1st Year Assessment Report on

Prospecting and Sampling Program,

Mary’s Harbour West, Labrador

License Number 017334M

13A/08

Newfoundland and Labrador.

Submitted by:

Paul Delaney, B.Sc., P.Geo. and Chris Moran, B.Sc.

For:

Alterra Resources Inc.

April 20th, 2011

Total Claims: 104

Program Expenditures: $39157.64

Table of Contents 1. INTRODUCTION ...................................................................................................................... 4!

1.1 Scope ..................................................................................................................................... 4!

1.2 Property Location and Access ............................................................................................... 4!

1.3 Physiography ......................................................................................................................... 5!

1.4 Claim Status .......................................................................................................................... 5!

2. PREVIOUS WORK .................................................................................................................... 5!

3. GEOLOGY ................................................................................................................................. 6!

3.1 Regional Geology and Mineralogy ....................................................................................... 6!

3.2 Property Geology and Mineralogy and Mineralization ......................................................... 7!

4. 2010/2011 EXPLORATION PROGRAM .................................................................................. 7!

4.1 Exploration Activities ........................................................................................................... 7!

4.1.1 Geophysics ..................................................................................................................... 8!

4.1.2 Geochemical Sampling ................................................................................................ 11!

4.2 Exploration Results ............................................................................................................. 11!

5. CONCLUSION AND RECOMENDATIONS ......................................................................... 12!

6. REFERENCES ......................................................................................................................... 13!

APPENDIX A-PERSONNEL AND CONTRACTORS

APPENDIX B-EXPENDITURES BY LICENCE

APPENDIX C-ASSAY CERTIFICATES AND RESULTS

APPENDIX D-AEROQUEST AIRBORNE GEOPHYSICAL SURVEY

Table of Figures

Figure 1: Alterra Resources Southeastern Labrador Licences ............................................................................... 4!

Figure 2: Regional Geology Map ................................................................................................................................ 6!

Figure 3a: Magnetic Map (nT) using Aeroquest Data for Licence 17334M ........................................................... 9!

Figure 3b: Potassium (%) Map using Aeroquest Data for Licence 17334M .......................................................... 9!

Figure 3c: Thorium (ppm) Map using Aeroquest Data for Licence 17334M ....................................................... 10!

Figure 3d: Uranium (ppm) Map using Aeroquest Data for Licence 17334M ...................................................... 10!

Figure 4: Geochemical Samples Taken on Licence 17334M .................................................................................. 11!

!

1. INTRODUCTION

1.1 Scope This report presents a summary of exploration assessment work performed on licence 17334M from the Port Hope Simpson area, by property holder, Alterra Resources Inc., during the period from January, 2010 to February 2011. This licence is composed of 104 claims.

1.2 Property Location and Access

Figure 1: Alterra Resources Southeastern Labrador Licences

This license is located in south-eastern Labrador. It is accessible by boat, as its south eastern border s the shoreline of the St.Lewis River. The western edge of 17334M is also accessible via Route 510 of the Trans Labrador Highway. Helicopter transport was also used.

1.3 Physiography The vegetation in this locality varies from boreal forest, consisting of spruce, pine, some

poplar and birch, to areas covered by alders and caribou moss. Bedrock exposure is generally less than 10 percent.

1.4 Claim Status

Licence Number

Year Number of Claims

Issued Work Date Required Expenditures

Actual Expenditures

17334M 1 104 2010/1/22 2011/4/25 $20800 $39157.64

2. PREVIOUS WORK Cartaway Resources Corporation conducted an exploration program for Ni-Cu-Co in 1996-1997. They had a geophysical survey flown over the area and also hired Clark-Eveleigh Consulting to do two weeks of field work. This field work led them to the conclusion that there is a large mafic body in the area and that due to the small amount of outcrop in the vicinity, there could be a major target hidden. (Assessment file: 13A/0036)

3. GEOLOGY

3.1 Regional Geology and Mineralogy

Figure 2: Regional Geology Map

Regional geology in the Mary’s Harbour Weat Area belongs to three lithotectonic domains of the Grenville Structural Province: from north to south, Lake Melville, Mealy Mountains and Pinware (Gower, 2005; Gower et al.,1987, 1988). Each of these domains is distinguished by differing lithologies, structures and metamorphic effects; the domains are separated by major fault zones (Gower et al., 1987, 1988).

The Lake Melville domain, in the Port Hope Simpson area, is characterized by units of the Alexis River anorthosite, biotite-bearing granite, granodiorite and quartz diorite to diorite gneiss (Gower et al., 1987, 1988). The Fox Harbour fault zone separates the Lake Melville, to the north, from the Mealy Mountain domain, to the south (Gower, 2005).

The Mealy Mountains domain, which occurs on the north shore of St. Lewis Inlet and northwestward consists mostly of biotite granitic gneiss, K-feldspar megacrystic granite gneiss, quartz diorite to dioritic gneisses and pelitic to semipelitic sedimentary gneisses (Gower et al.,1987, 1988). The Mealy Mountains domain is separated from the Pinware domain by the Long Harbour fault zone; this fault mainly occurs within St. Lewis Inlet (Gower, 2005).

The Pinware domain, in the St. Lewis Inlet area, consists of metamorphosed felsic to intermediate intrusions and older intercalated quartzofeldspathic supracrustal rocks. Intrusions consist mainly of granite, K-feldspar megacrystic granite, quartz monzonite, granodiorite and quartz diorite (Gower et al., 1987, 1988). Supracrustal rocks are thought to be metamorphosed felsic volcanic rocks and arenitic sediments (Gower, 2007).

Granitic pegmatites cut most units in the region. Some of the biotite and/or magnetite-bearing granitic dykes also contain unidentified U, Th and REE minerals.

