <1 1880 <1 12 <10 134 64 1.1

•Dup E07-01 178 59 <1 1140 <1 9 <10 110 1590 0.6

'Dup E07-13 35 12 <1 370 <1 4 <10 58.0 1570 0.6

•Dup E07-25 117 43 <1 820 <1 6 <10 124 1560 0.8

'Dup E07-37 50 14 <1 1360 <1 2 <10 54.8 26 <0.5

•Dup E07-19 88 2 <1 1340 <1 <1 <10 80.2 473 0.9

•Dup E07-61 <5 10 <1 1570 <1 3 <10 7.8 <3 <0.5

*Std MMISRMI4 10 6 <1 590 <1 <1 <10 26.3 <3 <0.5

'Std MMISRMI4 11 6 <1 570 <1 <1 <10 26.3 <3 <0.5

'Blk BLANK <5 <1 <1 <10 <1 <1 <10 0.6 <3 <0.5

•Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5


SGS Canada inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 1(416) 4455755 f(416) 445-4152 www.sgs.ca

w.r...r uo w lb.. p..rene Gerbai* e. saw.rrr)

of 11

Element Method OetLim. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-01 79 <1 545 69 210 362

E07-02 385 <1 430 65 280 192

E07-03 126 <1 924 119 840 118

E07-04 18 <1 20 7 50 54

E07-05 176 <1 88 14 120 76

E07-06 129 1 176 27 330 100

E07-07 7 <1 66 13 220 19

E07-08 15 <1 604 47 340 62

E07-09 8 <1 307 24 640 42

E07-10 14 <1 427 31 270 80

E07-11 13 1 88 6 430 125

E07-12 10 1 178 19 1420 73

E07-13 7 <1 157 15 1270 54

E07-14 2 <1 <5 4 200 13

E07-15 3 <1 7 10 210 17

E07-16 19 1 879 63 920 85

E07-17 26 <1 1020 104 1230 26

E07-18 15 1 580 43 260 124

E07-19 8 <1 87 24 130 23

E07-20 41 <1 604 38 80 107

E07-21 48 <1 784 47 120 93

E07-22 22 <1 126 16 730 66

E07-23 41 <1 90 10 100 118

E07-24 49 <1 151 17 140 187

E07-25 64 1 148 16 180 252 E07-26 33 <1 34 7 110 72 E07-27 30 <1 481 32 230 95 E07-28 57 <1 633 44 560 83 E07-29 25 <1 101 15 50 84 E07-30 28 <1 574 34 860 95 E07-31 9 <1 36 5 560 68 E07-32 32 2 1870 227 1060 57 E07-33 48 <1 171 22 490 17 E07-34 52 <1 279 21 280 27 E07-35 809 1 337 47 340 213 E07-36 186 <1 337 48 540 41 E07-37 113 <1 192 29 190 129 E07-38 579 <1 44 16 60 96 E07-39 177 <1 280 48 450 56 E07-40 235 1 456 55 230 149 E07-41 87 <1 231 36 110 100 E07-42 161 2 347 47 160 221 E07-43 8 <1 245 22 330 11 E07-44 23 <1 280 40 960 23 E07-45 158 1 279 39 230 75 E07-46 148 <1 84 22 120 100 E07-47 10 1 159 18 360 12 E07-48 47 <1 292 52 830 113



ra.+...r iw aaa Owns tsoW4M6 air.re do r..re.)

of 11

Element Method DetLim. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-49 112 <1 332 47 180 126

E07-50 116 <1 226 39 350 274

E07-51 462 <1 67 23 90 99

E07-52 181 <1 92 20 130 118

E07-53 4 <1 142 12 210 32

E07-54 9 <1 106 12 260 6

E07-55 114 <1 271 38 110 54

E07-56 715 1 397 49 380 221

E07-57 29 <1 51 19 110 13

E07-58 19 <1 229 23 300 7

E07-59 11 <1 101 8 140 42

E07-60 29 <1 789 89 700 110

E07-61 2 <1 94 11 290 9

E07-62 451 <1 475 64 180 204

E07-63 61 <1 291 32 190 90

"Dup E07-01 75 <1 291 51 180 310

"Dup E07-13 8 <1 130 13 1040 68

"Dup E07-25 63 <1 169 20 150 348

"Dup E0737 94 <1 72 17 150 108

"Dup E07-49 90 <1 22 15 140 108

*Dup E07-61 2 <1 82 12 320 6

"Std MMISRM14 48 <1 14 <1 370 15 "Std MMISRM14 49 <1 14 <1 360 15

*Blk BLANK <1 <1 <5 <1 <20 <5 "Blk BLANK <1 <1 <5 <1 <20 <5



r1.Yw M uw MIS Snap pa.üli aw..r r r..w.)

SGT,

Certificate of Analysis Work Order. 095438

To: Stratabound Minerals Corp. Attn: Stan Sticker Suite 518 222-58th Avenue S.W. CALGARY ALBERTA T2H 2S3

Date: Oct 16, 2007

P.O. No. Project No. No. Of Samples Date Submitted Report Comprises



STORE: 89 Soils

Certified By :

Russ Calow, B.Sc., CChem. Vice President Global Geochemistry

!SO 17025 Accredited for Specific Tests. SCC No. 456

Report Footer. L.N.R. = Listed not received

I.S. = Insufficient Sample n.a. = Not applicable — = No result

'INF = Composition of this sample makes detection impossible by this method

M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. *MAW) were subcontracted


The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this anal part, is prohibited without prior written approval.

analytical repoli in full or in

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 4454152 www.sgs.ca

■..r...e Me SIDS error pwrw af.4aw q A...rc.l

of 16

Element Method Det.Lim. Units

Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-500 4 >300 20 0.3 2400 2 180 35 1050 68

E07-501 17 169 <10 0.3 6150 3 700 13 2460 148

E07-502 11 82 10 0.2 4610 3 550 18 3730 224

E07-503 13 >300 <10 0.1 1850 6 350 46 1540 186

E07-504 24 50 <10 0.4 5510 <1 760 12 1320 173

E07-505 13 14 <10 <0.1 2990 <1 640 14 469 132

E07-506 2 >300 20 0.3 3000 1 80 6 2080 63

E07-507 3 >300 20 0.1 1720 2 220 31 1770 55

E07-508 4 >300 40 0.3 2890 2 240 5 1020 66

E07-509 5 >300 40 0.2 3820 2 200 11 2240 62 E07510 4 >300 30 <0.1 2420 2 160 6 1160 88 E07-511 3 >300 30 <0.1 3640 1 180 9 1600 120 E07-512 4 >300 30 <0.1 2660 2 210 22 936 149 E07513 <1 266 <10 <0.1 2030 <1 90 8 13 65 E07-514 2 233 10 <0.1 1350 <1 100 9 623 124 E07515 1 219 <10 <0.1 850 <1 110 6 <5 148 E07516 2 >300 20 <0.1 1130 <1 20 2 131 55 E07-517 2 131 <10 0.3 1920 <1 270 9 569 32 E07-518 6 163 <10 <0.1 1580 <1 70 10 151 32 E07519 5 143 <10 0.1 1100 <1 240 10 677 28 E07520 8 199 <10 <0.1 1470 <1 130 35 358 136 E07-521 6 181 <10 0.1 1350 <1 120 27 211 153 E07-522 5 146 <10 0.1 1650 <1 190 22 756 162 E07523 6 147 <10 0.2 1670 <1 130 2 218 186 E07524 13 165 130 0.3 4090 5 300 19 4850 275 E07525 4 88 <10 0.1 1590 <1 290 10 1430 21 E07526 3 170 <10 <0.1 1330 <1 200 26 394 72 E07527 4 212 <10 <0.1 1730 <1 130 16 1030 67 E07-528 3 203 <10 <0.1 1390 <1 150 13 674 80 E07-529 3 218 <10 <0.1 1360 <1 90 20 592 87 E07-530 4 245 <10 <0.1 1310 <1 80 15 540 73 E07531 3 16 <10 0.4 1360 <1 420 3 13 9 E07-532 12 36 <10 0.1 2350 <1 460 19 335 141 E07-533 7 121 <10 <0.1 780 <1 380 56 155 126 E07-534 8 102 <10 0.1 1130 1 230 18 253 223 E07535 5 38 <10 0.2 1370 <1 410 4 510 56 E07536 11 65 <10 0.1 1690 <1 340 5 1480 176 E07537 7 112 <10 <0.1 1010 <1 310 31 144 206 E07-538 16 25 10 0.3 2640 <1 470 16 743 114 E07-539 11 35 <10 0.1 3810 <1 460 14 1040 93 E07-540 5 11 <10 0.2 1840 <1 350 4 621 77 E07541 2 24 <10 0.2 2180 <1 280 5 678 24 E07-542 7 62 10 0.3 1630 3 320 12 1610 88 E07543 11 74 <10 0.2 2410 <1 260 13 760 452 E07544 5 110 30 <0.1 1580 2 180 4 1570 174 E07-545 9 17 <10 0.3 1110 <1 470 4 137 16 E07-546 7 26 <10 0.2 1410 <1 410 4 368 217 E07547 15 23 <10 0.1 1840 <1 480 18 188 185



briar e/semSnap ~Ys am.ire.l

of 16

Element Method Det.Lim. links

Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-548 5 87 <10 <0.1 1340 2 330 23 422 126

E07549 5 37 <10 0.1 1480 <1 380 5 168 19

E07-550 9 73 <10 0.2 2130 <1 330 7 1360 181

E07551 10 78 <10 0.2 1770 3 350 19 949 97

E07-552 7 82 <10 0.2 3140 2 370 13 1150 102

E07-553 4 130 30 0.1 1590 2 130 2 805 94

E07554 1 250 20 <0.1 1790 <1 90 4 793 59

E07555 6 12 <10 0.2 1290 <1 510 2 16 15

E07-556 5 44 <10 0.2 1440 <7 380 3 203 7

E07-557 25 79 10 0.3 7480 3 730 17 2280 99

E07558 16 46 20 0.3 3320 <1 500 22 597 125

E07559 16 47 20 0.3 3650 <1 530 24 1440 156

E07560 7 77 20 0.2 3160 3 360 32 2280 122

E07.561 8 191 20 0.2 1470 2 220 11 402 191

E07-562 12 159 20 0.1 1580 1 260 7 1220 169

E07-563 11 49 10 0.2 1560 <1 450 8 807 79

E07-564 11 158 20 0.2 2320 3 340 28 1600 155

E07-565 15 215 20 0.3 2540 3 210 13 853 232

E07ar66 11 44 10 0.2 1150 <1 420 5 330 161

E07567 6 257 30 0.1 1360 2 190 5 1750 147

E07-568 13 175 30 0.4 2930 2 230 6 2720 213

E07-569 1 1 <10 <0.1 <10 <1 <10 <1 <5 <5

E07-570 1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

E07571 9 6 10 0.1 1510 <1 480 7 122 52 E07572 5 59 <10 <0.1 1400 <1 320 10 1100 97 E07-573 4 9 <10 0.2 1660 <1 530 2 9 17 E07-574 28 59 <10 0.3 5930 2 820 17 2420 134 E07575 19 24 <10 0.2 6560 <1 890 6 902 81 E07-576 22 47 10 0.3 6750 1 790 16 1300 101 E07577 14 105 <10 0.2 4450 4 760 30 2950 114 E07578 7 32 <10 0.2 1960 <1 510 4 161 43 E07-579 8 45 10 0.1 2300 2 320 12 1290 52 E07580 17 56 <10 0.2 3170 <1 850 27 1000 206 E07581 14 33 <10 0.1 3130 <1 720 21 1040 106 E07-582 23 86 <10 0.2 2560 <1 1030 71 279 118 E07583 10 10 <10 0.1 1990 <1 450 4 63 54 E07584 11 11 <10 0.1 1300 <1 490 7 37 179 E07585 12 9 <10 <0.1 1970 <1 520 3 27 89 E07-586 11 16 <10 0.1 2590 <1 440 10 175 123 E07-587 11 29 10 0.2 2300 <1 350 13 1090 67 E07-588 12 34 <10 0.2 3270 <1 480 13 819 85 'Duo E07-500 5 >300 <10 0.2 3490 <1 150 43 341 82 'Dup E07-512 4 >300 30 0.1 2770 2 200 31 911 131 'Duo E07-524 11 145 90 0.4 3720 4 280 14 4730 216 'Duo E07536 13 56 <10 0.4 1030 <1 380 4 416 282 `Duo E07-548 4 74 <10 0.2 1320 <1 350 19 335 136 eDup E07-560 5 63 <10 0.1 2860 3 290 27 1760 86 'Dup E07572 7 92 <10 0.1 1470 <1 330 12 664 120


SOS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

rrr•• r w W w.. ra.afH w.4aro r ime.rea)

Element Method MU-1m. Units

`Oup E07-584

'Std MMISRMI4 'Std MMISRMI4

`Sid MMISRMI4

'Blk BLANK "Blk BLANK `Blk BLANK

Page 4 of 16

Ag Al As Au Ba Bi Ca Cd Ce Co MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

1 1 10 0.1 10 1 10 1 5 5

PPB PPM PPB PPB PPB PPB PPM PPB PPB PPB

13 8 <10 0.1 1180 <1 530 6 18 118

17 40 10 41.3 80 <1 250 7 19 44

17 40 10 39.0 120 <1 240 7 18 44

17 40 10 40.2 90 <1 250 6 22 44

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <t <10 <0.1 <10 <1 <10 <1 <5 <5



Number Mae mChew aa.rr.rr..rr )

of16

Element Method DetLIm. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-500 200 930 87 39.2 28.7 162 124 456 45 58

E07-501 200 7790 134 72.8 41.6 177 202 1180 90 119

E07-502 200 5860 173 91.2 53.6 203 264 1690 84 82

E07-503 <100 4570 169 90.7 41.3 372 207 656 70 39

E07-504 <100 11000 63 34.2 21.4 87 102 601 42 175

E07-505 <100 2560 48 24.8 14.0 12 73 202 45 154

E07-506 200 540 120 49.3 53.4 113 208 1360 23 20

E07-507 100 750 137 61.7 45.3 117 202 885 18 64

E07-508 200 880 72 33.8 24.8 171 105 454 37 74

E07-509 200 700 122 55.0 42.9 163 186 939 40 69

E07-510 500 530 26 11.3 11.0 260 46 416 57 37

E07-511 400 540 48 20.6 20.8 226 87 640 93 48

E07-512 300 780 57 27.2 17.7 302 79 353 85 78

E07513 <100 30 1 2.0 <0.5 75 <1 7 14 40

E07514 <100 380 61 29.3 15.4 153 70 175 15 50

E07515 <100 40 <1 2.6 <0.5 38 <1 1 17 38

E07.516 200 150 8 5.3 2.2 268 9 52 47 18

E07517 <100 650 198 135 32.6 8 179 484 8 63

E07518 <100 350 146 83.9 14.0 14 75 47 <5 35

E07519 <100 300 79 41.2 17.1 84 83 265 <5 74

E07520 <100 340 57 25.7 11.2 174 55 111 13 52

E07-521 <100 560 49 25.8 7.2 235 37 73 20 52

E07-522 100 730 84 45.1 19.8 206 93 276 15 67

E07523 100 1150 15 10.3 3.4 404 15 87 35 73

E07-524 600 4260 187 98.9 65.2 883 284 1740 76 130

E07-525 200 430 83 41.5 26.2 87 120 624 8 91

E07-526 <100 200 39 17.7 9.5 96 44 129 7 58

E07-527 <100 430 92 39.5 23.4 140 116 364 10 52

E07528 100 190 48 20.6 14.3 106 65 241 15 47

E07-529 <100 200 47 20.0 13.1 140 60 189 10 29 E07530 100 160 39 15.9 11.6 159 53 191 17 24 E07531 <100 520 12 5.5 3.9 5 18 47 9 117 E07-532 <100 5970 37 29.7 5.8 10 36 153 22 93

E07-533 <100 1870 39 33.8 5.0 63 29 75 19 67 E07-534 <100 3910 30 27.3 5.2 285 26 104 15 72 E07-535 100 1180 74 45.1 16.3 14 88 224 8 103 E07-536 100 2780 85 51.5 23.7 105 118 638 36 92 E07537 <100 2410 46 44.3 4.6 83 26 61 <5 64 E07-538 100 8000 58 44.4 9.9 13 61 368 50 25 E07-539 <100 6710 67 38.6 18.4 48 95 502 38 42 E07540 <100 2320 20 10.5 8.6 30 36 279 15 81 E07-541 <100 460 57 21.3 31.9 9 131 723 <5 70 E07542 <100 3800 102 57.8 28.5 114 142 668 38 36 E07543 200 5650 87 67.4 17.6 256 88 348 35 50 E07-544 200 1740 165 97.5 41.1 294 203 621 11 57 E07-545 <100 590 19 10.4 5.6 6 29 70 22 104 E07-546 100 1530 45 34.5 7.9 10 47 191 30 96 E07547 <100 4260 28 20.2 5.7 10 32 80 35 90



Merer of e. Mes m... (sesw►erwr. j.

of 16

Element Method DetUm. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-548 <100 3430 50 35.1 10.8 152 54 173 17 73

E07.549 <100 820 40 25.6 7.9 10 43 153 9 89

E07-550 200 4290 90 53.8 24.7 145 125 615 35 64

E07-551 <100 6270 92 58.5 20.8 129 110 445 42 40

E07-552 100 5120 66 37.2 19.3 94 92 519 43 61

E07-553 300 2720 81 43.8 21.5 422 104 335 29 36

E07-554 200 270 25 10.5 10.4 112 43 321 47 23

E07-555 <100 560 10 6.2 2.2 4 12 30 8 122

E07-556 <100 560 44 23.2 13.0 18 64 238 6 90

E07557 100 9150 127 66.0 40.2 108 196 1050 84 98

E07-558 100 9400 41 30.7 9.4 26 52 286 46 29

E07-559 200 7840 101 60.1 27.8 82 144 685 57 49

E07-560 300 5320 145 78.3 42.2 171 205 970 34 45

E07-561 200 2840 86 54.7 12.4 267 63 160 22 46

E07562 200 1740 179 116 35.7 208 181 535 16 75

E07-563 200 1350 56 47.9 9.1 6 58 463 40 20

E07-564 300 5860 158 100 36.5 186 182 699 26 78 E07-565 300 6140 199 138 27.1 256 149 315 37 62 E07566 200 2340 16 16.6 3.4 20 19 168 12 21 E07567 200 2320 222 120 50.3 180 253 689 37 56 E07-568 400 7020 333 243 62.1 359 328 1060 68 60 E07-569 <100 <10 <1 <0.5 <0.5 2 <1 <1 <5 <1 E07570 <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1 E07571 100 950 37 32.2 4.8 5 32 70 37 25 E07572 <100 680 78 42.2 23.4 43 109 448 17 93 E07573 <100 740 15 13.7 1.7 2 12 17 10 88 E07-574 100 12600 160 91.7 47.4 104 240 1130 77 83 E07-575 <100 8520 62 33.0 19.6 38 98 408 33 133 E07-576 <100 9470 87 49.4 25.7 89 131 630 96 97 E07-577 <100 7670 150 80.9 47.7 163 232 1320 47 51 E07578 <100 1130 29 26.2 3.5 4 24 97 12 72 E07-579 <100 2820 62 31.3 19.1 30 92 570 20 49 E07580 <100 4920 83 45.3 23.0 43 119 416 67 175 E07581 <100 3420 80 40.4 24.2 32 123 434 38 140 E07582 <100 5320 58 50.7 7.3 9 45 127 26 155 E07-583 <100 640 10 5.4 2.6 4 14 19 94 115 E07584 <100 1610 9 8.8 1.1 2 8 18 49 98 E07-585 <100 2490 7 6.9 0.9 2 6 13 33 114 E07586 <100 6320 25 20.1 3.8 7 25 79 32 68 E07-587 <100 4720 57 29.4 16.6 44 82 440 30 64 E07-588 <100 7320 48 29.0 12.1 40 65 349 36 65 *Dup E07-500 <100 1160 150 76.9 23.8 142 116 122 29 73 *Dup E07-512 200 800 60 29.4 18.4 246 81 344 70 67 *Dup E07524 500 3070 187 91.7 67.7 607 287 1760 61 110 *Dup E07536 100 3570 27 30.3 4.5 87 25 205 22 58 *Dup E07-548 <100 4540 29 22.5 6.5 162 32 137 19 76 *Dup E07560 200 4130 115 59.7 33.9 126 161 751 20 45 *Dup E07-572 100 780 82 60.6 15.9 35 82 275 16 72



lesrer r rs aas a..r Is.we` ctlrrars a a..wrrsol

of 16

Element Cr Cu Dy Er Eu Fe Gd La Li Mg

Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

DetLim. 100 10 1 0.5 0.5 1 1 1 5 1

Units PPB PPB PPB PPB PPB PPM PPB PPB PPB PPM

'Dup E07-584 <100 1310 7 7.4 0.6 2 5 7 67 122

'Std MMISRMI4 <100 740 2 0.8 0.9 2 3 3 <5 37

'Std MMISRMI4 <100 720 2 1.0 1.0 3 4 3 <5 38

'Std MMISRMI4 <100 730 2 0.8 1.0 2 4 3 <5 37

`Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

`Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <i <1 <5 1

'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior wrttten approval.


alumbar tr ass anew s...11k.a.)

of 16

Element Method t]etLim. Units

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-500 7 19.5 635 211 810 <1 152 <1 519 <1

E07-501 5 24.7 1200 329 1030 1 314 <1 457 2

E07-502 6 26.2 1630 493 920 2 443 <1 304 1

E07-503 6 17.0 902 424 980 <1 217 <1 438 <1

E07-504 13 9.0 620 214 1280 <1 157 <1 277 4

E07-505 <5 1.0 282 175 150 <1 59 <1 114 <1

E07-506 6 23.8 1410 58 230 <1 385 <1 269 <1

E07-507 6 28.9 1110 166 670 <1 281 <1 352 <1

E07-508 7 40.9 569 147 710 2 142 <1 414 1

E07-509 6 50.5 1060 132 850 1 269 <1 496 1

E07-510 11 43.2 325 208 240 <1 93 <1 330 <1

E07511 6 27.8 583 216 180 <1 163 <1 497 <1

E07512 7 31.6 434 319 620 <1 108 <1 635 1

E07513 <5 <0.5 4 66 <10 <1 1 <1 299 <1

E07514 <5 9.4 313 231 370 <1 70 <1 280 <1

E07515 <5 <0.5 1 144 <10 <1 <1 <1 328 <1

E07-516 5 22.0 51 138 120 <1 13 <1 323 <1

E07-517 <5 <0.5 567 100 330 <1 138 <1 165 <1

E07518 <5 <0.5 165 73 350 <1 30 <1 364 <1

E07519 <5 1.7 328 394 140 <1 80 <1 143 <1

E07520 <5 3.7 209 556 250 <1 47 <1 213 <1

E07521 <5 6.2 118 410 180 <1 27 <1 249 <1

E07-522 <5 6.0 385 595 220 <1 92 <1 173 <1

E07523 <5 10.9 84 378 30 <1 23 <1 228 <1

E07524 39 65.7 1910 552 680 4 520 <1 302 1

E07-525 <5 4.5 674 420 90 <1 176 <1 163 <1

E07-526 <5 1.7 187 494 70 <1 45 <1 241 <1 E07527 <5 4.3 561 419 160 <1 135 <1 211 <1 E07-528 <5 6.3 307 333 120 <1 75 <1 264 <1 E07-529 <5 3.5 297 419 150 <1 72 <1 311 <1 E07-530 <5 7.3 260 370 170 <1 62 <1 295 <1 E07531 <5 <0.5 67 30 20 <1 14 <1 88 <1 E07-532 6 2.1 148 240 520 <1 39 <1 78 1 E07533 <5 1.6 90 449 540 <1 22 <1 99 <1 E07534 9 4.1 122 374 380 <1 31 <1 89 <1 E07-535 <5 <0.5 313 185 110 <1 73 <1 96 <1 E07-536 <5 6.7 693 229 400 <1 185 <1 96 <1 E07-537 <5 1.7 78 383 440 <1 19 <1 118 <1 E07-538 9 4.1 281 240 560 <1 81 <1 207 <1 E07-539 5 2.8 509 156 760 <1 131 <1 253 <1 E07-540 6 0.9 261 32 50 <1 67 <1 25 <1 E07541 <5 <0.5 827 32 30 <1 202 <1 133 <1 E07-542 15 10.9 733 225 830 <1 193 <1 141 <1 E07-543 <5 4.3 416 475 360 <1 102 <1 190 <1 E07-544 <5 15.3 905 188 320 <1 216 <1 143 <1 E07-545 <5 <0.5 102 76 30 <1 21 <1 27 <1 E07-546 <5 0.8 179 172 100 <1 45 <1 76 <1 E07-547 <5 0.6 111 133 160 <1 25 <1 65 <1



r..r...r a• sss s...p 1s..MY w.ralm dm r..r...e t

of 16


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-548 <5 4.6 226 473 520 <1 56 <1 102 <1

E07-549 <5 0.5 153 153 120 <1 38 <1 77 <1

E07-550 <5 5.6 656 367 410 <1 171 <1 155 <1

E07-551 11 5.8 492 281 930 <1 126 <1 176 <1

E07552 <5 9.2 523 187 690 <1 141 <1 233 <1

E07-553 <5 22.7 466 188 330 1 113 <1 175 1

E07554 <5 14.1 293 101 100 <1 82 <1 251 <1

E07-555 <5 <0.5 41 50 40 <1 9 <1 28 <1

E07-556 <5 0.6 278 98 80 <1 66 <1 78 <1

E07557 8 30.8 1130 226 1160 2 291 <1 377 3

E07-558 33 3.9 267 230 750 <1 70 <1 258 2

E07559 <5 6.2 775 301 730 <1 196 <1 217 <1

E07-560 <5 14.7 1140 302 780 <1 303 <1 292 <1

E07-561 <5 11.4 226 343 460 <1 53 <1 231 <1

E07-562 <5 9.3 754 252 410 <1 180 <1 190 <1

E07563 <5 1.2 296 265 260 <1 87 <1 84 <1

E07-564 9 12.6 839 414 860 <1 212 <1 246 1

E07-565 <5 9.1 499 484 870 <1 115 <1 260 <1

E07-566 <5 0.8 126 136 90 <1 36 <1 120 <1

E07-567 <5 19.9 1080 410 490 <1 252 <1 223 1

E07568 <5 16.0 1430 392 590 <1 356 <1 389 <1

E07-569 <5 <0.5 <1 12 20 <1 <1 <1 <5 <1

E07570 <5 <0.5 <1 10 20 <1 <1 <1 <5 <1

E07571 <5 <0.5 68 246 130 <1 16 <1 94 <1

E07572 <5 2.4 528 249 150 <1 130 <1 94 <1

E07573 <5 <0.5 21 61 110 <1 5 <1 68 <1

E07574 5 13.4 1280 257 1110 1 318 <1 348 2 E07575 <5 2.7 498 135 670 <1 116 <1 398 1 E07576 39 8.8 699 285 1250 <1 173 <1 443 2 E07577 <5 16.2 1370 339 1140 <1 370 <1 498 <1 E07578 <5 <0.5 74 102 210 <1 20 <1 95 <1 E07-579 <5 12.4 552 153 490 <1 148 <1 105 1 E07580 <5 3.4 528 557 510 <1 125 <1 154 1 E07581 6 4.4 556 353 350 <1 130 <1 124 <1 E07-582 9 2.8 135 768 800 <1 34 <1 126 <1 E07583 6 <0.5 36 83 90 <1 7 <1 <5 <1 E07584 7 <0.5 21 116 90 <1 5 <1 22 <1 E07585 5 <0.5 16 61 130 <1 3 <1 32 <1 E07586 25 0.6 82 193 510 <1 21 <1 87 <1 E07-587 36 4.9 463 123 790 <1 121 <1 111 1 E07588 48 3.4 339 140 1110 <1 90 <1 146 1 *Cup E07500 <5 19.5 353 201 1080 <1 70 <1 486 <1 *Cup E07512 6 23.2 425 284 670 <1 105 <1 585 <1 'Dup E07-524 28 54.2 1870 484 840 3 508 <1 279 1 'Cup E07536 <5 4.1 161 246 350 <1 46 <1 80 <1 'Dup E07548 <5 4.7 162 584 390 <1 43 <1 105 <1 'Duo E07560 <5 10.8 897 198 550 <7 237 <1 215 <1 'Dup E07572 <5 0.7 319 324 220 <1 78 <1 115 <1

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in Pad. is prohibited without prior written approval.


rwr~ r ru. sw Group (S.ewr owe.re r a.o.11l•mc.)

Element Method DetLim. Links

*Dup E07-584

*Std MMISRMI4 *Std MMISRMI4

*Std MMISRMI4

*Bik BLANK

*Bik BLANK *Bik BLANK

Page 10 of 16

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

6 <0.5 11 97 70 <1 2 <1 17 <1

32 <0.5 13 280 110 54 3 <1 277 <1

32 <0.5 17 275 110 53 3 <1 272 <1

32 <0.5 14 276 110 54 3 <1 279 <1

<5 <0.5 2 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

The data reported on this certificats of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 4454152 www.sgs.ca

r.r.r e1 w 11011 eiw Itreeiw arwr. de N..rve.l

of 16


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

11 MMI-M5

0.5 PPB

E07-500 139 133 2 960 <1 18 <10 221 5650 1.4

E07-501 148 212 1 1720 2 28 <10 433 4250 1.7

E07-502 144 282 <1 1800 1 37 <10 519 3930 1.0

E07-503 200 196 <1 900 <1 32 <10 258 3300 1.5

E07-504 33 105 <1 1820 <1 14 <10 271 982 1.5

E07-505 7 64 <1 2230 <1 10 <10 50.4 109 0.5

E07-506 130 247 1 310 2 28 <10 183 4800 2.0

E07-507 164 216 2 650 2 29 <10 163 10600 1.2

E07-508 189 117 2 860 2 16 <10 330 12300 1.4

E07-509 181 201 3 1080 3 27 <10 343 15500 2.1

E07-510 83 55 3 390 3 6 <10 187 10800 1.3

E07-511 97 100 2 500 2 12 <10 206 5710 1.5

E07512 127 84 3 590 2 12 <10 254 9590 1.4

E07-513 25 <1 <1 510 <1 <1 <10 10.4 23 1.2

E07-514 68 68 <1 530 <1 12 <10 102 2600 0.6

E07-515 11 <1 <1 610 <1 <1 <10 3.8 12 <0.5

E07-516 59 10 2 100 2 1 <10 50.2 5730 1.6

E07-517 86 127 <1 1400 <1 31 <10 14.1 8 0.7

E07-518 101 50 <1 530 <1 20 <10 21.3 8 1.4

E07-519 73 74 <1 750 <1 14 <10 60.5 274 0.7

E07-520 51 48 <1 530 <1 10 <10 45.3 779 0.8

E07-521 64 30 <1 520 <1 8 <10 57.9 1210 0.9

E07-522 118 86 <1 550 <1 16 <10 78.2 1060 0.8

E07-523 99 16 <1 510 <1 3 <10 72.3 2100 1.3

E07-524 351 327 2 1070 3 41 <10 464 10000 1.7 E07-525 73 127 <1 720 <1 17 <10 72.0 762 0.7 E07-526 33 41 <1 610 <1 7 <10 33.5 353 0.5 E07-527 84 109 <1 520 <1 19 <10 50.4 846 0.8 E07-528 57 65 <1 470 <1 10 <10 79.6 1370 0.9 E07-529 46 59 <1 350 <1 10 <10 56.1 647 0.7 E07-530 46 53 <1 310 <1 8 <10 70.7 1690 0.6 E07531 <5 16 <1 770 <1 2 <10 6.4 28 <0.5 E07532 13 27 <1 1940 <1 6 <10 41.8 42 <0.5 E07-533 29 22 <1 1260 <1 5 <10 22.0 85 <0.5 E07534 80 25 <1 1430 <1 5 <10 60.0 216 <0.5 E07-535 20 72 <1 1630 <1 14 <10 47.0 11 0.5 E07536 43 123 <1 910 <1 17 <10 49.2 535 <0.5 E07-537 35 19 <1 810 <1 6 <10 18.6 102 <0.5 E07-538 11 45 <1 2070 5 10 20 50.8 101 0.9 E07-539 32 92 <1 1740 <1 14 <10 138 194 0.9 E07-540 5 40 <1 1080 <1 5 <10 60.8 4 <0.5 E07541 21 149 <1 1100 <1 16 <10 26.2 40 1.3 E07542 99 140 <1 870 <1 21 <10 159 1090 0.6 E07543 138 83 <1 1030 <1 14 <10 148 422 0.6 E07-544 193 194 <1 550 <1 31 <10 220 2910 0.8 E07-545 <5 23 <1 850 <1 4 <10 15.0 17 <0.5 E07-546 16 34 <1 1270 <1 8 <10 31.1 21 <0.5 E07-547 6 25 <1 2040 <1 5 <10 30.9 6 <0.5



tiVm.r Om MI o..l,. p.ehibc wr.ae a. rMg.ulli.e.i

of 16


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Tri MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07548 73 48 <1 1080 <1 9 <10 64.7 279 <0.5

