Post on 12-Mar-2023
I I I I I I I I I I I I I I I I I I I
I. 2. 3 4. 5. 6. 7 8. 9.
• 985 PROSPECTING, MECHANICAL STRIPPING AND CHANNEL
SAMPLING of the
DARREN GOODMAN OPTION IRWIN TOWNSHIP
THUNDER BAY MINING DIVISION, ONTARIO
TABLE OF CONTENTS Drc j 9 7nr;a
GEOSCIENCE ASSESSMENT fNTRODUCTION AND SUMMARY .. ............ ... ...... ......... .. ..... ....... ..... ... ..... ..... .... ... ......... .. ...... .. eFftCE PROPERTY DESCRIPTION AND LOCATION ..... .. ..... .... ....... .... ... .... .. ...... ... .... ........ ... ... ...... ..... - -PROSPECTfNG ......... ..... .. .. .. ...... ......... ........ ... ..... ........ .......... .. .. .. ...... ............. .. ... ......... .. ............... - I -MECHAN ICAL STRJPPfNG ......... ........ ... .... .... ........... ............. ........ .... ..... .............. .............. ....... - 2 -GEOLOGY OF STRlPPED AREAS ....... .. .. ..... .... ......... .............. ... ......... ......... .... ...... .. .. .. ............. - I -CHANNEL SAMPLfNG ...... .. .. ..... ....... .. .......... .............. .... .. .......... .... ........ .. .. .................... ...... .... .. - 3 -CONCLUSIONS .. .. ............. ..... .... .. ...... ............. .. ...... ........ .................... ....... ... ... .. ... .......... ...... ..... .. - 3 -RECOMMENDATIONS .. ... ....... ...... .. ... ... .. ... .......... .............. .. .... ....... .. ..... .... ........ ..... ...... ...... ........ - 4-CERTIFICATE OF QUALIFICATIONS .... .................. .... .. ..... .... ..... .......... .... .. ........... .... ............. - 5 -
TABLES
Table I: Darren Goodman Option - Sample Description Sheet - Prospecting Samples .. Appendix I Darren Goodman Option - Sample Description Sheet - Channel Samples .... .. . Appendix 2 Table 2:
DRAWINGS (in back pockets)
Darren Goodman Option - Property Location Map .. ....... .... .. ..... ............ ................ ........ .. .. .. ..... scale 1:20,000 Darren Goodman Option - Prospecting Traverses & Sample Locations ...... ...... ...... .... .......... .. scale I: I 0,000 Darren Goodman Option - Trenches W I and W2 - Geology and Sample Locations ....... .. ...... ...... scale 1:500 Darren Goodman Option - Trench E I - Geology and Sample Locations ............. .. ...... .... .............. scale 1 :500
APPENDICES
APPENDIX I : Table I: Darren Goodman Option - Sample Description Spreadsheet - Prospecting Samples APPENDIX 2: ...... Table 2: Darren Goodman Option - Sample Description Spreadsheet - Channel Samples APPENDIX 3: .. .. ....... .......... ................. ...... .. .. ........ .. .......... ..... .. ... Activation Laboratories: Assay Certificates APPENDIX 4 : ........ ... .... .. .. ....... .... .. ....... ...... .. ........ .......... .. .... ... .......... ... .. .......... Daily work logs, Belham Ltd. APPENDIX 5: ....... .. .......... ...... ..... ...... ......... ............ ...... .. ........ .. .. .. ......... ............. .. Kodiak Geological Legend
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 1 .,
1. INTRODUCTION and SUMMARY
The Darren Goodman Option consists of two contiguous staked mining claims ( 17 units) situated in the northwest quarter oflrwin Township, Ontario. A two-man prospecting crew traversed the entire property during August, 2008. A mechanical stripping program was subsequently carried out to better expose altered and mineralized outcrops identified during the prospecting program. The three stripped areas were mapped at a scale of 1 :500 and channel sampled in order to sample significant alteration, mineralization and structures.
No significant gold assay results were returned from the grab or channel samples collected during the 2008 prospecting and mechanical stripping program. No further work is recommended for the Darren Goodman Option.
2. PROPERTY DESCRIPTION AND LOCATION
The Darren Goodman Option consists of two contiguous staked mining claims (17 units) situated in the northwest quarter of Irwin Township, Thunder Bay Mining Division, Ontario (see Darren Goodman Option - Property Location Map).
The claims, numbered 4210056 and 4210057, were optioned by Kodiak Exploration Limited from Darren Goodman, Herb Goodman, Frank Goodman, Luke Goodman and Brad Evans on October 9,2007.
Work status of the claims is listed below.
Claim Recorded Units Recording Due Date Work Reserve/ Number Holder Date Required Banked
Credits TB 4210056 Darren 5 September $2,000 $0
Goodman 2S,2006 TB 4210057 Darren 12 October 24, $4,SOO $0
Goodman 2006
3. PROSPECTING
A two-man prospecting crew, Laurent Cormier and Michel Vaillancourt, under contract to Kodiak Exploration Limited, traversed the entire property between August 10 and 29, 200S.
Their traverse tracks and sample locations are shown on the map titled Darren Goodman Option Prospecting Traverses and Sample Locations, scale I: I 0,000.
Sample descriptions and locations are shown on Table I: Darren Goodman Option - Prospecting Sample Description Spreadsheet in Appendix 1. Assay results are shown on assay certificates in Appendix 3.
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 2 -
4. MECHANICAL STRIPPING
A mechanical stripping program was carried out between August 15 and 21, 2008, to better expose altered and mineralized outcrops identified during the prospecting program. A Link Belt 21 OX2 excavator, operated by Ron Turk of Belham Ltd., Kaministiquia, ON, exposed three areas (W I, W2 and E3 as shown on Property Location Map) to allow for detailed mapping and channel sampling. Excavator operations were supervised by prospector Herb Goodman under contract to Kodiak Exploration Limited. Work logs of the excavator operator are in Appendix 4.
5. GEOLOGY OF STRIPPED AREAS
The three stripped areas were mapped by Nancy Reardon and Mark Styles, of Kodiak Exploration Limited, on October 16 and 17,2008. Their report on the geology, structure and mineralization follows.
RE: Notes on structure, alteration and gold mineralisation Darren Goodman property
The following comments and observations are drawn from detailed mapping (1 :500 scale) of stripped areas at the Darren Goodman (DG) property.
LITHOLOGIES
Stripping at DG has exposed 4 main rock types: volcanosedimentary rocks, basalt, gabbro and BIF.
Volcanosedimentary rocks are fine to medium grained volcanic-derived clastic rocks with mm- to em-scale laminations or bedding. In high strain zones (Le. adjacent to lithological contacts), this rock is chlorite-sericite schist. Distinctive brecciated cherty horizons (individual beds to 2cm thick) within the volcanosedimentary package were observed on one of the outcrops; brecciation could either be syn-sedimentary, or the result of boudinage during deformation. Bedding is oriented between 070 and 100', dipping steeply either to the north or south.
Two types of basalt are recognised: fine-grained, massive flows and basalt with deformed but recognizable pillow textures. Fine grained basalt is an equigranular feldspar-amphibole-pyroxene rock with ophitic texture. Pillow basalts are aphyric or very fine-grained and typically too strongly deformed to determine unequivocal facing.
Gabbro is a fine- to medium-grained feldspar-amphibole-pyroxene rock with well-developed ophitic texture. Contact relationships on one of the outcrops suggest that the mapped gabbro could actually be a relatively thick basalt flow; it is possible that all occurrences of this rock type are actually flow rocks.
Mapped BIF horizons are narrow, never more than a metre wide, and comprise chert-magnetitesilicate rock. Centimetre-scale bands/beds generally strike 075· and dip vertically. At the West C outcrop, the main BIF unit is sulphide-rich. carrying up to 30% pyrite. It's unclear from field relationships if this is a primary sulphide faCies BIF or if the sulphide is an alteration feature, but it seems likely that the sulphide was introduced during the alteration event affecting this outcrop. Slivers of BIF to 3 cm wide are preserved along the sheared contact between mafic volcaniclastic rocks and gabbro at West C.
STRUCTURE
Volcanosedimentary rocks carry a penetrative. planar flattening fabric that parallels bedding in most areas. The fabric in basalt and gabbro is anastamosing and typically less well-developed,
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 3 -
but increases markedly in intensity towards contacts with BIF/volcanosedimentary rocks on some of the outcrops.
Structures exposed on the stripped areas at DG are dominated by two sets of shears: ENE to NE striking sinistral and E-W, NWand NNW striking dextral. Movement senses were determined by deflection of pre-existing fabrics, offset of marker horizons and asymmetry of boudinaged quartz veins. Many of the shears are small scale, with offsets of centimeters. Some of the more significant shears carry poddy quartz-carbonate veins, which attain a maximum width of 25 cm. BIF horizons at the West C and D outcrops were a focal point for shearing; sense of shear was not determined, but the attitude of the BIF suggests that movement was likely to be sinistral.
Extensional quartz-carbonate veins occur on many of the outcrops and can be strongly deformed (suggestive of formation within a shear zone), or planar. These veins generally strike roughly north-south and are vertical (indicating horizontal extension and predominately lateral movement on shears) or shallow dipping (indicating inclined extension and combined lateral-vertical movement on shears). Shear and vein arrays generally fit the expected pattern for north-south compression. However, extensional veins at one of the outcrops strike both north-south and eastwest, implying that the extension direction switched from east-west to north-south ... perhaps suggesting a 'relaxation' phase during a hiatus in north-south compression?
Alteration and mineralisation
Carbonate-sericite-pyrite alteration of mafic rocks and pyritisation of BIF at DG is spatially associated with some of the more significant shears. Disseminated pyrite in the altered mafic volcanic rocks typically averages 1-2 volume%; a small area in the core of the alteration zone at the West C outcrop carries 5-10 volume% disseminated pyrite. Alteration can be texturally destructive, making it difficult to trace lithological contacts. Quartz-carbonate extensional veinlets occur within all of the mapped alteration zones.
Geological maps of the stripped areas are presented on maps; Darren Goodman Option Trenches W I and W2 - Geology and Sample Locations, and Darren Goodman Option Trench E 1 Geology and Sample Locations, both at a scale of 1 :500, in back pocket of this report.
6. CHANNEL SAMPLING
Following high-pressure washing of the stripped outcrops by geotechnicians and field labourers under contract to Kodiak Exploration Limited, channel samples were cut in order to sample significant alteration, mineralization and structures in these areas.
Channel samples were laid out by prospector Herb Goodman, and cut by Kodiak geotechnicians and field labourers.
Samples were collected and described by Herb Goodman, summer students Shawn Dubois and Bryan LeBlanc, and junior geologists Joe Fars and Mark Zelek, between August 18 and September 19,2008. Channel sample descriptions are presented in Appendix 2.
Assay results are shown on the assay certificates in Appendix 3.
7. CONCLUSIONS
No significant gold assay results were returned from the grab or channel samples collected during the 2008 prospecting and mechanical stripping program.
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 4 -
8. RECOMMENDATIONS
No further work is recommended for the Darren Goodman Option.
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 5 -
9. CERTIFICATE OF QUALIFICATIONS
I, DAVID STANLEY HUNT, P. Geo, of the City of Thunder Bay, District of Thunder Bay, do certify that:
1) I am a graduate of Carleton University (B.Sc. 1969) in geological sciences;
2) I have practiced my profession continuously for 38 years since my graduation from Carleton University;
3) I am a practicing professional geoscientist under the Professional Geoscientists Act, 2000, of Ontario,
4) The information presented herein is based on literature research, project supervision and review of results on the Darren Goodman Option.
5) I have no beneficial interest in the property discussed in this report nor do 1 expect to receive any in the future.
DAVID S. HUNT, P. Geo. December 6, 2008
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I I I I I I I I I I I I
- 5 -
9. CERTIFICATE OF QUALIFICATIONS
I, DAVID STANLEY HUNT, P. Geo, of the City of Thunder Bay, District of Thunder Bay, do certify that:
1) I am a graduate of Carleton University (B.Sc. 1969) in geological sciences;
2) [have practiced my profession continuously for 38 years since my graduation from Carleton University;
3) I am a practicing professional geoscientist under the Professional Geoscientists Act, 2000, of Ontario,
4) The information presented herein is based on literature research, project supervision and review of results on the Darren Goodman Option.
5) I have no beneficial interest in the property discussed in this report nor do I expect to receive any in the future.