3.2 Property Geology and Mineralogy and Mineralization Due to the preliminary nature of exploration work on this, it was not mapped in any detail. Most work revolved around prospecting and sampling, utilizing a spectrometer to highlight areas of anomalous radioactivity. U and Th as well as the rare earth elements are considered incompatible elements. In an intrusive or volcanic environment they are associated with more evolved or late stage fluids, particularly pegmatites and aplites, as well as peralkaline rocks in general, as they are a more highly evolved differentiate that are enriched in the incompatible elements.

4. 2010/2011 EXPLORATION PROGRAM

4.1 Exploration Activities Exploration work conducted on this property during the period covered by this

assessment report consisted of:

1. Airborne Radiometric and Magnetometer survey by Aeroquest 2. Helicopter-borne hand held spectrometer survey 3. Prospecting and lithogeochemical sampling 4. Clearing , hand trenching and channel sampling using a portable chop saw

Not all the above were performed on all licences. Ground work was truck, boat and helicopter supported. Various training courses were given to most of the workers prior to commencement of operations. These included:

1. Medical/first aid 2. Trenching course 3. Confined Spaces Course 4. Helicopter Safety Session 5. Backpack and Chop Saw Safety Course

Expenditures by licence and work type are listed in Appendix B.

During November, 2009 Alterra Resources had an airborne radiometric and magnetic survey flown over a large area of Alterra’s claims. The survey was conducted by Aeroquest International Ltd and it outlined numerous radiometric anomalies. This survey covered licence 17334M.

The 2010 exploration program commenced with a program of anomaly assessment which initially consisted of prospecting and sampling with teams of geologists and prospectors utilizing both truck and helicopter support. The focus of exploration activity was Rare Earth Elements (REE), along with associated Zr, Y and Nb.

Subsequent to the discovery of anomalous zones select areas were cleared and channel sampled using a chop saw which cut channels 10cm deep and 8cm wide. These channels were subsequently logged, sampled and a complete representative sample stored in specially designed channel boxes.

All 2010 samples were sent to Activation Labs Ltd. for lithogeochemical analysis. Activation Laboratories has a prep laboratory in Goose Bay, Labrador and analysis is conducted in Ancaster, Ontario.

4.1.1 Geophysics Mineralized REE pegmatites commonly contain elevated concentrations of incompatible

elements such as: Th, U, Ta, Zr, and Nb. Correlation between the U and Th radiometric data and the location of known REE pegmatites indicate that U, Th, and radioactivity are good pathfinders for REE’s.

!"#"#"#$%&'()*&+,$+*'-&.$$A low level (50 m above ground level) airborne geophysical survey was conducted by

Aeroquest Surveys from November 8th till November 24th of 2009. The survey was performed with the use of a fixed wing plane to collect detailed magnetic and radiometric data. The flight direction was at 25o/205o, with a line spacing of 250m. See Appendix D for the complete survey report. Four figures using the data obtained from the survey are shown in figure 3.

Figure 3a: Magnetic Map (nT) using Aeroquest Data for Licence 17334M

Figure 3b: Potassium (%) Map using Aeroquest Data for Licence 17334M

Figure 3c: Thorium (ppm) Map using Aeroquest Data for Licence 17334M

Figure 3d: Uranium (ppm) Map using Aeroquest Data for Licence 17334M

4.1.2 Geochemical Sampling During the 2010 field season 21 samples were taken for geochemical analysis on this licence. Numerous traverses were completed, with the aid of a helicopter to target geophysical anomalies from the Aeroquest survey. Several samples taken from this area showed anomalous Yttrium, Zirconium, Niobium and Rare Earth Element concentrations. See figure 4 for sample locations.

Figure 4: Geochemical Samples Taken on Licence 17334M

4.2 Exploration Results Exploration on this licence gave mixed results. While some samples were anomalous, numerous others were relatively barren of Rare Earths and incompatibles. All of the samples

taken on this licence were pegmatites so varying amounts of differentiation probably led to the varying amounts in these desired elements.

5. CONCLUSION AND RECOMENDATIONS Due to the presence of several anomalous samples that are enriched in incompatibles and REE’s in this area, further work is recommended. Further prospecting, as well as channel sampling and mapping would further add to our understanding of the geology that is found not only on this licence but the surrounding areas as well.

6. REFERENCES

Eveleigh, A.,

1997: First year assessment report on prospecting and geochemical exploration for licences 3016m-3017m, 3430m-3439m, 3771m, 3874m-3876m, 3918m-3919m, 4001m, 4003m, 4014m, 4058m, 4237m, 4737m-4739m, 4741m, 4743m, 4745m, 4752m and 4780m on claims in the Kyfanan Lake-St Lewis River area, southeastern Labrador. Cartaway Resources. NTS: 13A/03, 13A/04, 13A/05, 13A/06, 13A/07, 13A/08. Newfoundland and Labrador Geological Survey, Assessment File 13A/0036.

Gower, C.F., Neuland, S., Newman, M., Smyth, J.,

1987: Geology of the Port Hope Simpson map region, Grenville province, eastern Labrador, Current Research (1987) Newfoundland Department of Mines and Energy, Mineral Development Division, Report 87"1, p. 183"199.

Gower, C.F., Van Nostrand, T., Smyth, J.,

1988: Geology of the St. Lewis River map region, Grenville province, eastern Labrador, Current Research (1988) Newfoundland Department of Mines, Mineral Development Division, Report 88"1, p. 59"73.

Gower, C.F.,

2005: Kinematic evidence for terrane displacements in the Grenville province in eastern Labrador, Current Research (2005) Newfoundland and Labrador Department of Natural Resources, Geological Survey, Report 05"1, p. 73"92.

2007: Protolith recognition of metamorphosed felsic volcanic/volcaniclastic rocks, with special reference to the Grenville province in southeast Labrador, Current Research (2007) Newfoundland and Labrador Department of Natural Resources, Geological Survey, Report 07"1, p. 11"23.