607-549 12 32 <1 930 <1 7 <10 16.4 6 <0.5

607-550 116 123 <1 1150 <1 18 <10 161 737 <0.5

E07551 101 102 <1 1240 <1 17 <10 102 280 0.5

E07-552 84 96 <1 840 <1 14 <10 180 1290 0.9

607-553 196 106 1 540 1 16 <10 275 4740 1.3

607-554 50 50 <1 230 <1 6 <10 103 2850 0.8

E07-555 <5 9 <1 1470 <1 2 <10 6.1 4 <0.5

E07-556 13 58 <1 1050 <1 9 <10 39.4 41 <0.5

E07-557 93 204 <1 3180 2 27 <10 528 5120 1.1

E07558 18 46 <1 1480 2 8 <10 82.8 222 1.4

E07-559 53 140 <1 1560 1 20 <10 252 588 0.5

E07-560 172 213 <1 1060 1 30 <10 288 1640 0.7

E07561 129 53 <1 730 1 13 <10 89.3 1970 1.1

607-562 147 164 <1 960 1 30 <10 173 1300 0.7 E07563 8 43 <1 1360 <1 9 <10 12.0 19 <0.5 607-564 181 173 <1 800 1 29 <10 219 1440 0.8 E07-565 218 116 <1 800 <1 29 <10 183 1480 1.0 607-566 14 17 <1 1050 <1 3 <10 14.6 59 <0.5 E07567 175 236 1 620 2 41 <10 245 4400 1.0 E07568 306 292 2 840 2 55 <10 201 3290 1.7 E07-569 <5 <1 <1 <10 <1 <1 <10 0.6 33 <0.5 E07-570 <5 <1 <1 <10 <1 <1 <10 <0.5 4 <0.5 607-571 <5 17 <1 1510 <1 5 <10 9.4 3 <0.5 E07572 45 106 <1 820 <1 16 <10 59.1 95 <0.5 E07573 <5 6 <1 2000 <1 2 <10 2.8 <3 <0.5 E07574 61 235 <1 5060 <1 34 <10 437 1760 1.0 E07-575 6 96 <1 3040 <1 13 <10 161 94 1.3 E07-576 31 128 <1 4800 <1 18 <10 285 942 1.6 E07577 110 242 <1 1730 <1 33 <10 321 1550 1.5 E07578 6 14 <1 1350 <1 4 <10 9.7 <3 <0.5 E07579 36 97 <1 970 <1 13 <10 167 1740 <0.5 607-580 26 108 <1 3020 <1 17 <10 165 330 <0.5 E07581 19 113 <1 3190 <1 16 <10 133 463 <0.5 E07-582 11 31 <1 5210 <1 8 <10 14.0 7 <0.5 E07583 <5 10 <1 1770 <1 2 <10 7.6 <3 <0.5 607-584 <5 4 <1 2370 <1 1 <10 4.6 <3 <0.5 E07585 <5 4 <1 3340 <1 1 <10 2.5 5 <0.5 E07-586 <5 17 <1 3190 <1 4 <10 21.1 <3 <0.5 607-587 31 85 <1 2550 <1 12 <10 144 371 <0.5 E07-588 25 61 <1 2400 <1 9 <10 136 65 <0.5 *Cup E07-500 147 94 <1 1170 <1 24 <10 185 4410 1.3 'Cup E07512 100 87 <1 610 1 12 <10 260 6620 1.1 'Dup E07-524 283 322 2 910 2 41 <10 432 7780 1.6 'Cup E07536 35 23 <1 780 <1 4 <10 39.5 471 <0.5 *Cup 607548 65 32 <1 1220 <1 5 <10 48.7 189 <0.5 'Cup E07560 134 171 <1 770 <1 24 <10 198 1410 0.7 'Dup E07-572 54 68 <1 840 <1 14 <10 35.5 51 0.5



w.r ell Um ISO Group (111•.1w oi.ra. w...`.i

of 16

Element Sc Sm Sn Sr Ta Tb Te Th Ti TI


petLim. 5 1 1 10 1 1 10 0.5 3 0.5

Units PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB

*Dup E07-584 <5 3 <1 2770 <1 <1 <10 2.0 <3 <0.5

*Std MMISRMI4 7 4 <1 510 <1 <1 <10 16.8 <3 <0.5

*Std MMISRMI4 6 4 <1 500 <1 <1 <10 17.1 <3 <0.5

*Std MMISRMI4 6 4 <1 520 <7 <1 <70 16.7 <3 <0.5

*BIk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

*Blk BLANK <5 <1 <1 <10 <1 <7 <10 1.0 <3 <0.5

*Bik BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M38 2M3 t(416) 4455755 f(416) 445-4152 www.sgs.ca

YaaiYar ar Sa reu Snap raaaraa► eaairNa w firwalboo)

of 16


U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-500 19 <1 415 30 450 225

E07-501 93 <1 678 65 520 484

E07-502 130 <1 910 76 530 606

E07-503 133 2 1020 70 1030 260

E07-504 41 2 304 29 180 268

E07505 27 <1 251 17 320 43

E07-506 15 1 554 38 110 261

E07507 19 2 653 46 360 252

E07-508 36 4 327 26 670 540

E07509 26 4 591 41 230 564

E07-510 15 2 118 9 800 313

E07-511 12 2 221 16 1460 331 E07-512 17 2 281 22 880 399

E07-513 3 <1 5 8 110 13

E07514 14 <1 310 22 950 111 E07515 <1 <1 <5 8 330 <5 E07516 5 1 38 5 410 147 E07-517 5 <1 1040 112 540 13

E07-518 11 <1 708 57 180 11

E07-519 43 <1 417 28 70 65 E07520 21 <1 285 17 950 56 E07-521 28 <1 260 17 1430 84 E07-522 45 <1 464 33 1490 120

E07-523 40 <1 82 8 200 149

E07524 98 7 945 85 830 1030

E07-525 45 <1 434 32 390 125

E07526 13 <1 208 12 920 37 E07-527 26 <1 497 25 670 62 E07-528 15 <1 236 15 290 107 E07529 13 <1 234 14 780 67 E07-530 14 <1 178 10 990 114 E07531 3 <1 63 4 110 8 E07-532 83 <1 160 30 270 51 E07-533 421 <1 254 29 670 28 E07-534 609 <1 176 25 390 111 E07-535 139 <1 342 38 860 38 E07-536 91 <1 467 47 330 104 E07-537 46 <1 284 39 520 29 E07538 38 16 233 44 340 60 E07539 54 <1 345 32 230 88 E07-540 8 <1 119 9 40 31 E07-541 7 <1 288 14 30 14 E07542 143 2 570 51 260 259 E07-543 66 <1 493 66 330 208 E07-544 74 2 845 86 680 299 E07-545 2 <1 110 8 140 15 E07-546 24 <1 224 32 700 20 E07547 67 <1 131 18 200 33



■ mombar M s& KS limp (Swift* N.+.ra • a...lft.e.)

of 16


U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-548 117 <1 279 31 280 84

E07-549 9 <1 189 22 510 20

E07-550 85 <1 452 48 490 205

E07-551 457 1 500 52 410 163

E07-552 47 <1 327 34 290 221

E07-553 101 3 372 39 520 444

E07-554 6 <1 111 8 740 169

E07-555 3 <1 50 5 190 9

E07-556 40 <1 224 18 370 32

E07-557 178 5 579 57 600 627

E07-558 244 4 193 31 400 89

E07-559 66 3 508 52 360 217

E07-560 126 3 696 67 720 378

E07-561 72 2 453 41 440 155

E07-562 38 2 937 101 830 190

E07-563 5 <1 278 49 820 18

E07-564 133 2 820 86 650 312 E07-565 83 2 1080 116 1550 255 E07-566 27 <1 75 21 340 35 E07-567 68 3 1130 95 550 311 E07-568 85 3 1710 225 940 386 E07-569 <1 <1 <5 <1 40 <5 E07-570 <1 <1 <5 <1 40 <5 E07-571 4 <1 157 33 930 9 E07-572 14 <1 417 34 880 65 E07-573 4 <1 70 13 400 <5 E07-574 127 4 792 78 620 436 E07-575 14 <1 293 26 70 126 E07-576 119 1 472 42 530 215 E07-577 108 1 786 69 350 323 E07-578 5 <1 141 25 590 10 E07-579 70 2 313 25 170 213 E07-580 223 <1 399 38 460 97 E07-581 99 <1 383 31 330 90 E07-582 126 <1 265 47 830 15 E07-583 24 <1 53 4 140 10 E07-584 23 <1 43 8 150 <5 E07-585 19 <1 33 7 100 <5 E07-586 44 <1 112 19 130 14 E07-587 56 <1 277 25 250 140 E07-588 122 1 245 27 240 78 'Dup E07-500 20 <1 738 60 500 197 'Dup E07-512 17 1 302 24 920 351 'Dup E07-524 83 6 912 76 800 946 'Dup E07336 76 <1 150 36 290 92 'Dup E07-548 156 1 163 22 190 69 •Dup E07-560 103 1 540 52 640 273 'Dup E07-572 17 <1 438 56 1130 40



■..AD.. of rro tW arum, raelift‘ ikk.wr• a. apullimee)

of 16


*Dup E07-584

'Std MMISRM14

'Std MMISRM14

'Std MMISRM14

'Blk BLANK

'BIk BLANK *Blk BLANK

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

20 <1 33 8 220 <5

32 <1 9 <1 330 11

32 <1 10 <1 330 12

32 <1 9 <1 320 10

<1 <1 <5 <1 <20 <5

<1 <1 <5 <1 <20 <5

<1 <1 <5 <1 <20 <5



wm. al w rs m..p (Soo w.trs r a...rr...y



Date: Oct 16, 2007

P.O. No. Project No. No. Of Samplés Date Submittéd Report Comprises



STORE: 89 Soils

Certified By :


ISO 17025 Accredited for SpecHic Tests. SCC No. 456


'INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked wit an asterisk (e.g. 'NAA08V) were subcontracted




rrar r ar sas waaw rMwai ei.ral• i rw.rme.)

of 16


Ag MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-64 10 80 <10 0.1 2530 1 340 8 2330 154

E07-65 9 84 <10 0.1 1880 <1 390 7 1060 160

E07-66 16 223 10 <0.1 3160 10 340 23 557 122

E07-67 6 204 <10 <0.1 1420 <1 230 6 649 123

E07-68 12 38 <10 0.1 1860 <1 430 14 278 115

E07-69 13 7 <10 <0.1 1690 <1 570 16 21 137

E07-70 16 10 <10 <0.1 1510 <1 650 20 28 111

E07-71 10 71 <10 0.1 1690 <1 390 12 426 184

E07-72 5 72 <10 0.1 1710 <1 400 6 300 13

E07-73 3 78 <10 <0.1 990 <1 480 15 68 90

E07-74 8 215 10 <0.1 1320 1 210 12 1020 44

E07-75 9 13 <10 0.3 1170 <1 420 3 96 13

E07-76 5 19 <10 0.1 1400 <1 540 4 9 14

E07-77 7 22 <10 0.1 1630 <1 510 4 36 55

E07-78 10 3 <10 0.2 1420 <1 570 5 37 159

E07-79 8 19 <10 0.2 950 <1 450 4 100 54

E07-80 6 74 <10 0.2 1350 <1 480 10 82 59

E07-81 15 28 <10 0.1 1320 <1 460 10 403 90

E07-82 11 33 <10 0.1 1120 <1 440 27 616 119

E07-83 12 73 <10 0.1 1200 <1 410 20 540 172

E07-84 12 55 <10 0.1 1720 <1 310 8 1370 297

E07-85 9 113 <10 <0.1 1040 3 340 26 246 109

E07-589 7 78 <10 <0.1 2180 3 250 21 2170 193

E07-590 3 157 10 0.2 2360 <1 320 8 871 23

E07.591 12 >300 <10 0.1 2200 14 130 23 393 127

E07-592 12 84 <10 0.1 1830 2 430 47 1210 77

E07-593 4 208 <10 <0.1 1420 <1 70 <1 58 117

E07-594 12 50 <10 <0.1 1040 <1 430 24 684 55

E07-595 7 66 <10 <0.1 1290 <1 450 6 290 24

E07-596 16 55 <10 <0.1 1230 <1 440 32 357 84 E07-597 10 123 <10 <0.1 960 3 300 39 285 129 E07598 13 27 <10 <0.1 2060 <1 480 11 162 110 E07-599 15 36 <10 0.1 3030 <1 510 14 351 134 E07-650 8 9 <10 0.2 1290 <1 360 3 69 17 E07-651 13 11 <10 <0.1 1160 <1 490 5 63 167 E07-652 7 54 <10 0.1 2180 <1 420 4 146 13 E07-653 7 48 <10 0.2 1080 <1 500 5 8 11 E07ô54 14 11 <10 0.1 1590 <1 550 4 26 12 E07-655 8 15 <10 <0.1 1020 <1 400 6 164 74 E07-656 8 122 <10 0.1 1250 2 270 33 995 217 E07-657 7 55 <10 <0.1 1730 <1 370 5 1080 47 E07-658 6 29 <10 0.2 2880 <1 420 4 29 24 E07-659 4 14 <10 0.2 1470 <1 400 2 10 29 E07-660 4 22 <10 <0.1 1890 <1 470 2 71 14 E07-661 11 18 <10 <0.1 2050 <1 470 17 243 87 E07-862 10 19 <10 0.2 2310 <1 420 10 583 132 E07-663 6 8 <10 0.2 980 <1 370 3 66 19 E07-686 4 >300 <10 <0.1 1470 <1 60 7 983 69


SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

11111.rr.r ue ass W+.p 1s.awi •i.gird. i sr..re.)

of 16


DetLlm. Units

Ag

1 PPB

a MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-687 9 117 10 <0.1 2500 5 260 44 1450 125

E07-688 3 >300 10 <0.1 2330 1 80 4 569 129

E07-689 7 129 <10 <0.1 1800 <1 390 3 541 10

E07-690 12 72 20 2.8 260 2 <10 3 23 7

E07-691 7 40 <10 0.1 1280 <1 510 4 110 23

E07-692 8 19 <10 <0.1 2350 <1 420 2 587 112

E07-693 5 130 <10 <0.1 980 <1 340 15 79 34

E07-694 10 57 <10 0.2 1400 <1 400 6 672 61

E07-695 11 17 <10 <0.1 1700 <1 490 11 227 157

E07-696 12 31 <10 0.1 2150 <1 540 8 259 117

E07-108 11 67 <10 <0.1 1410 <1 360 9 1050 171

E07-109 6 116 <10 <0.1 1270 <1 360 5 812 108

E07-110 11 23 <10 0.1 1930 <1 460 10 90 284

E07-111 16 65 <10 <0.1 1560 <1 520 5 139 51

E07-112 4 212 <10 0.2 2410 <1 310 4 625 28

E07-113 10 41 <10 <0.1 1600 <1 530 21 63 130

E07-114 7 89 <10 <0.1 1430 <1 380 7 879 77

E07-115 9 6 <10 0.1 1750 <1 570 5 59 30

E07-116 10 33 <10 <0.1 1540 <1 500 5 158 83

E07-664 11 47 <10 0.2 1680 <1 520 7 13 18

E07-665 4 161 30 <0.1 1900 2 240 3 1410 48

E07.666 9 81 <10 <0.1 1590 <1 450 7 197 62

E07-667 10 37 <10 0.1 1820 <1 470 7 212 15

E07-668 10 46 <10 0.2 1290 <1 530 5 68 16

E07ô69 11 64 <10 <0.1 2670 <1 400 29 463 105

E07-670 11 49 <10 0.1 640 <1 260 8 424 376

E07-671 19 21 <10 <0.1 1470 <1 530 18 59 111

E07-672 16 29 <10 <0.1 2550 <1 590 22 63 112

E07-673 4 11 <10 <0.1 1730 <1 480 4 35 16

E07-674 3 78 <10 0.1 1180 <1 350 7 188 23

E07-675 6 21 <10 0.1 2050 <1 500 7 9 35

E07-676 16 25 <10 0.1 2300 <i 450 9 544 108 E07-677 16 11 <10 0.2 2580 <1 510 10 135 83 E07-678 13 4 20 <0.1 3090 <1 490 11 61 62 E07-679 10 4 <10 <0.1 1080 <1 560 7 16 26 E07-680 5 9 <10 0.2 2080 <1 590 3 8 18 E07-681 3 >300 10 <0.1 1960 1 120 16 517 68 E07-682 4 135 <10 <0.1 1340 <1 310 9 231 43 E07-683 6 37 <10 0.3 920 <1 430 2 61 11 E07-684 3 140 <10 <0.1 1960 <1 350 5 193 52 E07-685 9 3 <10 0.2 1550 <1 560 7 98 99 'Dup E07-64 12 66 <10 0.1 2150 <1 430 7 1070 173 'Dup E07-76 6 14 <10 <0.1 1470 <1 550 4 9 15 'Dup E07-591 12 284 <10 0.2 2830 15 210 32 790 122 'Dup E07-653 6 70 <10 0.2 830 <1 470 5 13 13 'Dup E07-687 10 157 10 0.2 2740 4 270 59 925 172 'Dup E07-110 10 30 <10 <0.1 2150 <1 430 9 245 344 'Dup E07-669 11 54 <10 <0.1 2950 <1 460 24 317 84



Mambo.. of w sss rv..r (tewr wr.r. a. ■...rra.)


'Dup E07-881

'Ski MMISRMI4

'Std MMISRMI4 'Std MMISRMI4

'Blk BLANK

•Blk BLANK "Bik BLANK

Page 4 of 16

A9 MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

2 269 <10 <0.1 1710 <1 180 11 371 50

18 43 20 39.3 160 <1 260 7 18 46

18 41 10 38.0 160 <1 260 7 15 44

18 39 10 37.7 170 <1 250 7 19 42

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5



■e.ier .e re sM •w imité ar.rale l. r..re.)

of 16

Element Method DeLLim. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-64 200 3670 143 80.0 42.0 82 208 1000 30 59

E07-65 100 1000 82 48.5 23.8 83 116 633 18 98

E07-66 200 5120 53 34.0 11.7 257 56 246 115 58

E07-67 200 1020 104 63.5 21.2 152 106 262 43 69

E07-68 <100 4530 31 20.7 7.3 11 39 114 40 66

E07-69 <100 2530 11 8.7 1.5 3 10 8 64 65

E07-70 <100 1650 16 14.0 1.9 3 13 13 60 31

E07-71 100 3450 41 34.0 7.4 16 40 174 23 33

E07-72 <100 580 38 23.7 9.1 19 45 173 5 50

E07-73 <100 1200 22 23.2 2.2 13 13 28 12 23

E07-74 <100 560 82 41.1 23.1 119 107 471 21 46

E07-75 <100 640 18 9.4 4.8 6 25 65 104 93

E07-76 <100 630 15 10.4 2.5 4 15 19 9 49

E07-77 <100 720 27 19.1 4.4 5 28 42 39 46

E07-78 <100 840 10 7.7 1.8 3 12 18 44 73

E07-79 <100 680 11 5.9 3.2 8 16 37 18 79

E07-80 <100 750 20 15.3 3.5 11 19 60 21 43

E07.81 <100 3630 26 17.9 6.0 20 33 193 27 51

E07-82 <100 4030 47 28.6 12.5 46 66 329 33 74

E07-83 <100 3220 48 33.0 10.6 129 53 222 7 69

E07-84 100 3030 65 43.2 18.7 221 92 582 38 80

E07-85 <100 2430 31 23.0 5.7 198 28 89 44 48

E07-589 200 2860 113 65.0 32.9 157 162 997 39 59

E07-590 200 670 145 71.9 53.5 61 237 1480 22 79

E07-591 200 3410 87 64.7 9.5 223 50 171 118 46

E07-592 <100 4860 119 81.6 27.1 124 143 522 55 47

E07-593 <100 780 7 9.2 0.8 225 4 27 26 32

E07-594 <100 2120 52 27.9 15.5 36 75 283 33 71

E07-595 <100 800 45 30.6 9.3 19 50 122 30 56

E07-596 <100 2560 47 28.9 10.7 12 60 187 30 73

E07-597 <100 4380 46 42.9 6.1 237 34 133 39 64

E07-596 <100 2580 23 15.1 4.8 10 27 71 28 71 E07-599 <100 7260 38 26.8 8.7 27 47 155 32 48 E07-650 <100 450 9 4.4 3.0 5 15 38 20 68 E07-651 <100 890 16 11.1 2.8 4 17 21 36 65 E07-652 <100 770 56 36.5 11.4 12 63 248 19 54 E07-653 <100 610 10 5.8 2.6 7 13 28 <5 52 E07-654 <100 900 34 21.7 6.1 4 37 42 <5 58 E07-655 <100 590 28 14.5 8.2 6 44 111 51 89 E07-656 100 3460 142 93.3 30.3 200 151 397 30 70 E07-657 <100 840 89 48.3 25.8 30 124 391 7 94 E07-658 <100 650 26 11.9 10.5 9 47 147 7 93 E07-659 <100 550 11 6.0 2.8 4 15 16 30 105 E07-660 <100 730 37 25.4 6.9 5 38 44 19 54 E07-661 <100 1890 31 16.8 8.1 7 42 91 37 89 E07-662 <100 3940 44 24.8 12.6 24 65 254 51 71 E07-663 <100 410 12 5.7 3.2 3 18 16 55 85 E07-686 <100 230 79 35.1 27.8 88 114 521 26 18



111•=11... ./ fie SS. ramp (seerw ai.r.w+rr..Iftma.)

of 16


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-687 200 3660 107 61.9 30.1 195 142 607 46 62

E07-688 100 650 89 47.6 19.8 161 93 218 52 43

E07589 <100 670 79 44.7 22.9 58 108 462 21 88

E07590 <100 170 1 0.7 <0.5 612 1 16 <5 2

E07591 <100 730 23 13.7 5.0 7 27 63 14 71

E07-692 <100 1820 43 23.7 12.7 25 64 255 24 82

E07-693 <100 370 44 28.6 5.2 49 31 36 6 38

E07-694 <100 910 60 33.2 17.6 32 86 322 19 97

E07-695 <100 1420 35 23.2 7.6 10 42 98 48 67

E07-696 <100 2120 35 25.9 7.1 17 39 113 30 56

E07-108 100 1150 80 45.5 22.4 36 108 488 21 72

E07-109 100 810 68 38.1 18.7 69 87 370 16 76

E07-110 <100 660 40 42.9 5.2 3 33 106 94 31

E07-111 <100 680 33 25.7 5.6 4 34 83 23 36

E07-112 100 640 78 41.4 25.0 54 106 527 11 63

E07-113 <100 2600 18 16.6 2.0 8 13 27 10 28

E07-114 100 1260 55 30.0 16.0 78 77 347 15 80

E07-115 <100 740 23 15.7 3.9 4 23 33 10 59

E07-116 <100 820 28 19.0 5.6 7 31 67 31 57

E07564 <100 610 27 24.3 3.2 6 20 36 19 27

E07565 100 760 91 46.5 30.0 179 131 502 24 50

E07566 <100 860 39 32.7 5.9 6 35 105 40 29

E07-667 <100 960 57 37.7 10.5 10 61 196 13 50

E07-668 <100 870 24 18.3 4.1 6 24 52 13 43

E07569 200 2790 67 48.5 12.5 12 69 203 47 40

E07-670 100 2760 17 14.9 4.9 60 24 203 18 43

E07-671 <100 1230 20 15.9 3.1 5 19 26 64 39

E07572 <100 2640 27 23.4 3.2 3 23 29 41 39

E07-673 <100 620 40 26.5 7.3 5 42 66 11 75

E07574 <100 1110 49 33.6 10.5 16 57 210 21 48

E07-675 <100 400 11 7.5 2.1 5 12 20 93 51

E07576 <100 6830 56 38.1 11.4 16 61 234 29 53

E07577 <100 6210 22 15.2 4.3 8 26 55 35 69

E07-678 <100 6360 13 9.2 2.4 5 15 28 48 60

E07579 <100 750 10 7.5 1.5 3 10 5 80 103

E07-680 <100 670 12 8.2 2.4 3 15 23 45 106 E07-681 100 650 71 36.7 17.0 83 80 265 50 51 E07-682 <100 600 71 46.6 14.4 21 73 180 8 42 E07583 <100 330 12 5.7 4.6 20 21 96 <5 82 E07-684 <100 850 108 86.8 14.4 20 81 164 20 31 E07585 <100 830 13 9.6 3.0 7 16 53 22 77 `Dup E07-64 100 3910 86 62.5 17.8 66 99 551 22 39 'Dup E07-76 <100 630 18 12.3 2.7 4 17 18 14 47 'Dup E07591 300 4170 108 66.9 22.2 205 107 324 86 53 'Dup E07-653 <100 470 9 5.8 2.0 7 10 24 <5 36 'Dup E07587 200 5290 114 81.6 23.3 235 117 381 71 73 •Dup E07-110 <100 820 48 43.9 8.1 4 50 257 93 32 'Dup E07569 100 3560 57 44.4 8.8 10 52 157 60 34

The data reported on this certificate of analysis represents the sample submitted to SGS Minerais Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 4454152 www.sgs.ca

r.ror r Sr w Sloop pool** alr.d. a. ate•)

of 16



DetlIm. 100 10 1 0.5 0.5 1 1 1 5 1


*Dup E07-681 <100 590 74 48.6 15.8 66 80 322 10 37

*Std MMISRM14 <100 700 2 0.9 1.1 3 4 3 <5 36

`Std MMISRM14 <100 680 2 0.9 1.1 3 5 3 <5 35

*Std MMISRM14 <100 640 2 0.9 1.1 2 5 4 <5 35

*Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

*Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

*Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.sgs.ca

limier r lb* SOS or..p rs..rw ei.r..r in ire)

of 16

Element

Method DetLim. Units

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-64 <5 5.4 1140 243 550 <1 295 <1 178 1

E07-65 <5 4.2 630 102 220 <1 165 <1 79 <1

E07-66 <5 20.4 260 219 1050 1 68 <1 239 1

E07-67 <5 6.3 391 315 380 <1 90 <1 159 <1

E07-68 30 1.1 146 201 440 <1 35 <1 50 3

E07-69 12 <0.5 14 87 250 <1 3 <1 41 1

E07-70 9 <0.5 19 125 110 <1 4 <1 31 <1

E07-71 8 1.3 175 277 350 <1 48 <1 95 <1

E07-72 <5 0.8 171 187 120 <1 43 <1 159 <1

E07-73 8 1.1 33 115 200 <1 8 <1 94 <1

E07-74 <5 11.1 542 246 410 <1 138 <1 165 <1

E07-75 10 1.0 93 38 50 <1 20 <1 33 <1

E07-76 <5 <0.5 23 56 60 <1 5 <1 71 <1

E07-77 5 <0.5 53 66 100 <1 11 <1 84 <1

E07-78 5 <0.5 22 79 40 <1 5 <1 31 <1

E07-79 5 <0.5 59 117 50 <1 13 <1 38 <1

E07-80 <5 0.5 66 154 110 <1 17 <1 75 <1

E07-81 28 1.3 170 155 380 <1 46 <1 35 1

E07-82 7 2.1 315 510 390 <1 84 <1 61 <1

E07-83 8 4.9 259 348 530 <1 67 <1 97 <1

E07-84 9 3.9 604 169 240 <1 163 <1 39 <1

E07-85 20 3.6 109 193 800 <1 27 <1 113 <1

E07-589 <5 10.1 935 298 480 1 256 <1 216 <1

E07-590 <5 8.5 1270 95 180 <1 339 <1 115 <1

E07-591 <5 26.4 192 318 990 1 50 <1 299 1

E07-592 <5 5.4 614 229 770 <1 156 <1 207 <1

E07-593 <5 3.7 23 169 10 <1 6 <1 155 <1

E07-594 <5 4.4 357 269 230 <1 88 <1 68 <1

E07-595 <5 1.8 159 143 180 <1 38 <1 56 <1

E07-596 6 0.8 217 156 290 <1 53 <1 57 <1

E07-597 14 3.6 132 363 750 <1 34 <1 102 1

E07-598 6 0.5 91 105 180 <1 21 <1 61 <1 E07-599 26 1.4 189 224 820 <1 46 <1 134 2 E07-650 <5 <0.5 60 36 40 <1 12 <1 27 <1 E07-651 6 <0.5 32 150 50 <1 6 <1 23 <1 E07-652 <5 0.9 216 101 130 <1 57 <1 122 <1 E07-653 <5 <0.5 35 53 50 <1 8 <1 184 <1 E07-654 <5 <0.5 57 89 50 <1 12 <1 99 <1 E07-655 6 <0.5 156 114 80 <1 34 <1 32 <1 E07-656 <5 5.1 579 357 570 <1 136 <1 125 1 E07-657 <5 2.5 560 159 170 <1 134 <1 91 <1 E07-658 <5 <0.5 199 42 50 <1 44 <1 162 <1 E07-659 <5 <0.5 35 49 70 <1 6 <1 45 <1 E07-660 <5 <0.5 73 50 90 <1 15 <1 91 <1 E07-661 8 <0.5 139 120 160 <1 30 <1 55 <1 E07-662 11 0.8 302 149 320 <1 73 <1 45 <1 E07-663 8 <0.5 42 57 50 <1 7 <1 10 <1 E07-686 <5 10.6 645 127 120 <1 165 <1 235 <1



ei..i.r.r r. aas `.mp p.clw eri,r• r a...///me.)

of 16

Element


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07587 6 13.9 745 343 700 1 193 <1 147 1

E07-688 <5 14.9 410 184 490 <1 89 <1 283 <1

E07-689 <5 2.6 534 117 160 <1 134 <1 105 <1

E07-690 <5 1.1 9 13 50 <1 3 <1 61 <1

E07-691 <5 <0.5 80 47 70 <7 19 <1 73 <1

E07592 7 0.8 300 109 240 <1 74 <1 29 <1

E07593 <5 <0.5 66 246 190 <1 14 <1 113 <1

E07-694 <5 2.0 392 141 140 <1 95 <1 71 <1

E07-695 <5 <0.5 126 113 150 <1 29 <1 40 <1

E07ô96 5 1.6 134 118 250 <1 33 <1 75 <1

E07-108 5 3.5 541 284 170 <1 139 <1 88 <1

E07-109 <5 6.5 433 227 150 <1 110 <1 108 <1

E07-110 <5 <0.5 90 400 60 <1 23 <1 54 <1

E07-111 <5 <0.5 93 131 110 <1 23 <1 73 <1

E07-112 <5 6.6 558 68 180 <1 148 <1 184 <1

E07-113 16 1.0 33 283 370 <1 8 <1 47 1

E07-114 <5 6.0 408 184 320 <1 104 <1 108 <1

E07-115 <5 <0.5 45 95 60 <1 10 <1 71 <1

E07-116 <5 <0.5 86 112 100 <1 21 <1 33 <1

E07-664 <5 <0.5 44 100 140 <1 10 <1 62 <1

E07-665 <5 22.6 740 101 260 <1 186 <1 188 1

E07-666 <5 0.7 101 141 160 <1 26 <1 54 <1

E07567 <5 <0.5 184 245 90 <1 47 <1 79 <1

E07-668 <5 <0.5 64 90 80 <1 15 <1 73 <t

E07-669 <5 1.3 232 360 350 <1 59 <1 159 <1

E07ô70 6 1.1 182 253 90 <1 50 <1 51 <1

E07-671 10 <0.5 36 194 110 <1 8 <1 45 <1

E07-672 10 <0.5 39 196 290 <1 9 <1 82 <1

E07573 <5 <0.5 90 73 90 <7 19 <1 61 <1

E07-674 <5 0.7 221 120 160 <1 57 <1 89 <1

E07-675 <5 <0.5 29 64 60 <1 6 <1 45 <1

E07ô76 30 1.4 253 123 530 <1 65 <1 98 3 E07577 56 <0.5 78 126 530 <1 17 <1 70 3 E07-678 115 <0.5 38 126 590 <1 8 <1 52 2 E07-679 14 <0.5 13 39 40 <1 2 <1 25 <1 E07580 <5 <0.5 38 25 70 <7 7 <7 73 <1 E07-681 <5 1.3 382 139 440 <1 93 <1 217 <1 E07-682 <5 <0.5 229 164 270 <1 56 <1 104 <1 E07-683 <5 1.8 108 30 30 <1 26 <1 40 <1 E07-684 <5 <0.5 261 103 320 <1 56 <1 133 <1 E07-685 <5 <0.5 57 64 30 <1 14 <1 27 <1 aDup E0754 <5 3.3 478 221 440 <1 130 <1 131 <1 'Dup E07-76 <5 <0.5 28 63 70 <1 6 <1 67 <1 aDup E07591 <5 26.4 439 270 1090 2 107 <1 254 1 'Duo E07ô53 <5 1.3 27 49 60 <1 7 <1 208 <1 aDup E07587 7 11.1 507 449 850 <1 127 <1 186 1 'Dup E07-110 <5 <0.5 196 402 100 <1 54 <1 65 <1 'Dup E07-669 <5 0.9 154 441 330 <1 39 <1 140 <1



Mambo, of Ibo w•a•r peewer aaarar r r..M..00i

Element Method Detlim. Units

*Dup E07-681

'Std MMISRM14

'Std MMISRM14

*Std MMISRM14

•Blk BLANK

*Blk BLANK

*Bik BLANK

Page 10 of 16

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

<5 0.8 356 87 340 <1 90 <1 133 <1

37 <0.5 13 283 120 40 4 <1 285 1

36 <0.5 15 272 120 39 4 <1 282 1

35 <0.5 14 253 110 38 4 <1 269 1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 «416)445-5755 f(416) 445-4152 www.sgs.ca

r..tr...e r.an er.mp rs...ri e..r.r r. a••illm••)

of 16

Element Method Detlim. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

II MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-64 93 207 <1 920 <1 29 <10 107 453 <0.5

E07-65 58 112 <1 740 <1 16 <10 97.6 364 <0.5

E07-66 162 52 3 740 <1 9 <10 158 3970 1.2

E07-67 120 91 1 680 <1 18 <10 123 1220 0.7

E07-68 7 30 <1 1890 <1 6 <10 38.6 25 <0.5

E07-69 <5 5 <1 1770 <1 2 <10 4.9 <3 <0.5

E07-70 <5 6 <1 2210 <1 2 <10 2.8 <3 <0.5

E07-71 21 32 <1 1140 <1 6 <10 27.1 27 <0.5

E07-72 14 35 <1 940 <1 7 <10 19.7 40 <0.5

E07-73 8 8 <1 910 <1 3 <10 6.7 12 <0.5

E07-74 66 105 <1 480 <1 16 <10 142 2030 0.5

E07-75 6 21 1 2100 <1 4 <10e 16.1 15 <0.5

E07-76 <5 8 <1 1230 <1 2 <10 3.6 <3 <0.5

E07-77 5 15 <1 1600 <1 4 <10 6.9 <3 <0.5

E07-78 <5 6 <1 1910 <1 2 <10 2.7 <3 <0.5

E07-79 <5 14 <1 1090 <1 2 <10 19.9 12 <0.5

E07-80 11 14 <1 1380 <1 3 <10 10.4 10 <0.5

E07-81 12 28 <1 2620 <1 5 <10 28.4 12 <0.5

E07-82 22 59 <1 2240 <1 9 <10 42.1 83 <0.5

E07-83 67 50 <1 1180 <1 8 <10 58.6 140 <0.5

E07-84 78 97 <1 1840 <1 13 <10 194 261 <0.5

E07-85 64 24 <1 1250 <1 5 <10 62.5 297 <0.5

E07-589 153 160 <1 780 <1 23 <10 227 1330 0.7

E07-590 98 231 <1 700 <1 31 <10 98.8 948 0.8

E07591 201 41 4 410 1 11 <10 185 5740 1.7

E07592 98 122 <1 3150 <1 22 <10 101 206 0.7

E07593 36 4 <1 370 <1 <1 <10 35.3 910 1.2

E07-594 21 72 <1 1060 <1 11 <10 67.5 431 <0.5

E07-595 15 39 <1 1820 <1 8 <10 21.6 229 <0.5

E07596 17 47 <1 2170 <1 8 <10 30.7 25 <0.5

E07597 58 28 <1 1920 <1 6 <10 55.6 230 <0.5

E07-598 6 20 <1 2500 <1 4 <10 30.8 26 <0.5

E07599 12 39 <1 2260 <1 7 <10 57.3 33 0.7

E07-650 <5 13 <1 580 <1 2 <10 9.6 18 <0.5

E07-651 <5 10 <1 2340 <1 3 <10 4.7 <3 <0.5

E07-652 20 44 1 1040 <1 9 <10 14.4 40 <0.5

E07-653 <5 9 <1 770 <1 2 <10 5.4 5 <0.5

E07-654 5 20 <1 1450 <1 6 <10 6.9 <3 <0.5

E07-655 6 36 <1 1090 <1 6 <10 15.5 17 <0.5

E07-656 149 132 <1 930 <1 25 <10 135 437 <0.5 E07-657 30 118 <1 1310 <1 18 <10 55.3 357 0.6 E07-658 10 44 <1 880 <1 6 <10 13.5 21 <0.5 E07-659 <5 10 <1 850 <1 2 <10 5.9 7 <0.5 E07-660 6 23 <1 1930 <1 6 <10 7.2 <3 <0.5 E07-661 9 34 <1 2880 <1 6 <10 32.1 8 <0.5 E07-662 7 57 <1 3800 <1 9 <10 76.1 16 <0.5 E07.663 <5 13 <1 2140 <1 2 <10 8.3 7 <0.5 E07-686 57 120 <1 240 <1 17 <10 66.9 1710 0.7



reur.r r n. DOS Group ~Mir Gdrrre r Gw..we.)