DA VID S. HUNT, P. Geo. December 6,2008
Kodiak Exploration Limited Darren Goodman Option Prospecting & Stripping
I I I I I I I I APPENDIX 1
I I
TABLE 1
Darren Goodman Option
I Sample Description Spreadsheet
I Prospecting Samples
I I I I I I I
- - - - - - - - - - -TABLE 1: Darren Goodman Project· Sample Description Spreadsheet· Prospecting Samples
Sample_No Date
11543
11544
11545
11546
11547
11548
11549
11550
13367
13368
13369
13370
13371
13372
13373
13374
13375
13376
13377
13378
13379
13380
13381
15476
15477
15478
15-Aug-08 Laurent 441328 Comier
15-Aug-OB Laurent 441181 Comier
15-Aug-08 Laurent 441181 Comier
16-Aug-08 laurent 441035 Comier
16-Aug-08 Laurent 440921 Comier
19-Aug-08 Laurent 440548 Comier
19-Aug-08 Laurent 440552 Comier
19-Aug-08 Laurent 440551 Comier
l1-Aug-08 Michel 441190 Vaillancourt
15-Aug-08 Michel 441501 Vaillancourt
15-Aug-08 Michel 441518 Vaillancourt
15-Aug-08 Michel 441100 Vaillancourt
15-Aug-08 Michel 441096 Vaillancourt
18-Aug-08 Michel 441003 Vaillancourt
18-Aug-08 Michel 441016 Vaillanc.ourt
18-Aug-08 Michel 441033 Vaillancourt
18-Aug-08 Michel 441053 Vaillancourt
21-Aug-08 Michel 440607 Vaillancourt
21-Aug-08 Michel 440716 Vaillancourt
22-Aug-08 Michel 439878 Vaillancourt
24-Aug-08 Michel 439674 Vaillancourt
25-Aug-08 Michel 439277 Vaillancourt
25-Aug-OB Michel 438820 Vaillancourt
19-Aug-08 Laurent 440492 Cormier
19-Aug-08 Laurent 440493 Cormier
20-Aug-OB Laurent 440376 Cormier
5508726
5508825
5508823
5509007
5509186
5508629
5508638
5508631
5508543
5508530
5508579
5509000
5509001
5508647
5508648
5508680
5509032
5508685
5508934
5508412
5508568
5508926
5508458
5508428
5508425
5508590
359
352
352
351
336
357
358
357
345
363
349
363
363
364
370
367
353
360
335
349
377
360
248
343
344
359
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Grab
Old trench and blasl site
old trench
Basalte Sulphides
Basalle py
Basalte py
Basalte,QZ py
Basalie py
BesaRe py
Basalle py
Besalle,QZ py
Basatte,QZ Sulphides
Basalte,QZ py
Besalte Sulphides
Basalte
Basalte Sulphides
Calcite
Basalte Sulphides
- - - - - - - -Description AUGPT Report Number
Quartz and? < 0,03 A08-5201final
? <0.03 A08·5201final
Sedimentary with sulphides <0.03 A08-5201 final
<0.03 A08-5201final
< 0,03 A08-520 1 final
Quartz < 0.03 A08-5521final
Sedimentary and quartz <0.03 A08-5521final
Quartz and some other " 0.03 A08-5521final
Basalte with sulphides <0.03 A08-5041 final
Basalte with py <0.03 A08-5201final
Basalte with py < 0.03 A08-5201final
Basalte with quartz and py < 0.03 A08-5201final
Basalle with py <0.03 A08-5201final
Basalte with py < 0.03 AOll-5521finai
Basalte with py < 0.03 A08-S521final
Basalle with py and QZ(pink) <0.03 A08-5521 final
Basalte with quartz and sulphides <: 0.03 A08-5521final
Basalte with quartz and py <: 0.03 A08-5521final
Basalte with sulphides < 0.03 A08-5521 final
Basalte with py <0.03 AOll-5522finai
Basalle with sulphides < 0.03 A08-5522final
Calcite reacted wilh the acid) < 0.03 A08-5684final
Basalte with sulphides <0.03 A08-5684final
Sedimenlary-Quartz-Sulphides < 0.03 A08-5521iinal
Sedimenlary-Quartz-Sulphides < 0.03 A08-5521final
- - - - - - - - - - - - - - - - - - -TABLE 1: Darren Goodman Project· Sample Description Spreadsheet· Prospecting Samples
Sample_No Date Sampler E_nad83 N_nad83 Elev_m Sample_type Notes Rx_Code Minz_Code Description AUGPT Report Number
15479 2D-Aug-08 Laurent 440374 5508590 357 Grab old trench Quartz-Sedimentary-Sulphides < 0.03 A08-5521final Cormier
15480 2D-Aug-08 Laurent 440393 5509117 334 Grab py Sedimentary-Quartz-Sulphides < 0.03 A08-5521final Cormier
15481 2D-Aug-08 laurent 440484 5508888 361 Grab Sedimentary-Ouartz < 0.03 A08-5521final Cormier
15482 21-Aug-08 laurent 440233 5508742 372 Grab Sedimentary-Ouartz < 0.03 A08-5521final Cormier
1548:.:1 22-Aug-08 laurent 439984 5508432 345 Grab old trench Sedimentary-Quartz <0.03 A08-5522final Cormier
15484 22-Aug-08 Laurent 439948 5508423 349 Grab old trench Quartz-Sulphides <0.03 A08-5522final Cormier
15485 22-Aug-08 laurent 439946 5508425 349 Grab Massive sulphides < 0.03 A08-5522final Cormier
15486 22-Aug-08 laurent 439965 5508429 344 Grab old trench Sedimentary-Quartz-Oxydation <0.03 A08-5522final Cormier
15487 22-Aug-08 laurent 440080 5508630 365 Grab Sedimentary-Sulphides '" 0.03 A08-f,522final Cormier
15488 23-Aug-08 laurent 440041 5509085 335 Grab Quartz-Sulphide-Chlorite " 0.03 A08-5522final Cormier
15489 24-Aug-08 Laurent 439415 5508570 359 Grab Sedimentary-Sulphides-Quartz < 0.03 A08-5522final Cormier
15490 24-Aug-08 Laurent 439379 5508920 340 Grab looks good Quartz-Sulphite-Sedimentary <0.03 A08-5522final Cormier
15491 24-Aug-08 Laurent 434383 5508925 339 Grab Sedimentary-Quartz-sulphide <0.03 A08-5522final Cormier (malachite)
15492 25-Aug-08 laurent 439506 5509075 347 Grab py Quartz-Basalt-Sulphides <0.03 A08-5584final Cormier
15493 26-Aug-08 Laurent 439192 5508832 342 Grab old blast Quartz-sedimentary < 0.03 A08-5684fina! Cormier
15494 26-Aug-08 Lauren! 439188 5508830 341 Grab Sedimentary-Ouartz-Sulphides '" 0.03 A08-5684final Cormier
I I I I I I I I APPENDIX 2
I I
Table 2
Darren Goodman Option
I Sample Description Spreadsheet
I Channel Samples
I I I I I I I
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet. Channel Samples
Sample_No Date Sampler Project_Code E_nad83 N_nad83 EIeY_m Sample_lype Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
10751 25-Aug-08 JoeFI ... OG 441739 5508522 334 Channel 181 74 40 Highly schislosemela seds. JF.Ql 0.43 A08-3415finll Bedding parallel to shear@ 282,87. Moderately chloritized Finely laminated beds. Sirong silicification. Locally o:ddized. No trace sulphides
10752 zs.Aug-08 Joe Faro OG 441735 5508533 349 Chlnnel 186 61 40 Slightly shea",d meta seds. JF.Q2 <0.03 A08-5517linal Moderate silicification. PERvasive qtz veinlets hosting Ir. Pyrite veinlets will! 1·2% pyrite. MOderate chtoritiation. Slight c._nate alteration.
10753 25-Aug-08 JoeFars OG 441735 5506533 349 Chlnnel 186 50 40 Slightly ma •• i"" meta seds. JF-02 <0.03 A08-5517final Dark IIreen to light II""". Tr. Epidote alteration. 1~15'" qtz. Carb VIIinlets. Tr. Pyrite pyrite. Moderate chloritized alteration Possible specular hematite aiteration. Moderate silicification
10754 25-Aug-08 Joe Fa ... OG 441735 5508533 349 Ch.nnel 186 60 40 Slightly sheared meta .eds. JF-Il2 < 0.03 A08-5517finll Locally &chlstose Tr. Specular hematite. Tr. Magnetite. Highly ohlorilized. 1·2% pyrite. Moderate silicifJCation. Locally oxidiZed.
10755 25-Aug.08 Joe Firs OG 441735 5508533 349 Channel 186 64 slightly schistou meta &ed •• JF-02 < 0.03 A08-5517finll Highly silicified. Tt'. Hematite atteration. snear lone hosting 1·2% pyrite. Pervasive qtz veinlet$. Highly c hloritized.
10756 25-Aug-08 Joe Fa ... OG 441735 5508533 349 Channel 186 68 4a More massive meta seas. JF-Il2 < 1).03 A08-5517final Trend to more mafic rock. Pervasive qtz: veinlets with slight carbonate alteration. Tr. Copper, 1·2% pyrite. Highly Silicified.
10757 25-Aug-08 Joe FIrs OG 441735 5508533 349 Channel 186 71 40 More massive meta sects. JF·02 < 0.03 A08-5517final Trend to more mafic rock~ Pervasive qtz veinleta with slight carbonate alteration, Tr. Copper, '·2% pyrite. Highly siliCified.
10768 25-Aug-08 Joe Fa ... 00 441733 5508525 343 Channel 179 7T ,. Possibly slightly .heared JF.Q3 < 0.03 A08-5517final b .... It. Very ma.ssive Slightly .histoae. Highly ehloritized. Aphanitic. Slight silicic aiteration. Tr. Carbonate alteration. No Ir. Sulphldell
10759 25-Aug-08 Joe Faro OG 441733 5506525 343 Chlnnel 178 94 1a Strongly schistose meta JF-03 <1).03 A08-5517f1nol VOlcanics. Very massive. Strong oxidation. Tr. Epidote alteration. Highly chloritized. No tr sulphidell. Very fissile
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Project.-Code E_nad83 N_nad83 EIev_m Sample_type Azimuth Length_em Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
10760 25-Aug.08 Joe F.", DG 441734 5508534 339 Chlnne! 178 55 4a Strongly siliceous met ........ JF..()4 <0.03 A08-5517final Slightly ande.itic. Tr. Phanerjtic texture. Pervasive qtz vein_. Highly chlQrilized. Angular qtz grains. Locally oxidized. Tr. Hematite alteration. 3--4% pyrite
10761 25-Aug.08 Joe Fa", DG 441734 5508534 339 Chlnne! 178 55 very similar to .ample 10760. JF..()4 <0.03 A08-5817final Slightly more ma.sive highly oxidized area hosting up 107% pyrite. Perv .. ive qtz vein_ with oxidized margins hosting U.2%py
10762 2I1-Aug·08 Joe Fa", DG 441734 5508534 339 Channel 176 83 4a JF..()4 <0.03 A08-5517final 10849 25-Aug·08 JoaFaro DG 441739 5508522 334 Channel 182 70 4a Sheared met. oed •. Shear JF-Ol <0.03 A08-5517final
trending @!260 degrees. Mod .... tely sillceou". Mod .... '" chloritization. Slightly oxidized. Pervasive qtz veinlets. Phylitic luslre. Localtv schistOM.
10850 2l1-Aug.08 Joe F.rs DG 441739 5508522 334 Channel 182 75 4a Moderately sheared meta JF-Ol < 0.03 A08-5517final seds with shear tending at 282. Slight to moderate e hloritiz.ation. Slight carbonitization. Slightly oxidized. Pervasive qtz veintets. Moderately schi&tose.
14862 22-Aul/.08 Herb Goodman DG 441765 5508549 channel 47 1a mod .. sh.greenish vol's, $m.qtz .. dg~1 <0.03 A08-5514final carb inc:Jusions, minor att and sulphides. py & cp
1<1883 22-Aug-08 Hefb Goodman DG 441755 5508549 channel 41 ,. same IS 14862 dg-2 <0.03 A08-S5141inal
1 ...... 22 .... ug.08 Herb Goodman DG 441755 5508549 "Nnne! 53 ,. same as 14862 dg-3 < 0.03 A08-5514final
,..- 22-Aug.08 Hefb Goodman DG 441785 5508549 channel 47 ,. same as 14862 dg-4 < 0.03 A08-55141inat ,_ 22-Aug.08 Herb Goodman DG 441758 5508545 chlnne! 41 1. sil. go ••• ned light greenish <0.0:1 A08-5514final
vors, carbonated. narrow mafie chi. ribbons & irregular qtz-<arb veintela, <1% py-cp
14.&7 22-Aug.08 Hefb Goodmln DG 441757 5508549 channel 71 la 511. gossened pale green YCrS, dg~1 <0.03 A08-55141inal narrow irregular mafic chi, ribbons. carbonatfli, <1% py~ cp ,_
22·Aug.08 Hefb Goodman DG 441757 5508549 Channel 40 II same as 14867 dg-2 <0.03 A08·5514final
1486. 22·Aug.08 Herb Goodman DG 441754 5508546 chlnnel 62 la sit, g05Saned surfaces. pale dg-l < 0.03 A08-55141inal brown & greenish VOl's, carb, mafic rtbboned inclusions. 010ng8 cross culting qtz veinlets j <1% py..cp
14870 22-Aug.08 Herb Goodman DG 441154 5508546 channel 51 1. same as 14869 dg-2 < 0.03 A08-5514final
14871 22-Aug.08 Hefb Goodman DG 441754 5508546 channel 62 la brecc.sil, gos$aned pale dg-3 <0.03 A08-5514final brown ~serjcite) & greenish vol's, mafic inclusion. PI" brown fragmenta, trregullr qtz wintela. minor sulphides
- - - - - - - - -TABLE 2: Darren Goodman Project. Sample Description Spreadsheet· Channel Samples
14872 22-Aug-OII He1b Goodman 00 441754 channel
14873 22·1\ ulI-I)8 He1b GI>odman 00 441758 5508551 ehannel
22·Aug-08 He1b Gl>odman 00 441753 5508547 channel 54
14875 22-Aug-08 He1b Goodman DG 441753 5508547 channel 62
14876 22-Au9-08 He1b Goodman DG 441754 5508549 channel 73
14877 22·l\ug.08 Herb Gl>odmon DG 441752 5508549 channel
14871 22·l\u9-08 He1b Good_n 00 441752 5508549 channel
14879 22·l\ug-08 Herb Goodman 00 441752 5508549 channel
14880 22·l\u9-08 Herb Goodman DG 441752 5508549 channel
14881 22.A ug-08 Herb Gl>odman 00 441750 5508542 channel 42
14884 22-Aug-08 Herb Goodman DG 441753 5508550 channel 58
14886 22-Aug-08 Herb Gl>odman 00 441753 5508550 channel 50
22-Au9-08 He1b Gl>odman 00 441742 channel 59
14887 22-Aug-08 Herb Goodman DG 441742 5508535 channal 76
441742 5508535 channel 16
22-Aug-08 He1b Goodman 00 441742 5508535 channel 73
14890 Z2·l\ug-08 Herb Gl>odman 00 44173& channel 79
15122 12·Sep-08 Shawn Duboi. 00 440721 5508607 Channel 330 90
15123 440715 5508602 Channel 90
- -,. ,.
,. ,. ,.
,. la
II
,. ,. 1a
" ,. I.
la
Channel,. 1 (magneti 5m might alter orientatio n valul:
Channel ,. 2 (magnetl smmight alter orientatio nvalue
-
PV, po?
py, po?
- - -Description
.ame al 14872 d9-4
.ame IS 14872 dg-5
mod, $11, ca1b, p.1e brown. dg·l green vol's, sm qtz vejnlet$ & mafic chI-ribbons, minor py .. ep .ame I. 14874 dg-2
same .. 14874 dg.3
oh, .n, pale g""'n vol'., dg-l narrow mafie iocluf.'on, irregular croloa<utting qtz v1!in\et$ < 1% py-cp, line dis •.
same as 14877 dg-2
same as 14877 dg-3
same .. 14877 d9-4
sam .. a. 14877 dg-S
511, go .. aned shear, pale dg-1 green to brown. some qtz inculsion" minor sulphides .. me as 14884 dg-2
Il'Itens.e\y s!>,lnter vol's, minor dg·l sulphides sameu,4886
""me .. 14886, rusly .. slightly folded same •• 14886
same- •• 148M
Very oxydlled and mineralized material. Strongly magnetic. Moct.r.t& She.f. Matrix dark, tiM grained, likely b ... It. 50% py, Possillle po. A few oxydlzed OCV. Weak-moderate chlorite and silica ,Iteration. Basalt vesicu'ar in moat oxydized 8.reas~
Slrong shier, oxydalion and magnetism, Fine grained, dark green 10 9"'y volcanle material. basalt, Moderate sillea and chlorlle. Porphyrobla.ts of pla9 or qlz present, with pressure shadow features around them. 30% py, possible "". Mineralization in the shear pia .... Basa" tocaUy \tesicular
09·2
- - - -<0.03 A0II-5514final
<0.03 1\0II-55141'1nol
<0.03 A0II-li514tinal
<0.03 AOII-5514final
<0.03 A0II-5514fina'
<0.03 A08-5514final
<0.03 AOII-5514fina'
<: 0,03 AOII-5514final
<0.03 A0II-5514final
<0.03 1\0II-li514final
<0.03 A08-5514final
< 0.03 A08-5514rmal
<0.03 1\0II-5514flnlOl
<0.03 1\08-55141ln_'
<0.03 A0II-li514final
<0,03 A0II-5514finll
<0.03 A0II-5514tinal
<0.03 A!J8.6274p",llm
<: 0.03 A!J8.6274p"'Um
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Projec:CCode E_nad83 N_nad83 Elev_m Sample_type Azimuth Lengthsm Notes RlI_Code Mioz_Code Description Outcrop_No AUGPT Report Number
15124 12·Sep-Oll Shawn Dubois DG 440714 5508601 349 Channel 3SO 60 Channel 1. Very strongly she ...... , fine <0.03 A08-6274prelim 3 grained rock, likely basalt.