Woolham, R.W.,

1996: First year, first year supplementary, second year and second year supplementary assessment report on geophysical exploration for licences 989m, 1186m, 3016m-3017m, 3771m, 3430m-3439m, 3874m-3876m, 3918m-3919m, 4001m, 4003m, 4014m, 4058m, 4237m, 4459m, 4486m-4487m, 4644m, 4737m-4739m, 4741m, 4743m, 4745m-4752m and 4754m on claims in the Kyfanan Lake-St Lewis River-St Charles Channel area, southern Labrador. NTS: 3D/04, 3D/05, 13A/05, 13A/06, 13A/07, 13A/08. Newfoundland and Labrador Geological Survey, Assessment File: LAB/1241

APPENDIX A-PERSONNEL AND CONTRACTORS

Personnel:

Randy Miller, Vice President Exploration

Paul Delaney, Geologist

Adam Engdahl, Geologist

Chris Moran, Geologist

James Haley, Geologist

Suzanne Butler, Geologist

Matt Crocker, Geologist

Alex Croft, Geologist

Scott Newman, Geologist

Jennifer O’Neil, Student Geologist

Octavia Bath, Student Geologist

Mike Hutchings, Student Geologist

Ben Nurse, Student Geologist

Janna Gwozdz, GIS Technician

Michael Upshall, GIS Technician

Various Prospectors

Contractors:

Activation Laboratories Ltd. (i) Preparation lab in Happy Valley- Goose Bay, Newfoundland and Labrador.

(ii) Analytical lab in Ancaster, Ontario.

Canadian Helicopters Limited. Happy Valley-Goose Bay Base.

APPENDIX B- EXPENDITURES BY LICENCE

License 017334M (104 Claims)

Prospecting Line Cutting General Exploration Geo Consulting Assays Helicopters Airborne Field Supplies Field Travel Mapping Camp Costs Drilling Travel Rentals Total

Paul Delaney

Adam Engdahl

Matthew Crocker

Scott Newman

Ben Nurse 1,000.00

James Haley 1,200.00

Suzanne Butler

Octavia Bath

Michael Hutchings

Alex Croft

Chris Moran

Janna Gwozdz

Nidon Enterprises

Springdale Forest

Cdn Helicopters 6,570.20

Aeroquest -

Activation Labs 1,128.00

Budgell's 3,118.24

MH General 95.67 38.79 55.62

PH General 4,790.24 107.12 2,700.88 3,999.84 626.08 5,540.08 294.32 1,712.88 1,846.00 195.52 2,136.16 627.12 1,374.88

Total 10,204.15 107.12 2,739.67 3,999.84 1,754.08 12,110.28 294.32 1,768.50 1,846.00 195.52 2,136.16 - 627.12 1,374.88 39,157.64

APPENDIX C- ASSAY CERTIFICATES AND RESULTS

APPENDIX D- AEROQUEST AIRBORNE GEOPHYSICAL SURVEY

!Report on a Detailed Airborne Magnetic Gradiometer

and Radiometrics Survey

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5. DELIVERABLES................................................................................................. 16 9:H B1)@64-=(@3!><3)12!38 ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: 9? 9:? @>A>01!(@3!><3)12!38::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: 9?

6. PROJECT MANAGEMENT ................................................................................ 17 7. APPENDIX A – DESCRIPTION OF DATABASES FIELDS .............................. 18 8. APPENDIX B - COORDINATE SYSTEM DETAILS........................................... 20 9. APPENDIX C – PROCESSING PARAMETERS ................................................ 21 10. APPENDIX D – FIGURE OF MERIT AND GRADIOMATER CONFIGURATION DIAGRAM......................................................................................................................... 21

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1.2 Data Positioning and Flight Navigation (

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

•( 8$,',.2&(C-B(["4*J( ( ( ( Z"5.&*J(N\;S)(

•( B.V+J*(,.&*( ( ( ( ( <I;(%*'"?4%(WU(P]X(

•( C-B(%.&*JJ$&*(&,.'T$?#('1.??*J%( ( SU(+.,.JJ*J(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/(