of 16

Element


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-687 155 144 <1 780 <1 21 <10 219 1810 0.9

E07-688 153 87 2 450 <1 16 <10 133 3510 1.2

E07-689 65 105 <1 960 0 16 <70 70.2 190 <0.5

E07-690 8 2 <1 <10 <1 0 <10 5.5 171 <0.5

E07ô91 7 20 <1 1250 <1 4 <10 14.3 6 <0.5

E07-692 11 58 <1 3150 0 9 <10 56.5 35 <0.5

E07-693 10 19 0 1260 <1 6 <10 8.8 15 <0.5

E07ô94 24 79 <1 1310 <1 12 <10 76.3 199 <0.5

E07-695 8 30 <1 2250 <1 6 <10 18.5 12 <0.5

E07-696 10 28 <1 2490 0 6 <10 34.2 8 <0.5

E07-108 35 101 0 800 <1 16 <10 67.3 427 <0.5

E07-109 65 85 <1 740 <1 13 <10 71.6 901 <0.5

E07-110 7 19 <1 1370 <1 6 <10 5.6 <3 <0.5

E07-111 7 22 <1 1080 0 5 <10 6.6 5 <0.5

E07-112 80 108 0 880 0 16 <10 105 748 <0.5

E07-113 7 8 0 3870 0 2 <10 3.5 <3 <0.5

E07-114 49 78 <1 850 0 11 <10 101 740 <0.5

E07-115 <5 14 0 1300 <1 4 <10 6.0 <3 <0.5

E07-116 7 21 0 1470 <1 5 <10 19.2 30 <0.5

E07-664 7 12 0 1640 <1 4 <10 2.7 <3 <0.5

E07-665 147 148 1 620 <1 19 <10 221 5040 1.2

E07-666 14 22 <1 1430 <1 6 <10 6.7 23 <0.5

E07-667 14 39 <1 1230 <1 9 <10 13.6 13 <0.5

E07-668 5 16 0 1710 <1 4 <10 9.6 <3 <0.5

E07-669 30 52 0 1190 <1 11 <10 38.5 103 0.5

E07-670 27 26 <1 660 <1 3 <10 33.3 68 <0.5

E07a71 <5 11 <1 1660 <1 3 <10 4.5 <3 <0.5

E07-672 <5 11 <1 1940 0 4 <10 6.4 <3 <0.5

E07-673 6 26 <1 1690 <1 7 <10 9.6 <3 <0.5

E07874 22 45 2 1160 <7 9 <10 16.6 51 <0.5 E07â75 <5 7 <1 2230 <1 2 <10 3.3 <3 <0.5

E07-676 17 48 <1 1450 <1 10 <10 47.3 46 <0.5 E07ô77 <5 18 <1 2210 0 4 <10 22.3 19 <0.5 E07-678 <5 9 0 3060 0 2 <10 8.6 <3 <0.5 E07ô79 <5 5 0 1570 <1 2 <10 1.6 <3 <0.5 E07-680 <5 9 <1 1120 <1 2 <10 3.3 <3 <0.5 E07-681 100 77 1 460 0 13 <10 79.3 270 0.9 E07-682 43 56 <1 690 0 12 <10 34.5 43 <0.5 E07-683 9 20 0 540 0 3 <70 17.8 113 <0.5 E07-684 48 57 0 1590 <1 15 <10 13.1 6 <0.5 E07ô85 <5 10 0 1150 <1 2 <70 9.3 <3 <0.5 'Dup E07-64 81 80 <1 1110 <1 15 <10 89.9 395 <0.5 'Dup E07-76 <5 9 <1 1270 0 3 <10 3.3 <3 <0.5 "Dup E07-591 214 98 2 580 <1 18 <10 268 4660 1.3 'Dup E07-653 5 7 <1 670 1 2 <10 6.3 5 <0.5 'Dup E07-687 194 108 1 920 <1 19 <10 193 1680 1.0 •Dup E07-110 11 35 <1 1150 <1 8 <10 7.0 5 <0.5 •Dup E07ô69 25 34 <1 1420 <1 9 <10 30.2 81 <0.5



w.r s r. w r, (s.err s+.r.r. r amr..rre.)

of 16

Element Sc Sm Sn Sr Ta Tb Te Th Ti TI


DetLIm. 5 1 1 10 1 1 10 0.5 3 0.5


'Dup E07-681 83 70 <1 710 <1 12 <10 68.6 191 0.5

`Std MMISRMI4 8 5 <1 580 <1 <1 <10 17.3 <3 <0.5

'Std MMISRMI4 e 5 <1 520 <1 <1 <10 17.2 <3 <0.5

'Std MMISRMI4 6 5 <1 490 <1 <1 <10 16.9 <3 <0.5

'Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

*B1k BLANK <5 <1 <1 <10 <7 <1 <10 <0.5 <3 <0.5

'B1k BLANK <5 <7 <1 <10 <1 <1 <10 <0.5 <3 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 4416) 445-5755 f(416) 445.4152 www.sgs.ca

Manlier arc. acs aroma p.wr erf.W r ammo/area)

of 16

Element Method Dottie'. Units

U MMI-M5

1 PPB

W MMI-1115

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E0754 31 <1 716 68 490 155

E0755 17 <1 485 42 520 137

E07ô6 65 1 283 31 430 347

E0757 32 <1 585 54 780 167

E07-68 90 <1 146 18 130 37

E07-69 16 <1 48 7 240 <5

E07-70 16 <1 75 13 260 <5

E07-71 31 <1 191 36 520 34

E07-72 9 <1 191 20 1440 28

E07-73 6 <1 132 22 530 5

E07-74 13 1 458 31 570 199

E07-75 25 <1 95 7 130 27

E07-76 <1 <1 75 8 190 <5

E07-77 6 <1 130 17 440 <5

E07-78 2 <1 50 6 160 <5

E07-79 4 <1 60 5 110 23

E07-80 11 <1 103 15 820 12

E07-81 79 <1 136 16 100 30

E07-82 209 <1 260 25 270 68

E07-83 128 <1 264 29 290 93

E07-84 54 <1 377 41 150 266

E07-85 63 <1 180 20 300 96

E07-589 52 <1 657 BO 450 336

E07590 13 <1 923 55 300 130

E07591 110 2 488 57 440 401

E07592 201 <1 698 73 710 141

E07-593 8 <1 33 11 30 66

E07-594 54 <1 258 23 240 86

E07-595 55 <1 229 27 360 37

E07596 67 <1 234 26 400 41

E07597 572 <1 332 38 170 114

E07-598 23 <1 108 13 440 25 E07599 39 <1 193 25 270 57

E07550 1 <1 52 3 170 32

E07-651 7 <1 77 10 240 <5 E07552 6 <1 345 30 360 18 E07553 3 <1 50 4 150 7 E07554 4 <1 154 17 120 <5 E07-655 12 <1 150 10 170 28 E07-656 69 <1 799 80 360 221 E07ô57 34 <1 442 39 610 73 E07-658 4 <1 138 8 150 30 E07559 2 <1 62 5 30 23 E07560 11 <1 153 24 840 <5 E07-661 88 <1 141 13 280 27 E07-662 43 <1 211 20 100 53 E07-663 8 <1 68 4 70 28 E07-686 7 <1 431 24 460 113


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 4454152 www.sgs.Ca

r..bl...r the 110111 p.aw, e+.r.+r r..r.e.)

of 16


U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-687 135 1 557 55 560 407

E07-688 16 <1 467 40 1040 260

E07-689 19 <1 442 38 620 93

E07-690 3 <1 6 <1 40 40

E07-691 16 <1 105 11 290 18

E07-692 28 <1 210 20 130 53

E07-693 8 <1 276 21 370 9

E07-694 44 <1 326 28 660 89

E07-695 23 <1 177 21 170 12

E07-696 38 <1 180 24 200 26

E07-108 24 <1 420 38 530 110

E07-109 18 <1 376 31 600 127

E07-110 2 <1 226 48 500 <5

E07-111 10 <1 173 23 330 <5

E07-112 14 <1 415 34 610 136

E07-113 78 <1 88 17 400 <5

E07-114 25 <1 269 25 580 153

E07-115 2 <1 112 13 300 <5

E07-116 13 <1 126 17 330 15

E07-664 2 <1 153 24 290 <5

E07-665 37 3 385 41 460 382

E07-666 17 <1 218 32 460 8

E07-667 8 <1 283 33 840 12

E07-668 20 <1 111 16 520 5

E07-669 20 <1 284 49 740 38

E07-670 20 <1 95 19 210 61

E07-671 18 <1 100 15 550 <5 E07-672 12 <1 124 23 580 <5

E07-673 5 <1 206 22 470 <5 E07-674 23 <1 247 32 930 30 E07-675 7 <1 53 6 470 <5 E07-676 72 <1 246 34 250 57 E07-677 17 <1 96 13 50 27 E07-678 16 <1 64 8 60 5 E07-679 8 <1 49 6 140 <5 E07-680 8 <1 62 7 200 5 E07-681 10 <1 381 29 890 145 E07-682 10 <1 359 42 410 33 E07-683 2 <1 68 5 40 45 E07-684 8 <1 582 81 820 6 E07-685 2 <1 67 9 100 6 'Dup E07-64 24 <1 406 62 500 147 'Dup E07-76 1 <1 85 11 220 <5 'Dup E07-591 120 2 571 58 420 468 'Dup E07-653 4 4 46 5 170 <5 'Dup E07-687 172 2 615 77 720 355 'Dup E07-110 3 <1 269 48 660 <5 *Dup E07-669 15 <1 248 44 690 24



rar.r w na w Nw (s.dW ow.re • a...r•ma.)

of 16

Element Method DetLtm. Units

`Dup E07-681

'Std MMISRMI4

`Std MMISRMI4 'Std MMISRMI4

*Mk BLANK

'BIk BLANK

'Blk BLANK

U W Y Yb Zn Zr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

1 1 5 1 20 5

PPB PPB PPB PPB PPB PPB

7 <1 372 44 720 107

34 <1 11 <1 280 22

33 <1 11 <1 270 14

33 <1 10 <1 270 12

<1 <1 <5 <1 <20 <5

<1 <1 <5 <1 <20 <5

<1 <1 <5 <1 <20 <5



nosh= of Slo aaf Sloop Iireoreee Sisiiroeo ss..roo)

SG$ To: Stratabound Minerals Corp.

Attn: Stan Sticker Suite 518 222-58th Avenue S.W. CALGARY ALBERTA T2H 2S3


Date: Oct 16, 2007




STORE: 68 Soils

Certified By :




`INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. 'NAAo8V) were subcontracted




Ohm" ...f eo aas r.op ra.aiu ai.r.r sIM.wMIN.)

of 11

Element Pilethod DetLtm. Units

Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-86 9 7 <10 0.1 2200 <1 550 4 14 5

E07-87 3 69 <10 0.1 1640 <1 290 3 438 7

E07- 88 6 14 <10 0.2 1560 <1 470 4 85 40

E07-89 2 127 <10 <0.1 2080 <1 270 5 745 101

E07-90 6 178 10 0.2 1690 1 210 7 1020 41

E07-91 5 35 <10 0.1 1950 <1 400 11 361 79

E07-92 6 12 <10 0.1 1450 <1 340 4 253 46

E07-93 3 5 <10 0.1 1630 <1 190 3 212 26

E07-94 5 34 <10 0.1 2300 <1 400 5 59 22

E07-95 6 8 <10 0.2 1970 <1 310 5 641 27

E07-96 4 16 <10 0.1 1500 <1 360 2 77 9

E07-97 11 24 <10 0.2 2480 <1 400 7 527 75

E07-98 5 25 <10 0.1 1460 <1 390 6 199 23

E07-99 13 111 <10 <0.1 1170 <1 360 43 413 93

E07-100 9 13 <10 <0.1 1060 <1 400 6 70 20

E07-101 7 18 <10 0.1 1750 <1 410 7 63 11

E07-102 4 16 <10 0.2 1150 <1 290 3 36 9

E07-103 3 56 <10 0.2 1900 <1 320 5 340 9

E07-104 <1 236 10 <0.1 1140 <1 50 3 928 39

E07-105 4 250 20 0.2 1330 2 90 5 916 64

E07-106 5 11 <10 0.2 1950 <1 380 1 11 <5

E07-107 8 69 <10 0.1 1720 <1 360 9 295 32

E07-117 5 11 <10 0.3 1310 <1 270 1 84 <5 E07-118 1 41 <10 0.2 1740 <1 290 1 1140 6

E07-119 4 12 <10 0.1 1350 <1 390 2 39 9 E07-120 <1 81 <10 0.1 1750 <1 270 2 337 12 E07-121 4 53 <10 0.2 1740 <1 300 3 304 7 E07-122 <1 16 <10 0.1 1880 <1 260 1 17 18 E07-123 6 10 <10 <0.1 1870 <1 340 4 256 49 E07-124 6 30 10 0.1 1460 1 280 19 2700 71 E07-125 3 31 <10 <0.1 1460 <1 320 1 558 16 E07-126 8 17 <10 0.1 1700 <1 450 5 71 34 E07-127 12 29 <10 0.1 1700 <1 360 18 192 108 E07-128 17 52 <10 0.1 1840 <1 400 19 525 134 E07-129 13 138 <10 0.2 1470 1 180 9 248 153 E07-130 7 15 <10 <0.1 1670 <1 390 7 98 97 E07-131 2 56 <10 <0.1 1500 <1 290 4 411 7 E07-132 <1 19 <10 <0.1 1030 <1 120 1 1650 8 E07-133 4 9 <10 <0.1 1200 <1 270 2 54 10 E07-134 4 87 <10 <0.1 1430 <1 300 5 1290 16 E07-135 1 92 <10 0.1 1920 <1 230 4 658 30 E07-136 4 196 20 0.4 680 1 10 2 674 17 E07-137 3 161 <10 0.3 1850 <1 200 6 577 9 E07-138 2 197 10 0.1 1320 1 170 4 464 22 E07-139 <1 41 <10 0.4 1180 <1 360 <1 131 <5 E07-140 8 43 <10 0.4 500 <1 200 2 1010 <5 E07-141 5 16 <10 0.1 1490 <1 410 3 44 73 E07-142 5 33 <10 0.2 1470 <1 340 4 114 11


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 8416) 445-5755 f(416) 4454152 www.sgs.ca

rr=lew r ia 7K Gram yelfei BfabaV i fa*Yareal

of 11


Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-143 2 47 <10 0.2 1730 <1 310 3 202 18

E07-144 6 11 <10 <0.1 1410 <1 360 5 189 112

E07-145 7 43 30 0.2 1340 <1 330 9 855 111

E07-146 8 43 <10 0.1 1420 <1 350 8 1340 70

E07-147 8 54 <10 0.1 1180 <1 290 20 1240 48

E07-148 9 14 <10 <0.1 1410 <1 420 3 156 32

E07-149 4 17 <10 0.2 1990 <1 450 2 27 18

E07-150 7 53 10 0.1 1340 <1 310 8 1420 106

E07-151 6 50 <10 0.2 1240 <1 340 15 799 77

E07-697 5 97 <10 0.1 1190 <1 330 6 598 42

E07-698 8 114 <10 <0.1 980 <1 310 14 1110 39

E07-699 4 184 <10 <0.1 820 1 190 9 1010 50

E07-600 2 140 <10 <0.1 1130 <1 290 2 404 13

E07-601 2 11 <10 0.1 1600 <1 310 1 16 <5

E07-602 5 34 <10 <0.1 1530 <1 380 12 449 90

E07-603 5 48 <10 <0.1 1560 <1 310 4 572 8

E07-604 9 18 <10 <0.1 1500 <1 380 6 117 17

E07-605 8 38 <10 0.1 1080 <1 430 6 269 30

E07-606 4 124 20 0.2 1380 <1 220 6 1400 56

E07-607 4 12 <10 <0.1 1290 <1 320 2 78 11

'Dup E07- 86 6 8 <10 <0.1 2150 <1 450 3 32 6

'Dup E07- 98 4 34 <10 <0.1 1230 <1 330 8 476 28

*Dup E07-119 4 12 <10 0.2 1360 <1 400 2 29 8

'Dup E07-131 2 40 <10 <0.1 1490 <1 310 5 389 9

•Dup E07-143 2 40 <10 <0.1 1640 <1 350 4 38 23

'Dup E07-600 4 173 <10 0.1 1140 <1 220 2 551 15

'Std MMISRM14 20 46 10 40.3 120 <1 240 8 12 50

*Std MMISRM14 40 47 10 39.7 130 <1 240 8 16 51

'Bik BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

*Mk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5



r.r.r w nw w mw P.sütl af.trde d. w..mIllme.l

of 11


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07- 86 <100 730 50 40.4 6.2 2 47 71 53 66

E07- 87 <100 560 75 36.4 24.5 40 119 671 6 75

E07- 88 <100 770 14 9.1 3.1 4 17 44 16 101

E07- 89 <100 580 72 38.4 22.2 51 107 628 12 74

E07- 90 200 730 89 48.6 24.1 130 113 464 27 55

E07- 91 <100 860 45 29.5 8.6 7 50 157 45 65

E07- 92 <100 700 32 15.9 9.6 10 48 173 12 113

E07- 93 <100 1100 10 4.9 3.7 12 18 83 24 26

E07- 94 <100 700 18 12.4 3.2 4 19 33 41 84

E07- 95 <100 1250 25 10.9 10.3 9 47 306 20 56

E07- 96 <100 640 39 21.1 10.0 6 52 168 30 101

E07- 97 <100 4400 50 28.3 13.0 13 68 223 23 79

E07- 98 <100 520 25 12.7 6.9 7 35 105 43 84

E07- 99 <100 4510 37 26.2 8.4 37 44 204 31 62

E07-100 <100 680 11 5.9 2.9 3 17 38 71 100

E07-101 <100 670 15 8.3 3.5 5 20 55 31 93

E07-102 <100 340 20 9.1 7.6 6 33 122 <5 85

E07-103 <100 400 62 29.5 21.3 20 101 520 8 98

E07-104 100 110 46 19.0 19.2 78 77 643 13 7

E07-105 200 440 66 30.8 22.2 172 97 647 29 25

E07-106 <100 500 20 10.6 6.1 4 30 59 9 101

E07-107 <100 970 58 50.0 7.5 6 47 195 42 21

E07-117 <100 270 14 6.0 5.0 10 24 110 <5 59

E07-118 <100 580 157 75.1 49.4 9 238 855 <5 90

E07-119 <100 640 28 14.7 7.1 4 39 102 62 93

E07-120 <100 570 55 27.1 18.6 14 82 313 <5 68

E07-121 <100 630 104 52.9 30.9 24 153 575 16 76

E07-122 <100 280 12 5.3 4.9 4 23 92 <5 76

E07-123 <100 690 21 10.2 6.8 4 35 113 46 69 E07-124 <100 2510 98 48.8 30.4 107 158 1410 43 43

E07-125 <100 800 74 42.6 16.9 15 90 349 16 72 E07-126 <100 560 12 7.4 2.6 4 15 34 30 97 E07-127 <100 4230 20 15.8 3.1 8 20 97 19 39 E07-128 <100 2230 58 42.3 9.6 6 58 304 29 48 E07-129 <100 3150 28 35.3 4.6 303 22 119 31 54 E07-130 <100 970 43 30.7 6.0 3 42 94 37 77 E07-131 <100 480 58 28.1 17.9 37 89 577 9 79 E07-132 <100 220 106 46.8 40.8 14 184 1170 8 29 E07-133 <100 580 27 11.0 10.3 6 49 173 18 86 E07-134 <100 750 87 43.8 27.2 42 127 719 7 79 E07-135 <100 280 64 29.9 21.3 29 96 516 7 62 E07-136 300 760 29 12.6 15.2 393 48 207 49 11 E07-137 <100 810 177 98.9 48.3 23 225 934 <5 51 E07-138 100 350 49 22.3 14.1 85 64 288 12 38 E07-139 <100 300 49 24.2 14.8 8 69 206 <5 59 E07-140 <100 300 88 38.8 35.5 15 139 476 <5 24 E07-141 <100 580 12 7.6 2.6 3 16 22 78 109 E07-142 <100 990 57 29.3 15.9 15 85 330 21 87

The data reported an this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 1(416) 445-4152 www.sgs.ca

r..r..r ro a6f a..r paaiaai 66bab de Araat•atal

of 11

Element Method Deti..im. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-143 <100 570 39 19.6 11.8 21 60 213 12 80

E07-144 <100 600 20 11.9 5.0 6 29 88 58 97

E07-145 <100 1040 54 29.9 15.6 73 79 359 22 84

E07-146 <100 2160 82 45.4 23.3 72 120 664 18 87

E07-147 <100 2500 80 41.5 24.1 111 116 582 <5 70

E07-148 <100 680 18 10.5 4.2 4 24 64 37 102

E07-149 <100 770 31 18.1 7.8 6 43 141 15 101

E07-150 100 2410 75 40.4 22.8 165 110 689 22 57

E07-151 <100 1940 40 21.1 12.1 125 57 314 8 61

E07-697 100 690 49 27.8 13.0 87 63 265 8 70

E07-698 <100 1150 90 48.6 23.8 51 121 529 23 67

E07-699 <100 1190 93 45.4 24.7 85 121 464 19 51

E07-600 <100 600 47 25.4 13.2 55 61 255 <5 56

E07.601 <100 340 11 4.9 3.6 4 17 49 6 66

E07-602 <100 1690 39 21.4 10.9 21 52 165 <5 82

E07-603 <100 660 59 30.7 17.6 41 87 456 8 84

E07-604 <100 700 19 9.5 5.4 5 27 69 16 91

E07-605 <100 920 21 11.3 6.4 21 33 116 9 75

E07-606 100 520 100 50.1 33.8 56 154 753 13 62

E07-607 <100 300 11 4.7 5.0 9 22 119 24 65

*Dup E07- 86 <100 790 45 29.4 9.6 4 58 192 53 107

'Dup E07- 98 <100 430 34 17.7 9.8 9 45 157 36 64

aDup E07-119 <100 770 31 17.3 7.3 4 43 96 61 99

aDup E07-131 <100 600 75 37.7 21.3 30 111 569 6 87

aDup E07-143 <100 740 26 16.8 4.0 17 25 56 22 60

•Dup E07-600 <100 600 60 31.2 16.7 85 75 331 7 44

*Std MMISRMI4 <100 810 3 1.2 1.2 2 5 3 <5 37

'Std MMISRM14 <100 790 3 1.2 1.3 3 6 3 <5 37

'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1 `Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445.4152 www.sgs.ca

Masker .1 na SOS as4 ow.ar de sswMame)

of 11

Element fillethod DetLim. Units

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07- 86 <5 <0.5 75 48 110 <1 16 <1 49 <1

E07-87 <5 5.3 672 41 130 <1 179 <1 74 <1

E07- 88 <5 <0.5 59 61 60 <1 13 <1 30 <1

E07-89 <5 5.1 641 116 250 <1 168 <1 146 <1

E07-90 <5 10.1 573 154 320 <1 145 <1 235 <1

E07-91 <5 <0.5 172 122 140 <1 42 <1 60 <1

E07- 92 <5 <0.5 206 98 70 <1 49 <1 36 <1

E07-93 <5 0.7 101 27 130 <1 24 <1 8 <1

E07- 94 <5 <0.5 52 75 60 <1 11 <1 68 <1

E07- 95 <5 9.5 303 56 150 <1 79 <7 22 <1

E07- 96 <5 <0.5 209 63 90 <1 43 <1 24 <1

E07- 97 29 1.6 288 131 620 <1 68 <1 48 2

E07-98 <5 <0.5 131 64 90 <1 30 <1 50 <1

E07- 99 37 3.6 201 384 850 <1 54 <1 103 2

E07-100 16 <0.5 58 74 30 <1 12 <1 24 <1

E07-101 <5 <0.5 70 50 50 <1 16 <1 60 <1

E07-102 <5 <0.5 153 44 30 <1 35 <1 67 <1

E07-103 <5 0.9 523 79 80 <1 136 <1 65 <1

E07-104 <5 8.1 541 53 210 <1 157 <1 156 <1

E07-105 <5 27.2 578 90 280 <1 162 <1 146 <1

E07-106 <5 <0.5 101 36 50 <1 20 <1 13 <1

E07-107 <5 <0.5 166 142 260 <1 45 <1 66 <1

E07-117 <5 2.8 124 24 30 <1 30 <1 33 <1

E07-118 <5 <0.5 1130 37 90 <1 268 <1 107 <1

E07-119 <5 <0.5 132 33 60 <1 27 <1 37 <1

E07-120 <5 1.5 428 31 130 <1 100 <1 117 <1

E07-121 <5 1.4 744 64 120 <1 182 <1 69 <1 E07-122 <5 <0.5 108 19 40 <1 24 <1 68 <1

E07-123 6 <0.5 148 60 60 <1 32 <1 27 <1 E07-124 7 9.4 1080 145 470 <1 314 <1 149 <1 E07-125 <5 1.1 376 156 120 <1 94 <1 94 <1 E07-126 9 <0.5 49 37 70 <1 10 <1 28 <1 E07-127 54 1.0 78 165 490 <1 22 <1 54 1 E07-128 6 0.9 235 213 210 <1 66 <1 71 <1 E07-129 27 10.4 125 286 220 <1 34 <1 187 <1 E07-130 <5 <0.5 86 162 80 <1 20 <1 50 <1 E07-131 <5 5.9 486 133 130 <1 129 <1 35 <1 E07-132 <5 2.9 1200 16 50 <1 332 <1 66 <1 E07-133 <5 <0.5 234 92 50 <1 52 <1 71 <1 E07-134 <5 5.7 746 153 220 <1 196 <1 112 <1 E07-135 <5 3.3 560 36 220 <1 150 <1 152 <1 E07-136 6 39.3 304 71 210 1 80 <1 152 <1 E07-137 <5 2.5 1040 54 300 <1 245 <1 161 <1 E07-138 <5 20.0 312 73 270 <1 79 <1 153 <1 E07-139 <5 <0.5 253 20 60 <1 57 <1 164 <1 E07-140 5 1.1 655 67 BO <1 155 <1 112 <1 E07-141 20 0.6 41 70 60 <1 8 <1 15 <1 E07-142 5 0.9 375 68 100 <1 91 <1 69 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416)445-5755 f(416) 445-4152 www.sgs.ca

nnnier el un fi! Groom peerar Oindrai* de r..wc.t

of 11


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-143 <5 1.1 268 52 90 <1 64 <1 102 <1

E07-144 6 <0.5 106 41 50 <1 23 <1 16 <1

E07-145 10 9.7 421 72 190 <1 108 <1 23 <1

E07-146 5 2.9 683 92 230 <1 181 <1 52 <1

E07-147 6 6.8 657 187 430 <1 171 <1 87 <1

E07-148 7 <0.5 81 61 70 <1 17 <1 18 <1

E07-149 <5 <0.5 163 49 100 <1 37 <1 30 <1

E07-150 7 11.6 700 208 480 <1 191 <1 79 <1

E07-151 9 7.4 349 179 480 <1 95 <1 78 <1

E07-697 <5 3.4 311 150 140 <1 81 <1 104 <1

E07-698 <5 2.5 575 270 250 <1 151 <1 101 <1

E07-699 <5 7.5 595 186 320 <1 148 <1 153 <1

E07-600 <5 3.4 289 51 240 <1 75 <1 149 <1

E07-601 <5 <0.5 72 15 40 <1 15 <1 83 <1

E07-602 <5 1.8 227 157 210 <1 54 <1 90 <1

E07-603 <5 5.3 472 121 100 <1 124 <1 88 <1

E07-604 <5 <0.5 100 55 100 <1 21 <1 80 <1

E07-605 <5 1.9 148 138 80 <1 36 <1 46 <1

E07-606 <5 9.6 929 150 260 <1 242 <1 126 <1

E07-607 <5 <0.5 133 36 20 <1 33 <1 55 <1

*Dup E07- 86 <5 <0.5 187 65 100 <1 41 <1 49 <1

"Dup E07- 98 5 1.0 205 88 130 <1 51 <1 80 <1

*Dup E07-119 <5 <0.5 131 41 60 <1 26 <1 42 <1

"Dup E07-131 <5 3.5 525 162 120 <1 132 <1 42 <1

"Dup E07-143 6 <0.5 60 58 90 <1 14 <1 92 <1

"Dup E07-600 <5 5.0 373 65 270 <1 98 <1 156 <1

"Std MMISRM14 38 <0.5 11 324 170 52 4 <1 282 <1

"Std MMISRM14 38 <0.5 13 322 170 52 4 <1 279 <1

"Blk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

"BIk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1



sl.nolear «On MS eiw It:ff4i crrr. r a...isa.i

of 11

Element

Method Oet.Lim. links

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

Ti MMI-M5

0.5 PPB

E07- 86 6 20 <1 2050 <1 7 <10 8.3 <3 <0.5

E07- 87 36 119 <1 820 <1 17 <10 93.8 714 <0.5

E07- 88 5 13 <1 1270 <1 3 <10 14.0 <3 <0.5

E07- 89 52 111 <1 780 <1 15 <10 131 702 <0.5

E07- 90 92 115 <1 530 <1 1B <10 239 1760 0.8

E07- 91 13 36 <1 1470 <1 8 <10 31.9 12 <0.5

E07- 92 10 42 <1 850 <1 7 <10 46.2 41 <0.5

E07- 93 <5 18 <1 450 <1 2 <10 29.0 38 <0.5

E07- 94 10 13 <1 1830 <1 3 <10 12.6 <3 <0.5

E07- 95 8 52 <7 580 <1 6 <10 71.7 921 <0.5

E07- 96 9 43 <1 1480 <1 7 <10 29.3 10 <0.5

E07- 97 15 59 <1 1260 <1 10 <10 94.0 89 <0.5

E07- 98 8 30 <1 1140 <1 5 <10 24.3 98 <0.5

E07- 99 30 39 <1 1150 <1 7 <10 58.6 296 0.9

E07-100 6 13 <1 1880 <1 2 <10 11.4 <3 <0.5

E07-101 6 16 <1 970 <1 3 <10 13.1 <3 <0.5

E07-102 12 32 <1 450 <1 4 <10 12.2 20 <0.5

E07-103 29 98 <1 840 <1 14 <10 80.3 66 <0.5

E07-104 44 89 <1 70 <1 11 <10 72.0 1680 0.6

E07-105 87 104 3 190 2 14 <10 161 5460 0.6

E07-106 5 25 <7 890 <1 4 <10 9.9 18 <0.5

E07-107 10 31 <1 1130 <1 9 <10 9.9 <3 <0.5

E07-117 7 24 <1 650 <1 3 <10 22.5 440 <0.5

E07-118 21 220 <1 960 <1 33 <10 70.3 7 <0.5

E07-119 8 30 <1 1280 <1 5 <10 14.4 <3 <0.5

E07-120 27 88 <1 910 <1 12 <10 59.6 165 <0.5

E07-121 29 143 <1 1040 <1 22 <10 40.4 102 <0.5

E07-122 7 23 <1 1050 <1 3 <10 11.1 27 <0.5

E07-123 7 32 <1 1680 <1 5 <10 15.9 <3 <0.5

E07-124 64 163 <1 2040 <1 22 <10 184 1000 <0.5

E07-125 15 75 <1 1330 <1 14 <10 63.0 115 <0.5

E07-126 9 11 <1 1670 <1 2 <10 11.5 <3 <0.5

E07-127 9 14 <1 1230 <1 3 <10 20.8 20 <0.5

E07-128 15 42 <1 1220 <1 10 <10 15.4 35 <0.5

E07-129 74 23 <1 690 <1 4 <10 107 527 1.1

E07-130 7 22 <1 1580 <1 7 <10 9.6 <3 <0.5

E07-131 22 86 <1 940 <1 12 <10 83.2 1030 <0.5 E07-132 28 200 <1 400 <1 25 <10 64.0 559 0.5 E07-133 8 49 <1 940 <1 6 <10 19.7 9 <0.5 E07-134 31 133 <1 830 <1 19 <10 141 719 <0.5 E07-135 38 103 <1 550 <1 14 <10 111 442 <0.5 E07-136 114 60 4 40 3 7 <10 156 8150 1.0 E07-137 128 209 <1 730 <1 34 <10 75.3 496 0.8 E07-138 66 63 1 460 <1 10 <10 173 5610 0.7 E07-139 12 58 <1 2000 <1 10 <10 37.8 18 <0.5 E07-140 21 135 <1 640 <1 20 <10 42.6 233 <0.5 E07-141 <5 11 <1 2820 <1 2 <10 10.7 <3 <0.5 E07-142 21 75 <1 1480 <1 12 <10 59.1 53 <0.5

The data reported on this certificate of analysis represents the sample submitted to SGS Minerais Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 4454152 www.sgs.ca

r...her et w ws ®w rs.dwr thierere a. a...r....►

of 11

Element Method Det Lim. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

Tl MMI-M5

0.5 PPB

E07-143 14 54 <1 1560 <1 8 <10 36_8 88 <0.5

E07-144 8 23 <1 2340 <1 4 <10 14.1 <3 <0.5

E07-145 21 77 <1 1990 <1 12 <10 122 1200 <0.5

E07-146 44 117 <1 2430 <1 17 <10 128 302 <0.5

E07-147 60 118 <1 1350 <1 17 <10 121 503 <0.5

E07-148 7 19 <1 2750 <1 3 <10 13.9 5 <0.5

E07-149 9 35 <1 1470 <1 6 <10 28.8 10 <0.5

E07-150 80 115 <1 1070 <1 16 <10 186 924 <0.5

E07-151 47 60 <1 1070 <1 8 <10 81.8 334 <0.5

E07-697 47 62 <1 1030 <1 10 <10 89.2 340 0.6

E07-698 42 114 <1 870 <1 18 <10 102 299 0.5

E07-699 56 120 <1 460 <1 19 <10 106 1470 0.6

E07-600 33 61 <1 730 <1 9 <10 91.8 474 <0.5

E07-601 5 16 <1 470 <7 2 <10 8.9 5 0.6

E07-602 18 48 <1 1000 <1 8 <10 72.7 151 <0.5

E07-603 22 87 <1 980 <1 13 <10 93.2 824 <0.5

E07-604 8 23 <1 1130 <1 4 <10 21.3 12 0.5

E07-605 10 30 <1 860 <1 5 <10 72.5 124 <0.5

E07-606 67 172 <1 500 <1 22 <10 217 1370 <0.5

E07-607 7 24 <1 600 <1 3 <10 13.7 77 <0.5

'Dup E07- 86 8 39 <1 1720 <1 8 <10 10.6 <3 <0.5

•Dup E07- 98 13 43 <1 790 <1 7 <10 36.9 120 0.5

'Dup E07-119 7 32 <1 1350 <1 6 <70 13.6 <3 <0.5

'Dup E07-131 15 97 <1 1070 <1 16 <10 63.9 496 <0.5

'Dup E07-143 9 15 <1 1820 <1 4 <10 31.2 76 <0.5

'Dup E07f00 42 76 <1 580 <1 12 <10 138 510 <0.5

'Sid MMISRMI4 9 5 <1 540 <i <1 <10 23.5 <3 <0.5

*Std MMISRMI4 9 6 <1 530 <1 <1 <10 24.2 8 <0.5

'Bik BLANK <5 <1 <i <10 <1 <7 <10 <0.5 <3 <0.5

'Bik BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5



Yr a/ lbw 1M 6rw" (ttiekea ClialYale Y /rtvliose)

of 11

Element Metiod DetUm. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-86 4 <1 260 35 500 <5

E07-87 18 <1 369 29 310 93

E07-88 4 <1 61 7 280 12

E07-89 16 <1 362 32 800 145

E07-90 43 <1 412 41 1220 278

E07-91 43 <1 195 27 640 18

E07-92 7 <1 146 12 210 30

E07-93 4 <1 53 4 60 42

E07-94 20 <1 68 11 780 10

E07- 95 3 <1 118 8 70 103

E07-96 6 <1 172 17 280 17

E07-97 41 <1 197 22 240 72

E07-98 20 <1 114 10 340 14

E07-99 394 <1 198 25 680 86

E07-100 26 <1 57 5 110 9

E07-101 28 <1 71 7 190 12

E07-102 3 <1 101 6 30 18

E07-103 7 <1 280 23 130 66

E07-104 8 <1 196 14 150 85

E07-105 13 1 305 24 330 257

E07-106 1 <1 105 8 100 18

E07-107 3 <1 284 50 540 10

E07-117 2 <1 66 4 70 28

E07-118 24 <1 656 54 290 32

E07-119 6 <1 140 11 260 11

E07-120 11 <1 206 24 440 66 E07-121 14 <1 507 41 540 41

E07-122 5 <1 55 3 110 11 E07-123 20 <1 101 7 180 13 E07-124 188 1 528 40 190 196 E07-125 26 <1 341 35 480 42 E07-126 19 <1 51 6 320 9 E07-127 163 <1 80 17 210 30 E07-128 42 <1 244 41 800 25 E07-129 100 <1 138 33 220 172 E07-130 9 <1 177 28 870 5 E07-131 10 <1 304 21 320 89 E07-132 14 <1 551 33 160 39 E07-133 4 <1 118 7 250 14 E07-134 18 <1 404 35 710 140 E07-135 21 <1 287 24 590 116 E07-136 12 1 100 12 130 267 E07-137 17 <1 963 79 130 87 E07-138 16 1 221 17 130 218 E07-139 11 <1 210 17 20 21 E07-140 22 <1 447 27 220 30 E07-141 37 <1 62 6 210 12 E07-142 63 <1 278 24 440 40



rwro.sqawN.dwsrrrrfti..rta....1

of 11

Element Method Det.Lim. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-143 41 <1 174 15 940 41

E07-144 22 <1 104 9 210 12

E07-145 76 2 236 25 250 134

E07-146 99 <1 395 40 230 121

E07-147 269 <1 366 35 200 154

E07-148 14 <1 85 9 240 15

E07-149 9 <1 144 15 210 23

E07-150 78 2 343 35 220 234

E07-151 203 <1 171 17 450 115

E07-697 58 <1 225 24 750 101

E07-698 199 <1 446 40 710 113

E07-699 27 <1 489 33 360 120

E07-600 19 <1 212 18 420 87

E07-601 1 <1 54 4 60 20

E07ô02 41 <1 149 18 370 53

E07-603 30 <1 286 25 800 99

E07-604 12 <1 82 7 210 19

E07-605 33 <1 100 9 120 46

E07-606 21 1 431 44 1020 190 E07-607 3 <1 56 4 150 19

•Dup E07- 86 8 <1 253 23 370 8 `Dup E07- 98 31 <1 147 15 400 21 *Dup E07-119 7 <1 160 13 260 11 •Dup E07-131 12 <1 395 27 420 74 `Dup E07-143 34 <1 101 15 860 33 'Dup E07-600 19 <1 270 23 460 135 *Std MMISRMI4 46 <1 12 <1 330 15 'Std MMISRMI4 47 <1 13 <1 330 16 'Bik BLANK <1 <1 <5 <1 <20 <5 *Blk BLANK <1 <1 <5 <1 <20 <5



r..r.. 0/ Ow INS ww p.vrw ai.w.re r a.olll.)