Moderate 10 strong Iteration, giving. tuffaceous impression. Possible tuff. Moderate chlorite and silica and weak-modetate sericite. Sma" boudinaged QC stringers. Waxy sheen on shear planes.
15125 12·Sep-OS Shown DubOis DG 440717 5508617 361 Chlnnel 350 80 Channel ,. py, po? Strongly sheered and oHered <0.03 A08-6274pr"lIm 3 basalt. Modenote chlorite and
Silica. Dark green and fine grained. Modooraltt seriCHe. 15% py mineralization, generally in bands along the shear pIIl1H. Ralhar oxydizecl. Sma. boudinaged OV stringers. Magnetic.
1512& 12-Sep..oa Shawn Dubois DG 440713 5508599 349 Channel 350 60 Channel 1. Very sheared and altered < 0.03 A 08·627 4prelim 3 rock, likely basa.t. Green, fine
grain matrix. Severa. QCV I generally deformed. Possibly amygdular ba.alt, with calcite or qtramygdule •. Some py mineralization. Moderate chtorite, silica and &~ri(.ite ait&ration.
15127 12.Sep.08 Shawn Dubois DG 440714 5508597 345 Channel 349 60 Channel ,. py Fine grained, IIreen mafic <0.03- A08.6274pmtlrn 4 volcanie, basah. Strong
shear. Several QC stringers. Shear planes have a waxy sheen. Moderate chlorite, and weak silica and sericite IIIlteratjOf1~ Trace py
15121 12·Sep·08 Shawn Dubols DG 4401ii 5508587 J48 Channel 345 60 Ch.nnel ,. Fine grained, green volcanic, < 0.03 A08·6274prelim 4 bu..1t. Strongly sheared,
giving impression of tuff. Moderlttt chlorite, sericite and silica alteration. Several QC veinlel •. Waxy sheen of shear planes.
15129 12.Sep.08 Shawn Dubois DG 440713 5508604 349 Channel 345 50 Channel 1. Fine grained. green votcanic, <0.03 A08-6274prelim 4 basalt. Strongly sheared.
Moderate chlorite, ...... icite and silica aiteration. Sevetal smaD QC stringers. Waxy sheen to shear planes.
15130 12-Sep..oa S,,"wn Dubois DG 4401111 55OIIS1I2 356 Channel 345 65 Ch.nnel ,. Fine grained, lI"",n buall. < 0.03 A08·6274prelim 4 Mo<lerato' chlorite, sericite
and siliea, giving a tuffaceous. appearance when coupled with the strong sheaar. Several QC veinlets. WaXy sheen on sheaf planes.
15131 12-Sep-011 Shawn Dubois DG 440712 5508624 340 C,,"nnel 350 65 Chonnel 1. py Very fine, dark green basalt. < 0.03 A()8..6274prelim 5 Strongly sheared. Moderate
chtorite" .iliea and sericite aH:or3flQn. Tnt-=~ py. Waxy .. hear planes. A few QC vejnfets.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Simple_No Dllte Sampler Project_Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
15132 12-Sep-08 Shawn Dubois DG 440711 5508596 350 Chennel 350 50 Ch"nnel 1. py,po? Strongly oxydlzed and <0.03 A08-6274p",lIm 5 magnetic. Strongly sheared
ba$ltt Matrix a dark grey, fine grained materia" Vf#Y mineralized. 300/. py, maybe po. Moderate chlorite and Solliel, Weak·moderate sericite. Basalt vesicular in olydized areas,
15133 12-5ep-08 S"'8wn Dubois DG 440711 55085119 351 Channel 350 45 Channel 10 py, po? Strongly mallnetic and < 0.03 A08-S274prellm 5 oxydi.ed rock. Strong shear.
Fine grained, dark grey to green basalt. Moderate chlorifa, Hriclte and silic. alteration. 20% py, 50rne large crysta" associated with a ac veinlet.
15134 12.Sep-08 Shawn Dubois OG 440715 5508$119 371 Channel 350 50 Channel 1a py Highly sheared baselt. <0.03 A08-6274p",lIm 5 Moderate chlorite, silica and
sericite alteration. !!any OC veinlet$. Fine grained, dark green. Waxy sheen on shear pl"nes. Trace py. Not magnetic:.
15135 U.5ep-08 Shawn Dubois DG 4401>96 5508608 347 Ch"nnel 335 60 Channel 1" py Strongly .heared and <0.03 A08-6274p",lIm I) oxydized magnetic rock.
Basalt. dark green, fine grained. Moderate chlorite, seddte and silica alteration. Some OC velnlets. 8% py.
15131> 12.Sep-08 Shawn Oubo;. DG 4401>99 5508604 342 Channel 335 40 Channel 1" py Sheared, heavily o.ydlzed < 0.03 AOe.6274preUm 6 basall. MagnetiC. Hosts 5%
py. Moderate chlorite, sericite and silica aiteration. Py generally in band •• Few QC vetnleta.
15137 12·Sep·08 Shawn Dubois DG 440097 5508599 340 Channel 335 75 Channel 1. Fine grat"ed:, green volcanic, < 0.03 A08-6274p .... Hm 7 bas.11. Strong shear.
Moderate chlorite, Stene;te end silica alteration. Evidence of folding. Several small QC veintets.
16138 12·Sep·08 Shawn Dubois DG 440696 5508$97 343 Channe' 335 70 Channel 1. py Strongly o>ydized and <0.03 A08-6274prelim 7 sheared magnetic bas.1t.
Green to grey fine grained rock. Moderate chAorite, silica and wdc," attefMlon. 2'1" py. Several OC veinlet's,
15139 12-Sep-08 Shawn Dubois DG 440700 5509601 354 Channel 335 75 Channel I" py Fine grained, 9"'Y to green < 0.03 A08·6274prellm 7 basalt. Strongly sheared.
SeveralOC velnlets. Trace py. Moderate chlorite and weak silica and sericite alteratton. Evidence for folding.
15140 12.Sep-08 Shown Dubois DG 440092 5508$92 341 Channel 340 40 Channel 1. py Strongly sh".",d .nd < 0.03 A08-6274p",Um 8 o)tydized magnetit basalt.
Fine grained, dark grey to green. 40% py, ma .. I"". A lew OC veinlets. Moderate chlorite and weak 5i11ca and seriCite attetiltion.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No Date Sampler Project..Code E_ned83 N_nad83 Elev_m Sample_type Azimuth Length_em Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
15141 12-$ep-08 Shawn Dubois DG _87 5S08591 347 Channel 3SO 50 Channel la py Fine \lfalned. 11- to II"'Y <0.03 A08-6274prelim 9 b .... 1t. Strong shear. Sorne
folding evidence. TrICe py. Moderate clllorite, silica and sericite atteration. Many QC mntets. Waxy shHn on shear plane$.
15142 12-Sep-08 Shawn Dubois DG 440686 5508590 347 Channel 38IJ 60 Channel 1. Dark 1Ir1!Y 10 green. fine <0.03 A08-6274p",lim II g,ain<Oll b ... aIt. Slfongly
shearad. Moderate chl_. silica and sericite aHeratlon. _.1 QC ve;nlets. Waxy sheen on .he.r planes.
15143 12..sep.oe Shawn DuboiS DG - 5508588 334 Channel 3SO 70 Channel 1. py Fine graitWdj gt"e'fll basalt. <0.03 A08-6274prelim 9 Strongly .. ""ared. Moderate
chlorite, welk sirtc;a and sericite. Trace py. Seve,ol QC veinlets. Waoy __ on $near ptanes. Trace epidote.
15144 12-Sep-08 Sh_n Dubois DG 440654 5508514 338 Channel 335 90 Channel la Fine grained. blue grey to < 0.03 A08-6274prellm 10 green basalt. Moderate shea,.
Many QC v";nlets. Weak chlorite and sericite alteration and weak to moderate silica alteration. Reek almost andeSitic.
15145 12-Sep-oe ShJllwn Oubois DG _51 5S08572 347 Channel 335 SO Channel 1. Fine 9rained. blue gley to < 0.03 A 08-627 4p,ellm 10 green bault. Strong shea'.
Many QC veintet ... Some evidence of folding. Weak Chlorite end Hric:ite, and weak~ moderate sltica alteration.
15146 12·Sep-08 Shawn DuboiS DG 440653 5S08577 337 Channel 335 SO Channel 1. Fin" grained. blue grey to < 0.03 A08-6274prelim 10 green bas.lt. Strongly
sheared. Moderate sme. alteration, and weak chlOrite and serkite attention. Many QC veinleta. Faint signs of folding.
15147 12-Sep-oe Shawn DuboiS OG 440655 5508575 342 Channel 335 SO Channel 1. py Fine grained. blue grey to < 0.03 A08-6274prelim 10 green basalt. Sirongly
sheared. Many QC veinlets. Wea k·moderale chlo'ite. sericite and silica afteration. Trace py in pod •• Slight evidence for folding.
15148 12·Sep-08 Shawn DuboiS DG _SO 5508593 344 Channel 335 SO Channel 10 py Fine gr8i"". green to blue <0.03 A08-6274preHm 10 9r1!Y basalt. Strong shea,.
Many QC veinlets. 1% py in a band aligned with the shear. Slight folding present. Weak to moderate silica, chlorite and sericite aiteration.
151411 13-Sep-08 Shewn DuboiS DG 440653 5508575 349 Channel 10 60 Channel la Fine grained. 9r1!Y to <0.03 A08-6274prelim 11 yellowish basalt. Smng
shear. Moderate to strong seriCite atteration. Weak chlorite .nd silic. elteration. Many QCV 9"nerally aligned with the shear. AlterJrtion stronger near the vein lets.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No Date Sampler PI'(Ijec;LCode E_nad83 N_nlld83 Elev_m Sample_type Azimuth Length_em Notes Rx_ Code Mlnz.... Code Description Outcrop_No AUGPT Report Number
15150 13-Sep-08 Shawn Dubois DG 440649 5508573 345 Channel 10 70 Chann<>1 1. .",7 or py? Fine grained, grey to yellow <0.03 A08-6274prelim 11 basalt. Strong 15M.'.
Moderate sericite alteration and weak chlor.te and silk • • 11 ..... tion. A few QC velnlm. Trace mineraUzat,on of arsenopyrite or very silvery pyrite.
15171 25-Aug-08 Bryan leBlanc DG 441743 5508558 395 channel 182 60 Bl01 4a mod sheared 011_ meta <0.03 A08-5517final sed., light green beige In colour, shearing@08216O. some oxidation along foliation planes near surface. No visble sUlphide$. Minor qtz veining occuring along shelr. Mod·sil. epl Itt.....
15172 25-Aug-08 Bryan leBlanc DG 441743 5508558 395 Channet 182 70 BlOl 4a Same.a above. wltr .. pyr <0.03 A08-5517fi ... 1
15173 25-Aug-08 Bryan leBlanc DG 441743 550_
395 channel 182 70 BlOl 4a Same as above <0.03 A08-5517f1nal
15174 25-Aug-08 Bryan leBlanc DG 441739 5508540 340 chlnnel 182 70 Bl02 4a Sh ... red meeta ._. Mod qtz < 0.03 A08-5517f1nal veining up to 5mm. light green be;ge in coloUf'. Veinlets of spec:ualr hematite p ...... nt. 2% pyr and 0.5% arseno. mod,.sil,epi. W..chl
15175 25-Aug-08 Bryan leBlanc OG 441739 S508540 340 channel 182 70 BL02 4a Same.s above~ 1% pyr, tr~ <0.03 A08-5517fi ... 1 arseno and no specular hematite
15176 25-Aug-08 Bryan leBlanc DG 441739 5508540 340 channel 182 50 BL02 4a light g,een beige In colour, < 0.03 A08-5517finll mOd~$he.red meta &eds. Qtz
veining.veinlets present up to 30m. mod·sll,epl, chl.lm. SamO veinlets of specualr hematite p ....... nl. 0.5% pyr, Ir-• .-seno
15177 25-Aug-08 Bryan leBlanc DG 441735 5508558 350 channel 190 80 BL03 4a lightly sheared green beige < 0.03 A0a.5517final meta seds. Light qtz veining po,ellel to .hear. Specualr hematite stringers present. 0.5% pyr, tr ... ruoo. moda 5i1.epi~ chi. Ser.
15178 25-Aug-08 Bryan leBlanc DG 441735 5508559 350 channel 190 70 BlO3 4a Same foek as above, mod < 0.03 A08-5517final deformation in this sample, qtz veining is fauHed and folded. Strong.chl al1&,. Sm.1I pyr stringers patellel to qlz veining. 1% PYf, tr..art.&nO
15179 25-Aug-08 Bry.n leBlanc DG 441735 5508559 350 Channel 190 50 BlOa 4a light gr ... n btu.. meta _, <0.03 A08-5517final mod ~ veining up to lcm, p .... Ile1to each other. Speeuatr hematite stringers. tr..o.5% pyr. Weak..,pi. Mod· sil, chi.
15748 25-Aug-08 Mark Zelek DG 441734 S508545 350 channel 18 70 MZ02 4a mod-sll,hem.epi. Tr-py" PY' <0.03 A08-5517fi ... 1 veinlets. Multiple qll veinlet. up to 2cm. Pyr ",,1_ prunt along qlz veining.
15749 25-Aug-08 Mark Zelek DG 441734 5508545 350 channel 181 50 MZ02 4a Same a. above <0.03 A08-5517f1nal
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Project_Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Mlnz_Code Description Outcrop_No AUGPT Report Number
15150 25-Aug..Q8 Mark zelek DG 441735 5508542 350 channel 192 50 MZ04 4a mod •• il,hem,epi. pale yellow < 0.03 A0a.5517f1na1 sericite. Several q/c milky white grey up 10 1.5 em. Up 10 1·2% pyr locally, generally 0.5%.
15776 25--Aug..Q8 Mark zelek DG 441738 5508546 350 channel 188 40 MZOI 4a fine grained mets sed" grey < 0.03 AQ8..5517flnal yellow in colour, wtth ,ever,1 red~brown fractures, several q/c veinleWslringers. Mod .... il, tr .... pi.