•( 01+$'.2(3$44*,*5&$.221('",,*'&*3(.''6,.'1( 789(:*&,*%(;<",$="5&.2>(

?8@(:*&,*%(;A*,&$'.2>(

(

(

1.3 UTS Data Acquisition System and Digital Recording (

B22( #*"+<1%$'.2( %*5%",( .53( +"%$&$"5.2( $54",:.&$"5( :*.%6,*3( 36,$5#( &<*(

%6,A*1(C.%( ,*'",3*3(6%$5#(.(D0E83*A*2"+*3F(<$#<(%+**3F(.53(+,*'$%$"5(

3.&.(.'G6$%$&$"5(%1%&*:H(E6,A*1(3.&.(C.%('"+$*3(&"(.(I":+.'&J2.%<('.,3(

"5('":+2*&$"5("4(*.'<(%6,A*1(42$#<&H(

(

K5%&,6:*5&( %15'<,"5$%.&$"5( &$:*%(C*,*(:*.%6,*3(C$&<(*,,",%( ,*:"A*3( $5(

,*.28&$:*(L1(&<*(D0E(3.&.(.'G6$%$&$"5(%1%&*:H((

1.4 Altitude Readings (

0*,,.$5( '2*.,.5'*( 3.&.( C*,*( :*.%6,*3( 6%$5#( .( M$5#( ,.3.,( .2&$:*&*,(

$5%&.22*3( $5( &<*( .$,',.4&H( 0<*( <*$#<&( "4( *.'<( %6,A*1( 3.&.( +"$5&( C.%(

:*.%6,*3(L1( &<*( ,.3.,(.2&$:*&*,(.53(%&",*3(L1( &<*(D0E(3.&.(.'G6$%$&$"5(

%1%&*:H(

•( ).3.,(.2&$:*&*,(:"3*2%(( N*53$OPM$5#(M)B8QR@((

•( B''6,.'1( ( ( ( RH?(:*&,*%(

•( )*%"26&$"5( ( ( RH7(:*&,*%(

•( ).5#*( ( ( ( R(8(@RR(:*&,*%(

•( E.:+2*(,.&*( ( ( RH7(E*'"53%(;7RS=>(

(

0<*(3$#$&.2(&*,,.$5(:"3*2($%('.2'62.&*3(L1(%6L&,.'&$5#(&<*(&*,,.$5('2*.,.5'*(

;,.3.,(.2&$:*&*,>(4,":(&<*(T-E(<*$#<&(;$5&*,+"2.&*3(&"(RH7(S=>F(.53(.%(%6'<(

&<*(.''6,.'1($%('"5%&,.$5*3(L1(&<*(3$44*,*5&$.2218'",,*'&*3(T-E(+"%$&$"5H((

1.5 UTS Stinger Mounted Magnetometer System (

0<*( $5%&.22.&$"5( +2.&4",:( 6%*3( 4",( &<*( .'G6$%$&$"5( "4( :.#5*&$'( 3.&.(

'"5%$%&*3("4(.(&.$2(:"65&*3(%&$5#*,(.53(C$5#&$+(+"3%("5(*.'<(C$5#H(0<*(

+,"+,$*&.,1(%&$5#*,(.53(C$5#&$+(%1%&*:(C.%('"5%&,6'&*3("4('.,L"5(4$L,*(

.53(3*%$#5*3(4",(:.O$:6:(,$#$3$&1(.53(%&.L$2$&1H(

(

0<*( &.$2( %&$5#*,( .53( C$5#&$+( +"3%( *.'<( <"6%*( .5( $3*5&$'.2( &"&.2( 4$*23(

:.#5*&":*&*,H( 0<*( &.$2( %&$5#*,( .2%"( '"5&.$5%( &<*( &<,**8'":+"5*5&(

A*'&",(:.#5*&":*&*,H(

(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/(

1.6 Total Field Magnetometer (

0"&.1( 2$*13( 4.#5*&$'( 3.&.( ,*.3$5#%( 2",( &6*( %7,8*9( :*,*( 4.3*( 7%$5#(;*"4*&,$'%( ;/<<=( >*%$74( ?.#5*&"4*&*,%@( ( 06*%*( +,*'$%$"5( %*5%",%(6.8*(&6*(2"11":$5#(%+*'$2$'.&$"5%A(

•( ?"3*1( ( ( ;*"4*&,$'%(;/<<=((

•( B.4+1*(,.&*( ( C@D(%*'"53%(EDCFGH(

•( )*%"17&$"5( ( C@CCD50(

•( I+*,.&$5#().5#*( DJKCCC50(&"(DCCKCCC50(

•( 0*4+*,.&7,*().5#*( L<C">(&"(MJC">(

1.7 Three Component Vector Magnetometer

(06,**( '"4+"5*5&( 8*'&",( 4.#5*&$'( 3.&.( ,*.3$5#%(2",(&6*(%7,8*9(:*,*(4.3*(7%$5#(.(N*8*1'"(O17P#.&*(?.#5*&"4*&*,%@( ( 06$%( +,*'$%$"5( %*5%",( 6.%( &6*(2"11":$5#(%+*'$2$'.&$"5%A(

•( ?"3*1(( ( ( ( N*8*1'"(O17P#.&*(?.#5*&"4*&*,(

•( B.4+1*().&*( ( ( C@D(%*'"53%(EDCFGH(

•( )*%"17&$"5(( ( ( C@D50(

•( I+*,.&$5#().5#*( ( LDCCKCCC50(&"(DCCKCCC50(

1.8 Aircraft Magnetic Compensation (

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

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/(

(01*( 2$#3,*( "4( 5*,$&6( .'73$%$&$"8( %9%&*:( &*%&%( .8;( .$,',.4&( %9%&*:('.<$=,.&$"8%(.,*($8'<3;*;(.&(&1*(*8;("4(&1$%(,*+",&>(

1.9 Diurnal Monitoring Magnetometer (?(=.%*(%&.&$"8(:.#8*&":*&*,(@.%(<"'.&*;($8(.( <"@(#,.;$*8&(.,*.(=*9"8;(&1*( ,*#$"8( "4( $84<3*8'*( "4( .89(:.8(:.;*( $8&*,4*,*8'*( &"(:"8$&",( ;$3,8.<(A.,$.&$"8%(;3,$8#(&1*(%3,A*9>(((01*(%+*'$4$'.&$"8%(4",(&1*(:.#8*&":*&*,(3%*;(.,*(.%(4"<<"@%B((