To:

Stratabound Minerals Corp. Attn: Stan Sticker Suite 518 222-58th Avenue S.W. CALGARY ALBERTA T2H 2S3


Date: Oct 16, 2007




STORE: 107 Soils

Certified By :




*INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. 'NAAO8V) were subcontracted




wmr r w m a.* (S.erw rrrmi.r r. am..11iw.)

of16


Ag MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-1001 10 126 <10 0.2 940 <1 310 24 851 14

E07-1002 19 13 <10 0.6 1750 <1 540 13 31 54

E07-1003 8 11 <10 0.9 1630 <1 540 4 24 32

E07-1004 13 35 <10 0.4 2130 <1 460 14 89 18

E07-1005 7 18 <10 0.5 2050 <1 500 6 16 12

E07-1006 4 20 <10 0.5 1130 <1 440 8 56 63

E07-1007 6 9 <10 1.0 1500 <1 350 4 96 98

E07-1008 9 16 <10 0.6 1640 <1 370 7 503 42

E07-1009 23 6 <10 0.6 1590 <1 550 6 8 34

E07-1010 5 63 <10 1.1 1210 <1 360 9 460 12

E07-1011 5 14 <10 0.3 1370 <1 400 3 25 <5

E07-1012 9 11 <10 0.3 1670 <1 540 5 32 15

E07-1013 14 52 <10 0.2 3920 2 430 20 1510 126

E07-10136 5 17 <10 0.3 1660 <1 490 5 48 23

E07-1014 5 138 20 0.2 2430 2 280 7 1710 35

E07-1015 17 14 <10 0.4 3620 <1 570 12 343 65

E07-1016 10 65 10 0.3 2710 1 340 11 1930 86

E07-1017 11 9 <10 0.2 1710 <1 610 5 52 19

E07-1018 2 4 <10 0.6 1250 <1 280 2 26 8

E07-1019 1 12 30 0.2 2010 2 400 2 1410 32

E07-1020 4 20 <10 0.3 2510 <1 370 7 48 5

E07-1021 3 132 <10 0.5 1810 <1 290 15 859 66

E07-1022 8 47 <10 1.3 2350 <1 480 10 162 29

E07-1023 3 60 <10 0.3 1440 <1 420 7 121 16

E07-1024 11 14 <10 0.3 2020 <1 550 3 11 16

E07-1025 14 4 <10 0.2 1750 <1 510 2 7 7

E07-1026 14 26 <10 0.5 2150 <1 490 3 120 22

E07-1027 4 9 <10 1.8 1580 <1 360 2 66 71

E07-1028 16 26 <10 0.6 1750 <1 460 9 165 45

E07-1029 45 3 <10 0.9 1770 <1 580 17 19 60

E07-1030 15 18 <10 0.3 1510 <1 530 14 98 6

E07-1031 3 215 <10 <0.1 1070 <1 160 13 519 75

E07-1032 4 135 <10 0.2 1390 <1 290 9 771 32 E07-1033 7 11 <10 0.3 1770 <1 490 5 231 87 E07-1034 3 144 <10 0.3 1720 <1 300 6 626 16 E07-1035 7 10 <10 0.2 2370 <1 530 5 42 13 E07-1036 8 15 <10 0.3 1820 <1 480 10 154 193 E07-1037 13 14 <10 0.4 1630 <1 530 5 22 17 E07-1038 6 4 <10 0.5 1650 <1 540 6 18 13 E07-1039 5 4 <10 0.4 1790 <1 510 4 <5 14 E07-1040 10 3 <10 0.4 1610 <1 570 5 13 30 E07-1041 8 4 <10 0.3 1850 <1 580 3 <5 11 E07-1042 8 8 <10 0.3 3920 <1 480 6 185 25 E07-1043 6 142 20 0.1 2270 2 150 33 1020 223 E07-1044 7 23 <10 0.1 1990 <1 370 17 499 35 E07-1045 9 16 <10 0.6 1440 <1 460 9 137 28 E07-1046 7 55 <10 0.3 1570 <1 400 18 535 70 E07-1047 7 5 <10 0.9 1260 <1 240 4 110 44


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 waw.sgs.ca

r.r...f the IBIS (hump p.eu.& wr.r. r a....i.a.)

of 16

Element Illethod (*Wm. 1

Units PPB

Ag MMI-M5

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-1048 20 3 <10 0.4 2300 <1 590 12 28 42

E07-1049 11 21 <10 0.7 1810 <1 490 20 112 56

E07-1050 10 22 <10 0.4 2330 <1 410 9 219 94

E07-1051 9 7 <10 0.6 1600 <1 470 6 26 25

E07-1052 17 9 <10 0.9 1980 <1 530 12 79 91

E07-1053 10 22 <10 0.9 1660 <1 460 12 169 174

E07-1054 15 5 <10 0.7 1950 <1 470 7 66 60

E07-1055 11 9 <10 0.5 1540 <1 480 2 42 26

E07-1056 9 28 <10 0.2 1640 <1 370 16 191 86

E07-1057 13 28 <10 0.3 1320 <1 420 7 41 22

E07-1058 20 2 <10 0.1 2280 <1 560 16 33 264

E07-1059 12 32 <10 <0.1 2210 <1 510 31 92 99

E07-152 10 9 <10 <0.1 1780 <1 490 12 73 133

E07-153 5 >300 20 0.1 3510 1 140 7 278 102

E07-154 4 173 <10 0.3 2810 <1 250 8 854 19

E07-155 4 204 10 0.1 2070 <1 220 7 1110 49

E07-156 9 29 20 0.3 2640 <1 410 9 872 107

E07-157 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-158 2 274 <10 <0.1 1130 <1 100 1 504 68 E07-159 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-160 11 9 <10 0.2 1900 <1 490 6 88 43 E07-161 10 42 <10 0.2 1780 <1 490 8 74 50 E07-162 12 11 <10 0.1 1940 <1 410 7 149 79 E07-163 2 66 10 0.2 800 <1 280 12 139 219 E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-165 20 59 <10 0.2 2760 <1 430 12 772 160 E07-166 12 8 <10 0.1 2660 <1 410 11 217 76 E07-167 20 2 <10 0.1 2200 <1 560 10 29 110 E07-168 9 102 <10 0.4 1750 <1 380 7 769 295 E07-169 12 16 <10 0.1 2280 <1 440 11 262 82 E07-170 4 4 <10 0.2 1720 <1 280 3 59 9 E07-171 6 49 <10 0.1 2010 <1 450 23 343 54 E07-172 9 4 <10 0.3 1830 <1 540 4 17 20 E07-173 6 11 <10 0.2 2050 <1 450 6 48 19 E07-174 3 26 <10 0.3 1270 <1 440 2 34 7 E07-175 5 89 <10 0.3 1480 <1 390 9 62 26 E07-176 6 7 <10 0.3 1630 <1 520 6 22 15 E07-177 4 26 <10 0.2 1230 <1 360 9 161 8 E07-178 7 15 <10 0.2 1310 <1 410 9 68 37 E07-179 13 4 <10 0.2 2520 <1 250 4 92 49 E07-180 11 54 <10 <0.1 1830 <1 450 22 232 73 E07-181 17 3 <10 0.3 1660 <1 600 5 17 67 E07-182 4 161 <10 <0.1 1500 1 170 14 563 138 E07-183 7 83 <10 0.2 1200 <1 340 7 458 83 E07-184 6 149 <10 0.2 1290 <1 250 12 795 73 E07-185 9 20 <10 0.3 1800 <1 460 7 47 21 E07-186 7 12 <10 0.3 1540 <1 470 5 15 12 E07-187 8 10 <10 0.3 1380 <1 470 4 37 22



r..b.r of r. aGO a..r rrdw oi.i.ae a. M..illmee)

of 16


Ag MMI-M5

1 PPB

AI MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-188 6 12 <10 0.2 1340 <1 400 4 12 7

E07-189 8 14 <10 0.2 1320 <1 510 8 45 14

E07-190 5 48 <10 0.1 1000 <1 430 32 44 159

E07-191 11 7 <10 0.1 2170 <1 440 9 75 113

E07-192 12 19 <10 0.2 1400 <1 500 11 34 26

E07-193 7 200 <10 <0.1 1060 <1 190 15 500 17

E07-194 10 122 <10 0.2 1450 <1 350 17 249 55

E07-195 9 7 <10 0.2 1810 <1 470 4 66 37

E07-196 2 8 <10 0.3 2070 <1 370 3 92 54

E07-197 9 6 <10 0.4 2190 <1 570 6 9 20

E07-198 7 3 <10 0.3 1520 <1 550 4 12 32

'Dup E07-1001 13 111 10 0.2 1380 <1 330 22 967 15

'Dup E07-1013 16 44 <10 0.3 3440 <1 460 28 428 142

'Dup E07-1024 12 11 <10 0.3 2150 <1 570 3 7 10

'Dup E07-1036 13 24 <10 0.3 1860 <1 490 16 109 143

'Dup E07-1048 13 5 <10 0.3 1960 <1 510 13 58 29

'Dup E07-152 15 6 <10 0.2 1650 <1 560 12 28 217

`Dup E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

`Dup E07-176 4 6 <10 0.3 1840 <1 520 5 18 10

'Dup E07-188 9 8 <10 0.3 1280 <1 470 6 <5 12

'Std MMISRMI4 23 51 20 49.5 130 <1 290 11 14 57

"Std MMISRMI4 22 48 20 47.5 130 <1 270 10 12 55

`Std MMISRMI4 22 47 20 45.8 120 <1 270 10 19 54

Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 `Bik BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 `Bdk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5



rr.rr d w sp Omar (OAdNi OfrfraY ii L...11Impe.)

of 16


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-1001 <100 660 62 32.1 19.8 78 92 419 9 55

E07-1002 <100 550 22 22.8 2.1 3 16 11 96 25

E07-1003 <100 420 18 13.3 2.6 3 19 16 124 64

E07-1004 <100 920 62 50.5 7.9 8 51 98 60 33

E07-1005 <100 900 38 27.2 6.1 5 40 57 68 44

E07-1006 <100 480 8 3.8 2.4 9 11 30 44 70

E07-1007 <100 330 10 5.2 2.9 4 15 22 44 71

E07-1008 <100 560 29 13.7 11.7 17 52 219 6 78

E07-1009 <100 430 19 18.7 2.0 3 14 12 102 34

E07-1010 <100 910 78 48.8 16.0 12 87 224 6 51

E07-1011 <100 360 10 4.9 3.5 5 16 30 11 78

E07-1012 <100 690 36 25.7 6.1 5 37 48 37 44

E07-1013 100 6250 111 67.7 29.9 67 151 726 62 52

E07-1013B <100 630 25 16.7 4.3 5 26 35 <5 53

E07-1014 200 1030 75 36.1 26.3 169 110 477 20 41

E07-1015 <100 9020 32 23.6 6.4 16 37 161 25 35

E07-1016 100 2940 117 66.5 34.6 214 162 768 14 62

E07-1017 <100 570 15 10.8 2.9 4 18 37 99 99

E07-1018 <100 250 5 2.3 1.8 3 9 13 39 50

E07-1019 <100 2550 35 16.8 15.7 80 67 633 18 50

E07-1020 <100 470 36 18.9 10.3 6 53 113 7 80

E07-1021 <100 200 55 25.9 19.8 64 83 439 21 52 E07-1022 <100 970 90 64.3 14.0 6 86 201 18 38 E07-1023 <100 600 37 23.2 7.2 7 41 70 <5 48 E07-1024 <100 750 36 26.4 5.3 4 34 44 28 50 E07-1025 <100 420 23 15.1 3.9 3 25 24 10 90 E07-1026 <100 810 59 37.1 11.5 7 69 175 28 50 E07-1027 <100 490 9 4.9 2.7 5 14 24 48 56 E07-1028 <100 1170 48 31.8 9.1 6 55 117 50 39 E07-1029 <100 900 27 25.7 2.9 3 21 13 45 37 E07-1030 <100 1550 82 57.2 12.6 5 81 115 12 44 E07-1031 <100 320 73 35.3 17.3 151 81 214 28 46 E07-1032 <100 470 59 29.7 18.9 79 84 340 <5 61 E07-1033 <100 1500 14 8.0 4.3 17 22 71 18 55 E07-1034 <100 340 70 34.4 23.9 48 102 463 5 71 E07-1035 <100 660 40 27.6 7.1 4 40 63 10 66 E07-1036 <100 970 25 17.7 3.8 4 24 41 41 56 E07-1037 <100 740 24 17.8 3.6 3 24 25 59 67 E07-1038 <100 360 47 37.0 5.7 3 39 32 47 90 E07-1039 <100 330 19 13.0 3.3 2 20 24 23 103 E07-1040 <100 290 12 8.7 1.7 3 12 11 77 97 E07-1041 <100 200 18 13.3 2.8 3 18 21 55 86 E07-1042 <100 4500 19 12.0 4.6 13 26 75 44 54 E07-1043 100 470 70 40.8 16.8 274 76 310 17 24 E07-1044 <100 180 49 29.3 9.6 13 54 116 <5 38 E07-1045 <100 210 42 28.2 7.0 9 41 69 12 29 E07-1046 <100 660 65 41.1 14.2 10 76 171 <5 59 E07-1047 <100 2640 10 5.3 3.3 20 16 46 36 31


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416)445-4152 www.sgs.ca

nw...f the ass srmap srw.r d. a..ree)

of16



DetLim. 100 10 1 0.5 0.5 1 1 1 5 1


E07-1048 <100 690 39 33.2 4.8 3 33 18 46 34

E07-1049 <100 1210 38 28.7 5.5 5 36 53 49 40

E07-1050 <100 2260 43 31.0 7.1 B 44 109 37 43

E07-1051 <100 560 7 5.2 1.2 3 8 9 111 101

E07-1052 <100 1230 21 19.1 2.6 5 18 34 20 35

E07-1053 <100 1020 28 20.2 4.7 5 29 70 36 67

E07-1054 <100 530 10 6.7 1.6 2 11 14 92 94

E07-1055 <100 410 11 7.1 2.8 4 15 27 63 116

E07-1056 <100 1340 42 29.8 7.3 10 43 85 31 54

E07-1057 <100 430 10 5.7 2.2 4 13 19 34 78

E07-1058 <100 1470 7 7.1 0.8 3 6 14 95 48

E07-1059 <100 1210 21 18.6 2.7 6 17 36 13 33

E07-152 <100 1250 14 10.3 2.4 3 15 27 56 75

E07-153 200 790 57 32.3 8.4 201 41 90 107 74

E07-154 100 610 138 74.8 43.1 48 187 864 <5 77

E07-155 100 700 159 93.7 39.5 130 194 595 47 59

E07-156 <100 3740 34 16.2 14.5 43 63 422 32 70

E07-157 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

E07-158 <100 170 70 31.5 18.8 163 85 195 44 33


E07-160 <100 980 45 32.5 6.6 4 42 60 24 67

E07-161 <100 870 37 29.6 5.1 5 32 50 28 41

E07-162 <100 910 35 23.1 6.0 7 37 85 42 57

E07-163 <100 4140 10 11.2 2.2 81 11 60 18 38


E07-165 <100 4280 76 57.0 16.9 46 91 352 35 61

E07-166 <100 3010 33 21.0 6.3 8 38 93 29 70

E07-167 <100 730 6 5.2 0.6 4 5 11 69 70

E07-168 200 1640 84 78.3 13.0 16 74 379 9 30

E07-169 <100 3280 28 21.9 4.8 18 29 137 50 47

E07-170 <100 470 7 3.3 2.3 3 11 20 68 54 E07-171 <100 1830 62 50.9 8.8 8 54 175 57 30 E07-172 <100 530 16 12.3 2.0 3 14 12 46 54 E07-173 <100 750 39 26.3 6.4 5 39 54 9 60 E07-174 <100 520 40 23.8 9.2 3 51 106 <5 76 E07-175 <100 540 43 36.2 5.5 6 33 69 <5 30 E07-176 <100 610 38 28.9 5.5 3 35 31 <5 57 E07-177 <100 730 68 43.2 13.3 6 74 156 12 59 E07-178 <100 710 42 30.8 6.4 4 39 56 56 48 E07-179 <100 690 7 3.4 2.7 3 12 36 60 53 E07-180 <100 1460 43 36.7 6.2 9 37 104 34 30 E07-181 <100 250 24 22.0 3.0 3 21 15 88 65 E07-182 <100 890 177 114 25.5 252 142 244 45 62 E07-183 <100 900 60 43.5 11.8 20 67 251 22 41 E07-184 <100 560 103 58.7 24.8 154 120 332 11 70 E07-185 <100 760 40 29.7 6.2 5 39 72 11 48 E07-186 <100 690 19 13.0 3.2 4 19 30 5 62 E07-187 <100 540 13 8.2 2.8 4 16 30 9 80



r.r...e u. Ws aoop (isNY eiwr. r 7n..11imo.)


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Page 7 of 16

Li Mg

MMI-M5 MMI-M5

5 1

PPB PPM

E07-188 <100 400 14 7.5 3.6 5 18 39 <5 85

E07-189 <100 440 8 5.0 2.1 5 11 26 15 64

E07-190 <100 350 5 4.4 0.8 5 4 15 <5 21

E07-191 <100 1460 18 12.7 3.2 3 21 34 61 84

E07-192 <100 450 19 14.8 2.3 4 16 19 60 31

E07-193 <100 890 137 82.3 18.4 179 102 257 15 59

E07-194 100 1670 74 70.2 7.3 19 45 107 15 21

E07-195 <100 600 29 22.5 4.3 3 27 37 70 75

E07-196 <100 510 8 4.0 2.2 4 11 18 30 57

E07-197 <100 530 10 7.9 1.4 3 9 8 71 58

E07-198 <100 280 14 11.1 1.9 3 13 15 58 73

'Dup E07-1001 <100 840 75 38.4 24.6 77 115 510 6 67

'Dup E07-1013 100 8610 47 48.7 6.5 53 41 241 70 49

'Dup E07-1024 <100 590 33 27.6 4.4 3 29 27 26 37

'Dup E07-1036 <100 1550 39 34,4 4.5 4 31 50 31 40

'Dup E07-1048 <100 1040 43 37.2 5.4 4 36 34 37 27

'Dup E07-152 <100 1350 9 9.3 1.0 3 8 10 61 48

'Dup E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

'Dup E07-176 <100 640 40 30.0 5.2 3 35 33 <5 54

'Cup E07-188 <100 700 20 16.3 2.6 3 17 11 <5 70

'Std MMISRMI4 <100 880 3 1.2 1.3 3 5 3 <5 45

`Std MMISRMI4 <100 810 3 1.2 1.3 3 6 3 <5 41

'Std MMISRMI4 <100 800 3 1.2 1.4 3 6 3 <5 41

'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1



Wmb... Wilms sa a.w ~Hi ainir• r r..11i.e.)

of 16


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-1001 6 5.8 476 213 180 <1 121 <1 105 <1

E07-1002 8 <0.5 19 50 50 <1 4 <1 33 <1

E07-1003 9 <0.5 28 42 60 <1 6 <1 24 <1

E07-1004 <5 <0.5 110 221 130 <1 25 <1 58 <1

E07-1005 <5 <0.5 77 84 100 <1 16 <1 80 <1

E07-1006 9 <0.5 43 159 80 <1 9 <1 27 <1

E07-1007 <5 <0.5 43 80 60 <1 8 <1 13 <1

E07-1008 <5 5.6 266 55 60 <1 63 <1 33 <1

E07-1009 <5 <0.5 20 29 70 <1 4 <1 34 <1

E07-1010 <5 0.6 276 168 140 <1 67 <1 85 <1

E07-1011 <5 <0.5 55 38 30 <1 11 <1 80 <1

E07-1012 <5 <0.5 69 129 110 <1 14 <1 76 <1

E07-1013 <5 4.3 796 252 530 <1 204 <1 166 <1

E07-1013B <5 <0.5 50 80 70 <1 11 <1 70 <1

E07-1014 <5 21.5 595 86 460 <1 152 <1 190 <1

E07-1015 8 2.3 167 99 450 <1 41 <1 154 2

E07-1016 <5 16.0 886 181 560 <1 227 <1 152 <1

E07-1017 10 <0.5 48 75 50 <1 10 <1 31 <1

E07-1018 8 <0.5 29 31 20 <1 5 <1 7 <1

E07-1019 10 24.3 513 52 230 <1 144 <1 39 2 E07-1020 <5 <0.5 151 48 40 <1 32 <1 142 <1

E07-1021 <5 7.1 473 126 190 <1 123 <1 155 <1 E07-1022 <5 <0.5 205 153 180 <1 49 <1 87 <1

E07-1023 <5 <0.5 106 72 80 <1 23 <1 153 <1 E07-1024 <5 <0.5 59 79 70 <1 12 <1 47 <1 E07-1025 <5 <0.5 39 27 40 <1 7 <1 34 <1 E07-1026 <5 <0.5 180 120 80 <1 43 <1 67 <1

E07-1027 <5 <0.5 42 79 60 <1 8 <1 19 <1 E07-1028 <5 <0.5 131 201 170 <1 30 <1 28 <1 E07-1029 10 <0.5 22 36 40 <1 4 <1 48 <1 E07-1030 <5 <0.5 161 309 90 <1 36 <1 87 <1 E07-1031 <5 3.4 367 248 310 <1 83 <1 155 <1 E07-1032 <5 5.7 431 144 260 <1 105 <1 120 <1 E07-1033 6 0.6 106 62 90 <1 24 <1 20 <1 E07-1034 <5 1.8 509 64 150 <1 128 <1 160 <1 E07-1035 <5 <0.5 78 50 80 <1 17 <1 52 <1 E07-1036 <5 <0.5 49 109 80 <1 11 <1 38 <1 E07-1037 7 <0.5 37 43 70 <1 7 <1 37 <1 E07-1038 <5 <0.5 52 5 80 <1 10 <1 46 <1 E07-1039 <5 <0.5 34 10 60 <1 7 <1 63 <1 E07-1040 5 <0.5 20 8 50 <1 4 <1 33 <1 E07-1041 <5 <0.5 31 <5 70 <1 6 <1 56 <1 E07-1042 11 1.0 104 67 410 <1 23 <1 223 2 E07-1043 16 13.6 358 376 400 <1 93 <1 73 <1 E07-1044 <5 <0.5 139 194 70 <1 32 <1 28 <1 E07-1045 <5 <0.5 95 186 70 <1 21 <1 31 <1 E07-1046 6 1.6 245 345 110 <1 57 <1 84 <1 E07-1047 14 0.8 75 219 50 <1 16 <1 277 <1



arr.er al r aaa aw (aneüY ai.raY i An.r.wl

of 16

Element Method DetLim. Units PPB

Mo MMI-M5

5

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-1048 <5 <0.5 30 184 90 <1 6 <1 51 <1

E07-1049 5 <0.5 70 285 220 <1 15 <1 30 <1

E07-1050 6 0.7 118 154 220 <1 28 <1 31 <1

E07-1051 10 <0.5 14 41 30 <1 3 <1 20 <1

E07-1052 7 <0.5 40 91 150 <1 9 <1 27 <1

E07-1053 8 <0.5 77 92 190 <1 18 <1 31 <1

E07-1054 11 <0.5 22 57 30 <1 4 <1 15 <1

E07-1055 <5 <0.5 44 54 40 <1 8 <1 17 <1

E07-1056 <5 1.0 102 211 170 <1 23 <1 41 <1

E07-1057 8 <0.5 33 82 60 <1 6 <1 22 <1

E07-1058 9 <0.5 15 111 20 <1 3 <1 34 <1

E07-1059 7 <0.5 41 265 120 <1 10 <1 78 <1

E07-152 22 <0.5 35 108 60 <1 8 <1 44 <1

E07-153 <5 15.3 136 222 470 <1 30 <1 362 <1

E07-154 <5 4.2 923 42 230 <1 229 <1 202 <1 E07-155 <5 6.9 856 169 430 <1 200 <1 159 <1 E07-156 27 30.5 410 241 420 <1 106 <1 94 2 E07-157 I.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-158 <5 8.9 379 177 380 <1 83 <1 264 <1 E07-159 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-160 <5 <0.5 80 106 60 <1 17 <1 71 <1 E07-161 <5 <0.5 66 162 120 <1 15 <1 72 <1 E07-162 <5 <0.5 90 108 100 <1 20 <1 28 <1 E07-163 14 1.7 65 470 200 <1 17 <1 43 1 E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. E07-165 <5 3.6 414 233 450 <1 99 <1 90 <1 E07-166 <5 1.2 116 116 350 <1 26 <1 72 1 E07-167 12 <0.5 14 23 40 <1 3 <1 18 <1 E07-168 <5 2.4 318 476 240 <1 86 <1 108 1 E07-169 <5 2.0 124 208 250 <1 31 <1 74 <1 E07-170 17 <0.5 41 52 10 <1 8 <1 12 <1 E07-171 <5 1.7 160 289 300 <1 40 <1 66 <1 E07-172 <5 <0.5 18 24 30 <1 4 <1 34 <1 E07-173 <5 <0.5 72 113 50 <1 16 <1 49 <1 E07-174 <5 <0.5 121 30 50 <1 26 <1 86 <1 E07-175 <5 <0.5 81 114 150 <1 19 <1 114 <1 E07-176 <5 <0.5 48 44 60 <1 9 <1 57 <1 E07-177 <5 <0.5 195 132 100 <1 45 <1 74 <1 E07-178 <5 <0.5 70 169 80 <1 15 <1 44 <1 E07-179 6 <0.5 56 65 80 <1 12 <1 22 <1 E07-180 <5 <0.5 111 350 260 <1 27 <1 88 <1 E07-181 <5 <0.5 27 <5 110 <1 5 <1 24 <1 E07-182 <5 2.9 467 350 460 <1 98 <1 89 <1 E07-183 <5 1.6 269 178 140 <1 67 <1 50 <1 E07-184 5 5.8 497 248 350 <1 114 <1 112 <1 E07-185 <5 0.6 83 123 90 <1 19 <1 53 <1 E07-186 <5 <0.5 41 83 40 <1 9 <1 46 <1 E07-187 <5 <0.5 42 77 30 <1 9 <1 34 <1



O.rr al W. aw g..p Media* aindr.w+. L...rVe.l


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Page 10 of 16

Rb Sb

MMI-M5 MMI-M5

5 1

PPB PPB

E07-188 <5 <0.5 56 59 30 <1 12 <1 49 <1

Eo7-189 <5 <0.5 35 95 30 <1 8 <1 29 <1

E07-190 5 <0.5 17 289 20 <1 4 <1 173 <1

E07-191 7 <0.5 49 59 130 <1 10 <1 23 <1

E07-192 7 <0.5 27 120 120 <1 6 <1 41 <1

E07-193 <5 1.1 371 368 400 <1 85 <1 176 <1

E07-194 <5 0.9 122 310 370 <1 30 <1 114 <1

E07-195 <5 <0.5 53 42 60 <1 10 <7 36 <1

E07-196 5 <0.5 35 91 60 <1 7 <1 40 <1

E07-197 <5 <0.5 15 36 70 <1 3 <1 41 <1

E07-198 <5 <0.5 23 20 50 <1 4 <1 37 <1

•Dup E07-1001 <5 4.4 566 196 160 <1 144 <1 104 <1

'Dup E07-1013 6 1.3 193 314 440 <1 53 <1 173 <1

`Dup E07-1024 <5 <0.5 42 67 70 <1 8 <1 40 <1

•Dup E07-1036 <5 <0.5 56 151 100 <1 13 <1 45 <1

'Dup E07-1048 <5 <0.5 52 211 120 <1 11 <1 58 <1

'Dup E07-152 28 <0.5 14 92 40 <1 3 <1 33 <1

'Dup E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

'Dup E07-176 <5 <0.5 49 39 80 <1 10 <1 49 <1

'Dup E07-188 <5 <0.5 20 71 40 <1 4 <1 56 <1

'Std MMISRMI4 48 <0.5 15 386 150 59 4 <1 325 1

'Std MMISRMI4 46 <0.5 19 366 100 55 4 <1 302 1 'Std MMISRMI4 44 <0.5 20 372 150 51 4 <t 293 1 'Bik BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1 'Blk BLANK <5 <0.5 <1 <5 <70 <1 <t <t <5 <1 'Bik BLANK <5 <0.5 <1 <5 <10 <1 <1 <t <5 <1

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in fill or in Dart. is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.s9s.Ca

r.r.r w r• NUS rw (8.e16111 w.rrs r a..r.e.)

of 16

Element Method Det.Llm. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

11 MMI-M5

0.5 PPB

E07-1001 32 93 <1 700 <1 12 <10 81.4 756 0.7

E07-1002 <5 7 <1 3070 <1 3 <10 7.0 <3 <0.5

E07-1003 <5 9 <1 3460 <1 3 <10 8.7 <3 <0.5

E07-1004 9 29 <1 2250 <1 8 <10 12.1 <3 <0.5

E07-1005 <5 22 <1 2260 <1 6 <10 8.9 <3 <0.5

E07-1006 <5 10 <1 1350 <1 1 <10 21.9 7 <0.5

E07-1007 <5 12 <1 1500 <1 2 <10 11.9 4 <0.5

E07-1008 9 51 <1 1020 <1 6 <10 61.0 617 <0.5

E07-1009 <5 7 <1 3330 <1 2 <10 3.4 <3 <0.5

E07-1010 14 63 <1 1020 <1 13 <10 33.4 26 <0.5

E07-1011 <5 14 <1 700 <1 2 <10 10.5 <3 <0.5

E07-1012 <5 21 <1 2030 <1 5 <10 10.5 <3 <0.5

E07-1013 56 147 <1 1740 <1 21 <10 187 135 0.9

E07-1013B <5 15 <1 1340 <1 4 <10 15.2 <3 <0.5

E07-1014 74 117 <1 710 <1 15 <10 196 3200 1.5

E07-1015 5 30 <1 1590 <1 5 <10 67.1 27 0.7 E07-1016 108 158 <1 880 <1 22 <10 219 1310 1.0 E07-1017 <5 11 <1 4580 <1 2 <10 8.5 <3 <0.5 E07-1018 <5 7 <1 1790 <1 <1 <10 6.0 <3 <0.5 E07-1019 17 79 <1 630 <1 8 <10 208 2430 <0.5 E07-1020 9 38 <1 880 <1 7 <10 14.1 23 <0.5 E07-1021 32 87 <1 540 <1 11 <10 102 1390 <0.5 E07-1022 9 50 <1 1590 <1 13 <10 14.6 <3 <0.5 E07-1023 5 28 <1 1230 <1 6 <10 16.4 3 <0.5 E07-1024 <5 17 <1 2240 <1 5 <10 7.7 <3 <0.5 E07-1025 <5 13 <1 1810 <1 4 <10 5.1 <3 <0.5 E07-1026 6 44 <1 1860 <1 10 <10 16.0 <3 <0.5 E07-1027 <5 11 <1 890 <1 2 <10 18.2 <3 <0.5 E07-1028 5 34 <1 1990 <1 8 <10 13.4 <3 <0.5 E07-1029 <5 9 <1 4210 <1 3 <10 2.1 <3 <0.5 E07-1030 <5 46 <1 1990 <1 12 <10 11.8 <3 <0.5 E07-1031 34 76 <1 650 <1 13 <10 84.2 803 <0.5 E07-1032 37 86 <1 690 <1 12 <10 136 957 <0.5 E07-1033 <5 20 <1 1330 <1 3 <10 58.2 10 <0.5 E07-1034 39 100 <1 630 <1 14 <10 97.9 243 0.7 E07-1035 <5 23 <1 1800 <1 6 <10 10.8 <3 <0.5 E07-1036 <5 14 <1 2190 <1 4 <10 11.8 <3 <0.5 E07-1037 <5 12 <1 2760 <1 4 <10 6.8 <3 <0.5 E07-1038 <5 18 <1 2910 <1 6 <10 5.5 <3 <0.5 E07-1039 <5 10 <1 2040 <1 3 <10 3.0 <3 <0.5 E07-1040 <5 6 <1 2500 <1 2 <10 3.1 <3 <0.5 E07-1041 <5 9 <1 2500 <1 3 <10 4.3 <3 <0.5 E07-1042 <5 20 <1 2820 <1 3 <10 41.0 <3 0.8 E07-1043 102 75 <1 520 <1 12 <10 223 2840 1.5 E07-1044 7 36 <1 1690 <1 8 <10 13.5 8 1.0 E07-1045 <5 25 <1 2350 <1 6 <10 6.5 <3 0.8 E07-1046 11 56 <1 1720 <1 11 <10 39.7 16 0.8 E07-1047 <5 15 <1 1410 <1 2 <10 36.7 34 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 1(416) 445-4152 www.sps.ca

ra.a...r uw MS amar IasWes w.Yar• d. tf•milimme.l

of 16

Element

Method OetLim.

Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1

PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1

PPB

Te MMI-M5

10

PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5

PPB

E07-1048 <5 15 <1 3310 <7 5 <10 5.6 <3 <0.5

E07-1049 <5 19 <1 2770 <1 6 <10 12.3 <3 <0.5

E07-1050 5 28 <1 2230 <1 6 <10 21.7 15 <0.5

E07-1051 <5 5 <1 2570 <1 1 <10 3.7 <3 <0.5

E07-1052 <5 9 <1 1930 <1 3 <10 10.3 <3 <0.5

E07-1053 5 18 <1 1670 <1 4 <10 21.9 14 <0.5

E07-1054 <5 6 <1 3090 <1 2 <10 4.2 <3 <0.5

E07-1055 <5 11 <1 2540 <1 2 <10 6.8 <3 <0.5

E07-1056 6 27 <1 3050 <1 7 <10 22.2 77 <0.5

E07-1057 <5 9 <1 3210 <1 2 <10 9.0 <3 <0.5

E07-1058 <5 3 <1 3890 <1 <1 <10 3.7 <3 <0.5

E07-1059 <5 10 <1 5090 <1 3 <10 7.8 5 <0.5

E07-152 <5 9 <1 1710 <1 2 <10 8.6 <3 <0.5

E07-153 121 32 3 870 <1 8 <10 143 4320 1.7

E07-154 76 180 <1 750 <1 26 <10 160 508 1.1

E07-155 93 179 <1 940 <1 29 <10 223 1120 0.9

E07-156 20 68 <1 1670 1 7 <10 155 3380 0.8

E07-157 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. I.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

E07-158 38 80 <1 350 <1 13 <10 67.5 2060 0.6

E07-159 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.M.R. L.N.R. L.N.R. L.N.R.

E07-160 <5 21 <1 1870 <1 6 <10 16.6 <3 <0.5

E07-161 5 18 <1 2430 <1 5 <10 7.2 <3 <0.5

E07-162 6 22 <1 3020 <1 5 <10 13.2 3 <0.5

E07-163 21 11 <1 2010 <1 2 <10 25.9 85 <0.5


E07-165 25 77 <1 1640 <1 13 <10 118 301 <0.5

E07-166 6 26 <1 2410 <1 5 <10 36.0 65 <0.5

E07-167 <5 3 <1 4240 <1 <1 <10 4.5 <3 <0.5

E07-168 23 57 <1 1570 <1 12 <10 33.5 56 0.9

E07-169 9 21 <1 1880 <1 4 <10 39.5 69 <0.5

E07-170 <5 10 <1 770 <1 1 <10 6.6 <3 <0.5

E07-171 9 34 <1 1330 <1 9 <10 19.8 39 <0.5

E07-172 <5 6 <1 2040 <1 2 <10 5.0 <3 <0.5

E07-173 6 22 <1 1510 <1 6 <10 11.9 <3 <0.5

E07-174 7 31 <1 1260 <1 7 <10 9.4 <3 0.6

E07-175 8 19 <1 1040 <1 6 <10 10.5 <3 <0.5 E07-176 <5 17 <1 1770 <1 5 <10 9.7 <3 <0.5 E07-177 6 51 <1 1110 <1 11 <10 22.4 38 <0.5 E07-178 5 22 <1 2130 <1 6 <10 8.0 <3 <0.5 E07-179 <5 12 c1 1900 <1 1 <10 10.1 15 <0.5 E07-180 7 25 <1 2180 <1 6 <10 21.9 <3 <0.5 E07-181 <5 10 <1 3870 <1 3 <10 5.1 <3 <0.5 E07-182 74 110 <1 1000 <1 25 <10 129 326 <0.5 E07-183 18 53 <1 940 <1 10 <10 48.6 95 <0.5 E07-184 76 109 <1 900 <1 18 <10 169 576 <0.5 E07-185 5 21 <1 1310 <1 6 <10 17.7 <3 <0.5 E07-186 <5 11 <1 1400 <1 3 <10 11.4 <3 <0.5 E07-187 <5 10 <1 1060 <1 2 <10 10.2 20 <0.5



libemimr r em aw m..p rmeirub efr..b Mwrwl

of 16

Element

Method

Dot Im. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10

PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5

PPB

E07-188 <5 14 <1 1010 <1 2 <10 12.0 8 <0.5

E07-189 <5 8 <1 2270 <1 1 <10 7.6 <3 <0.5

E07-190 <5 3 <1 1840 <1 <1 <10 4.9 <3 0.6

E07-191 <5 12 <1 1820 <1 3 <10 7.9 <3 <0.5

E07-192 <5 9 <1 2030 <1 3 <10 4.6 <3 <0.5

E07-193 25 79 <1 830 <1 19 <10 63.6 111 0.5

E07-194 19 28 <1 1100 <1 9 <10 28.6 95 0.7

E07-195 <5 14 <1 1990 <1 4 <10 10.5 <3 <0.5

E07-196 <5 9 <1 940 <1 1 <10 14.7 <3 0.7

E07-197 <5 5 <1 1800 <1 1 <10 3.6 <3 <0.5

E07-198 <5 6 <1 2240 <1 2 <10 3.5 <3 <0.5

*Dup E07-1001 31 110 <1 820 <1 15 <10 102 614 0.6

*Dup E07-1013 40 31 <1 2120 <1 6 <10 151 89 0.8

"Dup E07-1024 <5 15 <1 2430 <1 5 <10 5.4 <3 <0.5

"Dup E07-1036 <5 15 <1 2180 <1 5 <10 8.1 <3 <0.5

*Dup E07-1048 <5 18 <1 2940 <1 6 <10 5.1 <3 <0.5

*Dup E07-152 <5 4 <1 2070 <1 1 <10 6.0 <3 <0.5

*Dup E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

*Dup E07-176 <5 17 <1 1750 <1 6 <10 10.0 <3 <0.5

*Dup E07-188 <5 8 <1 1240 <1 3 <10 8.1 <3 <0.5

*Std MMISRMI4 9 5 <1 680 <1 <1 <10 29.7 <3 <0.5

*Std MMISRMI4 8 5 <1 620 <1 <7 <10 28.5 <3 <0.5

*Std MMISRMI4 8 6 <1 600 <7 <7 <10 28.5 <3 <0.5

"Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

*Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

*BIk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5


SGS Canada Inc. Mineral Servkas 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 445-4152 www.sgs.ca

/ember al dr. den erw P=+w admiral. r r..rime.)

of 16

Element Method OetLlm. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-1001 97 <1 344 24 490 77

E07-1002 11 <1 117 22 680 <5

E07-1003 11 <1 80 11 520 5

E07-1004 20 <1 320 48 640 9

E07-1005 6 <1 181 25 530 7

E07-1006 27 <1 42 3 390 11

E07-1007 7 <1 59 4 240 12

E07-1008 12 <1 146 10 250 61

E07-1009 6 <1 102 18 540 <5

E07-1010 19 <1 335 41 1020 34

E07-1011 4 <1 56 4 70 13

E07-1012 3 <1 173 23 420 9

E07-1013 97 1 594 60 350 101

E07-1013B 7 <1 104 13 790 10

E07-1014 32 2 329 27 250 235

E07-1015 19 1 157 20 130 48

E07-1016 83 2 557 57 250 288

E07-1017 7 <1 81 9 390 7

E07-1018 35 <1 30 2 160 12

E07-1019 9 3 186 15 90 295

E07-1020 5 <1 170 14 260 16

E07-1021 12 <1 275 20 740 98

E07-1022 8 <1 433 57 1450 16

E07-1023 14 <1 159 19 740 20

E07-1024 6 <1 176 23 250 6

E07-1025 6 <1 104 12 190 <5

E07-1026 9 <1 268 31 220 14

E07-1027 6 <1 51 4 180 14

E07-1028 9 <1 217 27 730 9

E07-1029 18 <1 128 22 620 <5

E07-1030 34 <1 375 48 300 8

E07-1031 20 <1 393 25 800 67

E07-1032 25 <1 274 23 760 135

E07-1033 7 <1 77 6 80 39

E07-1034 11 <1 366 25 300 77

E07-1035 4 <1 177 23 620 7

E07-1036 14 <1 98 16 680 7

E07-1037 18 <1 110 15 460 <5

E07-1038 15 <1 209 31 580 <5

E07-1039 3 <1 91 10 250 <5

E07-1040 7 <1 56 7 270 <5

E07-1041 7 <1 77 11 470 <5

E07-1042 7 2 92 10 50 19

E07-1043 93 2 374 34 630 266

E07-1044 28 <1 204 24 550 23

E07-1045 18 <1 168 25 570 10

E07-1046 39 <1 292 36 680 40

E07-1047 81 <1 66 5 80 39



ir.a.r w um w eew 1e.eriii

of 16


DetLim. Units PPB

U

1

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-1048 5 <1 181 32 640 <5

E07-1049 12 <1 170 27 1370 7

E07-1050 12 <1 196 28 450 19

E07-1051 8 <1 38 4 300 <5

E07-1052 12 <1 94 19 460 8

E07-1053 15 <1 112 18 420 19

E07-1054 6 <1 47 5 200 <5

E07-1055 5 <1 61 6 250 9

E07-1056 13 <1 207 27 900 28

E07-1057 21 <1 49 4 180 11

E07-1058 16 <1 30 7 290 <5

E07-1059 37 <1 95 19 1010 13

E07-152 19 <1 61 9 200 5

E07-153 12 2 299 26 1190 269

E07-154 13 <1 772 56 140 141

E07-155 30 2 920 76 1080 186

E07-156 47 3 173 14 180 202

E07-157 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

E07-158 14 <1 373 22 930 79


E07-160 10 <1 201 27 1140 8

E07-161 15 <1 174 27 1140 8

E07-162 9 <1 169 21 550 11

E07-163 142 1 64 12 250 48


E07-165 37 1 360 55 580 146

E07-166 38 <1 149 18 180 45

E07-167 9 <1 27 5 210 <5

E07-168 44 <1 507 74 500 65

E07-169 24 <1 136 21 290 38

E07-170 6 <1 42 3 70 9

E07-171 6 1 319 46 730 19

E07-172 18 <1 66 11 500 <5

E07-173 7 <1 166 21 1000 8

E07-174 3 <1 187 17 180 9

E07-175 5 <1 224 31 240 13

E07-176 6 <1 167 24 470 7

E07-177 30 <1 337 35 680 18

E07-178 15 <1 211 27 500 9 E07-179 12 <1 39 3 110 12

E07-180 27 <1 206 37 810 19 E07-181 3 <1 108 20 600 <5 E07-182 43 1 1080 93 980 114 E07-183 18 <1 297 41 640 51 E07-184 61 <1 551 48 840 139 E07-185 3 <1 178 26 620 13 E07-186 3 <1 82 11 200 10 E07-187 3 <1 60 7 280 12



*miff r r. SOS lineup paeiw awbr* r m..rf.)

SGT, Page 16 of 16


U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-188 5 <1 64 6 210 13

E07-189 14 <1 41 4 240 <5

E07-190 20 <1 23 4 650 5

E07-191 10 <1 85 10 240 <5

E07-192 12 <1 82 14 670 <5

E07-193 172 <1 948 60 1140 64

E07-194 14 <1 399 68 940 33

E07-195 5 <1 127 20 740 <5

E07-196 6 <1 44 3 110 13

E07-197 3 <1 40 7 160 <5

E07-198 4 <1 59 10 420 <5

'Dup E07-1001 104 1 387 30 540 100

'Dup E07-1013 90 <1 237 53 410 84

'Dup E07-1024 5 <1 148 26 310 <5

•Dup E07-1036 23 <1 168 33 670 9

•Dup E07-1048 8 <1 197 37 640 8

'Dup E07-152 13 <1 38 9 160 <5

•Dup E07-164 L.N.R. L.N.R. L.N.R. L.N.R. L.N.R. L.N.R.

'Dup E07-176 8 <1 163 25 420 6

'Dup E07-188 2 <1 87 15 290 <5

'Std MMISRMI4 47 <1 13 <1 400 16

*Std MMISRMI4 45 <1 13 <1 380 15

'Std MMISRMI4 46 <1 13 <1 390 16

'Bik BLANK <1 <1 <5 <1 <20 <5

•Blk BLANK <1 <1 <5 <1 <20 <5

'Blk BLANK <1 <1 <5 <1 <20 <5

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in park is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 4454152 www.sgs.Ca

awr.r.r i. ar anomp r. a...r.c.)

To: Stratabound Minerals Corp.

Attn: Stan Sticker Suite 518 222-58th Avenue S.W. CALGARY ALBERTA T2H 2S3


Date: Oct 16, 2007

P.O. No. Project No. No. Of Samplés Date Submittèd Report Comprises

PROJECT:ENJA DEFAULT 85 Sep 06, 2007 Pages 1 to 16 (Inclusive of Cover Sheet)


STORE: 85 Soils

Certified By :




'INF = Composition of this sample makes detection impossible by this method M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. 'NAA08V) were subcontracted



SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 1(416) 445-5755 f(416) 445-4152 www.sgs.Ca

r..r...r sm aas tr..M (IN sail* wr.r. i ai.r.tvn.)

of 16

Element Method petLkn Units

Ag MMI-M5

1 PPB

A MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-1060 6 14 20 1.1 2820 <1 510 3 25 29

E07-1061 3 >300 30 1.3 1650 1 30 9 2120 49

E07-1062 13 23 <10 1.8 2120 <1 530 3 33 11

E07-1063 7 20 <10 1.1 2470 <1 560 4 86 31

E07-1064 21 54 <10 0.6 2950 <1 990 13 473 88

E07-1065 12 32 <10 0.4 3450 <1 1100 7 169 138

E07-1066 13 28 <10 0.5 2660 <1 910 9 102 62

E07-1067 13 22 <10 0.5 2310 <1 810 4 102 19

E07-1068 7 14 <10 0.5 2280 <1 550 3 43 24

E07-1069 17 29 <10 0.6 2080 <1 960 9 144 65

E07-1070 17 64 <10 0.3 3190 <1 900 9 1150 107

E07-1071 13 39 20 0.3 2030 <1 720 14 458 70

E07-1072 10 67 <10 0.5 2520 <1 880 5 46 39

E07-1073 6 15 70 0.1 2030 <1 860 8 26 69

E07-1074 15 48 <10 0.3 2460 <1 990 11 152 110 E07-1075 10 15 10 0.3 2960 <1 530 6 333 84 E07-1076 14 44 <10 0.3 3290 <1 940 6 101 16 E07-1077 9 20 <10 0.3 2140 <1 830 3 24 5

E07-1078 9 29 <10 0.4 2270 <1 760 6 114 22 E07-1079 15 34 <10 0.3 2480 <1 990 6 387 135 E07-1080 14 46 <10 0.4 2810 <1 860 9 307 50 E07-1081 3 >300 30 <0.1 3330 2 30 22 2390 96 E07-1082 17 71 <10 0.4 3070 <1 1020 10 399 23 E07-1083 13 55 <10 0.4 3590 <1 1040 14 446 103 E07-1084 11 39 <10 0.2 1580 <1 830 6 48 24 E07-1085 18 26 30 0.1 4500 <1 890 7 81 103 E07-1086 25 10 <10 0.4 5480 <1 510 7 95 42 E07-1087 7 186 10 <0.1 2240 <1 510 44 2150 103 E07-1088 10 84 10 0.1 2420 <1 620 37 1590 141 E07-1089 6 12 <10 0.9 3020 <1 580 7 172 81 E07-1090 14 77 <10 0.3 2940 <1 980 11 233 40 E07-199 29 100 10 <0.1 3170 4 790 22 2550 121 E07-200 15 74 <10 0.4 5520 <1 900 20 2480 158 E07-201 16 61 20 0.3 4930 1 670 15 1940 60 E07-202 25 139 20 0.4 6620 6 860 26 3030 106 E07-203 10 19 40 0.3 4180 <1 650 7 1100 38 E07-204 17 37 30 0.4 7010 1 770 13 2620 75 E07-205 8 138 50 0.4 2650 3 620 10 2460 164 E07-206 8 60 <10 0.1 1710 <1 780 15 588 67 E07-207 9 50 <10 0.3 3850 <1 1060 7 107 6 E07-208 6 60 <10 0.3 3630 <1 770 4 401 11 E07-209 6 >300 10 0.5 4940 <1 510 20 2480 70 E07-210 4 82 <10 0.3 3320 <1 610 7 701 27 E07-211 15 >300 20 0.3 2880 1 480 25 1580 139 E07-212 7 50 <10 0.5 2980 <1 1060 6 145 10 E07-213 13 88 <10 0.2 2430 <1 890 6 577 12 E07-214 11 47 <10 2.8 3200 <1 730 4 314 6 E07-215 13 28 <10 1.2 2710 <1 440 4 360 8


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M36 2M3 «416)445-5755 f(416) 445-4152 www.sgs.ca

■.r.r of Ur MIS anrp (s..Nei srrre de a...ills t

of 16


Ag MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-216 9 65 10 0.8 2420 <1 450 7 598 39

E07-217 10 42 <10 0.4 3420 <1 840 4 41 17

E07-218 12 21 <10 0.5 4010 <1 830 3 25 21

E07-219 19 92 <10 0.7 3030 <1 910 9 134 41

E07-220 28 39 <10 0.3 4310 <1 970 48 576 230

E07-221 31 18 10 0.5 6230 <1 980 18 1030 81

E07-222 16 27 <10 0.5 2470 <1 1030 9 367 119

E07-223 14 40 <10 0.6 2140 <1 850 7 267 50

E07-224 20 28 <10 0.9 2270 <1 910 5 148 67

E07-225 24 36 <10 0.3 3110 <1 1110 7 97 61

E07-226 30 18 <10 0.7 3110 <1 860 17 616 109

E07-227 17 41 <10 0.5 2540 <1 920 8 544 251

E07-228 18 20 <10 0.3 2620 <1 880 3 32 11

E07-229 14 31 <10 0.2 2650 <1 730 8 314 43

E07-230 11 38 <10 0.3 2510 <1 680 7 364 32 E07-1091 4 55 10 0.1 1990 <1 480 2 718 21 E07-1092 7 92 <10 0.2 3470 <1 780 8 1000 72 E07-1093 26 34 <10 0.2 6850 <1 900 3 1430 202 E07-1094 26 57 30 0.3 7200 1 820 16 1910 109 E07-1095 14 268 20 0.2 3730 2 530 104 4040 197 E07-1096 29 25 <10 0.2 3970 <1 1070 10 161 132 E07-1097 26 18 80 0.5 5660 <1 700 19 837 42 E07-1098 19 34 <10 0.1 1780 <1 730 14 262 57 E07-1099 16 30 <10 0.3 1510 <1 750 7 45 26 E07-1100 5 24 <10 0.8 2920 <1 620 2 144 10 E07-1101 7 >300 70 0.3 3420 3 70 25 1140 221 E07-1102 5 >300 50 0.1 3580 2 200 33 2040 161 E07-1103 13 59 <10 0.5 3580 <1 850 4 629 10 E07-1104 3 >300 60 0.2 3210 2 370 23 3550 89 E07-1105 22 39 10 0.3 5150 <1 790 19 3540 290 E07-1106 10 28 <10 0.2 3010 <1 890 3 42 18 E07-1107 12 25 <10 0.2 3690 <1 1070 4 12 15 E07-1108 19 32 <10 0.2 2810 <1 820 4 90 24 E07-1109 10 46 <10 0.3 3020 <1 670 3 76 17 E07-1110 40 34 30 0.3 7520 <1 900 18 1030 154 E07-1111 24 18 <10 0.4 5810 <1 830 7 192 80 E07-1112 16 27 20 0.2 6510 <1 750 8 1240 115 *Dup E07-1060 7 16 <10 0.8 3470 <1 580 3 32 30 *Dup E07-1072 8 79 <10 0.3 2640 <1 900 6 142 38 *Dup E07-1084 10 36 <10 0.2 1400 <1 840 7 45 17 *Dup E07-204 21 39 40 0.4 7210 2 720 15 2470 63 *Dup E07-216 6 54 10 0.5 2230 <1 400 5 515 34 *Dup E07-228 17 21 <10 0.2 2650 <1 910 3 33 14 *Dup E07-1100 6 23 <10 0.7 2850 <1 680 2 83 10 *Dup E07-1112 20 37 10 0.2 7310 <1 870 12 1240 153 *Std MMISRMI4 17 49 10 42.6 100 <1 260 8 26 50 *StdMMISRMI4 17 45 10 39.5 130 <1 240 7 22 47 *Std MMISRMI4 19 48 10 39.9 220 <1 260 7 17 50



r•w.rw.l em eas a..r edl.Mre d. w...nme.i

Element Method DetLim. Untts

`Blk BLANK 'Blk BLANK 'Blk BLANK

Page 4 of 16

Ag Al As Au Ba Bi Ca Cd Ce Co MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

1 1 10 0.1 10 1 10 1 5 5

PPB PPM PPB PPB PPB PPB PPM PPB PPB PPB

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

<1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5

The data reported on this oertiFicate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 1(416) 445-5755 f(416) 445-4152 www.sgs.Ca

r.ror an w er..r w.ro r rr..i.e.)

of 16



DetUm. 100 10 1 0.5 0.5 1 1 1 5 1


E07-1060 <100 710 13 5.9 4.6 6 21 42 85 88

E07-1061 500 500 131 59.5 54.1 269 207 954 36 8

E07-1062 <100 600 14 6.3 6.1 8 27 73 22 120

E07-1063 <100 820 16 7.3 5.8 7 29 56 63 112

E07-1064 <100 2130 70 40.0 18.0 26 100 262 52 237

E07-1065 <100 2090 48 28.4 11.3 11 66 125 132 248

E07-1066 <100 1190 23 11.9 6.6 14 34 77 <5 165

E07-1067 <100 870 26 12.2 9.0 17 43 124 30 197

E07-1068 <100 580 12 5.6 4.9 7 23 55 28 106

E07-1069 <100 1340 45 26.3 11.4 8 61 89 114 233

E07-1070 <100 2490 113 65.0 31.7 32 161 480 91 233

E07-1071 <100 3340 17 7.8 8.1 26 36 218 40 114

E07-1072 <100 1280 49 26.9 12.8 11 71 138 43 218

E07-1073 <100 1100 10 6.9 1.2 6 9 8 75 204

E07-1074 <100 2130 47 28.4 10.6 11 61 120 78 229 E07-1075 <100 1260 20 9.2 6.6 26 34 94 48 94

E07-1076 <100 1380 62 36.0 17.4 23 91 266 20 257 E07-1077 <100 810 26 12.8 9.5 17 43 142 12 197 E07-1078 <100 1030 36 18.2 11.1 18 56 164 <5 195 E07-1079 <100 1410 56 32.9 13.8 25 76 181 46 217 E07-1080 <100 1840 57 32.0 15.3 14 82 222 88 214 E07-1081 400 700 105 50.1 45.0 190 182 1200 86 19 E07-1082 <100 1360 58 33.1 16.7 37 86 330 37 204 E07-1083 <100 1640 107 62.4 28.5 21 156 431 135 241 E07-1084 <100 960 5 2.9 1.7 20 9 36 70 139 E07-1085 <100 8480 20 14.2 3.4 34 21 41 62 202 E07-1086 <100 4790 8 5.1 2.2 26 12 47 36 127 E07-1087 100 330 104 52.1 32.4 110 153 635 41 85 E07-1088 <100 970 63 29.1 22.3 147 100 369 43 117 E07-1089 <100 910 12 5.4 4.2 8 21 46 65 101 E07-1090 <100 1790 39 22.5 9.5 23 50 139 29 226 E07-199 100 5340 114 60.7 33.5 181 171 1140 74 49 E07-200 100 7570 130 70.1 41.9 124 198 1180 49 109 E07-201 100 3950 72 32.9 30.7 86 125 898 28 166 E07-202 300 8930 148 75.3 45.9 144 222 1260 108 111 E07-203 <100 4420 41 18.7 17.5 45 78 489 46 23 E07-204 100 3970 103 47.2 39.4 106 165 1100 62 47 E07-205 200 3610 102 53.0 34.5 400 160 800 36 109 E07-206 <100 940 35 14.8 14.0 34 61 194 <5 152 E07-207 <100 1520 100 52.7 26.6 19 141 401 <5 270 E07-208 <100 830 90 42.1 33.8 24 153 594 <5 199 E07-209 100 1160 394 208 128 65 595 2900 10 142 E07-210 <100 800 141 63.0 552 33 242 1070 <5 173 E07-211 200 1570 237 126 71.0 159 343 1340 43 127 E07-212 <100 1020 81 40.1 24.6 20 122 307 <5 237 E07-213 <100 1220 111 55.2 34.1 30 165 554 <5 238 E07-214 <100 840 85 37.3 32.6 22 145 562 81 210 E07-215 <100 560 42 15.9 21.4 14 87 356 <5 128



amber of s. MI •w Pe.liM ®i.ds.r a survire.)

of 16

Element Method Detum. Units

Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-216 <100 410 23 9.3 11.1 63 47 236 <5 92

E07-217 <100 1340 42 22.2 13.4 13 65 177 19 198

E07-218 <100 960 21 11.9 6.2 6 34 66 171 174

E07-219 <100 1110 47 26.6 11.8 19 61 133 58 202

E07-220 <100 10400 55 36.8 14.3 34 71 254 58 200

E07-221 <100 10000 67 36.8 21.4 50 104 436 27 142

E07-222 <100 1510 55 31.2 14.3 8 78 170 95 253

E07-223 <100 1420 63 34.2 16.8 12 89 213 81 202

E07-224 <100 930 40 21.9 10.2 9 55 113 86 226

E07-225 <100 1540 33 19.9 8.0 12 46 104 115 232

E07-226 <100 4030 32 17.5 9.8 19 52 223 58 190

E07-227 <100 1350 52 29.8 14.9 15 81 234 71 212

E07-228 <100 890 29 14.2 8.0 9 42 83 25 198

E07-229 <100 720 44 20.0 16.1 17 73 190 43 151

E07-230 <100 540 48 21.5 17.8 18 80 205 <5 140

E07-1091 <100 560 28 11.8 12.2 79 49 237 <5 102

E07-1092 <100 1670 179 107 46.6 33 243 696 33 207

E07-1093 <100 10500 104 64.0 28.1 96 148 693 83 127

E07-1094 100 8060 89 47.4 26.0 89 125 637 50 92

E07-1095 200 1880 184 96.5 55.6 242 259 1360 26 69

E07-1096 <100 1730 29 16.8 7.3 8 40 95 110 259

E07-1097 <100 7500 61 31.5 20.8 29 102 360 145 156

E07-1098 <100 1080 35 15.1 14.7 24 67 277 38 136

E07-1099 <100 1150 15 6.2 6.1 9 27 69 26 141

E07-1100 <100 1460 77 33.5 29.2 10 134 387 13 200

E07-1101 600 1380 87 44.3 22.8 514 97 521 147 47

E07-1102 400 700 108 46.8 44.8 246 185 973 42 43

E07-1103 <100 2320 280 145 87.6 20 424 1530 41 301

E07-1104 300 870 255 119 106 207 446 2620 28 105

E07-1105 <100 9060 120 69.0 42.2 145 203 1590 92 159

E07-1106 <100 1530 31 15.1 9.1 9 48 115 108 203 E07-1107 <100 1740 31 18.3 7.2 6 42 30 133 255 E07-1108 <100 1350 44 21.8 13.1 12 66 150 60 181 E07-1109 <100 1100 42 19.4 16.2 19 71 250 76 174 E07-1110 <100 12600 80 44.4 21.0 57 116 470 92 191 E07-1111 <100 8770 28 16.3 6.6 47 38 87 75 116 E07-1112 <100 8870 92 48.5 27.1 51 137 561 62 86 'Dup E07-1060 <100 750 14 6.3 4.2 6 22 44 53 102 "Dup E07-1072 <100 810 50 28.8 13.7 19 70 168 37 210 •Dup E07-1084 <100 880 4 2.0 1.5 17 7 27 62 130 'Dup E07-204 100 3080 87 41.0 33.4 105 142 1030 43 40 'Dup E07-216 <100 300 19 7.4 8.7 57 37 200 <5 80 'Dup E07-228 <100 840 25 12.7 7.4 10 38 77 24 206 *Drip E07-1100 <100 1530 69 32.9 23.9 9 114 279 15 224 'Dup E07-1112 <100 12700 98 57.2 27.2 73 142 580 89 98 'Std MMISRMI4 <100 730 2 1.0 1.2 3 5 2 <5 38 'Std MMISRMI4 <100 700 2 0.9 1.1 3 4 3 <5 34 'Std MMISRMI4 <100 740 3 1.0 1.1 3 5 3 <5 36


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 A416) 445-4152 www.sgs.ca

r.r...r r. as Grasp (*..r.. awar • O...r..)

Element Method DetLim. links

'Blk BLANK

"Blk BLANK

•Blk BLANK

Page 7 of 16


100 10 1 0.5 0.5 1 1 1 5 1

PPB PPB PPB PPB PPB PPM PPB PPB PPB PPM

<100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

<100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

<100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1

The data reported on this certificats of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Minerai Services 1885 Leslie Street Toronto ON M3B 2M3 t(418) 445-5755 1(418) 445-4152 www.sgs.ca

r..isr.r rm nu a..r w..xea rwrrde d. Survenons»)

of 16

Element Method t3etLlm. Units

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-1060 24 1.3 88 49 130 <1 17 <1 74 <1

E07-1061 18 3.6 1150 79 440 1 287 <1 276 1

E07-1062 7 <0.5 122 34 50 <1 25 <1 75 <1

E07-1063 15 1.1 113 63 120 <1 22 <1 25 <1

E07-1064 9 0.7 377 209 200 <1 84 <1 48 <1

E07-1065 6 <0.5 199 126 160 <1 41 <1 66 <1

E07-1066 6 <0.5 118 146 60 <1 25 <1 59 <1

E07-1067 6 <0.5 178 98 120 <1 39 <1 62 <1

E07-1068 6 <0.5 92 46 70 <1 18 <1 52 <1

E07-1069 24 <0.5 165 114 100 <1 31 <1 19 <1

E07-1070 7 <0.5 668 209 370 <1 153 <1 58 <1

E07-1071 37 15.1 236 340 290 <1 59 <1 79 1

E07-1072 a <0.5 225 77 130 <1 44 <1 61 <1

E07-1073 50 <0.5 12 110 110 <1 2 <1 22 <1

E07-1074 21 <0.5 176 142 140 <1 37 <1 46 <1

E07-1075 8 1.6 159 88 210 <1 33 <1 33 <1 E07-1076 <5 <0.5 347 123 150 <1 75 <1 68 <1 E07-1077 <5 <0.5 192 61 40 <1 42 <1 65 <1 E07-1078 <5 <0.5 223 105 90 <1 49 <1 75 <1 E07-1079 6 <0.5 276 105 110 <1 59 <1 65 <1 E07-1080 6 <0.5 308 115 230 <1 67 <1 54 <1 E07-1081 9 34.7 1200 180 460 1 321 <1 489 2 E07-1082 <5 <0.5 398 152 130 <1 94 <1 56 <1 E07-1083 6 <0.5 593 160 450 <1 125 <1 60 <1 E07-1084 9 <0.5 40 214 60 <1 9 <1 24 <1 E07-1085 28 <0.5 54 133 1330 <1 11 <1 24 3 E07-1086 21 <0.5 55 163 850 <1 13 <1 60 2 E07-1087 9 6.0 807 326 300 <1 205 <1 175 1 E07-1088 14 5.9 529 262 200 <1 124 <1 194 <1 E07-1089 9 <0.5 90 85 100 <1 17 <1 35 <1 E07-1090 6 <0.5 191 118 250 <1 42 <1 78 <1 E07-199 8 14.2 991 308 1120 1 274 <1 392 1 E07-200 <5 7.5 1210 292 920 1 312 <1 488 1 E07-201 7 42.7 861 83 470 1 231 <1 333 1 E07-202 21 38.3 1310 221 1780 3 347 <1 418 4 E07-203 17 13.3 515 62 400 <1 131 <1 284 1 E07-204 9 19.8 1090 116 590 <1 298 <1 260 1 E07-205 7 28.7 959 298 710 1 249 <1 330 2 E07-206 5 1.3 294 134 190 <1 63 <1 231 <1 E07-207 <5 <0.5 489 127 150 <1 109 <1 133 <1 E07-208 6 <0.5 712 120 140 <1 165 <1 142 <1 E07-209 <5 <0.5 3220 225 560 <1 833 <1 309 <1 E07-210 <5 <0.5 1270 72 280 <1 298 <1 151 <1 E07-211 <5 8.5 1770 341 700 1 430 <1 181 1 E07-212 <5 <0.5 447 100 120 <1 95 <1 104 <1 E07-213 <5 <0.5 724 236 170 <1 165 <1 79 <1 E07-214 22 11.3 646 125 120 <1 152 <1 143 <1 E07-215 11 4.7 459 44 90 <1 103 <1 251 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 1(416) 445-5755 1(416) 445-4152 www.sgs.ca

Member of ra asa Sinop ei.w.r. r r..r.....)

of 16


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-216 12 13.6 269 66 240 <1 66 <1 175 1

E07-217 8 1.7 244 105 140 <1 54 <1 236 <1

E07-218 10 1.0 106 104 90 <1 21 <1 58 <1

E07-219 10 1.2 203 146 150 <1 45 <1 105 <1

E07-220 64 2.2 321 303 620 <1 76 <1 69 2

E07-221 28 2.6 548 77 740 <1 133 <1 128 3

E07-222 16 <0.5 231 178 210 <1 47 <1 41 <1

E07-223 11 <0.5 301 112 150 <1 61 <1 54 <1

E07-224 25 <0.5 172 96 170 <1 34 <1 57 <1

E07-225 16 <0.5 143 93 190 <1 29 <1 57 <1

E07-226 16 <0.5 258 47 300 <1 61 <1 26 2

E07-227 9 <0.5 317 115 200 <1 69 <1 48 <1

E07-228 7 <0.5 134 117 60 <1 27 <1 28 <1

E07-229 7 <0.5 280 140 150 <1 61 <1 87 <1

E07-230 8 <0.5 314 123 120 <1 70 <1 94 <1

E07-1091 6 14.1 265 45 160 <1 64 <1 176 <1

E07-1092 6 1.2 999 143 260 <1 228 <1 176 <1

E07-1093 9 3.4 783 234 690 <1 187 <1 94 <1

E07-1094 52 7.1 726 175 1580 1 194 <1 285 3

E07-1095 24 20.5 1430 445 480 <1 395 <1 149 2

E07-1096 20 <0.5 132 183 240 <1 28 <1 52 <1

E07-1097 62 0.8 484 96 1430 <1 112 <1 129 6

E07-1098 7 0.8 364 150 80 <1 86 <1 159 <1

E07-1099 7 <0.5 111 171 40 <1 24 <1 91 <1

E07-1100 6 <0.5 523 66 70 <1 108 <1 63 <1

E07-1101 11 79.4 522 387 710 2 139 <1 690 2

E07-1102 9 45.9 1090 156 770 1 277 <1 515 1

E07-1103 7 <0.5 1660 97 190 <1 377 <1 163 <1

E07-1104 7 37.6 3040 151 590 1 788 <1 296 1

E07-1105 36 4.1 1440 281 630 <1 391 <1 112 2 E07-1106 8 <0.5 172 73 110 <1 36 <1 76 <1

E07-1107 12 <0.5 94 57 130 <1 15 <1 76 <1 E07-1108 8 <0.5 237 113 160 <1 50 <1 120 <1 E07-1109 6 <0.5 315 72 100 <1 71 <1 88 <1 E07-1110 125 2.4 559 264 2070 <1 138 <1 160 3 E07-1111 23 0.9 129 114 530 <1 27 <1 76 1 E07-1112 17 1.9 682 175 890 <1 164 <1 205 2 'Dup E07-1060 6 <0.5 82 48 110 <1 16 <1 75 <1 'Dup E07-1072 9 <0.5 253 85 160 <1 56 <1 73 <1 *Dup E07-1084 12 <0.5 32 239 40 <1 7 <1 21 <1 'Dup E07-204 10 26.8 921 100 620 1 262 <1 285 1 'Dup E07-216 10 10.3 223 54 190 <1 56 <1 153 <1 *Dup E07-228 8 <0.5 129 111 60 <1 25 <1 29 <1 'Dup E07-1100 5 <0.5 386 77 110 <1 76 <1 61 <1 *Dup E07-1112 23 2.3 694 215 1350 <1 165 <1 236 2 *Std MMISRM14 39 <0.5 21 306 130 47 4 <1 298 1 'Std MMISRM14 37 <0.5 18 284 140 43 4 <1 277 1 'Std MMISRM14 38 <0.5 19 293 130 45 4 <1 287 <1

The data reported on this certificate of analysis represents the sample submitted b SGS Minerals Services. Reproduction of this analytical report, in full or in part, is prohibited without prior written approval.