15m 25-Aug..Q8 Mark Zelek DG 441738 5508546 350 Channel 188 50 MZOI 4a toame as above some qtz < 0.03 A0a.5517f1nal InfUling of fractures, tr..pyr
15ne 25-Aug..Q8 Mark Zelek DG 441738 5508546 350 channel 188 50 MZ01 4a mod to wlt.k yellOw .. "icitic <0.03 A0a.5517f1na1 alter. D'It;;ontinoU5 veintet:s. Demineralized at alter fractur8$.
15nll 25-Aug..Q8 Mark Zelek DG 441738 5508546 350 channel 188 50 MZOI 4a .ame as above, w/4Gm <0.03 AQ8..5517f1nal sheered fractured qtz vein cutling at approx 75.
15780 25-Aug..Q8 Mark Zelek DG 441733 5508545 351 channal 185 45 MZ03 4a fine grained m __ • grey <0.03 AQ8..SS17final yenow in colour. with several q/c velnletslstringero. Minor pyr winhm. Mod .. 'il, ept, hema.
15781 25-Aug-08 Mark Zelek DG 441733 5508545 351 channel 185 45 MZ03 4a fine grained neI. _. mod- <0.03 A0a.5517f1nal sil.ham,apI. Severa' qtz veins up to lcm. Tr..o.5% mag.pyr
157112 25-Aug..Q8 Mark Zelek DG 441731 5508534 349 channel 214 60 MZ05 4a Weak-mod alteration. Multiple <0.03 AQ8..5517f1nal qtz veins up to lcm. Multiple sma. pyr .tringers. Up to 1% pyr.
18801 13-Sep..Q8 Shawn Dubois DG 440652 5508570 347 Channel 10 65 Chan",,1 1. py Fine grained, grey to yellow < 0.03 A08-627411nal 11 basalt. Yellow d .... to strong
sericite aHeration. Weak chlorite and weak..moderate silica. Several QC veinlets. Mainly dl .... minated py. though. "'w in banda. Up to 2%py.
18802 13-Sep..Q8 Sh_n Dubois DG 440650 5508572 342 Channel 10 70 Channel 1. py Fine grained. grey to nricite < 0.03 A08-627411nol 11 ye.ow ba.alt. Strong shear.
Strong sericite and .arbonate afteration. Weak-moderate chtorite and silica alteration. 2% pyrite mineraliution, generally along bands parallel to shear. Several QC veinlets. Most alteration and mineralization more prominent near veinleta.
1&803 13-Sep..Q8 Shawn Dubois DG 440646 5508576 339 Channel 10 80 Ch .... nel 1. py Strongly altered basalt. < 0.03 A08-6274finll 11 Strong shear. Strong sericite
and carbonate alteration with moderate silica and chlorite alteration. Some hemaliulion .Iong fractures. Several I.rge QC v"inlets slightly brecclating host rock. Trace 10 local 2% pyrite. Chlorite seams along veinlet.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Project_Code E_nad83 N_nad83 EIev_m Sample_type Azimuth length_cm Notes Rx_Code Mlnz_Code Description Outcrop_No AUGPT Report Number
1_ 13-Sep-08 SIIawII Dubois OG _7 5508573 345 Channel 10 65 Channel 1.+QV py L.rge eN hosted In atrongly < 0.03 A08-6274final 11 sheared and attered basatt.
Chlorite .... ms present. Pods of py _em. CI,sts of host in tho eN. Very serieitized.
16B05 1~Sep-08 Shawn Dubois OG _7 55011574 338 Channel 10 55 Channel 1. py Strongly shoared and .ltered <0.03 A08-6274final 11 basalt. Strong wricite end
carbonate- aHeration and moderote chlorite and sOle, ._.lion. Trace py. Presence of a I.rge eN. Seyerol smaller QC velnteta.
16806 1~ Shawn Dubois OG 440648 5508572 340 Channel 10 50 Channel 1. py Strongly shoared and ._ <0.03 A08-62741lnal 11 b .. ,1t. Strong serk:ite and
c.rbonate .-ation. B.nds of py. Several QC wlnhm! more or Ift5 erratic.
16807 l~Sep-08 Shown Dubois OG 440639 55Oa571 352 Channel 10 50 Channel 1. py Stron!l(lly altered and shaared < 0.03 A08-6274finol 11 bault. Moderate olydatlon.
&eric:ite and carbonate and chlorite .lteration. Weak silica alt .. ration. Trace py. Few QC veinlet$~
1_ 13-Sep-08 Shawn Dubois OG 440651 5508573 336 Channel 10 50 Channel 11 py Strongly shaared _alt. <0.03 A08-62741ln.1 11 Moderate sericite and chlorite
and silica alteration. Moder .. strong carbonate ._otlon. Several deformed QC vei_ 5howing folding: evidence. Loca' strong py mineralization in bands.
1_ 13-Sep-08 Shawn DuboiS OG 440651 55085a2 345 Channel 10 60 Channel 1. Strongly shaared ba •• 1t. < 0.03 A08-627 41lnol 11 Moderate aericite, chlorite
and silica alteration. Strong: to moderate carbonate alteration. local strong py mineralization. Several QC vernlets. Many are deformed. Chlorite stringers.
1010 t~Sep-08 Shawn Dubois OG 440653 55085a3 344 Channel to 70 Channel 1. py Strongly shaared and aitered <0.03 A08-6274final 11 basaH. Moderate4trong
carbonate, siliea and sericite alteration. Moderate chlorite alteration. Several QC veinlets. Chlorite .. ams on margins of veiniets. Trace py.
lOll 13-Sep-Dll Shawn DubOiS OG 440646 5508577 346 Channel 10 60 Channel 1 •• QV py Laroe QV with clasts of host <0.03 A08-6274finol 12 rock. The ela$t$ are lI~ely
basalt, but Ire very haavUy mineralized. Py 4IW •. Some chloritit stringers.
1012 13-Sep-08 Shawn Dubois OG 440645 5508576 339 Channel 360 50 Channel 1a+QV py Ve<y Sheared and broken up < 0.03 A08-6274final 13 rock, likely due to
hydrothormal.etlan. Several large QV. The elasl5 are heavily mineralized. The eN have chlorita lU!'.m~. Py 40%.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project. Sample Description Spreadsheet. Channel Samples
Sample_No Date Sampler ProjKt.Code E_nad83 N_nad83 EIev_m Sample_type Azimuth Length_cm Notes Rx_Code Mlnz..Code Description Outcrop_No AUGPT Report Number
16813 13-Sep-08 ShlwnDubois OG 440641 S50856S 34S Cnanne! 360 60 Channel 1. Sheared, line grained basalt. <0.03 A08-6274final 14 Generally II"'Y, bu1 varin
with .lteration. Alteration more prominent near some QC veinl"'. Moderate sericite" silica and weak to moderate chlorite alteration. Moderate carbonate aHeration.
16814 13-Sep-08 Shawn Dubois OG 440642 15S08569 340 Channel 360 60 Channel 18 PI', "PI' Sheared ba •• It. Moderate- <0.03 A08-6274finll 14 strong silica and chl_. wit
moderate sericite and carbOnate alteration.. Trace PI' and cpy. A lew orange QC
""'_. SmaM eyes 01 qtZ with pf"H:sure shadows. due to shear.
16815 13-Sep-08 Shown DuboiS OG 440647 5 __
356 Channel 360 60 Channel 1. py Sheared and altered ba.llt. <0.03 A08-6274finll 14 Moderate chlorita. Bands 01
strong silica atteratJon "" .. He! to shear. W .. a.-moderate sericite alteration. Several QC veinlet •. Trace py.
16816 13-Sep-08 ShownDubois OG 440647 15S06565 364 Channel 360 60 Channel 1a PY. cpy Sheared and moderately <0.03 A08-6274final 14 altered ba.alt. Bands 01
strong si'ka alteration.. Moderote chlorite and carbonate afteration. W •• k-moderate sericite alteration. Several QC veinlet •. Trace py and cpy. Silica alteration generally associated with.
QC ""'ole!. 16817 13-Sep-08 Shawn Dubois OG 440636 5608585 348 Channel 360 70 Channel 1. epy Sheared and 81tered basalt. < 0.03 A08-6274fln.1
14 Moderato chlorito, silica, carbonate and sericite etteration. SlUe. aiteration generally concentrated in bands. Trace cpy. Waxy sheen to shear plane ... Some qtZ eye •• A few QC veinleta.
16818 13-Sep-08 ShawnDubois OG 440637 560851>7 3SO Channel 360 60 Channel 1. py Altered and sheared basalt. <0.03 A08-6274final 14 Severat QC veinlets. Trace py.
Some QC v"inlet. boudin.ged. Moderate chlorite, amea, carbonate and sericite 8Merallon.
16819 13-Sep-08 Shawn Dubol. OG 440641 5508571 343 Channel 360 60 Channel 1. cpy Sheared and 8nered ba.alt. < 0.03 A08-6274flnal 14 MOderate chlorite, silica,
carbonate and sertcite alteration. Trace cpy. Several sman QC velnleta. Waxy sheen to shear plaMS.
16820 13-Sep-08 Shawn DuboiS DG 440640 5508571 342 Channel 360 50 Channel la py Sheared and altered basalt. < 0.03 A08-6274final 14 Moderate ehioriteJ sericite,
silk::a and carbonate alteration. Slight evidence 01 f",,"ng. Trace py. Several small QC veinlet's.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project. Sample Description Spreadsheet· Channel Samples
Sample_No Date Sampler Project-Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz..Code Description Outcrop_No AUGPT Report Number
16821 13-Sep-08 Shawn Dubois 00 - 5508571 336 Channel 360 40 Channel 1. Shaared and olt_ ba.alt. <0.03 A08-6274final 14 Moderate sitka j chlorite,
carbonate and sericite altenltion. Silica afteraUon in bands aligned with shear. A few QC veinle!s. No visible mineralization.
16822 13-Sep-08 Shawn Dubois 00 - 5508572 338 Channel 360 50 Channel ,. py Shaared and altered basalt. < 0.03 A08-6274final 14 Modenlle chlorite. seritite
and carbonate alteration, Strong shita alteration in binds para"'" to shear. Trace py. A few ...... n QC v"inlets.
16823 13-Sep-08 Shawn Duboi. 00 - 5508574 342 Channel 360 50 Channel ,. epy Sheared and all_ bas.1t. <0.03 A08-6274fin.1 14 Stronv silica alteration in
banda aligned with !he shear. Modenrie chlorite, carbonate and _icite .Itl>ration. A few QC v<>inlets. T ... e cpy assoc.ated with the veinlets..
16824 13-Sep-08 Shawn Dubois 00 440641 5508573 337 Channel 360 50 Channel ,. Sheared and altered basalt. <0.03 A()8..6274final 14 Strong silica alteration,
generally concentrated in bandS p ... llelto shear. Moderate chlorite, carbonate and sericite alteration. A few QC veinlets.
16825 13-Sep-08 Shawn Dubois 00 440642 5508568 357 Channel 360 50 Channel 1. py Sheared and alter&d basalt. < 0.03 A08-6274final 14 Moderately deformed.
Moderate chlorite) silica, sericite and earbonate atteration. Silica atteration concentrated in bands along shear. Seversllarge QC
veinlet's. Trace py. 16826 13-Sep-08 Shawn DuboiS 00 440638 5508570 351 Channel J60 50 Channel 1. py Sheared and atiered basatt. < 0.03 A08-6274final
14 Moderate chlorite, silica, serict1e and carbonete alteration. A feW QC ..,inlets. WIIIIXY sheen to shear planes. Trace py.
16827 lJ..Sep-08 Shawn Dubois 00 440642 5508576 344 Channel J60 50 Channel ,. SheaAKi and altered basalt. <0.03 A()8..6274ftnal 14 Very fine grained, silicified.
Sevaral QC veinlets. Trace py. Weak..moderate chloritel
carbonate and sericite alteration.
16828 13-Sep-08 Shawn DuboiS 00 440642 5508573 349 Channel J60 60 Channel la py Sha.red and ._ basalt. <0.03 A08-6274ftnal 14 Some signs 01 folding. Weak
to moderate chlorite. sericite, carbonate aod silica alteration. Trace py. A few .. man QC veiniets.
16829 lJ..Sep-08 Shawn Dubois DG 440641 5508514 348 Channel J60 60 Channel 1. py Fine grained, sheared an<l <0.03 A08-627 4ftnal 14 all_ ba.alt. Grey colour.
Weak-moderate $clltea. chlorite, carbona'" and sericrte alteration. Some signs 01 folding. Several QC
\fi!'!n~5. T!",ci!' Py.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No Date Sampler ProjecCCode E_nad83 N_1IlKI83 EIev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16830 15-Sep-08 Shawn Duboll DG 440646 5508576 346 Channel 340 70 Channel 10 py Heavily mineralized and <0.03 A08-6274flnal 15 sheared basalt. 40% py.
concentrated in bands. Strong silica and carbonate alteration. Moderat. chlorite alteration. Very fine grained. Non-magnetic.
16831 15-Sep-08 Shawn Dubois DG 440643 5508576 342 Channel 340 80 Chlnnel II py Sheared baSIl!. Fine grained, < 0.03 A08-6274nnal 15 dark green. Trac" py.
Moderate chlorite and qeak to moderate silica alteration. A _ QC v";nlets will1lhe silica alteration conc..ntraling along them. Slight camonate alteration.
16832 15-Sep-08 Shawn DUbois DG 440640 5508516 3411 Channel 340 60 Channel ,. Very sheared and altered < 0.03 A08-6274final 15 basal!. Dark green chlorite
.hMn. Moderate chlorite Ind ,iliel "neration and locally moderate •• rbonate alteration. Many QC vel_ pre ... nt. Silica alteration stronger ne.r veinktts.
16133 15-Sep-08 Shawn Dubois DG 440636 5508577 345 Channel 340 55 Channel 1. py Strongly shelred, chlorltlHd <0.03 A08-6274finll 15 bault. Fine grained. Weak
silica a""ration. A _ QC
veinletl. Trace amoun ... of disseminated py.
16834 15-Sep-08 Shawn Dubois DC 440638 5508579 349 Channel 340 70 Channel 1. epy, py Strongly sheared ba.alt. High <0.03 A08-6274finol 15 amount of calcite and ac
veinlel •• Trace py and cpy associated with calcite zones. Moderate chlorite and welk silica, Moderate carbOnate alteration.
16835 15-Sep-08 Shawn Dubois OG 440637 5508582 340 Channel 360 50 Channel 10 py Strongly sheared and ahere<! .0.03 A08-6274final 16 bautt giving the impreuion
of • met.sedlment. Strong sUica alteration and moderate chlorite sericite and carbonate alteration. Trace py. Several QC veinktts.