•( 5";*<(( ( ( C*":*&,$'%(DEF(

•( )*%"<3&$"8(( ( G>H(80(

•( I.:+<*($8&*,A.<( ( J(%*'"8;%(

•( K+*,.&$8#(,.8#*(( LG6GGG80(&"(/G6GGG80(

•( 0*:+*,.&3,*( ( MLG"N(&"(OEG"N(

1.10 Airborne Gamma Ray Spectrometer (AGRS) system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

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

4. DATA PROCESSING PROCEDURES

1.1 Data Pre-processing (

12*( ,.3( %4,5*6( 7.&.( 3.%( 8".7*7( 9,":( &2*( ;":+.'&<8.%2( '.,7%( .=7(

&,$::*7( &"( &2*( '",,*'&( %4,5*6( >"4=7.,6( *?&*=&%@( A=6( %4,5*6( 8$=*%(

%4>%*B4*=&86(,*98"3=(3*,*(,*:"5*7(9,":(&2*(7.&.%*&@(

(

A&(&2*('"::*='*:*=&("9(*.'2(.'B4$%$&$"=(98$#2&C(.88($=%&,4:*=&('8"'D%(3*,*(

%6='2,"=$E*7(&"( 8"'.8(&$:*C(.=7(&2*(8.&*='6("9(*.'2($=%&,4:*=&(&"(+,"5$7*(

$&%( 7.&.( :*.%4,*:*=&( 3.%( '.8'48.&*7@( 12*( ,*%48&%( "9( &2*%*( 8.&*='6(

:*.%4,*:*=&%(3*,*( ,*'",7*7( $=&"(.(%6='2,"=$%.&$"=( 9$8*C(.=7( &2*( ,*%48&%(

3*,*( 4%*7( &"( .%%$#=(F-G(+"%$&$"=%( &"( &2*(:.#=*&$'( .=7( *8*5.&$"=( 7.&.@((

A=6(,*%$74.8(+.,.88.?(3.%(,*:"5*7(5$.('",,*8.&$"=(%"9&3.,*@(

(

12*(%6='2,"=$E*7C(+.,.88.?H'",,*'&*7(7.&.(3.%( &2*=(*?+",&*7(.%( 8"'.&*7(

AG;II(7.&.@(

1.2 Magnetic Data Processing (

12*( 7$4,=.8( >.%*( %&.&$"=( 7.&.( 3.%( '2*'D*7( 9",( %+$D*%( .=7( %&*+%C( .=7(

%4$&.>86( 9$8&*,*7(+,$",( &"( &2*( ,*:"5.8("9(7$4,=.8(5.,$.&$"=%( 9,":( &2*(.$,',.9&(

:.#=*&$'(7.&.@( (12*( 9$8&*,*7(7$4,=.8(:*.%4,*:*=&%(3*,*(%4>&,.'&*7( 9,":(

&2*( 7$4,=.8( >.%*( 9$*87( J'"=%&.=&( K( LML0/@LM( =1N( .=7( &2*( ,*%$74.8(

'",,*'&$"=%( .++8$*7( &"( &2*( %4,5*6( 7.&.( >6( %6='2,"=$E$=#( &2*( 7$4,=.8( 7.&.(

&$:*(.=7(&2*(.$,',.9&(%4,5*6(&$:*@((

(

12*(O(.=7(P(+"%$&$"=$=#("9( &2*(7.&.(3.%( &2*=('2*'D*7( 9",(%+$D*%(>*9",*(

.++86$=#( &2*( IF)<( '",,*'&$"=@( ( A=6( %+$D*%( $=( &2*( +"%$&$"=( 7.&.( 3*,*(

:.=4.886(*7$&*7@((12*(IF)<(Q00L('",,*'&$"=(3.%('.8'48.&*7(.&(*.'2(7.&.(

+"$=&( J&.D$=#( $=&"( .''"4=&( &2*( *8*5.&$"=( .>"5*( %*.( 8*5*8N@( ( 12$%( ,*#$"=.8(

:.#=*&$'(#,.7$*=&(3.%(%4>&,.'&*7(9,":(&2*(%4,5*6(7.&.(+"$=&%@(

(

<4,&2*,(:.=4.8( 8*5*88$=#(3.%(.++8$*7(&"(,*:"5*(.=6(%&,$+$=#(,*:.$=$=#( $=(

&2*(7.&.@(

(

!"'.&*7( .=7( #,$77*7( 7.&.( 3*,*( #*=*,.&*7( 9,":( &2*( 9$=.8( +,"'*%%*7(

:.#=*&$'(7.&.@(

(

1.3 Digital Terrain Model Data Processing (

12*(,.7.,(.8&$:*&*,(7.&.(3*,*(%4>&,.'&*7( 9,":(&2*(F-G(.8&$:*&*,(7.&.( &"(

'.8'48.&*(&2*(7$#$&.8(&*,,.$=(:"7*8@(((

(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(//(

01*( 2$#$&.3( &*,,.$4( 2.&.( &15%( 2*,$6*2( 7.%( *8.9$4*2( .42( %*3*'&$6*3:(9$',"3*6*3*2(&"(+,"25'*(.(#,$2(7$&1"5&(3$4*;2*+*42*4&(.,&*<.'&%=((

1.4 Radiometric Data

1.4.1 Equipment and General Adherence to IAEA Standards >*,"?5*%&(!$9$&*2(#*4*,.33:(.2"+&%(&1*(%&.42.,2%(<",(.$,@",4*(#.99.;,.:(%+*'&,"9*&,:( A&1*( ,.2$"9*&,$'(9*&1"2B( .%( 3.$2( "5&( $4( &1*( C>D>(0*'14$'.3()*+",&(EFE(G(>$,@",4*(H.99.;).:(I+*'&,"9*&,:(I5,6*:$4#=((

1.4.2 Spectral Calibration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

Spectrometer Pack No: 5541

M.3$@,.&$"4( "<( &1*( N( 2*&*'&",%( 7.%( '.,,$*2( "5&( "4( O54*( E,2K( FPPQ( .%(<"33"7%R(((M,:%&.3((((((((((((IST((((((((((((((((((((((((((((((M%(,*%"35&$"4(AUB((/(((((((((((((((((((((NNV/W>(((((((((((((((((((((((X=/V((F(((((((((((((((((((((NNV/WY(((((((((((((((((((((((X=NZ((E(((((((((((((((((((((NNV/WM(((((((((((((((((((((((X=VX((V(((((((((((((((((((((NNV/W[(((((((((((((((((((((((X=NZ((N(((((((((((((((((((((NNV/[D(((((((((((((((((((((((X=VX(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

Results from Calibration Pad Test

(1.2$3,.&$"4%(5*,*(+*,6",7*8(39():;(.&( &<*$,(=$%%$%%.>#.( 6.'$2$&9("4(?>4*(@,8A(0BBCD(

Stripping Ratios

Spectrometer Unit

Ideal Values

E<($4&"(F( G.2+<.H( ( BD0IJ( BD0KB(

E<($4&"(L( G3*&.H( ( BDJB@( BDJBB(

F($4&"((L( G#.77.H( ( BDIIM( BDM/B(

F($4&"(E<( G.(H( ( BDBJM( BDBNB(

Spectrometer Pack No: 5547

1.2$3,.&$"4( "6( &<*( K( 8*&*'&",%( 5.%( '.,,$*8( ">&( "4( ?>4*( @,8A( 0BBC( .%(6"22"5%O(((1,9%&.2((((((((((((:PQ((((((((((((((((((((((((((((((1%(,*%"2>&$"4(GRH((/(((((((((((((((((((((KKJIFS(((((((((((((((((((((((NDCN((0(((((((((((((((((((((KKJIFT(((((((((((((((((((((((ID/K((@(((((((((((((((((((((KKJIF1(((((((((((((((((((((((MDK0((J(((((((((((((((((((((KKJIFU(((((((((((((((((((((((NDC/((K(((((((((((((((((((((KKJIUV(((((((((((((((((((((((ID@/(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