114..r.1 r Sell Snap (a.eiw+ar.r.r a....rves)

Element

Method

DetLim.

UMM

'Bik BLANK

'Blk BLANK

'Bik BLANK

Page 10 of 16

Mo Nb Nd Ni Pb Pd Pr Pt Rb Sb

MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

5 0.5 1 5 10 1 1 1 5 1

PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1

<5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M38 2M3 1(416) 4455755 f(416) 445-4152 www.sgs.ca

rl«rw ar the sw rung. (f.e+w ei.i.re de a../am.)

of 16

Element Sc Sm Sn Sr Ta Tb Te Th Ti T1 Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 Det.Lim. 5 1 1 10 1 1 10 0.5 3 0.5


E07-1060 8 21 3 990 2 3 30 18.8 6 0.7 E07-1061 184 230 4 40 2 30 30 293 5060 2.0

E07-1062 11 26 <1 850 <1 3 20 16.6 34 <0.5

E07-1063 8 28 <1 1770 2 4 <10 22.9 <3 <0.5

E07-1064 22 83 5 4940 <1 14 <10 81.0 10 <0.5

E07-1065 9 49 <1 3740 <1 9 <10 33.9 <3 <0.5

E07-1066 12 27 <1 2150 <1 5 <10 33.3 10 <0.5

E07-1067 14 38 2 2390 <1 6 <10 34.5 118 <0.5

E07-1068 8 21 <1 1410 <1 3 <10 13.5 7 <0.5

E07-1069 14 44 <1 5600 <1 9 <10 25.9 <3 <0.5

E07-1070 29 145 <1 4420 <1 23 <10 118 45 <0.5 E07-1071 12 41 <1 2900 <1 4 <10 74.5 1630 0.8 E07-1072 11 56 <1 6860 <1 10 <10 29.0 8 <0.5 E07-1073 5 4 <1 8440 <1 2 <10 2.8 <3 <0.5 E07-1074 12 44 <1 8290 <1 9 <10 28.8 <3 <0.5 E07-1075 6 33 <1 1790 <1 4 <10 42.3 316 <0.5

E07-1076 24 75 <1 3340 <1 13 <10 59.7 14 <0.5 E07-1077 11 41 <1 1770 <1 6 <10 24.0 63 <0.5 E07-1078 14 49 <1 2080 <1 7 <10 53.5 24 <0.5 E07-1079 16 61 <1 3550 <1 11 <10 53.7 10 <0.5 E07-1080 12 67 <1 4010 <1 11 <10 57.7 6 <0.5 E07-1081 185 204 3 180 3 25 <10 256 7120 2.4 E07-1082 23 77 <1 3090 <1 12 <10 81.7 95 <0.5 E07-1083 20 130 <1 4670 <1 21 <10 69.2 7 <0.5 E07-1084 <5 8 <1 4060 <1 1 <10 7.8 24 <0.5 E07-1085 10 13 <1 5590 <1 3 <10 22.2 21 <0.5 E07-1086 <5 11 <1 3080 <1 2 <10 15.8 50 <0.5 E07-1087 57 162 <1 1280 <1 22 <10 94.7 1640 2.0 E07-1088 44 107 <1 2060 <1 14 <10 85.5 1470 1.3 E07-1089 <5 21 <1 2340 <1 3 <10 19.1 5 <0.5 E07-1090 12 42 <1 3620 <1 7 <10 64.4 6 <0.5 E07-199 88 173 <1 1820 <1 24 <10 214 1130 1.1 E07-200 52 203 <1 1830 <1 27 <10 236 913 1.2 E07-201 48 144 <1 1240 <1 17 <10 219 4520 1.5 E07-202 134 232 2 2370 <1 32 <10 557 5280 1.4 E07-203 18 89 1 1180 <1 10 <10 129 1490 1.4 E07-204 49 190 2 1840 <1 23 <10 337 2190 1.0 E07-205 148 173 6 1230 <1 23 <10 266 4390 1.0 E07-206 12 62 <1 1240 <1 8 <10 32.6 515 0.8 E07-207 17 111 <1 2840 <1 19 <10 55.1 12 <0.5 E07-208 24 146 <1 1730 <1 20 <10 90.3 38 <0.5 E07-209 246 594 <1 1210 <1 83 <10 212 239 1.2 E07-210 40 247 <1 1690 <1 32 <10 105 151 <0.5 E07-211 191 353 <1 1180 <1 50 <10 318 1740 0.6 E07-212 21 104 <1 2250 <1 16 <10 59.7 10 <0.5 E07-213 26 153 <1 1880 <1 22 <10 111 20 <0.5 E07-214 30 136 4 1710 17 19 50 98.1 21 0.8 E07-215 17 92 <1 1470 7 10 <10 33.3 154 0.9



n..rer .r a. SOS •w (a.aw oa...r. i r..ia+.)

of 16


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-216 15 50 5 890 5 6 10 67.4 2200 0.9 E07-217 15 56 <1 1930 2 9 <10 49.3 11 0.9 E07-218 11 25 <1 2780 2 4 <10 13.1 <3 0.6 E07-219 18 49 <1 2880 1 9 <10 44.7 8 0.8 E07-220 15 62 <1 8200 <1 10 <10 114 15 0.7 E07-221 12 100 <1 4240 <1 14 <10 129 17 0.9 E07-222 19 56 <1 5440 <1 11 <10 25.2 <3 <0.5 E07-223 22 68 <1 3800 <1 12 <10 37.1 <3 <0.5 E07-224 17 42 6 4110 <1 7 <10 22.2 4 <0.5 E07-225 11 32 <1 6070 <1 6 <10 22.4 <3 0.6 E07-226 7 47 3 4320 <1 7 <10 31.2 12 <0.5 E07-227 15 68 1 2940 <1 11 <10 36.3 11 <0.5 E07-228 12 33 <1 3520 <1 6 <10 19.2 <3 <0.5 E07-229 21 66 <1 2650 <1 10 <10 47.7 19 1.0 E07-230 20 75 <1 2370 <1 11 <10 62.4 58 1.0 E07-1091 17 52 <1 910 <1 8 <10 58.9 3170 1.2 E07-1092 50 215 <1 3110 <1 35 <10 102 51 0.8 E07-1093 23 136 <1 5190 <1 20 <10 240 18 0.6 E07-1094 61 127 3 4510 <1 19 <10 326 344 1.3 E07-1095 155 265 1 1580 <1 38 <10 182 3990 2.9 E07-1096 12 30 <1 5760 <1 5 <10 18.2 10 <0.5 E07-1097 9 93 3 3470 <1 13 <10 65.1 31 1.2 E07-1098 10 69 <1 1430 <1 8 <10 29.8 167 0.9 E07-1099 7 25 <1 940 <1 3 <10 15.7 8 0.8 E07-1100 22 117 <1 1960 <1 17 <10 42.3 4 0.9 E07-1101 251 105 9 420 5 16 <10 334 22800 2.9 E07-1102 163 201 3 520 2 25 <10 280 11900 2.1 E07-1103 48 353 <1 2770 <1 55 <10 72.8 38 1.3 E07-1104 276 520 3 980 2 58 <10 234 9250 1.3 E07-1105 57 220 <1 6130 <1 27 <10 370 97 0.7 E07-1106 10 40 <1 3020 <1 6 <10 18.1 <3 0.5 E07-1107 9 28 <1 6310 <1 6 <10 10.6 <3 0.5 E07-1108 15 55 <1 4050 <1 9 <10 31.3 10 0.7 E07-1109 16 66 1 2230 <1 9 <10 38.1 32 0.8 E07-1110 19 103 <1 12600 <1 16 <10 147 31 1.0 E07-1111 7 28 <1 5880 <1 5 <10 50.1 16 0.8 E07-1112 20 129 <1 4980 <1 19 <10 167 68 0.7 *Dup E07-1060 6 19 <1 1130 <1 3 <10 13.4 6 0.7 'Dup E07-1072 17 59 <1 6240 <1 10 <10 35.1 14 <0.5 'Dup E07-1084 <5 6 <1 3900 <1 <1 <10 6.2 15 <0.5 'Dup E07-204 57 156 <1 1830 <1 20 <10 312 3020 1.3 'Dup E07-216 12 40 <1 740 <1 4 <10 53.9 2260 0.6 'Dup E07-228 12 31 <1 3380 <1 5 <10 19.8 <3 <0.5 'Dup E07-1100 21 91 <1 2190 <1 14 <10 32.7 10 0.9 'Dup E07-1112 22 130 2 6000 <1 20 <10 188 57 0.8 'Std MMISRMI4 8 5 <1 530 <1 <1 <10 20.5 <3 <0.5 `Std MMISRMI4 8 5 <1 490 <1 <1 <10 19.4 <3 <0.5 'Std MMISRMI4 8 5 <1 560 <1 <1 <10 20.7 <3 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 4416) 445-4152 www.sgs.ca

i..r 1 the ssi ikon, (s.er.l admiral. s. smr..M..e.)


`Mk BLANK

`Blk BLANK

•Blk BLANK

Page 13 of 16

Sc Sm Sn Sr Ta Tb Te Th Ti Tl MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

5 1 1 10 1 1 10 0.5 3 0.5

PPB PPB PPB PPB PPB PPB PPB PPB PPB PPB

<5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

<5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

<5 <i <1 <10 <1 <1 <10 <0.5 <3 <0.5

The data reported on Ulis certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of Mis analytical report, in full or in part, is prohibited without prior written approval.

SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M38 2M3 t(416) 4455755 f(416) 445-4152 www.sgs.Ca

r..r...r 6m sss i.w p.w*a edei.r de i...illeae.►

of 16

Element Method

DetLim. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-1060 6 <1 74 5 180 17

E07-1061 27 <1 583 45 160 363

E07-1062 3 <1 85 4 340 18

E07-1063 30 <1 90 5 190 21

E07-1064 56 3 360 32 1130 47

E07-1065 13 2 245 21 510 25

E07-1066 16 <1 117 8 600 32

E07-1067 8 <1 139 9 1260 42

E07-1068 5 <1 71 4 230 21

E07-1069 32 <1 238 20 460 19

E07-1070 92 <1 567 53 1380 54

E07-1071 99 <1 93 6 170 84

E07-1072 17 <1 257 20 540 15

E07-1073 2 30 62 6 130 8

E07-1074 59 <1 239 22 890 10

E07-1075 3 <1 112 7 130 75

E07-1076 16 <1 309 27 910 41

E07-1077 3 <1 143 9 100 44

E07-1078 15 <1 185 13 280 37

E07-1079 29 <1 290 25 650 29

E07-1080 40 <1 276 24 1070 34

E07-1081 18 2 588 39 220 425

E07-1082 25 <1 307 27 700 73

E07-1083 11 <1 593 53 1130 34

E07-1084 8 4 33 2 120 14

E07-1085 7 17 109 13 290 55

E07-1086 8 3 52 5 140 47 E07-1087 98 <1 528 41 750 225 E07-1088 97 <1 293 22 1190 153 E07-1089 9 <1 71 4 140 21 E07-1090 85 <1 184 18 800 27 E07-199 391 <1 619 50 230 273 E07-200 41 <1 694 58 480 256 E07-201 21 4 345 26 150 325 E07-202 242 7 689 62 470 732 E07-203 23 <1 217 15 220 213 E07-204 60 3 482 38 530 307 E07-205 68 4 501 42 970 446 E07-206 23 <1 168 10 330 39 E07-207 21 c1 512 37 1350 20 E07-208 15 <1 441 29 120 66 E07-209 34 <1 2380 165 240 186 E07-210 22 <1 709 45 150 70 E07-211 41 <1 1270 107 780 360 E07-212 27 <1 396 28 150 36 E07-213 30 <1 521 42 200 69 E07-214 21 <1 398 26 210 47 E07-215 17 <1 195 10 370 14

^ The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in park is prohibited without prior written approval.

SGS Canada Inc. Mineral Servioes 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

r. sss `imp (+«MY a44r. +s...race)

of 16

Element Method MMI-M5 Det.Lim. Units

U

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-216 9 <1 106 7 900 73

E07-217 47 <1 212 17 180 25

E07-218 16 3 119 9 200 10

E07-219 95 3 218 22 410 24

E07-220 219 3 264 35 180 49

E07-221 31 3 327 29 60 100

E07-222 32 2 295 23 370 10

E07-223 44 2 330 25 450 19 E07-224 40 2 201 17 810 13

E07-225 26 1 187 16 590 7

E07-226 5 2 177 14 650 44

E07-227 11 1 286 22 980 22 E07-228 17 <1 141 10 140 19 E07-229 51 <1 205 14 110 36 E07-230 66 <1 219 15 40 44 E07-1091 13 2 127 8 60 84 E07-1092 45 2 821 91 1720 59 E07-1093 37 3 575 53 170 96 E07-1094 80 3 372 40 630 232 E07-1095 188 4 981 80 1300 351 E07-1096 20 <1 149 13 180 9 E07-1097 18 19 318 24 120 91 E07-1098 51 <1 188 11 380 32 E07-1099 11 <1 79 4 220 13 E07-1100 11 <1 385 22 460 26 E07-1101 31 7 412 36 1010 744 E07-1102 21 4 507 34 460 496 E07-1103 20 2 1540 107 150 38 E07-1104 30 4 1240 97 770 361 E07-1105 51 3 699 61 150 188 E07-1106 48 <1 175 12 180 11 E07-1107 40 <1 185 14 240 9 E07-1108 102 <1 214 16 340 26 E07-1109 11 <1 220 14 280 41 E07-1110 99 3 387 37 400 81 E07-1111 19 1 158 13 110 35 E07-1112 31 2 465 38 210 102 'Dup E07-1060 3 <1 75 5 170 18 'Dup E07-1072 19 <1 242 24 660 25 *Dup E07-1084 8 7 27 2 80 12 `Dup E07-204 81 6 416 32 430 320 'Dup 607-216 7 1 87 5 810 66 'Dup 607-228 18 <1 127 9 210 21 'Dup 607-1100 9 <1 360 22 510 21 'Dup 607-1112 36 3 509 46 280 91 'Std MMISRM14 37 <1 12 <1 300 13 'Std MMISRM14 35 <1 11 <I 360 11 `Std MMISRM14 37 <1 13 <1 300 12


SOS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

r.r.r ell r. MI limn, (s.elw Oa.4r. r>✓..rc.)

of 16


'Blk BLANK

•Blk BLANK

'Blk BLANK

U W Y Yb Zn Zr MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5

1 1 5 1 20 5

PPB PPB PPB PPB PPB PPB

<1 <1 <5 <1 QO <5

<1 <1 <5 <1 <20 <5

<1 <1 <5 <1 <20 <5

The data reported on this certificate of analysis represents the sample submitted to SGS Minerals Services. Reproduction of this analytical report, in full or in Part, is prohibited without prior written approval.


r.emier er s. aas `mm /a.ewi aa.ww. r a.wra.eee)

SGT,



Date: Oct 16, 2007

P.O. No. PROJECT: ENJA Project No. : DEFAULT No. Of Samplés 101 Date Submittéd Sep 06, 2007 Report Comprises Pages 1 to 16

(Inclusive of Cover Sheet)


STORE: 101 Soils

Certified By :



Report Footer. L.N.R. = Listed not received I.S. = Insufficient Sample n.a. = Not applicable — = No result

*INF = Composition of this sample makes detection impossible by this method

M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion

Methods marked with an asterisk (e.g. 'NAA08V) were subcontracted




r.ror.r M w army Iseellift aw,.a de a.wt•s.)

of 16

Element Method Det.lIm. Units

Ag MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-231 17 35 <10 0.2 3070 <1 470 12 960 106

E07-232 12 19 10 0.1 3060 <1 390 5 622 63

E07-233 8 43 <10 <0.1 2040 3 340 11 1230 93

E07-234 10 43 <10 0.3 1730 <1 460 14 674 228

E07-235 7 45 <10 <0.1 1300 <1 540 10 513 95

E07-236 11 11 <10 <0.1 1710 <1 570 6 57 100

E07-237 13 18 <10 0.1 3100 <1 510 15 395 97

E07-238 15 10 <10 0.2 2200 <1 490 26 290 136

E07-239 7 18 <10 <0.1 1880 <1 580 5 35 10

E07-240 9 27 <10 0.1 1490 <1 470 8 445 184

E07-241 7 28 <10 0.2 1630 <1 450 7 899 127

E07-242 11 10 <10 0.1 1650 <1 670 8 120 32

E07-243 6 18 <10 0.3 1450 <1 500 8 503 89

E07-244 13 36 <10 0.1 3160 <1 500 8 1180 192

E07-245 10 13 <10 0.2 1540 <1 600 2 78 17

E07-246 5 15 <10 0.3 1710 <1 510 2 18 6

E07-247 6 6 <10 0.1 1420 <1 560 5 6 10

E07-248 16 17 10 0.2 2980 <1 430 13 416 70

E07-608 17 19 <10 0.2 2990 <1 440 12 355 84

E07-609 14 7 <10 <0.1 3140 <1 400 5 69 31

E07-610 10 19 10 <0.1 2160 <1 330 5 617 38 E07-611 11 40 <10 <0.1 1080 <1 390 17 565 52 E07-612 12 9 <10 0.2 3410 <1 430 5 103 41

E07-1113 14 9 <10 0.3 2470 <1 590 10 643 57 E07-1114 10 6 <10 0.1 1430 <1 470 11 105 54 E07-1115 11 9 <10 0.2 1090 <1 500 3 17 18 E07-1116 4 29 <10 0.1 1470 <1 490 4 67 19 E07-1117 4 12 <10 0.5 1010 <1 350 2 18 14 E07-1118 4 20 <10 0.3 1010 <1 350 3 36 18 E07-1119 2 9 <10 0.3 1510 <1 390 2 10 15 E07-1120 2 176 20 0.2 1530 <1 150 13 903 63 E07-1121 5 46 10 0.4 1000 <1 290 3 617 8 E07-1122 2 299 20 0.1 2120 1 60 6 1260 79 E07-1123 3 216 <10 0.1 2260 <1 140 4 578 49 E07-1124 4 13 <10 0.2 2040 <1 630 5 56 12 E07-1125 7 20 <10 0.3 1190 <1 460 4 79 80 E07-1126 8 7 <10 0.1 1880 <1 560 3 10 18 E07-1127 10 6 <10 <0.1 2240 <1 480 10 141 78 E07-1128 16 17 <10 0.2 3320 <1 600 9 303 74 E07-1129 10 8 <10 <0.1 2480 <1 410 5 250 57 E07-1130 16 21 <10 0.2 3040 <1 460 9 791 83 E07-1131 11 60 <10 0.1 2240 2 440 12 908 129 E07-613 10 43 <10 <0.1 1600 <1 380 25 199 221 E07-614 5 153 <10 <0.1 1100 <1 310 27 212 41 E07-615 7 91 <10 0.1 1060 <1 340 17 509 37 E07-616 4 132 <10 <0.1 1220 <1 300 20 262 51 E07-617 6 129 <10 0.2 1120 <1 240 17 530 278 E07-618 11 13 <10 0.3 1740 <1 470 5 261 11



Ill•mYw.r aem i.e Grump ra..iw 04.4rn.Ir s...•ime.l

of 16


AO MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Ce MMI-M5

5 PPB

Co MMI-M5

5 PPB

E07-619 7 37 <10 0.1 1680 0 380 9 499 35 E07ô20 8 25 <10 0.2 1540 <1 310 6 645 226 E07521 5 13 <10 0.1 1220 <1 390 5 335 80 E07-622 4 7 <10 0.4 1530 <1 380 2 103 56 E07-623 10 7 <10 <0.1 2080 <1 380 9 265 55 E07524 6 43 <10 0.2 1580 <1 390 9 150 26 E07-625 13 18 <10 <0.1 1610 <1 560 10 189 94 E07526 8 49 <10 <0.1 1430 <1 390 11 708 176 E07527 3 33 <10 0.5 1680 <1 390 1 50 9 E07528 17 27 <10 0.2 1310 <7 390 3 123 9 E07-629 9 6 <10 0.1 1620 <1 530 4 74 43 E07-630 3 102 <10 <0.1 760 <1 270 7 68 35 E07531 8 9 <10 0.2 1350 <1 460 4 24 19 E07532 5 49 <10 0.2 1190 <1 420 6 234 14 E07-633 2 128 <10 <0.1 1940 <1 290 4 228 41 E07-634 7 5 <10 <0.1 1270 <1 550 11 33 50 E07-635 6 7 <10 0.2 1580 <1 480 7 170 94 E07536 14 16 <10 <0.1 1530 <1 420 12 205 119 E07-637 16 4 <10 0.1 1490 <1 480 4 42 39 E07-638 13 9 <10 <0.1 1480 <1 410 4 149 53 E07-639 2 191 <10 <0.1 1200 <1 170 24 279 59 E07540 1 >300 20 <0.1 1630 1 70 2 790 64 E07-641 2 273 20 <0.1 2710 1 80 9 637 156 E07-642 1 300 <10 <0.1 2700 <1 70 13 496 122 E07-1132 12 4 <10 0.1 1650 <1 470 5 37 21 E07-1133 4 10 <10 <0.1 1320 <1 340 2 96 6 E07-1134 7 57 <10 <0.1 1270 <1 400 6 172 23 E07-1135 3 127 <10 <0.1 700 <1 260 14 66 46 E07-1136 8 9 <10 <0.1 1220 <1 460 4 54 14 E07-1137 6 14 <10 <0.1 930 <1 400 8 202 13 E07-1138 6 17 <10 <0.1 1200 <1 330 4 206 13 E07-1139 10 40 <10 0.1 1140 <1 300 4 851 166 E07-1140 5 16 <10 <0.1 1330 <1 440 8 110 19 E07-1141 7 8 <10 0.1 830 <1 420 6 48 84 E07-1142 9 47 <10 <0.1 1260 <1 360 45 402 141 E07-1143 13 11 <10 0.1 1380 <1 420 9 59 22 E07-1144 16 5 <10 <0.1 2210 <1 510 7 68 89 E07-1145 7 47 <10 0.8 870 <1 400 3 63 11 E07-1146 9 11 <10 0.2 1190 c1 430 4 49 39 E07-1147 6 22 <10 0.2 1210 <1 430 4 122 47 E07-1148 6 8 <10 <0.1 1210 <1 430 3 76 23 E07-1149 7 8 <10 0.1 1270 <1 470 2 17 12 E07-1150 8 37 <10 <0.1 1880 <1 340 3 915 67 E07-1151 1 7 <10 0.3 1570 <1 360 2 12 7 E07-1152 13 12 <10 0.3 2450 <1 360 14 89 170 E07-1153 9 7 <10 0.2 1400 <1 490 3 16 17 E07-1154 9 8 <10 0.1 1250 <1 430 3 13 22 E07-1155 12 2 <10 0.1 1780 <1 490 5 25 31


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 445-4152 www.sgS.ca

Irs., r um sss sr.mp rs.dir wr.r. a.w.rres)

Element Method Dsttlm. Units

Ag MMI-M5

1 PPB

Al MMI-M5

1 PPM

As MMI-M5

10 PPB

Au MMI-M5

0.1 PPB

Ba MMI-M5

10 PPB

Bi MMI-M5

1 PPB

Ca MMI-M5

10 PPM

Cd MMI-M5

1 PPB

Page 4 of 16

Ce Co

MMI-M5 MMI-M5

5 5

PPB PPB

E07-1156 2 252 20 <0.1 1070 1 110 6 915 72

E07-1157 1 254 <10 <0.1 1250 <1 30 4 53 124

E07-1158 <1 31 <10 <0.1 70 <1 <10 1 12 18

E07-1159 2 203 <10 <0.1 1540 <1 180 19 348 61

E07-1160 1 274 <10 <0.1 2780 <1 110 9 410 84

'Dup E07-231 15 34 <10 0.1 2900 <1 420 9 1090 89

`Dup E07-243 6 16 <10 0.4 1520 <1 460 8 186 65

`Dup E07-1114 10 6 <10 0.1 1490 <1 490 8 66 47

'Dup E07-1126 8 4 <10 <0.1 1730 <1 520 3 <5 14

'Dup E07519 6 26 <10 <0.1 1690 <1 360 7 228 29

'Dula E07531 7 9 <10 0.2 1480 <1 450 3 36 24

`Dup E07-1132 11 2 <10 <0.1 1450 <1 470 7 21 28

'Dup E07-1144 19 4 <10 <0.1 2060 <1 550 7 22 124

'Dup E07-1156 2 241 10 <0.1 1030 <1 100 6 759 70

'Std MMISRMI4 17 45 10 41.7 110 <1 250 7 18 47 `Std MMISRMI4 17 46 10 41.4 160 <1 250 7 16 49 'Sid MMISRMI4 17 47 10 42.3 120 <1 250 7 16 49 'Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 'Bik BLANK <1 <1 <10 <0.1 <10 <1 <10 <1 <5 <5 'Blk BLANK <1 <1 <10 <0.1 <10 <1 <10 4 <5 <5



n.r..r r rp Or..r p.Auft ai.ir+ii aew..va.)

of 16


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-231 <100 7450 68 41.6 16.7 41 90 448 35 55

E07-232 <100 4950 40 22.1 11.4 38 59 304 32 46

E07-233 <100 2700 62 35.0 18.0 115 89 562 35 44

E07-234 <100 3220 50 33.6 12.2 59 64 276 13 100

E07-235 <100 2810 25 16.0 7.1 76 35 208 7 69

E07-236 <100 750 18 12.8 3.3 4 21 32 82 98

E07-237 <100 7150 44 29.5 9.9 27 56 175 44 78

E07-238 <100 7160 48 30.0 10.4 8 59 107 28 99

E07-239 <100 530 20 14.9 3.5 5 21 33 43 76

E07-240 <100 1330 47 30.4 10.9 17 59 179 35 102

E07-241 <100 1820 44 27.2 12.7 28 67 372 40 84

E07-242 <100 1060 53 37.2 9.8 5 61 98 53 89

E07-243 <100 1150 102 67.9 22.0 6 129 308 85 96

E07-244 <100 5900 92 57.0 24.8 51 127 515 52 45

E07-245 <100 770 21 14.2 4.1 5 25 48 45 95

E07-246 <100 690 23 12.7 5.7 4 31 55 6 115

E07-247 <100 510 16 10.1 3.3 4 19 31 9 111

E07-248 <100 6610 37 21.7 9.1 23 52 187 42 85

E07-608 <100 6890 35 21.8 8.5 22 47 163 43 87

E07-609 <100 5480 13 8.2 2.8 6 17 32 33 103

E07-610 <100 2920 39 19.5 12.2 20 62 243 33 70

E07-611 <100 2980 43 23.9 11.3 45 61 248 40 77 E07-612 <100 6100 17 10.6 3.9 9 23 43 34 84 E07-1113 <100 5050 29 17.2 8.7 23 46 279 51 105 E07-1114 <100 2170 13 7.2 3.3 5 18 31 29 81 E07-1115 <100 390 12 6.8 2.7 2 15 10 36 116 E07-1116 <100 440 28 16.2 6.7 8 35 76 23 92 E07-1117 <100 360 7 3.2 2.6 3 12 28 20 78 E07-1118 <100 430 7 3.5 2.5 5 12 25 9 69 E07-1119 <100 510 9 4.3 2.4 2 13 13 37 105 E07-1120 100 270 55 24.2 23.9 72 98 721 11 25 E07-1121 <100 580 256 118 103 13 460 2140 <5 87 E07-1122 200 790 114 52.7 35.0 133 154 559 39 22 E07-1123 <100 780 148 80.4 33.2 72 160 357 10 60 E07-1124 <100 750 62 39.4 11.2 5 67 106 11 69 E07-1125 <100 670 16 8.4 4.2 7 23 44 16 63 E07-1126 <100 600 21 14.9 3.6 3 23 27 46 76 E07-1127 <100 3460 14 8.3 3.3 9 19 67 59 81 E07-1128 <100 7880 38 26.2 8.3 21 45 139 42 68 E07-1129 <100 3540 27 15.9 6.9 14 38 126 43 74 E07-1130 <100 6960 74 43.3 19.1 40 100 339 38 40 E07-1131 <100 5150 46 34.0 11.0 140 57 369 44 39 E07-613 <100 760 22 13.0 5.3 21 27 75 45 74 E07-614 <100 560 74 50.3 10.2 86 56 94 18 69 E07-615 <100 540 51 28.6 13.4 72 66 201 7 66 E07-616 <100 460 62 43.1 9.0 76 49 111 6 61 E07-617 100 930 52 35.5 11.6 122 56 206 10 64 E07-618 <100 790 68 40.9 14.5 9 81 172 52 78


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M39 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.ca

■.mr...r w>rIM W1 p.dw aw.r. AID i=11...11111=0)

of 16


Cr MMI-M5

100 PPB

Cu MMI-M5

10 PPB

Dy MMI-M5

1 PPB

Er MMI-M5

0.5 PPB

Eu MMI-M5

0.5 PPB

Fe MMI-M5

1 PPM

Gd MMI-M5

1 PPB

La MMI-M5

1 PPB

Li MMI-M5

5 PPB

Mg MMI-M5

1 PPM

E07-619 <100 780 68 42.5 15.2 20 81 290 33 68

E07-620 <100 1220 30 17.1 10.0 91 48 310 12 82

E07-621 <100 1430 14 7.8 4.8 49 23 138 8 77

E07-622 <100 310 7 3.3 1.8 3 10 12 36 65

E07ô23 <100 2200 26 14.6 7.0 13 36 116 19 92

E07-624 <100 550 27 14.6 6.9 10 36 90 12 83

E07ô25 <100 1010 21 13.9 4.3 10 24 68 17 60

E07-626 <100 1950 72 49.6 15.4 51 86 344 36 66

E07-627 <100 420 55 24.8 20.9 5 92 244 <5 86

E07-628 <100 810 37 21.3 8.3 9 47 139 26 69

E07-629 <100 850 21 14.5 3.9 5 25 44 49 75

E07-630 <100 130 19 8.7 6.2 20 26 95 <5 46

E07-631 <100 500 8 4.5 1.8 3 11 10 62 100

E07-632 <100 550 20 9.9 6.3 38 30 122 <5 76

E07ô33 <100 810 94 62.0 15.5 21 82 133 7 44

E07-634 <100 520 12 8.2 1.7 3 12 13 11 56

E07-635 <100 740 20 11.4 5.0 6 27 86 10 88

E07-636 <100 1240 33 23.2 5.9 15 35 94 10 48

E07-637 <100 890 20 13.7 3.1 4 21 23 28 74

E07-638 <100 670 25 15.3 6.1 5 34 92 53 100

E07-639 <100 420 44 24.1 9.0 74 45 119 13 58

E07-640 300 390 32 13.6 12.9 199 53 370 73 22

E07-641 <100 450 58 27.6 15.3 121 71 248 25 37

E07-642 <100 350 50 22.7 13.2 99 63 206 41 35

E07-1132 <100 1040 19 9.6 5.0 3 26 30 88 126 E07-1133 <100 410 15 7.8 5.0 11 24 102 15 78 E07-1134 <100 590 35 22.9 7.2 21 39 122 17 55 E07-1135 <100 290 29 23.6 2.7 67 16 27 7 37 E07-1136 <100 610 23 13.9 4.7 5 27 42 10 61 E07-1137 <100 630 21 11.6 5.4 14 28 79 6 71 E07-1138 <100 500 30 14.8 9.2 16 45 163 11 88 E07-1139 <100 1110 58 42.4 13.1 44 69 434 18 43 E07-1140 <100 490 36 23.4 6.7 7 37 68 12 46 E07-1141 <100 420 8 4.1 1.9 4 10 14 24 80 E07-1142 <100 4780 35 25.7 7.5 33 39 182 13 57 E07-1143 <100 1250 16 8.2 4.0 4 21 35 73 96 E07-1144 <100 1740 12 8.6 2.2 5 14 29 22 76 E07-1145 <100 790 17 9.9 4.9 10 26 74 37 95 E07-1146 <100 670 10 5.7 2.7 3 15 35 71 97 E07-1147 <100 780 27 16.6 6.2 9 36 87 24 74 E07-1148 <100 820 30 17.4 6.4 5 37 67 13 79 E07-1149 <100 430 11 5.8 3.3 4 18 38 10 98 E07-1150 <100 1560 71 36.8 21.0 26 102 415 15 85 E07-1151 <100 350 5 2.4 1.6 2 8 13 40 71 E07-1152 <100 6490 14 9.5 2.9 17 17 41 27 68 E07-1153 <100 670 12 7.2 2.3 3 14 23 31 110 E07-1154 <100 600 9 6.1 1.9 3 11 9 51 111 E07-1155 <100 690 34 24.4 5.6 3 36 38 39 97



Mamie., et the fu amap rs.rJw aw.r. s.n.r..o.)