16836 15-Sep.08 Shawn Dubois DG 440640 5508581 359 Channel 360 50 Channel 10 Very sheared and altered <0.03 A08-6274final 16 basalt giving impression of
being a met.sediment. Strong silica atteration and moderate chlorite, carbonate and &ericite alteration. Several QC ",einlets.
16837 15-Sltp.oa Shawn DuboiS DG 440637 5508584 362 Channel 355 70 Channel 10 Strongly sheared basalt. .0.03 A08-6274final 17 Modera'" chloritel weak
sUieat carbonate atteration. Sltveral QC veinlet$. No trace of mine,ali2&tlon. Small eyes of qt •. Amygdular?
16838 15-Sep-08 Shawn DuboiS DG 440638 6508576 340 Channel 365 60 Channel 1. Fine gr.lned bault. Strongly .0.03 A08-6274final 17 sheared. Moderate chlorite
alteration. Weak silica alteration. Several smaO QC
.elnlels aligned with shear.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No oate Simpler Project..Code E_nad83 N_nad83 Elev_m Simple_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16839 1$-Sep.08 Shawn Dubois DG 440636 5508575 340 Channel 355 40 Channel la py Shaared basal!. Larve amourn <0.03 A08-6274final 17 of calcite and of QC ""inlets.
Trace py. Moderate chlorite and weak carbonate and silica alteration.
16840 15-Sep.08 Shawn Dubois DG 440638 5508593 351 Channel 355 60 Chonnel 1. py, cpy Fine grained, very sheared <0.03 A08-627 41inal 17 basalt. High amount of calcite
and QC ""inelts. Trace py and cpy. Moderate chlorHe, weak Silica and carbonate alteration.
16841 1$-Sep.08 Shawn Dubois DG 440638 5508577 346 Channel 355 60 Channel 1a cpy, py Sheared basalt. Fine grained. < 0.03 A08-6274final 17 Moderately chloritized, thus
dark green. Trace cpy and py. Weak silica and carbonate alteration. A few QC ""inlets.
16842 1$-Sep.08 Shawn Dubois DG 440634 5508586 359 Channel 360 60 Channel 11 py Sheared and deformed basalt. < 0.03 A08-6274final I. Moderate chlorite and locally rnoderate silica alteration. Weak sericite and weak.. moderate carbonate atteration. Trace py. Severa. deformedQCvein_.
16843 l$-Sep.08 Shawn Dubol. DG 440631 5508588 35' Channel 360 60 Channel 1. py or Irs Sheared and .It ..... d b ••• II. 0.39 A08-6274final 18 Moderate chlorite .nd
moderate locally strong sUiea alterat;on. Weak-moderate carbonate and sericite alteration. A few OC veinlets. Finally disseminated ars or silvery py in a siliceous lone.
16844 15-Sep-08 Shawn Dubois DG 440636 5508595 351 Channel 350 70 Channel ,. Sheared and deformed basalt. < 0.03 A08-627411nal 18 Mod",.1e chlorite and 10caUy
moderate silica alteration. A lew QC vein_. but rather $ma'i. Weak carbonate and sericite alteration.
1_ l$-Sep..os Shawn DubOis DG 440630 5508560 349 Channel 360 60 Channel la tpy. py, ... 1 Sheared and deformed ba.alt. <0.03 A08-627411nal 18 Fine grained, chlorltlt.
Moderate chlorite, weak carbonate, silica and sericite 811",81ion. Trace tpv and py and possibly ors. Pres"nce of calcite and QC veinlets. ,_
15-Sep-08 Shawn Dubois DG 440632 5508583 345 Channel 360 60 Channel ,. Sheared ba .. lt. Moderate <0.03 A08-6274fino. 18 chlorite atterat.on and weak,
locally moderate ollita aiteration. A few QC veinlets present, with silica alteration often being stronger near them. Weak chlorite and carbonate alteration.
16847 15-Sap-08 Shawn Duboi. DG 440633 5508582 349 Channel 360 60 Channel 1. Shaared basalt. Moderate < 0.03 A08-62741in.1 18 chlorite and weak to locally
moderate .. trong silica alieralion. Weak carbonate and sericite alteration. Few QC \'e:n.tet::. W:rX'-I $.heen on shaar planas.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sllmple_No 0tIte Sampler ProjeeCCode E_nad83 N_nad83 EIev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16M11 15-Sep-08 Shawn Dubois DG 440625 _579 347 Channel 1\ 70 Channel la py,cpy Sheared fine orained .... alt. <0.03 A08-6274final 19 Moderate Chlorite alteration
and weak carbonate, sillea and sericite alteration. A few OC .einlm. 1% py and trace cpy. Localy stronger silica alteration.
16849 15-Sep-08 Shawn Dubois DG 440630 5508581 350 ChanM! Channel la py, ars? Sheared_nd _ltered b_._It. <0.03 A08-6274finll 19 Chlorite o"erotion moderate
and wNk...moderate silica alteration j.lronger near OC). Weak carbonate atteration and sericite alteration. A few OC. Traee-1% py and possibly trace ars. Trace fuschlte.
16850 15-Sep-08 Shawn DubOiS DG 44Il625 5508584 352 Channel 70 Channel 10 py Sheared and altered ba .. lt. < 0.03 A08-62741inal 19 Moder.te chlorite and silica
alteration, with weak .. ericite and carbonate Jltter.non. SeveralOC veinlet •• 1% py, mueh of it in bands parallel to the shear.
16851 15-Sep-08 Shawn DubOis DG 440627 55085&1 341 Channel 8 Ch_nM! 1_ py, cpy Sheared and _It_ ba.alt. <0.03 A08-6274final 19 MOderate chlorite and .iliea
.tterat;on with weak sericite and carbOnate alteration. A few OC veinlets. Trace py and trace cpy. Waxy sheen on shear plane •.
16852 17-Sep-08 Shawn DuboiS DG 440586 5508602 347 Channel II ChanM! la Very sheared ba5att. <0.03 A08-6416final 1A Vesicular? Moderate chlorite
atteration. Weak~moderate carbonate aiteration. Very few
OC veinlm. A few poda of OC material.
16853 17-Sep-08 Shawn Dubois OG 440591 5508601 354 Channal 8 ChanM! 1. Strongly shea",d basalt. very < 0.03 A08-64161inal 1A fri.bIe. MOderate Chlorite .net
carbonate alteration. Significant amount of calcite. A few ac veinleta. Weak silica alteration. 1_
17-Sep-08 Shawn Dubois DG 440592 5508604 350 Channel 8 Channel 1a Strongly sh •• red basalt. Very < 0,03 A08-64161inol 1A friable. Moderat-e chlorite and
-carbonate alteration. Very few QC veinleta. Weak silita alter.tion. ac veiniets very oxydized.
1_ 17-Sep-08 Shawn Dubois OG 440589 5508604 349 Channel 8 60 Channel 1. Strongly sheared baslH. Very <0.03 A03-6416final 1A friable. Moderate chlorite
alteration as weU as weak carbonate and silica alteration. Several ac veinlet. and falr presence of calcite.
1_ 17-Sep-08 Shawn Dubois DG 440589 5508606 349 Channel 8 60 Channel 10 Strongly sheared b .. alt. Very <0.03 A08-6416110.1 lA friable, Moderate chlorite and
carbonate atteration. A few at veinlm. Most of the v!!'!nH!t'! !!re oxyd!zedL
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No om Sampler Project_Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16857 17·Sep-08 Shawn Dubois OG 440584 5508606 347 Channel 8 80 Channel ,. Ve<y _ared baaalt. Ve<y <0.03 A08-6416final lA friable. Moderate chlorite and
carbonate alteration. Several QC velolots, most 01 which are oxydlzed. Weak siliea alteration.
16858 17.Sep-08 Shawn Dubois OG 440588 5508611 351 Channel 8 70 Channel la Very sheared ba .. lt. Very < 0.03 ACJ8.6416final lA friable. Moderate chlorite and
carbonate aJteration. Some oxydation along shear planes. A few QC veinlets, generally oxydl,ad.
16859 17.Sap.08 Shawn Dubois OG 440585 5508606 344 Channel 8 70 Channel 1. Ve<y sheared basalt. Ve<y <0.03 A08-641S1inal lA friable. Moderate chlorite and
carbonate alteration, Significant oxvdation along shear planes. Several QC
veinlets, most of which are oxydlzad.
16860 17.Sop-OO Snawn Dubois OG 440580 5508599 349 Channel 345 70 Channel ,. Ve<y .heared bas.lt. Ve<y <0.03 A08-6416final 2A friable. Moderate chlorite and
carbonate alteration. Weak oxydalion, A few sma" QC
v&inlets. 16861 17·Sep-08 Snawn Dubois OG 440579 5508601 348 Ch.nne1 345 86 Channel la Ve<y sheared bas.lt, Ve<y <0.03 A08-6416final
2A friable. Moderate chlorite and carbonate alteration. Sl1ght oxydation along shear plan"_ A few sman ac veinlets, most of which are oxydized.
16862 17·Sep-OO Shawn Dubois OG 440582 5508603 345 Channel 345 80 Channel 1a Strongly altered basalt. < 0.03 A08-6416final 2A Modera'e chlorite and weak
carbonate alteration. Sev&r,' QC veiJlkMS and significant c_k:ite presence. Some oxydation. No visible mineralization.
16863 17·Sep-08 Shawn Dubois OG 440578 5508600 352 Channel 345 70 Channel la Sheared ba.alt. Strong. <0.03 A08-6416final 2A mOderate Chlorite atteration
and \t.Ie'ak silica, carbonate and ""ricite alteration. t.lkely signtfic:ant atteration to serpenti,... on sheat planes. Sevetal QC velnlets. 1_
17·Sep.OII Shawn DuboiS OG 440578 5508602 352 Channel 345 70 Channel ,. py Sheared basalt. Moderate- < 0.03 A08-6416final 2A strong chlorite and moderate..
weak camonate, silica and sericite atteratlon. Strong alteration to serpentine in areas. Sever •• QC veintets, Trace py associated with some ve1nmtl.
16865 17.Sep.OII Shawn Dubois OG 440580 5508604 348 Channel 345 70 Channel ,. Sheared b ••• It. Moderate 10 <0.03 A08-64161inal 2A strong chlorite atteration.
Weak carbonate, smelt and sericite alteration. Some oxydation. A few QC velnlets.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet· Channel Samples
Sample_No Datil SlIt11p1er Project_Coo. E_nlld83 N_nad83 EIev_m Sample_type Azimuth Length_em Notes R~Coo. Minz..Code Description Outcrop_No AUGPT Report Number
1_ 17..s.p.08 Shawn Dubois DG 440579 5508603 351 Channel 345 70 Channel 1. Very _ared b ... It. Very <0.03 A08-641611nal 2A friable. Modeu,. cnlorite .nd
carbonate alteration. Some oxydation. Sever.1 small ac veinlets. most of which are oxydized.
16867 17-Sap-08 Sh.wn Dubois DG 440572 5508598 350 Channel 345 80 Ch.nnel la py Fine grained, sheared bu..lt. <0.03 A08-6416111l111 3A Moderate chlorite atteration
and ~.k .. mea and carbonate alt"rollo". Several ac veinteta. Some py mlneulizollon In the silicified areas.
1_ 17.Sap.08 Shawn Dubois DG 440569 5508595 351 Channel 345 90 Channa! 1. Sheared and ._ basalt. 0.03 A08-6416final 3A Moder ... to strong chloritized
alteration. Weak eamon.te, .. mel and sericite alteration. A zone 01 heavy QC veining with some banda 01 py. Some areas 5eem serpentinitic. Silica alteration generally 5tronger near QC veinlets.
16869 17.Sap-08 Shawn Dubois DO 440569 5508596 353 Channel 345 80 Channel la py Sheared basalt, wittl <0.03 A08-6416f'lnai 3A modera", to strong chlorite
alteration. Several ac vein •• , many of whichc are deformed. Trace py. Wea~ silica and carbonate alteration.
16370 17~ S~.wn DuboiS DG 440563 5508597 349 Channel 345 70 Channel la py Sheared and altered basalt. <0.03 A08-641611nol 3,. Modera .. chlorlte atteration.
Weak moderate carbonate. s.ericite and silica .Iteration. Several QC veinletli, some large. TntCe py associated with some ac veinlets.
16371 11.Sap-08 Shawn Dubois DO 440567 5508596 344 Channel 345 80 Channel 1_ She_red b •• alt. Moderate <0.03 A08-641611nal 3A chlorite alteration and weak
siHc8~ carbonate and seriCite alteration, Many aman QC
vEHnk!ots. somewhat erratic. Lots of calcite.
lM72 17.Sap-08 Shawn Dubois DO - 5508599 345 Channel 345 90 Channel 1. Fine grained sheared basiit. < 0.03 A08-6416finol 20 Slight serpentinization.
Moaerate chlorite and weak ,""kat carbonate and serieite alteration. Several QC veinktts. No sign of minerali2:ation.
16873 17.Sap-08 Shawn Dubois DO 440566 5506600 347 Chonnel 345 1>0 Channel 1_ Sheared basalt with moderate <0.03 A08-6416final 20 chlorite alter.t'on and weak
carbonate, Silica and ser;cite alteration. Some serpentinization pres..rn. Several QC veinlets present, aligned with shear.
16874 17~ snawn Dubois DO _3
5508601 345 Channel 345 50 Channel 1. Moderately sheared and < 0.03 A08-6416final 20 altered ba •• It. Moderate
chlorite and weak c.rbonate .'teratlon. Several ac ,,<'inlets. Sli9ht fDidlog observable.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Proj4H:t_Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16875 17·Sep-08 Shawn Dubol. DO 440561 5508591 354 Channel 345 80 Channel 1a ShHred basan with • "'Ill" <0.03 A08-64161ina' 21 QV. Ctllorltlc se.ms and
clasts of strongly .It&red hoet rock in the QV. Moderate chlorite and weak sericite and carbonate alteration. Severa. smaller QC velnletS.
16876 17·Sep-08 Sh_n Dubois DO 440562 5508594 355 Channel 345 65 Channel 'a Sheared .nll • __ alt. <1).03 A08-64161inal
21 Slight serpentinization. Moderate chlorite and carbonate alteration. W.ak _inca and sericite alteration. Several QC veinlets.
16877 17·Sep.08 Shawn Dubois DO 440552 5508591 357 Channel 330 60 Channel ,. Strongly sheared basalt. Very <0.03 A08-64161inal 22 friable. Moderate chlorite and
we.le....-rate carbonate alteration. Slight ... ydation along shelr planes. A few QC vein lets. generally oxydized.
16878 17·Sep-08 Sh_n Dubois DO 440551 5508591 352 Channel 330 60 Channel ,. py Sheared basalt. Trace py In <0.03 A08-64161inal 22 bands. Moderate chlorite
atteration. Weak cart>on.te, 0111<:. and ... riclta alteration. Alterotion generally stronger near QC vein •• Very friable.