Results from Calibration Pad Test

(1.2$3,.&$"4%(5*,*(+*,6",7*8(39():;(.&( &<*$,(=$%%$%%.>#.( 6.'$2$&9("4(?>4*(0,8@(ABBCD(

Stripping Ratios

Spectrometer Unit

Ideal Values

E<($4&"(F( G.2+<.H( ( BDAI0( BDAJB(

E<($4&"(K( G3*&.H( ( BD0CJ( BDLBB(

F($4&"((K( G#.77.H( ( BDIIM( BDM/B(

F($4&"(E<( G.(H( ( BDBLC( BDBNB(

1.4.3 Data Quality Assurance and Control E<*( %+*'&,"7*&*,( 8.&.( .,*( ,*6*,*4'*8( &"( &<*( "&<*,( .4'$22.,9( 8.&.( %*&%(>%$4#( &<*():;(8.&.(.'O>$%$&$"4( %9%&*7D(P6&*,(*.'<( 62$#<&@( +,*2$7$4.,9()Q;('<.44*2%(.,*(#*4*,.&*8(.48(+,"6$2*%(.,*(&<*4(+2"&&*8(6,"7(&<*(8$#$&.2(8.&.(&"( '<*'R( 6",( .49(7$%%$4#( 8.&.@( %+$R*%( ",( 8.&.( '",,>+&*8( 39( "&<*,( 4"$%*(%">,'*%D(S<*,*(4*'*%%.,9@( &<*(8.&.(.,*('",,*'&*8(",( 62.##*8(6",( ,*T62$#<&(8*+*48$4#("4(&<*(%*U*,$&9(",(8>,.&$"4("6(&<*(4"$%*D(

1.4.4 Dead-time Correction V*4*,.229@( &<*( 6$,%&( 8.&.( ,*8>'&$"4( %&*+( 6",( ,.8$"7*&,$'( 8.&.( $%( 8*.8T&$7*('",,*'&$"4D(W*'.>%*(&<*():XTJ(8*.8(&$7*($%(U$,&>.229(4$2@(&<$%('",,*'&$"4($%("429( .++2$*8(5<*,*( &<*( &"&.2( '">4&( ,.&*%( .,*( *Y&,*7*29( <$#<D( (Z*.8T&$7*('",,*'&$"4($%(7.8*(&"(*.'<(5$48"5(>%$4#(&<*(*Y+,*%%$"4([\4]G/TEH(5<*,*([($%(&<*('",,*'&*8('">4&^(4($%(&<*(,.5(,*'",8*8('">4&^(.48(E($%(&<*(8*.8T&$7*D(

1.4.5 Filtering to Prepare for Background Corrections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

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

1.4.6 Cosmic and Aircraft Background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

1.4.7 Radon Background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

1.4.8 Computation of Effective Height Above Ground Level ).4.,(.;&$2*&*,(4.&.(.,*(8%*4($3(.4[8%&$3#(&:*(%&,$++$3#(,.&$"%(5",(.;&$&84*(.34( &"( '.,,N( "8&( &:*( :*$#:&( .&&*38.&$"3( '",,*'&$"3%C( @:*N( .,*( &:*3('"3I*,&*4( &"( *55*'&$I*( :*$#:&( P:*Q( .&( R@-( 6N( &:*( *9+,*%%$"3( :*( E( P:( \(B]AC/^QXP@(F(B]AC/^Q\(P-X/_/AQG(<:*,*((:($%(&:*("6%*,I*4(,.4.,(.;&$&84*H(@($%( &:*( &*2+*,.&8,*( $3( 4*#,**%( 1H( .34( -( $%( &:*( 6.,"2*&,$'( +,*%%8,*( $3(26.,%(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

1.4.9 Compton Stripping Correction 12*(%&,$++$3#( ,.&$"%( 4( 4( 4( .4(5(.36(#(.,*(6*&*,7$3*6(68,$3#( &*%&%("9*,('.:$5,.&$"3( +.6%;( 12*( +,$3'$+.:( ,.&$"%( .4( ( .36( #( %2"8:6( 5*( .6<8%&*6( =",(&*7+*,.&8,*4( +,*%%8,*( .36( .:&$&86*( >.5"9*( #,"836?( 5*=",*( %&,$++$3#( $%('.,,$*6("8&;(12*%*(%&,$++$3#(,.&$"%(.,*(8%*6(&"(,*7"9*(&2*('"3&,$58&$"3( $3(*.'2("=( &2*(&2,**()@A(B$36"B%(=,"7(2$#2*,(*3*,#C(%"8,'*%4( :*.9$3#("3:C(&2*('"3&,$58&$"3(=,"7(+"&.%%$874(8,.3$87(.36(&2",$87;(

1.4.10 Altitude Attenuation Correction 12*( .:&$&86*( .&&*38.&$"3( '",,*'&$"3( '",,*'&%( &2*( 6.&.( $3( *.'2( "=( &2*( )@A(B$36"B%(=",(&2*(*==*'&%("=(.:&$&86*;(12*('"83&(,.&*%(6*',*.%*(*D+"3*3&$.::C(B$&2(.:&$&86*(.36(&2*,*=",*(&2*('"83&%(.,*('",,*'&*6(&"(.('"3%&.3&(.:&$7*&*,(6.&87(.&(&2*(3"7$3.:(%8,9*C(2*$#2&("=(EF7;(