of 16



100 10 1 0.5 0.5 1 1 1 5 1

PPS PPB PPB PPB PPB PPM PPB PPB PPB PPM

E07-1156 200 390 48 22.1 16.3 152 72 361 44 30

E07-1157 <100 370 4 3.2 0.7 156 3 28 29 23

E07-1158 <100 90 1 0.9 <0.5 19 <1 6 <5 2

E07-1159 <100 930 113 68.2 19.2 44 103 190 9 44

E07-1160 <100 670 40 19.4 10.5 85 50 174 19 46

`Dup E07-231 <100 5960 66 38.5 18.1 43 94 490 32 53

*Dup E07-243 <100 1210 95 70.3 14.6 3 94 116 71 74

'Dup E07-1114 <100 2730 12 7.2 2.8 4 16 23 31 84

*Dup E07-1126 <100 580 16 11.7 2.1 2 14 12 37 74

'Dup E07-619 <100 630 46 27.3 10.4 14 57 153 27 82

'Dup E07.631 <100 490 8 4.9 1.8 3 10 12 68 101

'Dup E07-1132 <100 1120 15 9.0 2.6 3 16 13 72 94

'Dup E07-1144 <100 1430 11 9.0 1.4 3 10 9 32 70

'Dup E07-1156 100 430 52 24.4 16.1 144 71 292 34 27

'Std MMISRMI4 <100 700 3 0.9 1.1 3 5 3 <5 34 `Std MMISRMI4 <100 710 3 1.1 1.1 2 5 3 <5 33 `Std MMISRMI4 <100 730 3 1.0 1.3 3 5 3 <5 34 'Blk BLANK <100 <10 <t <0.5 <0.5 <1 <1 <1 <5 <1 'Blk BLANK <100 <10 <1 <0.5 <0.5 <1 <1 <1 <5 <1 *FR BLANK <100 <10 <1 <0.5 <0.5 <1 <i <1 <5 <1



rami.. .r oa sN Map (loeWi Yiafm6 i •mwrmoa)

of 16


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-231 31 3.7 462 201 1180 <1 117 <1 136 1

E07-232 24 2.2 327 119 720 <1 79 <1 102 1

E07-233 <5 7.8 540 206 590 <1 144 <1 153 <1

E07-234 5 2.0 320 189 330 <1 79 <1 50 <1

E07-235 <5 5.3 215 149 370 <1 55 <1 57 <1

E07-236 <5 <0.5 46 64 50 <1 9 <1 32 <1

E07-237 63 1.4 229 281 890 <1 51 <1 75 2

E07-238 44 <0.5 174 149 720 <1 37 <1 64 4

E07-239 <5 <0.5 50 35 60 <1 10 <1 53 <1

E07-240 <5 <0.5 229 174 160 <1 54 <1 32 <1

E07-241 <5 1.0 368 122 200 <1 94 <1 36 <1

E07-242 <5 <0.5 133 67 70 <1 26 <1 71 <1

E07-243 <5 <0.5 407 82 90 <1 88 <1 54 <1

E07-244 8 1.8 633 344 590 <1 151 <1 95 <1

E07-245 <5 <0.5 65 35 90 <1 14 <1 31 <1

E07-246 <5 <0.5 83 42 50 <1 17 <1 49 <1

E07-247 <5 <0.5 46 50 40 <1 9 <1 39 <1

E07-248 55 0.9 232 128 1010 <1 53 <1 40 2

E07-608 59 0.8 203 148 1010 <1 46 <1 37 2

E07-609 8 <0.5 48 27 220 <1 9 <1 24 <1

E07-610 27 3.2 305 90 560 <1 73 <1 77 2

E07-611 18 6.3 2M 207 650 <1 71 <1 85 1

E07-612 12 <0.5 70 58 490 <1 14 <1 56 1

E07-1113 7 1.3 2M 45 240 <1 69 <1 16 <1 E07-1114 10 <0.5 55 41 110 <1 11 <1 10 <1 E07-1115 <5 <0.5 28 46 60 <1 5 <1 33 <1 E07-1116 <5 <0.5 105 63 110 <1 23 <1 54 <1 E07-1117 <5 <0.5 44 44 30 <1 9 <1 41 <1 E07-1118 <5 <0.5 43 54 50 <1 8 <1 46 <1 E07-1119 <5 <0.5 31 38 50 <1 5 <1 121 <1 E07-1120 <5 8.8 646 67 150 <1 177 <1 148 <1 E07-1121 <5 0.6 2300 18 70 <1 538 <1 115 <1 E07-1122 <5 22.5 822 110 390 1 193 <1 278 1 E07-1123 <5 4.2 611 95 350 <1 130 <1 210 <1 E07-1124 <5 <0.5 135 94 80 <1 28 <1 50 <1 E07-1125 <5 <0.5 71 100 60 <1 14 <1 23 <1 E07-1126 <5 <0.5 43 24 50 <1 8 <1 32 <1 E07-1127 21 <0.5 74 60 90 <1 16 <1 25 <1 E07-1128 14 1.5 177 99 610 <1 41 <1 65 <1 E07-1129 <5 <0.5 151 58 210 <1 33 <1 28 <1 E07-1130 8 2.2 451 150 780 <1 103 <1 100 1 E07-1131 22 3.6 337 259 1030 <1 92 <1 141 <1 E07-613 8 <0.5 101 265 170 <1 24 <1 67 <1 E07-614 <5 0.6 159 506 420 <1 34 <1 143 <1 E07-615 <5 1.5 275 254 230 <1 64 <1 96 <1 E07-616 <5 1.0 159 354 270 <1 36 <1 124 <1 E07-617 <5 2.9 261 293 270 <1 64 <1 149 <1 E07-618 <5 <0.5 217 168 100 c1 48 <1 52 <1



rrYr./ r. Op On.., psbw ei.rr a. r...r....e)

of 16

Element Method DettJm. Unlls

Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-619 <5 0.6 312 269 160 <1 76 <1 64 <1

E07ô20 6 2.1 317 115 70 <1 83 <1 41 <t

E07ô21 <5 1.9 148 72 60 <1 37 <1 53 <1

E07-622 <5 <0.5 25 83 80 <1 5 <1 16 <1

E07-623 <5 1.8 143 123 150 <1 32 <1 50 <1

E07-624 <5 <0.5 128 74 120 <1 29 <1 91 <1

E07-625 <5 <0.5 85 140 60 <1 20 <1 38 <1

E07-626 <5 1.4 370 272 310 <1 92 <1 54 <1

E07-627 <5 <0.5 358 31 70 <1 73 <1 105 <1

E07-628 <5 <0.5 151 108 80 <1 35 <1 46 <1

E07-629 <5 <0.5 58 52 90 <1 12 <1 26 <1

E07-630 <5 0.8 118 28 120 <1 28 <1 153 <1

E07-631 <5 <0.5 22 75 70 <1 4 <1 44 <1

E07-632 <5 2.3 140 103 80 <1 34 <1 113 <1

E07-633 <5 <0.5 229 129 340 <1 49 <1 119 <1

E07-634 7 <0.5 20 181 40 <1 4 <1 11 <1

E07-635 <5 <0.5 100 111 80 <1 23 <1 14 <1

E07-636 <5 <0.5 105 224 140 <1 25 <1 56 <1

E07-637 <5 <0.5 33 99 60 <1 7 <1 32 <1

E07-638 <5 <0.5 111 101 80 <1 23 <1 32 <1 E07ô39 <5 3.3 172 175 520 <1 39 <1 166 <1 E07ô40 <5 25.3 358 177 230 <1 94 <1 232 <1 E07-641 <5 17.5 361 171 440 <1 84 <1 199 <1 E07-642 <5 8.5 319 213 340 <1 75 <1 215 <1 E07-1132 <5 <0.5 60 148 90 <1 11 <1 8 <1 E07-1133 <5 1.1 118 61 30 <1 27 <1 19 <1 E07-1134 <5 0.6 142 121 130 <1 34 <1 60 <1 E07-1135 <5 <0.5 45 252 180 <1 10 <1 109 <1 E07-1136 <5 <0.5 59 96 50 <1 12 <1 56 <1 E07-1137 <5 0.5 103 203 80 <1 24 <1 52 <1 E07-1138 <5 0.6 198 100 60 <1 45 <1 44 <1 E07-1139 <5 2.0 377 138 120 <1 100 <1 49 <1 E07-1140 <5 <0.5 86 176 90 <1 19 <1 68 <1 E07-1141 6 <0.5 27 118 50 <1 5 <1 9 <1 E07-1142 7 2.4 189 383 690 <1 49 <1 62 1 E07-1143 <5 <0.5 62 92 90 <1 12 <1 22 <1 E07-1144 <5 <0.5 37 50 150 <1 8 <1 44 <1 E07-1145 <5 <0.5 97 75 50 <1 21 <1 33 <1 E07-1146 <5 <0.5 48 41 40 <1 10 <1 22 <1 E07-1147 <5 <0.5 112 69 100 <1 24 <1 38 <1 E07-1148 <5 <0.5 91 75 80 <1 19 <1 23 <1 E07-1149 <5 <0.5 56 60 30 <1 11 <1 50 <1 E07-1150 <5 2.8 497 143 240 <1 121 <1 86 <1 E07-1151 <5 <0.5 25 27 40 <1 5 <1 22 <1 E07-1152 23 1.2 58 485 730 <1 12 <1 72 3 E07-1153 <5 <0.5 35 58 50 <1 7 <1 15 <1 E07-1154 <5 <0.5 24 57 60 <1 4 <1 21 <1 E07-1155 <5 <0.5 54 104 60 <1 10 <1 27 <1



w.rmr al Sr SOI oemp ta.aw airr• r a...rv..)

of 16


Mo MMI-M5

5 PPB

Nb MMI-M5

0.5 PPB

Nd MMI-M5

1 PPB

Ni MMI-M5

5 PPB

Pb MMI-M5

10 PPB

Pd MMI-M5

1 PPB

Pr MMI-M5

1 PPB

Pt MMI-M5

1 PPB

Rb MMI-M5

5 PPB

Sb MMI-M5

1 PPB

E07-1156 <5 18.8 427 189 300 <1 109 <1 179 <1

E07-1157 <5 6.3 20 170 20 <1 6 <1 280 <1

E07-1158 <5 1.3 5 23 20 <1 1 <1 34 <1

E07-1159 <5 0.7 349 169 400 <1 73 <1 108 <1

E07-1160 <5 6.4 253 146 480 <1 60 <1 178 <1

'Dup E07-231 29 3.5 507 174 1060 <1 130 <1 129 1

'Dup E07-243 <5 <0.5 156 95 70 <1 32 <1 56 <1

'Dup E07-1114 12 <0.5 42 45 150 <1 8 <1 10 <1

'Dup E07-1126 <5 <0.5 18 20 50 <1 3 <1 29 <1

'Dup E07.619 <5 <0.5 182 213 120 <1 41 <1 47 <1

'Dup E07-631 5 <0.5 23 70 80 <1 4 <1 40 <1

'Dup E07-1132 9 <0.5 23 209 90 <1 4 <1 12 <1

'Dup E07-1144 <5 <0.5 14 38 100 <1 3 <1 38 <1

`Dup E07-1156 <5 14.8 386 180 310 <1 93 <1 147 <1

'Std MMISRMI4 34 <0.5 16 292 140 43 4 <1 269 1

'Std MMISRMI4 34 <0.5 15 303 150 43 4 <1 270 1

*Std MMISRMI4 35 <0.5 17 311 150 43 4 <1 272 1

'Blk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1 'Bik BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <t

'Blk BLANK <5 <0.5 <1 <5 <10 <1 <1 <1 <5 <1



wwher.t in ■ar/ grump rHc+fli Oicini dc r..Yo.t

of 16


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te Th MMI-M5MMI-M5

10 0.5

PPB PPB

Ti MMI-M5

3 PPB

11 MMI-M5

0.5 PPB

E07-231 34 84 <1 2660 <1 13 <10 153 73 0.7

E07-232 16 59 <1 2260 <1 8 <10 126 83 0.7

E07-233 63 93 <1 1700 <1 12 <10 155 801 0.6

E07-234 38 60 <1 2200 <1 9 <10 55.2 36 <0.5

E07-235 28 36 <1 1240 <1 5 <10 55.8 71 <0.5

E07-236 8 12 <1 3770 <1 3 <10 8.4 5 <0.5

E07-237 13 47 <1 3450 <1 8 <10 75.6 24 <0.5

E07-238 9 44 <1 3290 <1 8 <10 32.1 14 0.6

E07-239 7 13 <1 5180 <1 3 <10 6.8 <3 <0.5

E07-240 16 49 <1 1920 <1 8 <10 54.6 29 <0.5

E07-241 15 63 <1 1070 <1 9 <10 89.0 29 <0.5

E07-242 7 36 <1 1800 <1 9 <10 15.9 5 <0.5

E07-243 15 94 <1 2040 <1 18 <10 21.6 7 <0.5

E07-244 28 121 <1 1640 <1 17 <10 157 20 <0.5

E07-245 8 17 <1 1940 <1 4 <10 10.6 5 <0.5

E07-246 8 21 <11310 <1 4 <10 9.3 9 <0.5

E07-247 5 13 <1 1660 <1 3 <10 3.8 6 <0.5

E07-248 10 45 <1 6440 <1 7 <10 63.4 23 <0.5

E07-608 10 40 <1 6830 <1 6 <10 56.1 20 <0.5

E07-609 <5 12 <1 3590 <1 2 <10 7.3 5 <0.5 E07-610 15 59 <1 3850 <1 8 <10 83.9 348 <0.5 E07-611 24 55 <1 2200 <1 8 <10 49.5 145 <0.5 E07-612 <5 16 <1 4920 <1 3 <10 17.4 12 <0.5 E07-1113 5 45 <1 2890 <1 6 <10 76.3 16 <0.5 E07-1114 <5 14 <1 1190 <1 2 <10 12.0 15 <0.5 E07-1115 <5 9 <1 1510 <1 2 <10 3.4 5 <0.5 E07-1116 8 27 <1 1290 <1 5 <10 19.6 7 <0.5 E07-1117 <5 11 <1 550 <1 1 <10 3.9 12 <0.5 E07-1118 <5 11 <1 590 <1 2 <10 8.7 13 <0.5 E07-1119 <5 10 <1 700 <1 2 <10 3.6 7 0.5 E07-1120 48 111 <1 230 <1 13 <10 75.8 1410 0.8 E07-1121 86 449 <1 1110 <1 57 <10 43.4 74 0.8 E07-1122 118 161 7 310 1 23 <10 181 4850 1.1 E07-1123 122 141 <1 800 <1 25 <10 101 823 0.7 E07-1124 8 40 <1 1920 <1 10 <10 10.1 <3 <0.5 E07-1125 7 18 <1 1180 <1 3 <10 20.6 16 <0.5 E07-1126 7 14 <1 3080 <1 3 <10 5.8 <3 <0.5 E07-1127 <5 15 <1 5060 <1 2 <10 12.6 7 <0.5 E07-1128 10 37 <1 2860 <1 7 <10 61.1 19 <0.5 E07-1129 <5 31 <1 3300 <1 5 <10 33.9 6 <0.5 E07-1130 22 90 <1 2460 <1 14 <10 129 77 <0.5 E07-1131 68 57 <1 2000 <1 8 <10 86.8 151 0.8 E07-613 15 23 <1 1960 <1 4 <10 12.3 16 <0.5 E07-614 33 41 1 960 <1 11 <10 38.0 33 <0.5 E07-615 43 61 <1 870 <1 10 <10 50.8 149 <0.5 E07-616 32 38 <1 1190 <1 9 <10 27.2 58 <0.5 E07-617 74 54 <1 880 <1 9 <10 134 320 <0.5 E07-618 14 56 <1 1900 <1 12 <10 22.1 5 <0.5



w..r.r r ew sas ea.. (s.nuee ne.r.r r eti..ert..ee)

of 16

Element Method Det.Um. Units

Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-619 23 66 <1 1420 <1 12 <10 40.3 20 <0.5

E07520 36 51 <1 1190 <1 6 <10 77.1 277 <0.5

E07521 16 25 <1 1320 <1 3 <10 50.4 137 <0.5

E0T-622 <5 8 <1 1040 <1 1 <10 6.6 11 <0.5

E07523 7 30 <1 1360 <1 5 <10 37.4 225 <0.5

E07-624 8 30 <1 720 <1 5 <10 30.4 19 <0.5

E07525 6 18 <1 1020 <1 3 <10 23.3 e <0.5

E07-626 38 72 <1 1000 <1 13 <70 55.3 112 <0.5

E07-627 18 83 <1 700 <1 11 <10 23.3 11 0.6

E07528 11 35 <1 1050 <1 6 <10 15.7 13 <0.5

E07529 <5 16 <1 1230 <1 3 <10 11.3 <3 <0.5

E07-630 20 26 <7 390 <1 4 <10 13.8 85 <0.5

E07-631 <5 7 <1 1290 <1 1 <10 5.3 7 <0.5

E07532 12 28 <1 700 <1 4 <10 31.6 91 <0.5

E07533 55 64 <1 1170 <1 14 <10 49.2 20 <0.5

E07-634 <5 6 <1 8540 <1 2 <10 4.8 <3 <0.5

E07535 7 21 <1 1250 <1 4 <10 20.8 11 <0.5

E07536 13 24 <1 1650 <1 5 <10 14.2 5 <0.5

E07537 6 11 <1 2100 <1 3 <10 5.4 <3 <0.5

E07-638 6 26 <1 1760 <1 5 <10 16.5 7 <0.5

E07539 34 39 <1 520 <1 7 <10 58.1 868 <0.5

E07-640 99 63 3 180 2 7 <10 146 5550 1.0

E07-641 99 73 <1 400 <1 11 <10 147 3900 0.5

E07542 56 62 <1 400 <1 10 <10 65.6 1970 <0.5

E07-1132 <5 19 <1 1720 <1 4 <10 5.1 11 <0.5

E07-1133 7 23 <1 1100 <1 3 <10 32.3 168 <0.5

E07-1134 14 31 <1 1260 <1 6 <10 22.1 22 <0.5 E07-1135 11 11 <1 1020 <1 3 <10 11.1 22 <0.5

E07-1136 6 17 <1 1620 <1 4 <10 12.0 <3 <0.5 E07-1137 7 24 <1 1210 <1 4 <10 20.6 82 <0.5 E07-1138 12 42 <1 1140 <1 6 <10 37.8 83 <0.5 E07-1139 27 62 <1 1000 <1 10 <10 51.4 255 <0.5 E07-1140 9 24 <1 1450 <1 6 <10 12.6 5 <0.5 E07-1141 <5 7 <1 1550 <1 1 <10 6.9 9 <0.5 E07-1142 24 34 <1 1450 <1 6 <10 33.4 48 <0.5 E07-1143 5 16 <1 1290 <1 3 <10 11.2 9 <0.5 E07-1144 <5 9 <1 1040 <1 2 <10 10.7 3 <0.5 E07-1145 7 21 4 690 <1 3 <10 16.4 16 <0.5 E07-1146 <5 11 <1 1100 <1 2 <10 6.0 7 <0.5 E07-1147 7 26 <1 940 <1 5 <10 18.4 10 <0.5 E07-1148 6 25 <1 1850 <1 5 <10 12.5 4 <0.5 E07-1149 5 14 <1 1500 <1 2 <10 7.4 10 <0.5 E07-1150 28 100 <1 780 <1 14 <10 126 277 <0.5 E07-1151 <5 7 <1 610 <1 1 <10 2.8 9 <0.5 E07-1152 <5 13 <1 3130 <1 2 <10 14.6 10 <0.5 E07-1153 <5 9 <1 2030 <1 2 <10 5.7 6 <0.5 E07-1154 <5 7 <7 1900 <1 2 <10 3.3 11 <0.5 E07-1155 5 18 <1 1700 <1 5 <10 4.7 <3 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 4455755 f(416) 4454152 www.sos.ca

limier of r aes °.op nasefibY 46

of 16


Sc MMI-M5

5 PPB

Sm MMI-M5

1 PPB

Sn MMI-M5

1 PPB

Sr MMI-M5

10 PPB

Ta MMI-M5

1 PPB

Tb MMI-M5

1 PPB

Te MMI-M5

10 PPB

Th MMI-M5

0.5 PPB

Ti MMI-M5

3 PPB

TI MMI-M5

0.5 PPB

E07-1156 87 79 2 240 1 10 <10 131 4640 0.7

E07-1157 30 4 <1 180 <1 <1 <10 30.9 1710 <0.5

E07-1158 <5 <1 1 <10 <1 <1 <10 5.3 341 <0.5

E07-1159 61 81 <1 800 <1 18 <10 39.8 64 <0.5

E07-1160 52 48 <1 630 <1 8 <10 92.8 1380 <0.5

'Dup E07-231 31 91 <1 2270 <1 13 <10 173 115 0.6

'Dup E07-243 10 50 <1 1940 <1 15 <10 18.4 <3 <0.5

'Dup E07-1114 <5 11 <1 1290 <1 2 <10 10.2 6 <0.5

`Dup E07-1128 <5 7 <1 2930 <7 2 <10 2.3 <3 <0.5

'Dup E07-619 11 43 <7 1490 <1 8 <10 28.7 18 <0.5

'Dup E07-631 <5 7 <1 1330 <1 1 <10 5.8 8 <0.5

`Dup E07-1132 5 9 <1 1640 <1 2 <10 3.2 <3 <0.5

'Dup E07-1144 <5 5 <1 1150 <1 2 <10 7.9 <3 <0.5

'Dup E07-1156 68 75 1 250 <1 10 <10 129 3580 <0.5

*Std MMISRMI4 9 5 <1 510 <1 <1 <10 19.7 <3 <0.5

`Std MMISRMI4 9 5 <1 490 <1 <1 <10 20.4 <3 <0.5

'Std MMISRMI4 8 5 <1 500 <1 <1 <10 20.9 <3 <0.5

'Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5

'Blk BLANK <5 <1 <1 <10 <1 <i <10 <0.5 <3 <0.5

'Blk BLANK <5 <1 <1 <10 <1 <1 <10 <0.5 <3 <0.5


SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M38 2M3 t(416) 4455755 1(416) 445-4152 www.sgs.ca

r..r...r ir. ass Ba..p p.süei rim r r...ar..•I

of 16


U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-231 69 <1 335 37 480 121

E07-232 25 <1 198 19 230 95

E07-233 74 <1 310 31 340 236

E07-234 113 <1 260 30 530 76

E07-235 32 <1 137 14 290 71

E07-236 13 <1 96 10 570 8

E07-237 96 <1 222 25 300 65

E07-238 108 <1 206 24 190 41

E07-239 41 <1 99 13 590 6

E07-240 29 <1 232 27 440 51

E07-241 21 <1 230 23 310 66

E07-242 6 <1 311 30 560 13

E07-243 20 <1 538 56 790 20

E07-244 43 <1 453 48 350 101

E07-245 17 <1 106 12 370 12

E07-246 6 <1 107 9 150 19

E07-247 4 <1 94 7 350 12

E07-248 60 <1 174 18 210 48

E07-608 72 <1 171 19 340 43

E07-609 8 <1 66 7 100 21

E07-610 172 <1 185 15 160 96

E07-611 95 2 206 20 460 66

E07-612 21 <1 82 9 620 27

E07-1113 9 <1 151 14 90 64

E07-1114 12 <1 65 5 60 23

E07-1115 10 <1 56 5 200 9

E07-1116 9 <1 120 13 190 19

E07-1117 4 <1 38 2 80 24

E07-1118 6 <1 40 3 90 27

E07-1119 2 <1 47 3 110 20

E07-1120 8 <1 265 18 530 109

E07-1121 16 <1 1370 79 110 49

E07-1122 18 2 524 39 720 306

E07-1123 18 <1 742 63 970 132

E07-1124 10 <1 308 29 390 9

E07-1125 10 <1 82 6 250 30

E07-1126 21 <1 98 12 440 <5

E07-1127 8 <1 74 7 110 20

E07-1128 23 <1 181 22 240 49

E07-1129 17 <1 141 13 130 30

E07-1130 32 <1 349 36 250 110

E07-1131 91 <1 246 34 380 132

E07-613 6 <1 103 11 980 22

E07-614 25 <1 423 40 1210 41

E07-615 55 <1 246 23 850 83

E07-616 30 <1 355 34 1050 44

E07-617 69 <1 255 32 1330 167

E07-618 19 <1 312 34 780 16



limber MY •Y Snoop r•«r... ea.wore •e 111•wl•s4

of 16

Element Method (*t.Lim. Units

U MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-619 23 <1 316 38 890 39

E07-620 25 <1 159 16 330 97

E07-621 26 <1 67 7 210 61

E07-622 1 <1 36 3 170 25

E07-623 8 <1 121 12 250 49

E07-624 23 <1 119 11 710 29

E07-625 17 <1 97 12 490 15

E07-626 22 <1 355 48 970 70

E07-627 6 <1 249 16 60 31

E07-628 21 <1 183 18 500 16

E07-629 4 <1 103 12 480 10

E07-630 7 <1 91 6 20 31

E07-631 4 <1 41 4 210 19

E07-632 17 <1 90 7 310 54

E07-633 15 <1 423 55 1100 37

E07-634 37 <1 44 7 290 <5

E07-635 4 <1 87 9 290 27

E07-636 15 <1 142 21 710 11

E07-637 5 <1 87 11 490 <5

E07-638 4 <1 127 12 390 18

E07-639 8 <1 223 18 860 64

E07-640 9 1 129 11 550 300

E07-641 20 2 262 22 980 259

E07-642 6 <1 252 16 700 128

E07-1132 4 <1 84 7 70 13

E07-1133 8 <1 74 6 240 41

E07-1134 13 <1 168 21 550 31

E07-1135 9 <1 166 19 960 12

E07-1136 14 <1 97 11 500 7 E07-1137 13 <1 92 9 310 24 E07-1138 18 <1 139 11 420 41 E07-1139 7 <1 275 43 290 65 E07-1140 3 <1 157 21 750 9 E07-1141 5 <1 37 3 120 21 E07-1142 236 <1 162 25 440 40 E07-1143 7 <1 71 6 210 23 E07-1144 7 <1 53 8 100 13 E07-1145 24 <1 95 7 120 32 E07-1146 15 <1 56 4 190 15 E07-1147 8 <1 129 14 310 19 E07-1148 8 <1 133 13 580 7 E07-1149 5 <1 55 4 230 21 E07-1150 39 <1 317 29 410 99 E07-1151 <1 <1 28 2 130 23 E07-1152 85 <1 71 8 180 26 E07-1153 5 <1 51 5 330 13 E07-1154 9 <1 47 5 160 19 E07-1155 3 <1 158 20 550 <5



r.rar r w sn ri..r rsaeww ebsie.ra+aoaar.a.)

of 16

Element Method Detum. Units

u MMI-M5

1 PPB

W MMI-M5

1 PPB

Y MMI-M5

5 PPB

Yb MMI-M5

1 PPB

Zn MMI-M5

20 PPB

Zr MMI-M5

5 PPB

E07-1156 10 1 218 17 400 226

E07-1157 4 <1 18 3 250 73

E07-1158 <1 <1 5 <1 150 30

E07-1159 13 <1 582 56 820 40

E07-1160 8 <1 200 15 990 152

*Dup E07-231 65 <1 316 33 290 137

*Dup E07-243 14 <1 427 62 770 <5

*Dup E07-1114 10 <1 59 6 <20 18

*Dup E07-1126 17 <1 66 10 290 <5

*Dup E07-619 15 <1 215 22 560 24

*Dup E07-631 4 <1 41 4 170 17

*Dup E07-1132 4 <1 60 8 110 <5

*Dup E07-1144 4 <1 45 8 120 <5

'Dup E07-1156 10 <1 235 18 400 207

`Shi MMISRM14 37 <1 11 <1 340 12

*Std MMISRM14 39 <1 11 <1 260 14

'Std MMISRM14 39 <1 11 <1 270 13

•Blk BLANK <1 <1 <5 <1 <20 <5

'Bik BLANK <1 <1 <5 <1 <20 <5

aBlk BLANK <1 <1 <5 <1 <20 <5



r..r...e r Slid o... ts.e+ar eri.a,e d. s...••••..)

/ i f /

////

1120080

:1980 _ _

•1600

~▪ 1590 ~ -r,7/0'

1370

1750

'•2200 •2660

If80

W4 . 1420 •/940 • 340

v f6 •1780 1410

2390

1120088

1120089 99257

70

\ I I •2:10

:}80 •1120 •1640 : 340

950 •1660 / 980

.2820 ' •1650 ' •2120 •2470 •2950 •1150 •2660 •2110 •2280 •2080

i •1100

4,99 ?1600

.7350

1120092 1 1 1 1_ 11200931 1 J.

1 1 1 - 1 1 1 1 1 1. w

1 y 1 1 N 1 4. 1 y y 1 1 1.

:'I l;

1 `.I0 . 1

///~~e///~~~ ,. 1

O

1T->--

\1

111 metres

- 1 1 1 1 1 -

4. 1

1

LEGEND

Ba Contours (200ppb) Interpreted Geology

4401 - 7500ppb Be Sheer Zone

2801 -4400 Diorite-Syenite?

2101 - 2000 Graphitic, sulphide-bearing Greywcke/Tof

1501 - 2100 Iron Formation

100- 1500 Sulphide Iron Formation

Ba Value (ppb) Inteomeofate to Marc Volcanics

Drill Hole (Soquem)

Road

Lako,Rlver

Swamp

F-1 Claim Boundary

~

UTM Zone 17, NAD83 6111000 e114600 6121000 6121500 6134000

81349

1120086

•1110 •2470 /

.1,10 IlU90 1 I Yj 13Q0 I170

•1130 1010 •/630 ~ 070 ,/~,, •1190 1510 63710 •1880 r- 15J0 ' ~u9 •2200 ~~/000 970 •265

• 3100 •2170

10 ~~~ •2620 .

01500 q11710

21190..~ IfJÎ100Y

•1730 •/880 L_~~~ ~~

•70l0~2.~ i 2970 3000 ~JÎ70

/>1380

/ / .3310

?11 Û S5110 3010

'/2240 •30/0 6110 •1690

••3810 •7810

7120 •3010 *ma

,s3170 ~69J0

\\ ` 1200

l

• , /0 T;Sù

,Qt710 20'10 ~620

?i3,0

1120091'

////// . i'/1120087'

1 1 I'r 111 1

1 1.

J. I 1

7f60 O/

iii0 1120081 o ~

•3110 o ~y-

a~§ •2270 . (! 1260 •2140 \ ~~ • I70 •1570 Tp10 •1440

1310 •1990 •1030 •2270 •4010 •3920 *1420 .1810 •2170 .1610 •2710 .1790 •32800 •1610

•2430 6 1630 •2980 •1870 2880 2370 •33.0~ 1720 •4940 j

///``

n70 •36101 ./,,~

l

*1aso 70 •1710 15100 •~~650 •1770

•1750 >♦1_ J0 v

l

a0 •1550

•7/SO •1750

v170 • -2u 1440

9/ •N5o 2510

2070 2810

';4Î19 .- 1850

680 260

V20 560

1720 Î130 .1800

2010 ~~030 .910

I830 2330 2050 1500 .1.70 0270 •1670 2100 •1180 ...1470 CVI10

vlaw 1630 1210 •If08

Gs~0

~1J30 •75IÔ

rl 1f0 . •/160!.

/ 0 1/,0~60 9/JJ0„ 16,0 •828 O9\ JO •1061 ( 0016l0Jpa~=7~

.16itl •1J30 v 40 793

II fao0 ` •/560 •tngo

•1910 •2470

n>t~uo0 1340 G\,,,D •2080~

20 •

2320 1830

145a ]!0 . I. . ~ •6/SO J$50

.141.! 1 •TJ o- ~ •7300 •1 i 1 .. •2/90 ' .1090 •7550 03)

` •1120 1!70 .,97, •1lQO •ÎÎ6700 •lI30 •1770 ~., y 1 ~ .. - 11.T 1~\

' _i117I 1 ti 23 V ~ ~fJ10

~ ( Tl • \ ,

~ I I \J \ 1 1

•1380 1290

~I280 ~s2!!0

so

4 00 00

•1160 •1870 •1800

•1740 750

• 1350 •17401, 41310

•1738I IF

•1100 • ,320 .1640

•2050

1~0082

OO 'CI

~1640 .1700 ~00

080

~~!1" -7~~,~)070 '~~~1INO . ➢90

1510 •1720 . ...

(:)5I

3•IP``

00pp /870 •1700 - 1410 '2050

v18W •~ 0 . . ,

MO '1480 .1340 01370-17f 70 ---L750 ~

1790 /~ /

•`390 l~70~/ _

.16J0 •1 G=1170 1360 11110

•1690 SO,t~~ 1170 •2/10 ~% •1690~.g160 81390 •1S10 73970 \ c

•1690 •2180 ~~ •ZI{01 !1(A Vp •1850 !1710

"1160 •2180 •9320

01170

•211~~ '1960, !u30" •4450

1 1

*LSO 1 - 1\1 J. 1 J. 1 1 1 1

1 1 1 1 - 1 1 1 1 1 1 1 1 L 1 1 1

180

i v~_.2410

1120083

1 71

• 2010

•1614)

•3390

1 1 1

1

1030 ~ 2010

1350

18 j0(4e30 1930 _1130

•1020 1190

~ 80

1

,1120098

1120094

J

Is76✓

Rivière Turgeon

f300~ 1390

•1360 •1210

9924

1

•2/50 \ •1~00

J.

. 3190 L.N.R •1470

•2030 1310

•1490 •L.NR •2640

10 •2030 •2460 •2960 •3290 •2/40 •2270 •2480 •2810 •3330 •1070 •3590 •1580

14500 .3(Q0

•2240 •2410 •3020 •2940

C9/0 '1759 •1610, •2130 •2l030

STRATABOUND MINERALS INC.

ENJA PROJECT, QUEBEC

MMI GEOCHEMISTRY

BARIUM

NTS 32E/13 IL 32E/14 BCS January, 2008

612.000 UTM Zone 17, NAD83 612500

1120088

UTM Zone 17, NAD83 8111000 611 6121000 8121500 8131000

•10

1

J. J.

C

1 1 1 1 N 1 � 1 1 1 1 J. J.

1 J.

metres

1120085

• J0 •7

1120080 •97 • IJ

4116,

•11~ ~ 1

~

Alk'nik**; \•2 r 1120081 °, j ~ 1~

•a~ •7. •a •S

•:6 • It •6 • I0 •N w

" X V •S,

/•: • y •+1

/ / 4t

~ •rv

i_

• J ~ r i ~

J. 1

• IJ • 3

•6 • 5

•1 •N •J .,

• /0 e2

.{

v ` • J : I ss ey

1 e7J •7

~

•6 . --~a~ ' •/0

• I6

. •6 •10 ‘\ •11 •_t ~ Qa "

1120086

, • ,a ., •J5 .17 •6

!P .Je 6

/ /71120087 /f /

I\ ~ 1120089

1120098'\~~ ~ 2246

.,a

99251

•J7 .,.

C•IJ I

~ •IaM~ • Ir • ï6 \ •6

• Ifi

•IJ

~

8 t~

99257

~

~ ~

J. Rivière Turgeon

1 J. _ih", ~~ ~

a1 C 0'/~\Ji .. ~ ~: --~% ir `

1 11200911 1 J. J. J. J.

99243 1 1 1 1

J. A. 1 11120094

4.

J. A. 1 1 1 ' 81349

1 1 J. .. 1 1 J. J. J. J.