16881 18-Sep-08 Shawn Dubois DO 440551 5508562 350 Channel 350 60 Channel 1. Sheared _Ill. SlIght <0.03 A08-64161inal 4A serpentinization. Moderate
chlorite and we.k carbonate and silica alterallon. A few QC
vein .... Very fine grained. Weak sericite.
16882 18-Sep.08 Shawn Dubois DO 440551 5508586 354 Cllannel 350 60 Channel ,. Dark green, sheared basalt. < 0.03 A08-64161inal 4A Moderate·ltrono Chlorite
alteration. Many small QC
veinlets. Weak carbonate Ilteration. ""'sene" of calcite. Very fine grained.
16883 18-Sep.08 Shawn Dubois 00 440548 5508588 344 Channel 350 60 Channel 1a py Sheared basalt. D.r~ green, <0.03 A08-6416final 4a very fine grained. Moderate
chlorite and weak carbonate alteration. Several sman QC
veinKtts. Trace py associated with one of the vein lets.
16884 18-Sep-08 Shawn Dubois DO 440551 5508588 343 Chlnnel 350 70 Cllannel la Fine grained, dIrk II""'" <0.03 A08-64161inal 4A ,heared basalt. Moderate
chlorite alteration. \'Vuk serpentffication. Weak carbonate alteration. A few sman QC veinlet ••
16885 18-Sep.08 Shawn Dubol$ DO 440550 5508557 355 Channel 350 70 Channel ,. Do .. green, fine grain. .0.03 A08-641Sfinal 4a sheared basalt. Moderate
chforite, weak carbonate and Silica alteration. Presence of calcite. Some deformation viSible. Se_al deformed QC
veinlets present. 16886 18-Sep-08 Stlawn Dubois DO 440552 5508589 343 Channel 350 60 Channel ,. Fine grained basalt. Strongly <0.03 A08-6416final
4a sheared. Moderate ctllOrlte and carbonate afteration. A t.w QC \l'ttin~. No yis!hle mineralization.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet· Channel Samples
Sample_No Date Sampler ProjecCCode E_nad83 N_n1ld83 Elev_m Sample_type Azimuth Length_cm Notes Rx..Code Minz_Code Description Outcrop_No AUGPT Report Number
16887 1IJ..Sep.08 Shawn Dubois OG 440548 5508585 352 Channel 350 60 Channel 1a Sheared flna llnoined, green < 0.03 A0IJ..6416flnai 4a basalt. Moderate chlorite and
weak carbonate aiteration. A few smlll QC lIelnlets. Sight oxydation pres.ent.
16888 18-Sep-08 Shawn Dubol$ OG 440541 5508581 346 Channel 340 70 CIl.nnel 1. py Sheared fine grained basalt. 0.03 A0IJ..6416finai $A Darl< g"",n to dark grey.
Moderate chlorite and weak carbonate alteration. Trace py associated with a Imall QC veinlel Several sman QC
veinleUp...-. 168$9 1IJ..Sep.08 Shawn Dubois OG 440541 5508580 346 Channel 340 80 Chennel 10 Sheared, fine grained bualt. 0.03 A0IJ..6416flnal
$A G""'n to dark gnoy. Moderate chlorite and we.k .... oderate silica and carbonate alterallon. Some calcite present. Several QC veinleU p",sent. Trace py.
16890 llJ..Sep.08 Shawn Dubois OG 440$35 5508581 360 Channal 340 70 Cnannel 1. py Sheared. flne grained dark <0.03 AOIJ..6416flnll $A green b .. alt. Moderate
chlorite .nd weak silica and carbonate alteration.. Some calcite pre ... nt. Several small QC veinlets. Trace py. Slight serpentinization.
16891 1IJ..Sep.08 Shawn Dubois OG 440530 55085n 350 Channel 15 4(l Channel 1. py Fine grained bualt. Weak to <0.03 A0IJ..6416fl"al 23 moderate shear. Faint
serpentinization. Trace py. Moderate chlorite and weak~ moderate carbonate, SUiCI and sericite alteration. A few QC veinlets.
16882 llJ..Sep.08 Shawn DubOis OG 4405a2 5508575 347 Channel 15 60 CIl.nnel la+QV py Large QV in sheared ba .. 1! < 0.03 A0IJ..6416final 23 host. e ... 1t moderately
chloritized, weak to moderately sericitized and weakly carbonitized and slll.;roe<!. A few sm •• QC
veinlets. Trace py. The QV ha. chlorite seams and heavily allered cl •• ts of tile basalt.
1611t3 11J..Sep.0II Shawn Dubois OG 440530 5508576 352 Channel 15 30 Channel 1. py Weakly sheared ba.alt. <0.03 A0IJ..6416fln.' 23 Modera'" Clllorite and weak to
moderate silica and carbonate atteration. Some calcite pr'esent. A few at veinlet$. 1%py.
16894 11J..Sep-08 Shawn Dubois OG 440530 550857& 357 Channel 340 50 CIl.nnel 1. Slleared. fine grained _.It. <0.03 AOII-6416flnal 24 Slight serpentinization.
Moderate chlorite and weak to moderate carbonate, $Hica and seriCite alteration. A few QC veinlets. Trice py .ssociated with. QC veintet.
16895 18-Sep.08 Shewn Dubois OG 440$30 5508575 351 Channel 340 50 Cllannel 'a py Moderotely sheared basalt. < 0.03 A08-6416flnal 24 Moderate chlorite and 0111.8
alteration. Weak c.rbonate and ...... icile allerallon. Calclle P", ... nt. 2% py .oncentrated in bands in .illclfi.,d zones.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project. Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Project_Code E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_cm Notes Rx_Code Minz_Code Description Outcrop_No AUGPT Report Number
16896 18-Sep-08 Shawn Dubois DG 440529 5508576 350 Channel 340 80 Channel la py Moderately altered basd. < 0.03 A~I6final
24 Fine grained. Moderately chloritized alteration and weak silica and carbonate alteration. Few ac veinlets present. Some calcite. Trace py.
16897 18-Sep-08 Shawn Dubois DG 440527 5508570 352 Channel 335 60 Channel la Weakly sheared, massive < 0.03 A08-6416final 6A basalt. Fine grained. Weak to
moderate chlorite and trace to weak silica and carbonate alteration. A few QC veinleta. Grey to dIrk green.
16898 18-Sep-08 Shawn Dubois OG 440533 5508576 358 Channel 335 70 Channel la Weakly sheared, grey to green < 0.03 A~I6final
6A basalt. Fine grained. Weak to moderate chlorite and weak carbonate aHeretlon. Trace silica alteration. A few QC veinlets. Calcite present.
16899 18-Sep-08 Shawn DuboiS DG 440530 5508572 356 Channel 330 80 Channel 1. py Faintly sheared, fine graiMd < 0.03 A~I6final
25 ba.all. Grey to dark green. Weak to moderate chlorite and weak carbonate att. Trace to 1% py. Very few QC veinlets present. Massive.
16900 18-Sep-08 Shown Dubois DG 440528 5508572 344 Channel 330 85 Channel 10 py Weakly altered and sheared, <0.03 A~I6final
25 fine grained, grey to green basalt. Trace py. Weak to moderate chlorite and weak carbonate alteration. Several small QC veintets.
16951 18-Sep-08 Shawn Dubois DG 440558 5508625 351 Channel 40 55 Channel la Moderately sheared basalt. < 0.03 A~l6final
18 Weak to moderate chlorite and silica and moderate sericite alteration. Moderate carbonate alteration. Many ac veinlet •.
16952 18·Sep-08 Shawn Dubois OG 440558 5508625 352 Channel 40 70 Channel to Moderately sheared, highly < 0.03 A~I6final
18 altered basalt. Strong sericite alteration. Moderate chlorite and carbonate alteration and weak silica alteration. A small QV with chlorttlc margins present. Alteration stronger as one approaches. the vein.
16953 18-Sep-08 Shawn Duboi. DG 440560 5508627 350 Channel 40 60 Channel la cpy Moderately sheared, highly < 0.03 A~16final
18 allered bas all. Yellow-grey colour. Strong sericite alteration. Weak to moderate chlorite and carbonate alteration. Weak silica alleration. Many QCV and QV. Trace cpy. Very fine grained.
- - - - - - - - - - - - - - - - - - -TABLE 2: Da"en Goodman Project. Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler ProjecCCode E_nad83 N_nad83 Elev_m Sample_type Azimuth Length_em Notes Rx_Code Mlnz_Code Description Outcrop_No AUGPT Report Number
16954 18-Sep-08 Shawn Dubois DG 44056(! 5508627 347 Channel 40 70 Channel 1.+OV LargeOV_ln < 0.03 A08-6416final lB moderately sha .... d. highly
._ basllt. Strong .ericite alteration. Mock>rate to weak chlorite and C:lrbonate alteration and weak sUie. alteration. Yellow to grey colour. A f_ smaller QC v4Oln_. Clasl5 of the ba.att InthaOV.
16955 18-Sep-08 Shawn Dubois DG 440554 5508629 351 Channel 45 115 Channel ,. py Moderalely _ared. highly <0.03 A08-6416final 2B ._ ""salt. Strong sericite
and: silica ahration and weal<. .. moderate carbon.te and chlorite alteration. Bands of pyrite in the sUlcified ....... Up to 3'1'0 py. Several QC
veinlets present.
1119511 18-Sep-08 Sh_n Dubois DG 440552 5508627 352 Channel 45 75 Channel ,. py Sheared and highly .ltered <0.03 A08·6416final 28 basatt. Strong seric;te and
siHca oHMalion. Weak-moderate chlorite and carbonate alteration. Bands of py. up to 1-2'Yo. Seve<al QC
'Ie-inlets. 16957 18-Sep-08 Shawn Dubois OG 440555 5508631 351 Channel 45 90 Channel ,. Moderately sheared, highly <0.03 A08-6416flnol
28 altered bas.alt. Strong sericite alteration and moderate 5i1ica aHerati~ Weak to moderate chlorite and carbonate a_atlon. "'.ny ac veinl ....
16958 18-Sep-08 Shawn Dubois DG 440556 5508630 350 Channel 45 90 Channel 1. Weakly .heared, highly < 0.03 A08-6416final 2B altered ba.alt. Strong sericite
aJtMation. Moderate silica and weak to moderate chlorite and carbon ... atteratiOn. Many QC veinlets.YeHow grey colour.
16959 l\l-Sep-08 Shown Dubois DG 440554 5508634 359 Channel 45 70 Channel 1. Weakly sheared. highly < 0.03 A08-6416fi"al 2B aHered basaH. Moderate to
strong .iHca atteratlon, with moderate sericite and weak carbonate and chlorite afteratton. Trace py. Few QC ve-inlets_ Some calcite present.
16960 19-5ap-08 Shawn Dubois DG 440557 5508632 354 Channel 45 60 Channel 1. py Wealdy to moderalely <0.03 A08-6416final 2B Sheared, moderately altered
basalt. Moderate "m •• alteration and sericite alteration. Weak to moderate carbonate and chlorite alterallon. A few ac velnlet •• one with associated trace py.
- - - - - - - - - - - - - - - - - - -TABLE 2: Darren Goodman Project - Sample Description Spreadsheet - Channel Samples
Sample_No Date Sampler Project_ Cooe E_nad83 N_nad83 EIev_m Sample_type Azimuth Length_cm Notes Rx_Code Mlnz_Cooe Description Outcrop_No AUGPT R&port Number
16961 19-5ep-08 snawnOubois DG - 5506633 362 Channel 45 60 Channel 1. Weakly to moderately < 0.03 A()6.6416f1nal 28 sheared. moderately _red
baaait. Fine grained. Moderate silic. and .ericll. alleration. W •• k ..... oderate chlorite and carbonat. aiteratiotl. Several QC v"lnlelS pres.nt.
16962 19-5ep..08 Shawn Oubol. OG 440543 5506634 366 Channel 45 65 Cllannel ,. Weakly sllearell, muslve <1).03 A()6.6416f1nal 38 ba •• 1t. High amount of
ca..,lte. Fine to fine-medlum grained. W"ak siNe., chlorite and """,lite a_.llon atld weak to moderate ._rbonate altaration. Few QC wlnlets.
16963 19-5ep.08 Shawn Oubols DG 440544 5606632 350 Channel 45 60 Channe! 1_ py Weakly she.",d, moderately <0.03 A()6.6416f1nal 3B allered b •• alt. Fine grained.
Moderate silica alterallon. Weak to moderate seriCite, chlorite and carbonm. atteration. Trice py associated with on .. of tho severa. QC veinfet ...
16964 19-5ep.08 Shawn O"boi. DG 440548 5506634 346 Channel 45 45 Channel QV+l. Large White QV hosteel in <().03 A()6.641Gfinai 3B moderately sh"ared atld
altered b •• alt. Ba •• 11 moderately silicified, weakly to moderately chlorilized, sericitized and carbonitized. Chlorite on the av margins. Clasts of the host rock In the av, very .hered.
16965 19-5ep..()8 Shawn 0.boi5 DG 44050\6 5508634 346 Channel 45 50 Channel 1. Weakly .. heared, highly <0.03 A08·6416final 3B altered bas.lt. Mo_ate
sericite and silica alteration and weak to moderate chlorite and carbOnate alter.tion. Many QC veintets around which the aHeratlon 15 stronger.
16_ 19-5ep..08 Shawn Dubois DG 440550 5506636 345 Channel 45 70 Channel 10 Very broken up, highly .Ite~ < 0.03 A06-6416f1nal 3B b •• alt Infilled by very many
QC winlet •. Slightly b .... cl. like. Moderate to strOng sericite and chlorite and moderate silica and carbonate alteration. Slight .. he'" fabric visible.
16967 19-5ep..08 Shawn Dubois DG 440551 5506636 345 Channel 45 65 Channel 1. py Moderately sheared _tid <0.03 A()6.6416tlnai 3B ._ ba •• II. Moderate to
strong sericite and _"lea a_on and moderate chlorite and carbonate ._alion. Small bands of py. Trace py. A taw small QC
veinlets. 16968 19-5ep.08 Shawn Oubols DG 440547 5508636 354 Channel 45 75 Channel ,. MOderately sheared and <0.03 A08-6416final
3B attered basalt. Moderate chlorite and weak to moderate silica, serictte and carbonate all.ralion. Several small QC 'Velntels.
- - - - - - - - -TABLE 2: Darren Goodman Project· Sample Description Spreadsheet. Channel Samples
16969 ,9-Sep-Oll Shawn DubOis DG 440547 5508635 Channel 70
- -Ch4Innel 1 ... QV 26
- - -Description
La"" QV hosted In moderately sheared and altered ba .. lt. Slight serpentinization. Moderate to strong sericite, $iliea and chlorite alteration and moderate carbonate alteration. QV has chlorilic rims and c! •• ts of ve'Y altered host roc~.