1.4.11 Apparent Radioelement Concentrations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

( ( B2*,*M( N($%(&2*(.5%",+&$"3(6"%*(,.&*($3(3OP2(( ( ( K($%(&2*('"3'*3&,.&$"3("=(+"&.%%$87(>L?(( ( ( *I($%(&2*(*H8$9.:*3&('"3'*3&,.&$"3("=(8,.3$87(>++7?(( ( ( *12($%(&2*(*H8$9.:*3&('"3'*3&,.&$"3("=(&2",$87(>++7?((J(6*%',$+&$"3("=(2"B(7"%&("=(&2*('"3%&.3&%(B*,*(6*&*,7$3*6('.3(5*(="836($3M( ND+:",.3$874( A;J;N;J;( )*+",&4( J$,5",3*( O.77.Q).C( R+*'&,"7*&*,(R8,9*C$3#4(1*'23$'.:()*+",&(S";(ETE4(/UU/;(

eTh*+eU*+K*=E 69.243.508.13

Job # 10-003 !"#$%&$'%()*+",&

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1.4.12 Computation of Radioelement Ratios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

5. DELIVERABLES

1.5 Hardcopy Deliverables ;5*(4$2.6(+,"3@'&%($2'6@3*(5.,3'"+D(7.+%(.%(4"66"C%F(

( ;PBQBR)S(T(BR)SUN",,*'&*3(;"&.6(P.#2*&$'(S$*63(C$&5(6$2*('"2&"@,%(

( ;PB(T(;"&.6(P.#2*&$'(S$*63(C$&5(6$2*('"2&"@,%(

( P!R(T(P*.%@,*3(!"2#$&@3$2.6(R,.3$*2&(C$&5(6$2*('"2&"@,%(

( PVR(T(P*.%@,*3(V",$W"2&.6(R,.3$*2&(C$&5(6$2*('"2&"@,%((

( X;P(T(X$#$&.6(&*,,.$2(7"3*6(C$&5(6$2*('"2&"@,%A(

( ;N(T(R.77.().D(1+*'&,"7*&*,(;"&.6(N"@2&%(C$&5(6$2*('"2&"@,%(

( =(U(R.77.().D(1+*'&,"7*&*,(-"&.%%$@7(N"@2&%(C$&5(6$2*('"2&"@,%(

( 9(U(R.77.().D(1+*'&,"7*&*,(9,.2$@7(N"@2&%(C$&5(6$2*('"2&"@,%(;5*( '"",3$2.&*:+,"H*'&$"2( %D%&*7( 4",( &5*( 7.+%( $%( YZXJ[( T( 9;P( \"2*(J/YA(S",(,*4*,*2'*<(&5*(6.&$&@3*(.23(6"2#$&@3*($2(]R1^_(.,*(.6%"(2"&*3("2(&5*(7.+%A(

1.6 Digital Deliverables

Final Database of Survey Data (.GDB) ;5*( #*"+5D%$'.6( +,"4$6*( 3.&.( .,*( .,'5$M*3( 3$#$&.66D( $2( .( R*"%"4&( RX`(3.&.?.%*A(Z(3*%',$+&$"2("4( &5*( '"2&*2&%("4( &5*( $23$M$3@.6( '5.22*6%( $2( &5*(3.&.?.%*( '.2( ?*( 4"@23( $2( Z++*23$O( ZA( Z( '"+D( "4( &5*( 3$#$&.6( 3.&.( $%(.,'5$M*3(.&(&5*(Z*,"a@*%&(5*.3("44$'*($2(P$%%$%%.@#.A(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

(Geosoft Grid Files (.GRD)

!*1*22*3(#,$3(+,"34'&%(4%*3(&"(',*.&*(&5*(#*"+56%$'.2(7.+($7.#*%8(95*%*($:'243*( 9"&.2( ;.#:*&$'( <:&*:%$&6=( 9"&.2( ;.#:*&$'( <:&*:%$&6( >( <?)@(A",,*'&*3=( ;*.%4,*3( B",$C":&.2( ?,.3$*:&=( ;*.%4,*3( !":#$&43$:.2(?,.3$*:&=( D$#$&.2( 9*,,.$:( ;"3*2=( 9"&.2( A"4:&%=( -"&.%%$47( A"4:&%=( .:3(E,.:$47(A"4:&%8((

Digital Versions of Final Maps (.MAP and .PDF) 95*( F$:.2( 5.,3'"+6(7.+%( .,*( +,"1$3*3( 3$#$&.226( $:( -.'G*3(?*"%"F&( ;H-(F",7.&(.:3($:(H3"I*(-D@(F",7.&8(

Digital Copy of this Document (.PDF) H3"I*(-D@(F",7.&("F(&5$%(3"'47*:&8((

(

6. PROJECT MANAGEMENT 95*(F"22"J$:#(H*,"K4*%&(+*,%"::*2(J*,*($:1"21*3($:(&5*(+,"L*'&M(

( N*:$",(-,"L*'&(;.:.#*,M(9,"6(O$22(( @$*23(D.&.(-,"'*%%",%M(H%$F(;$,C.((PFF$'*(D.&.(-,"'*%%",M(D"4#(?.,,$*=(.:3(Q$'&",$.(N&*,,$&&((;.++$:#(.:3()*+",&$:#M(!$C(R"5:%":((

95*(F"22"J$:#(S$J$(H$,(+*,%"::*2(J*,*($:1"21*3($:(&5*(+,"L*'&M(

( N4,1*6(-$2"&%M(A5,$%(;.,G%=(.:3(O.,J$'G(O$23(

Job # 10-003 !"#$%&$'%()*+",&

-.#*(/0(

7. APPENDIX A – DESCRIPTION OF DATABASES FIELDS 12*(345(6$7*%(.,*(3*"%"6&(8$9.,:(;.&.8.%*(6$7*%<(12*(6$*7;%(.,*(;*%',$8*;(8*7"=>(