J. 1 1 J. 11200931 J. J. J.

1 A. A. _ 1 J. J. J. 1 1

120092 1



MMI GEOCHEMISTRY

CADMIUM

MTS 32EM3 a 32E/14 BCS January, 2008

LEGEND

Drill Hole (Soquem) Cd Contours (2ppb) Interpreted Geology

Road 33 - 102ppb Cd Shear Zone

23 - 32 Dante-Syenite? Lake/River

15-22 Grephlta, sulphide-bearing Greywcke/TLO Swamp

7 - 14 Iron Formetkm

C

Claim Boundary 2 • 6 Sulphide Iron Formation

Cd value (ppb) Intermedete to Matic Volcanica

on, OII SW

7

812.1000

UTM Zone 17, NAD83

8121,500

1

1

6121000 UTM Zone 17, NAD83

1

Y

811,000 8111500 812,000 812,500 813,000 UTM Zone 17, NAD83

~/ , 1120087 1 1120086

99257

LN G1~ : 73 •61 1. J.

%~i1 ~ dd , 1120082 39

N _ iv~~~c 9 \\~'~~7e\ - ~ 7 \ 7 f .,.~•~ 9 • I j~

~~ ~ .o ►V<7~ .~;6

r

~~1 1 ~~ÿf> ~ ~~` ~, k~ ~ ~ry ~`

k/lt .~~~,17~,=/~_~•\({j'1 J~~ 1

\

77 •90 *112 ~ 119

77 •/36

eq7 •172

•109

1

~

_ •n 1 1 1 1 1 1

1 1 1 1 ) 1120094

1 1 1

Rivière Turgeon

asz~_

IPS I

~r

J. 1

I

1120098

1

1 ,.~ riavl

Î(e

• 22

1

1

81349 a 1120091

~L true •IJ? 7e ~~ IIŸ~ 1s9

~3

1120083

• "~1 r~►

~ ~

~1C-4

~. !,

r ~ l ' ~ -- !~✓J `..

~

99250



MMI GEOCHEMISTRY

COBALT

NTS 32E/13 8 32E/14 BCS January, 2008

1120092

I. J. 1 J. 1 1 J.

~ 1 1 J. J. J. J.

.L 1 1 1 1 1 1

612 500

J.

~)) ~ .‘" •31

~

181 •730

~en

1120080

1

1120088

1120089

LEGEND

Drill Hole (Soquem) Co Con.00.0 10)rpl) Interpreted Geology

Road ~— 241-!!00,00 Co Sheer Zane

101.210 Diorite-Syenite7 Leke/River

101. 100 Graphitic, sulphide-bearing Grey oka/TtdT

Swamp 51 -100 Iron Formation

Claim Boundary - 0.00 Sulphide Iron Formation

Co Value (ppb) Intermediate to Mark Volcarucs

.wru

101 100 200

metres

i J. J. J.

J. 1 1 J.

1 L J. J.

1 J. 1 N J.

a 1 J. J. 1

1 11200931

v

UTM Zone 17, NAD83 612.000 6126500 13136000 811 6500 6116000

• 9110

• 7790

U7M Zone 17, NAD83

612.500

/ 1120086 , 1120087

1120088

1120083

1120089 99257

99243



MMI GEOCHEMISTRY

COPPER


'/ /// //

i

1120085

1120080

~ 1 ., ~580 .. •N10 •5170

, .iIJJ •%S îa0 {•7J9. JO . tp ' SI90 ~ C\~R ~_. U ~ • SAIO "!é'0 ~ •1080 Î0 0 1~ gflo

•

1~1 \ •f~1° —9 •1720 ~~e600 •1/50 •1510 69U

• 3160 •2160 - a9J0 •1010

,f1isU wm t eo ~ •

~~

`+ioo +f.tru ~ e6o

(,..,:.:2,123.0 f~ ' 700~ iam ' -1l ,

•2320 ~10000 !i 6;,,,,0 ~ I 1 '

• 789U Iy~p a10100 I,~ l.~ !0 ~ 1

....-4,-,--, • i510 4060 :1/f0 / id0 1 !0 8 10 .`la1 `.il

~lll1~~ r1i ~ •6960 960 f I!a/ ' .~0 7•• G70 ~ Q ~ I.I . ~, . •~00 •1150 •153p //310__ 770)p~ 10i0 ~ Q{

7d0 ~~Q{° l.: ÿ~ , 6J .tU

00570 •1710(/ \ •10 •~ / III 70\ 7

~

170 •6700 0J ô •91JU

1100

.8770 -L. !(350 ~5Q0~ •160 a?1~31 QV) If/ ,~0 •

!d0 i • 0 /(D ll6U s !6

• o

~ 1750

7 ~~ ~~~ 197 l640 , 0 1660~ •S40 1640 ▪ dd0

~:lll0 f Ili~/0 !0 /-\el0 •122;00 •2496/ • d0 0—'C:--_

7f0' I6p, 0 330 •1810 770 !..' >b ! . .. ~ . 1 ~6J2° _ 7770

•,,1'~,, ,~ •2710 4720 - Rat6° 0 4290 ' 11~0 ~ i0 I •16l0 •7d50 ,T

f0 C 3a ~/9tl N0 B// ôl . . 9170 .60 •f9s0

)r7a P` d94 ' s ÔO •50

•341040

♦ 1f70 •

1~

•6I70,

~ a

~ a ° ..,, 7~~'

d560 °

20 660 M0 V66p ••/apJp~ . . ~ , •610 670 .. •„40 9 •550 ~° ciAQO ' \ l•'72g1 ~ 630 .900

IId 510 /i150 f310 766 ~Y 0_~ ~•!•~

~~ L\ ~970 100 e1e

• 670 \~~7760 ~Ti►

C IIO 16f0 •FQ \~100 •' y,

\\ 1 1~' ~~~~ H ♦3 0 ~~i ~ n30

_~ G336 6 . - 700

•3050

•S1'0 7390

_ J900 •110

71150 .360 •130 '

~

•310 •1850

9 •77)

.7160 •580

• 7150 •790 ~ 117 ~

6610

5480 2920 2980 6100 1120081

1120091 1 1 .

J7]7R °/\ S6o 3`•Q~iO ~f/30 0

~90J9 .~ 9f

(~i6 ran

-,1`~~ 17W~1i •JIU 1120 •870 40 •960

•2610 150 ~6

640

"r3630 !4030 '3220

V3O30

170

.1130 5260

3160

e 40

~670

7!Ja?440. ' 2840

940 •/J70:\

612500

1 (i

1 1 1 J. I. 1 1 1 1 1 A.

l l i l 1 11200931 1 J.

1 1 1 1 4. 1 1 J. 1 1

6IV

• 5120 •2110 •5600

• 7010 s6!°

190

• 4060

• 586),

1120092

• 2 560

• 5296

011000

• SS'0

*4350

A-

1 1 1 1 1

J.

1 100 200 ~~ 1

metres

I

1

LEGEND

Drill Hole (Soquem)

Road

Lake/River

Swamp

Claim Boundary

6801-12800

4401-6800

2801-4400

1201 - 2800

0 - 1200

Cu Value (ppb)

Shear Zone

Diorite-Syerste7

Graphitic, sulphide-bearing GreywckeRiel

Iron Formation

Sulphide Iron Formation

Intermediate to Mono Volcanics

Cu Contours (200ppb) Interpreted Geology

c i i,uuu 011, V.1

,,4` 9690 V 910 ^.110 .770 J 580~~~ • J00 . 1 •:160 •1010 i , .-. L J.

c,0 13401 4121 ,

21 a70

•7130

• 5090 +/ 90

•L., >_ 4110

ai •40.1 •04 1•zR

UTM Zone 17, NAD83 8111000

1120086

8114800 8 21000 8121500 8131000

1120088

1120089 9923•

i/ i/~f/

✓////

1120085

LEGEND

Road

Lake/River

Swamp

Clam Boundary

-i Drill Hole (Soquem) Au Concurs (0.lppb) Interpreted Geology

1120080

81349

J.

0.1 B./~ a3

2~7 ' 401 •O.I

• 01 •01

4-0 0.2 01 •0.

~ •03 •-.61 ~ l •01

/.

1 1

1

0! Ô3 1 0.0.h I aI_-. ~v.1 •A3 ai~ ~.

1 1 1 iiiial ..0.3

•0. 0.3

0.3 0.3 •a7~ Q•. ~

1 1 1 1~, •a3 0.~

/ t0.! 2

J. / 1 0.3 •<0:. ~ a~ i9.f

J. 1 1 1 . :0e! 000 e

11200911 _ 1 1

•R 0.3

.0.3 03 03

0.3" •O~I.. • 0.0 •0.I •~.3

•0.I fgI •0.3 Ili

•01.06 •03.01

•0'I03 •01

a1 e./

~Î7 ~ 0.1

rO.J ~fj

• 0t 0.31

•06 '0J 1 •00 03 : , r01

OJ •07

•/ \

• 06

•06 •11 •0.f

0.3

N

1 J.

J.

J. 1

1

E EZ T • E EEEE

~

•

1 1 1 1 1_ 11200931 1

1 1 1 1 1 _ 1 1 J. 1

1

J. 1 1 N 1 _

.L 1 1 â .~'tie E_

i• 1 ~ 1 ~~ (Î ._

1 J. 1 1

1 1 1 1 1 1

1 1. J. i. I J.

100 ,. 11.111=1

metres

612,000 UTM Zone 17, NAD83 612500

1a/

<01 •0.1

J. 1 .' •0.1 0.1

1 1120082 ,, a . I ~al

0.7 h ~ 0.7

3 a3 i

•A71 ~0.J,

h •0i •OJ 0

0'3 ~ i •01 .e.l

0.! 3 .1 0::-~ - ~ __ •<0.t =( OS •<a/ ~• t c 1 .TfB.~

•a1 (rot la 6 <a~ - o. Ô7 0 01 NI./ 4~

0 â3 0 1 ~

!dr 0.f0'f :0.f ~ ~• /./ 3 0.3 •0.1 r0.2 ta

c0.3 •a2 a/ ~ •<0.1 0' O.S •4./ •t0./ VVV 0.7 aJ

• <o. / 0.1 00. 000.1 •a0.1

• 0.1

:I:it

•aa/

0.1

...41:1:::.r"

7 Ca •a1O.f <0~ a.r}~a.1 u

0.1 c0.1 o.r Y0.f(~ 0.1 ~Sa1 1 •0.5•0.t ~ •0/•05 ~a7

,a •.01

• 0.1,~0 01 ~_~

<0.1~

e~ 0.1 G 1 1

h . ...0;,/, ~6<.1 i 1 h

<u'r ~ o.; (•~_

.

q.f eôf •<a1 U _i~ •, 1 1 1 1 .+. h

0.1 11 ~ y1 '.0.1--... •0.7 0.1 'af 0.1 •.0.1 •0.7 0.r

/ ~

al J

1120092

99250 • a, •a

,A1

0 7f01 dP~

•4~.3 o.f

Rivière Turgeon

99243



MMI GEOCHEMISTRY

GOLD


1.0-2.7ppbAu

0.0 - 0.0

0.2-0.3

0.1

00

Au Value (ppb)

3• 7

c01

Shear Zone

Diorite-Syenite?

Graphitic. sulphide-bearing Greywoke/iull

Iron Formation


Intermediate to Matc Volcanics

0u,ow

J. 1

~ 1120083

1120098 •0.3

l

UTM Zone 17, NAD83 611 000 611,500 912,000 6121500 613,000

1120085

1120086 \

: • •. (~

) - o •B if .../

• ~' !

co ~c~ //\~ ,

11

,.►,Iy

/ /// K,,-

//K/1// //1 L . !/ /

7 ~ /{~J '

JJ 1

..

1

1,1

L

~

1

'/ /71120087 . I 1120088 i

ï 1120089 ~ ~

99257

5.52

1. 0

00

5,2

1,50

0 5.

52i.

000

~~

!Ç' \ ~f

~," FJ4 0 k/

.6620 •

7r~ ~1 v~ r / s'~ `

J•,,'. •0~ 1 ., • 1 i

C ~

•

J.

••

c !

1 l i..

~.~.

' ~1.I ~/, fÿ~

, C ~)/ f~ !~ 7 ~

..

'

" `~U1Nf' • 1..

41'44 ~

•~6a~•`! 037

~ • V~ •:J •/,

.11 •11 ~

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1120098 ! B

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99260

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1 J.

1~

1 •< •B •d 1 ~` '. '— J ~

1 •`•~ J•~57, 4

1 B1 ~

. .. •1 1 L 1

1

1

1

1 J. J. 1 '

1 J. 1 1

1 1 1 1

•<

<1S <J

Rivière

1

'. .1

•la ~Q

~0l/ •

K!

~ C'

~

4!

J ~ ~(` f~~~ •IIS "~ ~1B `

~ ? ~.~~

~1r . ~ E_ . •'

J. J.yrt

K!

~1 <J

4J ~

1 1 _ •J 1

J. 1 L J. !\i ~®_

\ 1 1 1

J. ~-

Turgeon

8 ~ ~~ 4J T 14 1 J. 1 1 1 L 1

o •

~ <f\\ J• 1

1720091 \

\ • S

•30 ,, ~ -

///~%//~/

//I

~ _ /

// r l l, \~/ ~~

! ("t ~ ~ J. l 1 1 J. 1 1 1

1120094 9924°, J. 1 1 J. J. J. ~. I ~

~ ~ 81349 1 ..

1120092

- J. 1 1 1 .. J. 1 J. 1 1 1

11200931

1 J. L ,

LEGEND . :

J. J. J. J. J. J. J. J.

J. 1 1. 1 J. 1 J. J. 1 J. 1

1

J.

._>1 Drill fiole Mo Contours (IppE) Interpreted 0a0lopy (Soquam) . 1 J. J. 1 1 J. J. J. J. L


49- 124ppbMo Shear Zone .1. J. 1 el ho. ENJA PROJECT, QUEBEC

~ Lake/River

28-48 Dionte-Syenite? :~ 1 _

W.~1`, L L .1._• 19 - 28 Graphitic, sulphide-bearing Greywcke/ArR

Swamp "._ ---------S, . _

. _. . M M 1 GEOCHEMISTRY

p- 18 Iron Formation .- . 1 L O ~ ç 1-1 Claim Boundary 2- B Sulphide Iron Fonnabon

1 1 1 -` - - ~- ~- } m~ ~~

MO LYB D E N U M z

5 Le,

• Mo Value Intermedete to Me(fic Volcanics PPb) j NTS 32E/13 6 32EH4 BCS January, 2008 '

o ~ I,ouv o ~ . ~w 612'.000 UTM Zone 17, NAD83 97i:900

611,000 011,0025 512,500 013,000 u718 Zane 17, NADl3

•l6 !If , -312,100 a

1120091k 81349

•q', •10 •17

•17 U , vs

•20 7r •7

•16 .7

•l4 •1l

•17

V-j,, J. J. J. .L J. J. 1 . 99243

1 J. 1. 1120094 •1 a . J. a . J. J. . J.

///1120087 1//

/.,/

70 1

J

•14

•6 '3 •l3 •7 •21 •/1 •13

J.

4. . .'

1120089 99257 J. a

J. 1 J.

1120088

ep, 1120085

•7

~ 1120082

•19 •6 •17 •1 •/0 ., .9

•l0 •/

11 •l7O -., •

~7 •l1

6

•9\~•~,

J. \ 1

•9 •l1

•13 •6 •

•9

•9 1137

• I1

•/7

10 ' •9

G rï . ••

e3

•7

` a a/a •I➢

IK

611 i-`-~~•_ 3.1

~•' ~1 1 •7/ L 6 •, ' y` ~

•IJ a% Tf v6 •u

•7 1 . a a

.6

• . A. J.li .7

•7 Rivière

Turgeon

•11 • 11

•17

•17

1 J. J. J. J. 1 J. J. J. J. 1 J.

1120086

•14 •p

•11 .16 •7

.9 •7

•11 •21 •22 10

•16 •17 •19 •19

• 7

ir •13 •13

.16

J ; /

•9 •13 •II

•13 •7 •1

,e

~



MMI GEOCHEMISTRY

SILVER


1 . J. J. 3. _ 1120093i

. J. a J.

J. J. J. J. - . J. 1

- J.

UTM Zone 17, NA D83 812'500

1120092

1

Le(iEND

.~~ Dr111 h1911(Soguam)

Rod

/.wa,Rn«

Swamp

Chain Boundary

Ag Contol,ra op9y

2t-441peAs

/5•20

11.14

7-10

2- 5 ~

LEGEND

DOH Hob (Sogwn') In Contours (40ppb)

Rood 841-1720

641-840 Lake/River

441- 640

Swamp 241- 440

Chun Boundary ~— 40 - 240

• Zn Value (ppb)

Interpreted Geology

Shear Zone

Diorite-Syenite?

Graphitic, aulphid6-beering Groy'Ycke/TM

• IMO Formation


Intermediate to Main Vo/conics

I I pW

•M

r

UTM Zone 17, NAD83

1120086

//// 1120080

1120085

1120081

~U10

80 310, • 900 • 4190 • 230 •1/30 • 200 •510 • 420 0 •100 .#

~60 ~1%U •100 'Tin

<y/10\ •150 J1160 _ •p•~0 -~+tn0â

no -Iry •5P0 4810~

. 9160 •B19 1380 • r0/0 • Ir0 5,0

.160 •370 •630 ~1JÔ

4l30 0 60 •170 • +7U •180 •530

•110 630 :•(910

,~00 ~~ \;T}V',

180 •4+0

240 •l0U •270 •310 •3'0 •250

J80 •.10 •580 •100 •160

720 0O0 •880 •780 •620

R/30 •300 •210 190

.••w120 760 .1350 •800

.I3J0 •30U • 730 • 970 •620 ~1/90 • 33 •730 7140

`.- t180 7300 710

Q)90

30 70

90 •350

911 1500

'7/// // /'/1120087

J. 1

1

CC660 J. 1 1

--1120082 .,

4.

■100 •

~.1650 ./010 ~ ~

./000 20 •600 ,< 11

/60 !aJ0

•360 •!00 A(

710 ~7:0 •J 30 .•100

170 a00 6p 1670r J'

é60 .7/0 iÎ0 ~3101

320 r 00 •/!JQ •/J

n0 •I80 ~ô0 Ÿ01 •710

810 .710 820 •,40 •760 •i• 640• 360 0 •e00i~ ~170

.080 ,~120 f!0 7 •350 i ~1 0 r•601' ~ f.20,'

~620 4870C!1r0

WOO *640

1~ ar7u •

200 •J10 ~•, •710 v0 TT70

11140

•960 -610

340

20 ^ 230 p~ 7220

1120092

6 21000 6121500 6134000

~

fi

81349

` 1 11200911 "// 1 1 1 1 1 J

•190

0 •610

10 • 320

50 .640

7'•260 •530 240 910 .... t4o

~ 240, I I~~,

180 160 • 711/ v I °F

1.5 40;:,9100 .510 I •1~ •I70.';0 i p~~

170

1120088

~ \

1120089

\ J.

A

99257

1120083 99250

BO

390,• • 200

•360 9020

SO .6'0

f30 220

1

1 1

1 1 1 1 a 1 J. J.

•830 0~1 0 091,

•190 •330 •330

O60 •330 4

, 9410, •,y0 .•520

• y0

.

0160

J. j . - 1 1/a .3

1 J. 1 ~+•._: J. 3/0

230 ~\

•v ~ 1 \

•'"~ \'‘

UTM Zone 17, NAD83

612;500

L

1 _ 1120093.

1

~

1

1



MMI GEOCHEMISTRY

ZINC

NTS 32E113 & 32E/14 BCS January, 2008

1 1/ , ~ \

1 1

1 1

1120094

606

• -A0

• 990

•

99243

ère tc

730 ~(nfe6 330 /~ 270

~70 • ~SQlO 60

• 470 1`)'p 720 ÿ200 ~~\

..!!! *N0

tit 070:

494110 •300 , 3ue/ / I .~

1670 v .ÎW •1850 y

1010 f~__ :

6201, .j

870

__11210

12110 •16t, L

•1190 y 2610 J.

J. J. 1 J. J. 1 J. 1 J. J.

L 1 1 J. 1 J. 1 1 J. 1 1

1 J. 1 J. J. 1 J. J. J.

L 1 1 J. J. L J. 1 1

1 J. 1 J. 1 1 1 J. 1-,

J. 1 1 J. J. L J. J. J.

J. J. 1 J. 1 L

J. J. il J. J. L J.

1120093 1 I. 1

L

J. J.

} 1

1120094

•1710

• 1620 •1190

• 1.110

•870

•uJ0

ue0•;li,'

•1110

•1000

99244 ~0~i10

;13.10

1220

•itm

•IQdO •1200

930 /110 0700

• 1220

•1110

• 1220

:1270

1060

•1:20

1100

•1650

• 1600

0 100 200

metres

LeOEND

ZY~ Drill Hole (Soquem)

Road

Lake/River

Swamp

Claim Boundary

Be Contours (200ppb) Interpreted Geology

4401 - 7500ppb Be Shea Zone

2901 - 4400 Diorite-Syenite?

2101 - 2900 Graphitic, sulphide-bearing Greywnke/rull


100- 1500 Sulphide Iron Formation

Be Value (ppb) Intermedete to Meec Volcenics

0 i eauo 0 r 6,uw

6121500 UTM Zone 17, NAD83 6131000 6131500 6141000 6141500 615000

,i• 7o ; ~ 1710 •1170

1

~ N

1

1 L

1 1

1

1 99253 1110 •7780

2110 •1700 1250 •70

1010 ••76301780. 210

."4400 •11900

1660

,219U •ISSO

•1610

•2930

•2010 *LW .

i~.

500 - 1?&

•1760

• 1310

7710

• /920

~7hd0

99250

1130 •1660

• 2050 •2750

•1120 n

~ 1110T •/ 60 e5510

~ 1690 1 • 360 IIJM - L J. J. J.

99251 J. J. 99252

1 J. J.

J. 1 1

1 1 J.

J.

1 1

J. 1 J. 1

• 2110 •1510

•1580 •1270 •7880

• 1940 1 1

1 1 120098 1 J.

J. J. 1 1

Rivière Turgeon

1

•1190

•1270 • 1750

6 1210

• 760

1 99246 99245 1



MMI GEOCHEMISTRY EAST SAMPLES

BARIUM

NTS 32E/13 6 32E/14 BCS January 2008 613,'500 UTM Zone 17, NAD83 614Âoo

g n

•6 1 1

1 1 .. 1 J. 1 ..

J. 1 1 1 J. J. 1

1 J. J. 1 1

L 1 l 1 1 1 1 1 1 1

J. •6

•2 I

i 1

1 1

• 99246 99245

6131000 6131500 8141000 6141500 615)000 UTM Zone 17, NAD83

1 1 1

\1 J. 1 J.

1 J. 1 1 1 1 1 1 1 1 1

1

• 4

.4 .4

.3

1 1 4

1 1 J. 1 1 - 1120093

~ \

1 1 J. 1 1 J. 1 1

1 J. 1 J

L 1 1

I. —

1120094 .•I

/e, e JJ •q

•4

•¢2 •J •

•71 •4

•J /2•4

• 14 • 7

J. J. J. J. 1

1 1 1

1 1 _

.4

9925:.

J. 99250

Rivière Turgeon

1 1 1 1 -99252

1\ J. i

1\ 1 1 1 1 ~.

99251

• 2

•11 .3

•3

•2J

0 100 200

metres

LEGEND

D II Hole (Soquem)

Road

Lake/River

Swamp

Claim Boundary

Cd Contours (2ppb) Interpreted Geology

33 - 102ppb Cd Q Shear Zone

23 - 32 Diorite-Syerste?

15 - 22 Graphitic, sulphide-bearing Grey rake/Tull


2 - 6 Sulphide Iron Formation

Cd Velue (ppb) Intermedate to Mafia Volcanics

014D00 D13,000

~

• 20

'6 17




CADMIUM

NTS 32E/13 & 32E/14 8CS January 2008 613!500 UTM Zone 17, NAD83 614;000

613 500 6141000

99250

61.84 156 .131

174 .18

77 ••64.1 . 39 ;11 //

119.1

•170 •94

. 7

•50 •67 •41

.14

•11 •19

99251

J.

812 500 UTM Zone 17, NADB3 613

APP~/// ~ ~

,'

•nl •l07`

49 •1r3~

.107 ~/-

•185

\ L

,

\

120083

23

-271

56 ®.. 30

76

49

O6 9 /I

•153

•141

•167

•149

L I 1 1 J. J.

•13 •3,

•47 •43 •39 •9 •11

Rivière Turgeon

J.

1 i

1

8

814,500 6151000

1 J.

1 J. J. J. J. 1

1 1 99252

1 .L

1

J.

J.

1 4

99245

1

99253 1

1

99246 1 1,

LEGEND

Interpreted Geology

Shear Zone

Diorite-Syenite?

Graphitic, sulphide-bearing Greywcke/iull

Iron Formation


Co Value (ppb) Intermediate to Mello Volcanica

Co Contours (10ppb)

241 - 590ppb Co

® —4 Doll Hole (Soquem)

Road

151 - 240 LakejRiver

101 - 150

Swamp 51 - 100

Claim Boundary 0- 50

0 100 200

111111 metres

J. \1

J. 1 1 J.

1 J. J. i J.

1 1 1 1 J.

1 1 1 4. 1

1 J. J. J. J.

J. J. 1 1 J.

1120093 J. J. 1

1

1/ 1 J.

1 1 J. J. J. J.

J. J. J. lrf..\I. J.

1 1 J. J

1 1

1 1 1

1

1 J. 1 1".

1..~."

7 1120094

J. 1

` _ 1

26 .;4129

•27

./I1 •55

.81 •36

99244 :19

80 •7196

.•313

11146

•/4 118

•11

••23 31

*0•41

•21

0 11.0111/ 0 m 3.uw 813:500 UTM Zone 17, NAD83 614:000




COBALT

NTS 32E/13 & 32E/14 BCS January 2008

8121500

UTM Zone 17, NAD83

1 .1

1 99253 -

J. 1 1

1 1 — -99252

8131000 8131500 8141000 8141500 815000

1 1 1 1 1 1 :Itti•~ ~' 1

J. J. 1 J. 1 l 1 J. 1 1 1

J. J. J. 1 1 J. J. J. 1 I.

360

1910

1470

Ÿ1 /160

• 30

29 •490 •430

2780 • J00

1440 0) •1740

1410 •1600

'040

8000

90

6'10=~• l'9f0 •1u60

4120063

16f1 1 J. J. 1 1 J. 1 1

1 1 1 1 1 1 1 } 1 J.

J. J. J. 1 1 J. 1

L 1 1 L 1 .1. 1

1 1 ., L 1 1 J. 1

J. 1 1 1 1 1 1

1 1 1 1 1 1 1 1." 1120094

1120093 1 1 1

99250

J.

1 1 1 1 1 1

1 1 1 1 .a 1 1 1 1

1 1 1 1 J. 1 i

930 •67 0 450 yJ0 370 .00

390 ••391,694, .600

4:0'6îÉ10 /140 •890

'6490 •310

99251 1 1 1

• 7 40 •520 •1560 0810

•55o •430 0 500

•620 •110

• 760

•850 •670

•810 •790

190 ~6 0

19a '610 •930

Rivière Turgeon

9924

L 1

1

:490 /430

.•l1/0O

111

•1100

Vito 99244

17=1910

l0r0•1J04

•1150

1

99246 99245

•460

:190 540

'1' 160

•1040 • 760

J. J. 1




COPPER

NTS 32E/13 8 32E/14 BCS January 2008

LEGEND

Drill Hole (Soquem)

Road

Lake/River

Swamp

Clair Boundary

Cu Contours (200pph) Interpreted Geology

8801 - 12600 Sheer Zone

4401 - 6800 Dronte-Syenile?

2801 - 4400 Graphitic, sulphide-bearing Greywcke/7u11

1201 - 2800 • Iron Formation

0- 1200 l Sulphide Iron Formation

Cu Value (pub) Nuennedele to Me/c Voltants

0 100 200

metres

813'500 UTM Zone 17, NAD83 8141,000

<0.1 •<0 1

<0.1 •<0.! <0.1•<0!

<0.1 •i U;IO; • ./

U.! •

•0.<01

7 <./ •01

•O1 •0J

•07 •<01 •<0 I •..01

1

•07

•0.1

99253 J. 1 1

1 1

99246 J. 1

1

\'`—.42,001

! O

•<o.l 40.1 ., •<0.1

0: •01 •0I

6701 -.•0II •01

~ b 20 1

•<°,

L J. 1 J. 1

1 1 1 J. 1

L J. J. 1 1

J. 1 1 1 J.

i J. J. 1 J.

J. J.

1120093

1 J. 1 J. 1 1

1 1 1 J. 1 J.

1 J. 1 J. J. 1 1

J. J. J. 1 ~, } 1 J. j

1 J. J. L J. 1

L 1 J. 1, J.

~ J. J. 1 1

L 1 1 1 Yr1120094

ai

/

l'

~

•0/

0 100 200

metres

0121500 UTA1 Zone 17, NAD83 013,000 013,500 e/4,000 11/41500 015 000

•0.7 '<0./

<a 1 •<0 1

•.0.1

99250

99243

Rivière Turgeon

J

99251

L 1

•<O 1

~01

99244 ;oor

04

••0.1 0.1 •<0 1

'0.1

Ôo.l

/ oJ

•a 7 •<01

1 1 1 1 -99252

1 J. J. i

1 1 1

J. 1

J. 1

1 1 J.

J. 1

1

y .;

J.

J. .'

1

1

99245

1

1 1 J. J. 1

1 1 1 1 1 1 1 l. 1 .1 1

1 L Y 1 L 1 J. 1 1 1

1 L 1 1 L 1 1

J. J. 1 1 1

1 1 1 e<0 I

,<0 1

•0/

.<p 1 <0./

~•-•••I Drat Hob (Soquem)

Road

53 Lake/River

Swamp

Clain Boundary

Interpreted Geology

Shear Zone

Diorite-Syenite?

Graphitic, sulphide-bearing Greywcke/Tull

Iron Formation


/ntermeàste to Mafic Volcenics

o 1421111 0 r s,uw

Au Canturs (0.1ppb)

1.0 - 27ppb Au

0.1-Og

„-- — 0.2-0.3

0.1

~ 0.0

Au Wus(ppb)

813.500 UTM Zone 17, NAD83 614,ôoo

•01




GOLD

NTS 32E/13 B 32E/14 BCS January 2008

v

J.

LEGEND

•S

<J

tik

1 1 J.

•S

•5

1

ors , 1120083

99250.

99251 L 1 :

•0S

.7

•05

«S •<! •<S

Rivière Turgeon

9924

•03 K3 •03 KS •0S

•<3

<3.:11

•<5

99244

\ •05 \ •e LEGEND

Drill Hole (Saralee') Mo Contours (2ppb) Interpreted Geology

''

49- 124990 Me C/ Shear Zone

2e -4e Diorite-Syenite?

19 -28 Graphitic, sulphide-bearing Greywcke/Tull

9- 18 Iron Formation

- 2- 8 Sulphide Iron Formation

• Mo Value (ppb) Intermediate to Mafic Volcenics

Road

Lake/ aver

Swamp

I -7 Claim Boundary 0 100 200

metres

613500 UTM Zone 17, NAD83 6141.000

et UTM Zone 17, NAD83 e131000 6131500 6141000 6141500 6151000

1 1 J. 1 J. 1

1 1 1 1 .1. 1

1 1 J. J. 1 1

1

99252

2' 1 1 1 4 1 1

4L 1 1 y `1 a \ 1 1 1 1 1 1

1 1 1 1 1 1 1 t 1 1 1 1

1 1 1 1 1 1 1 1 1 A. 1 1

1 1 1 1 1 Y 1 1 L. ' J. 1-

J. J. l l 1 Y 1 J. a'; ' l

1. 4. 4. 3. â. ♦ 1 1 '...1

1 1 1 1 L 1 1 1

1120093 l 1 J.

,r

1120094

( 1 l 1I 1 1

J. 1 1 1 l'

1 1 1 1

99245 99246 1 1 1 1

1 1 1

1 1 1

1 L

99253 J. 1




MOLYBDENUM

NTS 32E/13 8 32E/14 BCS January 2008

611500 6/31000 6131500 6144000 UTM Zone 17, NA083

1 J. .L 1 J. J. L 1 J. J. i 1 _ _

99251 .-1 i l - 1 1 1 1-99252

1 J. - 1 1 1 y

'L

J. 1 1 _ 1 1 1 •1

•1 1 J. .L • J. J. 1 - Of

•2 J. J. J J. 1

1 1 . A. 1

1 r. 1

1 J. 4. J. 1 1 1 1 1 1. . 1 1

1 1 J. J. J. 1 1

6141500 615)000

99253

L 1

J. 1 1 1 J. 1

.1 1 1 1

1 1 1 1 1 J

If

1 J.

r

L L - 1

J. 1

J. J. J. 1

J.

1120093

J. 1 J.

J.

1120094




SILVER

NTS 32E/13 d 32E/14 BCS January 2008 613,'500 UTM Zone 17, NAD83 e14'Ooo

.1

• 7 18

•6 1 1 J J. J. 4

r1

J.

99245

J. J.

99246 J. J.

•13

VÔ

.7 .2

:1

99244

,!9

46

1il

•8 6

•0 .9

•9

Rivière Turgeon

9924

J.

.4

7 ./.'

2 •/ 2 .1 •I

2 .•

12 I . •12

.14

•12

• 6

•12

•19

0 100 200

- 1

metres

LEGEND

0-1 Dri1 Hola (Soquem) Ag ConBoun (2p'pb)

21.44ppbgO Road 15-20

Le11MtILer 11- 14 7.10

Swamp 2-6

Clain Boundary

Inhryrstad Geology

. % Shear Zone

DbdlaSysNte7

Orepl96e, sulphide-bearing GreyuNp✓M7

:- iron Formation

SWphfde Iron Formation

ItKermedate to Me6o VolcaNc6

Ag Vdue (ppb)

99250 •

820 .9,

D90 •700 150 •/30 ~

400 •• 55iJ10 .

860• "V.130 • 400

• 180

• 190

99250 L

J. J. J. 1 L 1 J. 1

J. 1 1 1 I. 1 J. 1

J. J. J. 1

1 J. 1 1 1 1120093

1 1 J. 1120094

Rivière Turgeon

1 J.

• 240

• 1210

• 70

.980

6121500

UTM Zone 17, NAD83

6137000

8130500 8141000 8141500 8151000

1

J. J. J.

"1 1 1

99251

• 130

• 190 • 110

• 1100

• 310

• 230 • 210

.580 1 4 • 2p

• 3/0 L 1 1 4 • 480 • 190 • 1 1 1

• 300

• 120

•970

.1~ 7I0 I90

• 210 1

•110 •230 • 120

99244

•170

;750

110

0:90 330

890 310

'80 • 960 • 500

• 1330

1 y 99252

J. 1

1 1'

J.

4

99245

J. J.

9924E

• 1050

:11,°

613'500 UTM Zone 17, NAD83 614'000

0 100 200

metres




ZINC

NTS 32E/13 & 32E/14 BCS January 2008

LEGEND

,!)....-1 Dolll Hole (Soquem) Zn Contours (4oppb) Interpreted Geology

Road 841- 1720 Sheer Zone

841 - 840 Diorite-Syenite? Lake/River

441 - 640 Graphitic. sulphide-bearing Oreywcke/Tutl

Swamp 241- 440 Iron Formation

El Claim Boundary 40 - 240 Sulphide Iron Formation

2111/slue (ppb) Intermediate to Mario Valcanics

0 1,auu 0 1 a.uvu

STATUTORY WORK REPORT, MMI-MM SURVEY, ENJA ...

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