- - - - -Outcrop_No AU GPT Report Number
<0.03
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
FILEC Innovative Techno.logies
Date Submitted: 13-Aug-08
Invoice No.: A08-S041 (i)
Invoice Date: 09-Sep-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1G8 Canada
ATTN: Lucy Zhang
CERTIFICA TE OF ANALYSIS
5 Rock samples were submitted for analysis.
The following analytical packages were requested: Code 1A3-Tbay Au - Fire Assay Gravimetric Code 1E3-Tbay Aqua Regia ICP(AQUAGEO)
REPORT A08-5041 (I)
This report may be reproduced without our consent If only selected portions of the report are reproduced, permiSSion must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days ofthis report Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers
ACTIVATION LABORATORIES LTD.
CERTIFIED BY
Elitsa Hnscheva. Ph D.
Quality Control
1336 Sandhill Dnve, Aneaster, OntarIO Canada L9G 4V5 TELEPHONE +1 9056489611 or +1.888.228.5227 FAX +1 905.648.9613
E-MAIL ancasler@actlabslntcom ACTLABS GROUP WEBSITE mtpllwwwacllabSlnrcom
- - - - - - - - - - - - - - - - - - -
Activation Laboratories Ltd. Report: A08-5041 (i) "'-i~ A, 8 8. s.. 8' c. Co C' Fe G. Hg K L>
lAnaJyte Symbol '"'_ AlI Cd C. M" Mo ~.' Ph AI
0;1 PIlffi ppm ppm '" pp''' ppm ppm ppm % ppm
,Unit Symbol glwnne ppm ppm ppm ppm ppm ppm ppm ppm % ppm ppm
'('. Hl OS CU)1 001 10 0,01 '0 :DetlIction Limit 003 02 O~
iLui
AJ~"lCP AR-ICP AR·ICP AI\·,CP AR·ICP AF(~fCP AR·ICP AR·jCP AR.'CP AR·'CP AfHCP AR·1CP ~~:Pj , FA-GRA AR~tCP AP..-iCP ~_R-ICP AR.'CP ,A.R-ICP AR·ICP AR·,ep AR.le? AR·,ep AH"~CP
i"nalysi.sMethod , 0.5 < 2 15.30 :!8 '0 ':;,8' <.1U < 1 0.01 ,10 141
34 .2 "" 28' I if 15 13361 ' oro < 0,2 0; n6 910
16 13 ·05 < 2 409 42 170 856 10 ·1 0,01 < 10 3.55
- - - - - - - - - - - - - - - - - - -
Activation Laboratories Ltd. Report: A08-5041 (i) ,--
;-id P S .... t· -:'t:' $c T: T:- ,-, W Z,
rnaIY'" Symboi Unit Symbol '. " % rpm ppm ppm porn ppm Ptlrn f4'fn opm ppm
IDelection llrrul DOC' 0_01 001 Ie 10
[Analysis Method AR'·'GP AR-iCP AR~ICP AR-iCP AP·!CP AR.ICP AR-ICP AR~ICP AR·ICP .:..R·H':;P AR·!CP AR-ICP A.R-ICP AR-ICP
13:)67 ;) (!54 o C:6 039 11 67 C,SO <2 ' 10 1:'.9 10
- - - - - - - - - - - - - - - - - -iQuality Control
;An"lyte Symbol 'Unit Symbol
iOetection Limit
,Analysis Method
GXR, , Mess
GXR·i Cel1
t;XR-4 Me;i<;
G:(R·4Cert
GXR·2Meas
GXR~2 C~rt
GXR-6 Meas
GXR-6 C ....
ORE.AS 13P Mea!>
OREAS 13P Cen
DMMAS· !05 Me~
DMMAS- 1 05 Cert
DMMAS·l0S Me",
DMMAS·l0S C ....
OMMA&-l05 Mess
DMMAS·l0' " .... CON-GS-S,o lk/ls
GON-GS--30 t".flrt
MethOd Btank Ml!ihod Blank
Activation Laboratories Ltd. Report:
Av Cu Mn Mo N, Po In '" B 8.
ppm
A08·5041 (i)
Be 8' Ca Co
ppm
Ga
ppm
Hg
ppm
K
%
La
ppm
Mg
%
00:- 02 Q~ 0'01 10 10 05 001 001 10 (l01 10 0.01
FArGRA .o..R·ICP AP·i,::P A.R·iC c !:'.P·1C~' AR,lCP AR 'CR ARICP -",P-iC? ;"J~ Ie? t..R-1CP J-k-!CP t.R·:(:P AR·jCP AR·lCP AR-ICP AF<'.iCP At:LICF AR-ICP' A.R·ICP .l.\R·;CP AR·ICP AFHCP t,R-lep
:'L?6
",
306
3j Q
31
400
192
170
O~
130
<02
o 8f>O
4.1
410 < 0.5
100
<0:' < 1
'!>5 963
1010
933
1010
< 5
< 1
210
240
210
" 270
2140
2260
• 1
497
726
351
165
6 ?S
P7
S60
5
2S 0
1S.
330
i rIG
Page 4 of 5
< 10
.50
70
420
< 10
960
360
750
27
1Il40
1360
2240
1200
1300
59
742
'5 742
6()
7"2
de 122
14
19<1
10
i 7(,
09
140
<05
l4SG
1380
15
190
< 2
OS90
~: 2
0290
091
i vi 0'8
09>0
0.23
0'60
'·001
8.20
'5
146
86e
14
138-
.1
< 1
23
360
70
960
til
97
6{1
97
58
97
< 1
236
:361
30ll
211
1.1$(1
598
5.58
596
7.5lI
600
617
566 6.17
51. 617
< 0.01
10 003
n 8 390 C.0500
" 10 ~. 1 1 3!:!
;:0(; OI1C 401
~ 10 0 $2
370 200 1.37
20 1 066
35.0 00680 1 67
, 1
25 375
2' 375
2. 375
• 10
014
0.211
164
1.86
050
OS5()
040
0609
<: 0 01
-
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-5041 (i)
;Quality Control 1 jAnalyt" Symbol N' s So S', S, T, r, " U v W Zr
!UnitSymbOI " "" ppm pt,.p ppn' " ppm 1lP<" ppm r"pm OllIn ppm ppm
!DeteCtion Umlt 0001 Q 00\ 001 001 10 \0
iAnalysis Method AR·ICP AR·ICP AR-IO' AR-1CP AR-ICP AR·1CP AR·(CP -AR-1CP AF\·ICP AR·ICP A;:<·iCP AR·I~P A.R-ICP 4,R·!CP
GX~¥1 Meas 0.04& 0.0.<1 ·:\21 80 is? 1\ fl4 82 t45 2' 17
GX~-l CPl1 G 0520 OOS5D 0257 122 158 1'75 !~ (; ') )90 349 "00 164 320 ;)80
GXR·4 Meas <J 120 {) t20 ~ $4 <:. 2 .: '2 c 10 c4 . 10 ! ~
GXR·4Cert 056< 012<) 177 480 770 221 0(;1':0 3 ZC 620 e70 308 140 '86
GXR-2M~a5 {U47 0052 (;03 26 5 95 <.: :2 < 10 46 ' to '0 " GXR·2Col1 0.55<\ 0.105 0031:;\ 490 581\ "ID 0600 1 03 2.90 520 100 no 269
GXR-6 Meas 0.083 con 0.01 5 21 44 < ! < 10 '50 < 1O 6
GXR·6 Cert 0.\04 o 035IJ -00150 380 276 360 00160 220 15' 186 100 140 ,,0
OREAS 13P Meas
ORE AS 13PCert
DMMAS-1 05 Meas o 19() 61
DMMA$-1 05 Cep. 2.6.1 106 157 66
DMMAS-10S Meas 0180 56
DMMASol0S eM 2" 81 105 '57 66
DMMAS.105 Mea!. 0178 ;.Q
DMMAS-105 Cert 281 106 157 66
CDN·-GS- 30 Meas
GONGS·Ween
Method Blank ~Hv:)(:1 o OO!> .:-0001 '" n 01 ,? ~ 1 < 1 ...: 0.0:1 <: t < 10 < , < 10 <1 < 1
Blank
Page 5 of 5
I I I I I I I I I I I I I I I I I I I
/ Quality Analysis ... Innovative Technologies
KODIAK EXPLORATION
700 West Pender st Suite 1205
Date Submitted: 18-Aug-08
Invoice No.:
Invoice Date:
A08-5201
04-Sep-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1G8 Canada
ATTN: Lucy Zhang
CERTIFICATE OF ANALYSIS
9 Core samples were submitted for analysis.
The following analytical packages were requested' Code lE3·Tbay Aqua Regia ICP(AQUAGEO) Code 1A3-Toay Au - Fife Assay Gravimetric
REPORT A08-5201
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses, Test results are representative only of material submitted for analysis.
Values which exceed the upper limit should be assayed for accurate numbers
ACTIVATION LABORATORIES LTD.
CERTIFIED BY
Elitsa Hrischeva. Ph.D.
Quality Control
1336 Sandt;d Drive Anca::nef. Ontario Car'18da L9G 4V? TELEPHONE .... 1 9056489611 or +1 8882285227 FAX +, 905.6489613
E-MAil ancaster@acliabslntcomACTl.A8SGROUPIM.BSITE http 11ww", actlabslI'l com
- - - - - - - - - - - - - - - - - - -
Activation Laboratories Ltd. Report: A08-5201 ,Analyle Symbol Au Ag Cd Cu Mn Mo N! P. lo AI As 8 Sa B. a, c. c.., ~~ G. Hg
!Unit Symbol Q.'tonnp porn ppt;! opm ppm PI"" ppm wrr 0pr!i ppm pprr, opm Pi"" pp'n " ppm ;;pm "pm ppm
!Detection Limit o OJ. 02 (101 10 10 !'l ~. em 001 '0 0.01 1()
!~n~~$~~ethod rA·G~A AR·'C~ ;:J::-.l(;t' .;R-:C::l A~·iCF ;OR-rep ;',p let=: AP-iCP AR ,,,P·I(,P AR·lt,.;F' AH-iCP AR-ICP "'R-1CF AR_iGP .4.:R-lcP AR~.CF .A;<·!CP AR·,CF AR-iCP AFt·jCP AR·1CP AR·,CP
13368 " 003 0::- 06 nil 1140 2' • J ,,~ , 08 l' < 10 14 0, 395 ,9 74- '7 ~-: . j.) c 1 0,03 .0 1.63 13l6S • f.Hi3 02 '- 0 '5 ;32 'H4(r , . -::; SJ J 19 < 10 15 ,-0 c 2: .. 1. 42 ", 6- ~) 10 .. 001 .. 10 1.90 11543 .. 003 03 06 108 1350 < 1 134 ... ;; 79 ." < 2 •• 0 13 ~ 05 <2 • OS 51 169 8.09 <" 10 < 1 001 < '0 2.36 115M .. 003 02 . 0; 47 702 I 103 < 2 59 4 ;,\S < '0 14 05 '" t~ 1.:).< 33 110 680 10 < 1 001 11 411 11545 • 003 0,3 " n s 31 609 9' '2 4 OS ". to ., ·2 os,; 30 108 971 .10 ·.1 n()ll < 10 376 '~546 ~ CO:: ' 3 145 81' ~Hi • < .¢£; 4. 4,' ~0 :: t, 254- 4/ ~'14 6/5 ,.11) < I 00' , 10 2~5 11:.47 "- C\)3 09 < 0.> '03 821 , , 89 'J~ 2 ?? 29 ' 10 13 0' ~. 2 '-70 55 87 811 .: 10 < 1 00' 10 1.95
- - - - - - - - - - - - - - - - - - -
Activation Laboratories Ltd. Report: A08-5201 iAnalyte Symbol "" Sb S, 5, T, T. TI U V W " iUnit Symbol f>;~ " ~~ ... ; :.-.pm t)f1'!l' PP!"r, D;Y!" ppm ppm PPf!' Dr')' Pf:rm
!Oetection Umi, 0001 C 001 001 Ci O~ 10 10
Analysis Method AR'lc!-' Ah:-tc:1-' AK-1CF ARIU A~·lU· .o.S ,~f- .~J"~ ilJ Ai-.: H .• ~ AH. :u- ~\R ,cp AI-HCP .. ro.R-iCP AR·t(;P .::.R-IC.P
13~ o 07B 0033 016 <2 12 6' 05' '0 '54 < 10 1 ~
13369 0066 0021 033 16 I- V ~6 H: . , rr 153 , 10
11543 0047 o 02Q 010 <..2 ,& 37 040 2 <: 10 178 -: '0
11544 OOM 0056 0&4 < 2 .. 53 G 30 "-2 -: 10 lOi < '0 ,g 11545 0040 0.051 372 12 23 028 2 10 98 ... 10 26
~ ~546 0037 o C2~ 004 <:- ~ :; 57 o 3S ~C 14;' :0
1 ~547 0073 o OS' 249 <2 37 040 2 ,e 119 < 10 '4
- - - -iQuaUty Control
iAnalyte Symbol
!Unlt Symbol
!oetectlon Limit iAnalysis MethOd
GXR-1 Mea ..
GXR 1 Ce"
exp 1 MI:'::ls
GXR1 Cert
GXR·4 Mea~
GXR·4Cert
GXR·.,4 Me.es
GXR·4 Cert
GXR·2Mea!>
GXR·2Cert
GXR-2Meas
GXf(.2Ceri
GXP~6 Mess
GXR·e Cel'1
GXR-6 Me8~
GXR~6 Cert
QREAS t 31> Mfoas
O"!EAS 13pellrt
OREAS 1 lP Mea,
OREAS 13P Celt
OMMAS-105M •• ,
DMMAS-f05 Cert
OMMAS" 1 O~ Meas
DMMAS-l05 Cert
OMMAS-105 Meas
DMMAS· 1 05 Geri
I)MMA$- H)5 Meas
DMMAS· 105 Cef1
OMMAS-10S Mess
DMMAS·1OS Cart
DMMAS-105 Mea$.
DMMAS· 105 Cert
DMMAS.10b Mus
DMMAS-l05Cert
OMMAS~ lOS Mess
DMMAS·1Ob Cert
DMMAS~ 10$ Meas
DMMA$-105 Cart
GDN·GS·3D Meas CON-GS-30 Cen
Mejnoa Blank Melhoo Bb.Ulk
Method Blank Method etan'" MethOd Sian;;. Method Blaok
Au Ag
gdonqp !>ptT't
o 03 (L2
160
310
3.8
400
36 400
18.9
170
lU
17.0
0.3
130
03 .30
< 02
<02
eN
40
330
49
330
0.6 0._
06
0880
4.0
410
40
4.10
.;: 0.5
100
"- 0.5
100
-AR-!CP
'080
lilt}
H)eO
1110
~980
85,0
6190
6520
68
76 (j
68
760
59
680 56
660
24:!-0
2500
2430
2500
.. ;
< 1
-Mn
ppm
79t:
852
135
155
138
155
94~
101(1
953
1010
955
1010
92"
1010
240
2 240
• j
- - - -Activation Laboratories Ltd.