Magnetic Database (10-003_Search_Minerals_mag): (FIELD DESCRIPTION ?7$#2&( ( ( ( @A,B*:((67$#2&(9AC8*,(!$9*( ( ( ( @A,B*:(7$9*(9AC8*,((4.&*( ( ( ( ?7$#2&(;.&*(DEEEEFGGF44H(1$C*( ( ( ( !"'.7(&$C*(D%*'"9;%(.6&*,(C$;9$#2&H(I1J1$C*( ( ( J"",;$9.&*;(I9$B*,%.7(1$C*(DKK>GG>@@<@@H(LM9.;NO( ( ( I1G(P.%&$9#(DCHQ(RS4NO(I1G(T"9*(N/R(:M9.;NO( ( ( I1G(R",&2$9#(DCHQ(RS4NO(I1G(T"9*(N/R().;.7&(( ( ( ).;.,(.7&$&A;*(DCH( (#+%2&( ( ( ( 3-@(*7*B.&$"9(DC<.<%<7<H( (41G( ( ( ( !*B*77*;(;$#$&.7(&*,,.$9(C";*7(DC<.<%<7<H(4$A,9.7( ( ( 4$A,9.7(G.#9*&$'(J",,*'&$"9(S++7$*;(D91H(U3)?( ( ( ( U3)?(J",,*'&$"9(S++7$*;(DNVVW()*6*,*9'*H(D91H(G.#MU3)?(( ( ( !*B*77*;Q(U3)?XJ",,*'&*;(G.#9*&$'(?$*7;(D91H(G13( ( ( ( G*.%A,*;(1,.9%B*,%*(3,.;$*9&(D91FCH(G!3( ( ( ( G*.%A,*;(!"9#$&A;$9.7(3,.;$*9&(D91FCH(1?JG-/( ( ( J"C+*9%.&*;(1"&.7(?$*7;(Y()$#2&(Z$9#&$+(@*9%",(D91H(1?JG-N( ( ( J"C+*9%.&*;(1"&.7(?$*7;(Y(1.$7(Z$9#&$+(@*9%",(D91H(1?JG-[( ( ( J"C+*9%.&*;(1"&.7(?$*7;(Y(!*6&(Z$9#&$+(@*9%",(D91H(4*'( ( ( ( G.#9*&$'(4*'7$9.&$"9(U9'( ( ( ( G.#9*&$'(U9'7$9.&$"9(G.#M&.$7( ( ( !*B*77*;(G.#9*&$'(?$*7;(6,"C(&2*(&.$7(%*9%",(D91H(( ( ((

Job # 10-003 !"#$%&$'%()*+",&

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Spectrometer Database (10-003_Search_Minerals_spec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8. APPENDIX B - COORDINATE SYSTEM DETAILS (!"'.&$"1%( 2",( &3*( %4,5*6( 7.&.( .,*( +,"5$7*7( $1( 8"&3( #*"#,.+3$'.9( 9.&$&47*( .17(9"1#$&47*( .17( :1$5*,%.9( ;,.1%5*,%*( <*,'.&",( =*&,$'( +,">*'&$"1( '"",7$1.&*(%6%&*=%?((

((((

(

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9. APPENDIX C – PROCESSING PARAMETERS (

1.11 Magnetic Processing Parameters (12)3(4"5*6(7*.,8( (( /99:(1;'6$;.&$";8( ( ( </=0>?(@*'6$;.&$";8( ( ( A//=0:?(12)3(B"&.6(3$*658( ( :CD:>=:9(;B(@$E,;.6(F.%*(!*G*68(( :C:90=:C(;B(

10. APPENDIX D – FIGURE OF MERIT AND GRADIOMATER CONFIGURATION DIAGRAM

(1.12 Figure of Merit

MAG1 ( ( ( MAG2 ( ( ( MAG3 ( (/:( -$&'H( 9=CID( ( /:( -$&'H( 9=CC9 ( /:( -$&'H( 9=CC9( )"66( 9=/:9( ( ( )"66( 9=9<9 ( ( )"66( 9=0>9( 7.J( 9=0>9( ( ( 7.J( 9=0>9 ( ( 7.J( 9=0<9 SUB 0.779 SUB 0.540 SUB 0.64000:( -$&'H( 9=009( ( 00:( -$&'H( 9=099 ( 00:( -$&'H( 9=9D9( )"66( 9=9D9( ( ( )"66( 9=9>9 ( ( )"66( 9=9<9( 7.J( 9=9D9( ( ( 7.J( 9=9>9 ( ( 7.J( 9=0C9 SUB 0.290 SUB 0.180 SUB 0.290/9:( -$&'H( 9=0K9( ( /9:( -$&'H( 9=0:9 ( /9:( -$&'H( 9=0:9( )"66( 9=0I9( ( ( )"66( 9=9<9 ( ( )"66( 9=9D9( 7.J( 9=0I9( ( ( 7.J( 9=9:9 ( ( 7.J( 9=0C9 SUB 0.520 SUB 0.270 SUB 0.370/D:( -$&'H( 9=C99( ( /D:( -$&'H( 9=/I9 ( /D:( -$&'H( 9=/>9( )"66( 9=009( ( ( )"66( 9=9>9 ( ( )"66( 9=9I9( 7.J( 9=099( ( ( 7.J( 9=9D9 ( ( 7.J( 9=9I9 SUB 0.510 SUB 0.410 SUB 0.400 FOM 2.099 FOM 1.400 FOM 1.700

( (((((

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1.13 Gradiometer Configuration Diagram

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For further information concerning the survey flown, please contact the following office:(((Head Office Address: (( 1*,"23*%&(!$4$&*5(( 6786(9.&:()".5(( ;$%%$%%.3#.<(=>&.,$"(( !?@(0@A((( @*BC( A(DEF(76/(DA/D(( G.HC( A(DEF(76/(6E80((