NI
ppm
AR-ICP
'4
270
1.3
270
2220
22M
2270
2260
<. '1
ppm
16.Hl
!30
6"
730
~2 0
•• 520
662 690
en 690
68
'01
85
101
ppn,
AR·IC.P
b4i
flj!;
S3C
'>D' 53(,
,,8 100
118
2t!
720
HS ') 20
333
15.5
336
16.5
678
~7.i
.: C 01
'. CO'
ppm
2
AR.ep
250
177
330
196
330
1790
1693
1740
1693
1130
1e~3
154.(1-
1693
172(1
1693
1100
1693
1700
1693
tS70
1:8$"3
1690
,593
<. ;z
B
,,0'" .0
AR-iCP
" lC
450 ~. 10
4 SCi
20
420
19
42 C
< 10
980
<10
~ao
<'; 10
.; HJ
1C
Page 4 of 5
- - -Report:
Ba S;;:
Pflffi ppm
'0 0.5
AR AR !CP
750
25
1640
25
',640
:340 2240
,340
;!Z4C
1230
1300
1200
13()()
742
3'
46
10
i 22.
1 •
19{1
14
19{1
10
170
1 0
170
A08-5201
""R-iCP
1(;
< 2
0290
02110
c, %
09&)
fi 81
o 96D
093
• 01
092
! 01
on 0930
078
C ~30
02.
a lIW
025
{nao
-:. 001
-PP(p
..c.R·!CP
520
820
148
16
146
10
860
10
e 50
1S
13 e ,. 13 a
48
45
-,
• 1
",'
Cr
I)p;n
120
3€.D
75
960
"
97
131
63
63
97
62
-C Dl
p-R..!C?
24 &
]52
236
3 ":'8
309
)37
3.09
1.93
186 , 93
186
5.65
5.56
550
558
556
158
583
758
!J.S2
617
544
E17 ';5O
477
!:,; 31
617
548
617
533
oH ~<26
en
- -Ga ><g
ppm
'/>'P."-!CP
"" 001
AR·'CP
. 10 4 OJ)3
3 so 00500
" 11J 003
J. 90 00500
.; 10 < 1 1 37
20 a 0 no 4.01
<- 10 .: 1 1 37
2000110 401
< 10 2 O.SI
370 2.90 1.37
<: 1U v.51
3-1,1) 29fJ 1.:n
2Q <1 ()90
350 00680 1.87 10 <: 1 0.8.8
35 0 0 (]680 1.87
< 10 < 1 <: 0 01
< I < 0 01
La
porn
10
AR-ICP
<:: 10
75O
<10
7.50
51
84S
S1
84.5
20
256
20
256
12
13.9
12
13.9
26
37.S
27
31.5
26 37.5
2' 375
2S
375
25
375
25
375
24
375
25
375
< 10
.; 10
10
-014
0217
01' ;}217
1.00
lfl6
1.65
1.66
0.50
O.B50
v 51
08!)!)
0.42
0._
0.41
0.609
-< 0 01
<: 0 01
-
- - - -iouaiity Control I ,Analyte Symbol
:Unit Symbol
;Detection limit
~nalysill Method
GXR·1 Mea:.>
GXR.'! Cert
G).,q·' MflB,t.
GXR·! Cert
GXR·4Mea<.,
GXR-4 Cert
Gx:R-4 Mp.ss
GXR~4 Cert
GXA:-2Me3O;
GXR~2 Cen
GX~-2Meas
GXR·2Cell
GXJ~·6 Mf'as
GXR-&Cer1
GxlHMeas GXRA,Cert
OREAS 13P Mf>.8!o
aREAS l$P Cert
OREAS 1lP Meas
OREAS 1~P Con
OMMAS.10~ ~as
OMMAS--105 Cen
DMMA$-10., Mess
OMMAS- 10:' -\ en DMMAS·105 Meas
OMMAS-l0S Mess
DUMAS· lOt, Cert
OMMAS·10S Ml'!a~
DMMAS~ lOS. C~rt
DMMAS· 1 05 M •• ,
DMMAS~ 10S Ct'r1
DMMAS- to!' M~a-;;
DMMAS-105 Ct"rf
DMMAS-105 Meas
DMMAS·10S Cert
OMMA& 105 Meas
DMMAS- 105 Cf'!1
CON-GS-3D MeA~
CDN-GS·lO eM
Method Blank Method SIani;'
Melh<1d B!ank Method Blan~
Method 8;anll Method Blant;
N.
%
o on,
0044
C 0520
o OaS
00!-20
0.119
0564
0122
0564
0.141
0;56
0.146
0.556
0.086
0'04
Oot3
0'04
0'98
26' 0'9' 281
0201
.2 81
0'61
2.61
0175
281
0187
281
019;3
261
0.192
281
0191
2.81
0001
0.041
00650 ()41
00650
0116
o f2il
(;116
0.120
0049
0105
0050
G H}S
0028
003SO
0029
00350
0011 -,0001
OOm <0001
001
021
0257
02'
0251
165
177 184
1.17
0.03
00313
003
GJ)3i3
0.02
0.0160
002
00160
0.0'
-St
75
122
122
6
480
10.6
106
5 1(1.6
106
• 10.8
6
106
• '06
3
'06
10.5
, 2
-$,
pprn
1&5 7
170
7
170
688
• 5.85
22
275
21
216
157
5
157
6
157
< 1
ppm
275
221
96
160
94
160
45
350
43
350
"
- - - -Activation Laboratories Ltd.
prp
o f)l
"
o 97C
< 1
00180
00180
<:. (i 01
"001 <1
'I
6
3 20
1 D3
j 03
<2
no <2
220
<2
< 2
< 2
3.9
" 10 620
.-: 10
620
< 10
200
<10
290
< 10
154
.-: 1()
1.54
57
66 .. 66
;6 S;;
48
S;;
5.
66
55
" 10
" 10
82
~(; 0
SA
500
9\
870
85
670
46
520
46
52 v 166
1116 166
leB
" , <.1
Page 5 of 5
'6.
13
308
13
308
, 10
100
<10
190
.: 10
190
<10
190
-0: 10
-Report:
140
140
\0
i70
10
- - - - - - - -A08·5201
z,
269
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
Innovative Technologies
Date Submitted: 26-Aug-08
Invoice No.: A08-5514
Invoice Date: 19-5ep-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1 G8 Canada
AnN: Lucy Zhang
CERTIFICATE OF ANALYSIS
29 Rock samples were submitted for analysis.
The following analytical packages were requested: Code 1A3-Tbay Au· Fire Assay Gravimetric Code 1 E3-Tbay Aqua Regia ICP(AQUAGEO}
REPORT A08-5514
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY :
•... __ ... - ------
Elitsa Hrischeva, Ph.D.
Quality Control
1336 Sandhill Drive, Ancaster, Ontario Canada L9G 4V5 TELEPHONE T1.90S.048.0011 or +1,688.228.5227 FAX +1.905.046.0013
E·MAlL ancasler@acdabsint.rom ACTLABS GROUP WEBSITE http://www.acdabsint.com
-14862
14863
14864
14865
14866
14851
14888
14859
14870
14871
14872
14873
14874
14875
14876
14877
14879
14879
14880
14881
14862
148l!3
14884
14885
14866
1_1
14888
14889
14890
- -FA-GRA
-0,2
AR·ICP
<: 0,2
.( 0.2
<0.2
<: 0.2
< 0.2
<0.2
0,3
0,2
0,2
0,3
<:: 0.2
.... 0.2
< 0.2
0.3
0,3
03
0.4
<: 0.2
<' 0.2
0,3
05
<: 0.2
.: 0.2
.: 0.2
<: 0.2
<0.2
<: 0.2
< 0.2
<,0.2
0,5
AR4CP
<0.5
0,5
0,6
.0::0.5
<C 0.5
<0.5
.( O.S
0,6
<0.5
0,6
0,9
<0.5
08
.( 0.5
0,7
0,5
0,6
0,6
0,5
<0.5
<0.5
< 0.5
<0.5
<: OJ:>
0,6
0,6
0,7
..::0,5
<0.5
-AR·ICP
117
144
127
127
116
111
120
102
145
129
127
63
124
134
135
88
155
134
120
119
609
15
121
133
137
123
131
119
83
- - - - -Activation laboratories ltd.
5
AR.ICP AR·ICP AR·ICP
llSO
1110
1200
1140
1150
1280
1380
1340
1430
1380
1400
1280
1690
1630
1340
1330
1460
1690
1980
1490
761
497
1360
1520 ,_ 1810
1670 ,_ 1630
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
... 1
... 1
<1
<1
<I
... 1
... 1
... 1
... 1
... 1
... 1
<1
9
... 1
... 1
... 1
... 1
... 1
< 1
< 1
<1
70
83
84
90
65
84
67
70
84
66
92
24
89
85
84
29
27
29
31
31
16
12
91
85
34
30
29
39
47
AR·ICP
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
11
<2
< 2
<2
<2
<2
<2
<2
0.01
AR·!CP AR·ICP AR·ICP
63
85
76
59
46
46
49
43
51
78
83
;2
71
65
so 82
101
88
72
79
78
53
65
67
81
76
92
94
75
3,59
3,96
4.51
4,36
2,39
256
2,48
1,97
2,36
2,83
3,2.
2_3Z
2.57
2,55
2,31
310
3.83
3,16
278
251
258
240
308
304
4,23
4.17
378
4,12
3.56
9
4
3
121
146
149
130
166
132
156
56
145
154
147
41
44
43
62
46
<2
20
32
12
27
35
13
10
AR·ICP
< III
< 10
14
<'1(\
<10
< 10
< '0
< 10
< 10
<10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
Page 2 of 5
- - - - - -Report: A08·5514
0,5 10
AR·ICP AR·ICP AR4CP
am AR·ICP
13
16
14
23
55
57
50
36
41
45
73
96
36
46
34
36
24
42
40
35
116
175
64
51
11
11
49
26
30
<:0,5
<0.5
<:: 0.5
<: U.S
<: 0.5
.( 0.5
<0.5
0('0.5
<0.5
<0_5
<: 0.5
<: 0,5
<: 0.5
-< 0.5
<0.5
<0,5
<0.5
<0.5
<0.5
<0.5
<0,5
<0.5
<:0.5
<: 0,:$
<05
<0,5
«; 0.5
<0.5
0,6
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
3
< 2
<2
<2
< 2
<2
4,89
4,38
3,26
2,&>
5.43
5,37
5.82
7,SO
6,96
6.Q7
3,46
211
4,93
6,27
6,81
5,89
4,97
5.11
5.25
4,63
088
1_74
5.76
5,50
3.09
508
3.16
2,23
442
0,01 10
AR·!CP AR·ICP AR·ICP AR·ICP AR·!CP
42
50
47
49
32
37
37
31
39
35
48
24
43
41
40
31
37
35
34
31
12
14
39
40
38
34
35
41
34
113
129
110
130
40
47
60
63
66
83
93
31
89
80
82
74
91
79
65
82
31
23
115
109
111
101
77
125
158
1.02
7,22
8.18
1.114
7.66
7.41
7,69
8.10
8,50
9.83
9,85
709
8.95
9,43
8,66
8,50
10,6
10,7
9,94
7,90
4,92
3,24
9.25
9,46
11,3
10,9
9.94
10,1
8.72
< 10
< 10
10
10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
10
20
10
< 10
10
< 10
< 10
< 10
< 10
20
10
10
2f)
10
<1
<1
< 1
<1
< 1
< 1
<1
< 1
< 1
<1
< 1
<1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
<1
<1
<1
<, < 1
< 1
< 1
< 1
< 1
-0.01
AR·ICP
0,01
0.Q2
002
0,03
0,31
0.32
030
0.24
0,22
0,'9
0.29
0,34
018
0,21
0,22
0.12
007
016
0.15
01.
017
067
0.31
025
001
002
0,29
0.06
<0.01
10
AR·ICP
< 10
< 10
< 10
<10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
<\0
< 10
< 10
< 10
<10
< 10
< 10
< 10
10
24
< 10
< 10
<10
< 10
< 10
< 10
39
-212
2,51)
2,94
2,53
2.00
1.58
2.01
2,32
208
2,21
1.41
0,84
1.36
1.91
2,08
2.26
2,46
1.99
1,88
1,93
0.96
O,SO
1,97
205
2,13
252
196
2.76
300
-
- -Analyte
14862
14863
14864
14865
14866
14867
14866
14869
14870
14871
14672
14873
14874
14675
14876
14877
14878
14879
14660
14881
14662
14883
14864
14885
14886
14881
14888
'4689
14890
- - - - - - - - -Activation Laboratories Ltd. Report:
% % % ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm
0.001 0.001 0.01 001 10 10
AR-ICP AR-ICP AR·ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR~CP AR-ICP AR-ICP AR~CP AR-ICP
0.072
0.083
0.066
0.118
0133
0198
0199
0.222
0.249
0189
om 0149
0.225
0.235
0.202
0089
0080
013'
0.166
0.110
0095
0164
0133
0159
0054
0.033
0034
0067
0.053
0.023
0.026
0.024
0.027
0.024
0.027
0.026
0.019
0.021
0.021
0.019
0.024
0.G18
0.019
O.D1B
0.030
0.034
0.033
0.033
0.034
0060
0.048
0.017
0019
0033
0.030
0032
0.047
0.130
0.20
0.25
0.07
0.05
0.21
0.23
0.24
0.12
0.08
0.12
0.08
0.09
000
0.14
0.14
0.11
0.12
0.23
0.16
0.05
009
0.02
0.21
0.13
009
013
009
0.07
012
<2
6
24
25
23
33
17
10
17
21
19
21
36
55
<2
17
17
14
17
20
22
21
23
24
25
24
15
23
24
22
24
31
26
26
2B
21
22
33
29
23
31
19
66
60
63
67
57
49
65
66
66
54
54
22
38
51
49
48
40
39
40
38
42
65
46
44
30
42
33
36
93
0.38
0.47
043
0.49
<: 0..01
<0.01
<001
<001
<001
<001
<001
< 001
<00.1
< 0.01
<0,01
<001
<" 001
<' 0 01
<: 0 01
<: 0.0.1
019
022
<: 0..01
<: 001
003
002
001
0.16
0.54
< 1
< 1
10
10
2
< 1
4
< 1
6
10
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
165
186
173
198
78
83
88
72
79
107
109
72
96
94
90
171
235
166
151
176
78
51
114
111
265
252
191
292
191
Page 3 of 5
< 10
<10
<10
<10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
1\
11
10
12
5
6
11
13
4
10
18
10
9
3
4
3
3
3
10
3
4
15
15
3
3
14
13
- - - - - - - -A08-5514
- - -gltonne
0.03
-ppm
0,2
ppm
0.5
-ppm
-ppm ppm
- - - -Activation Laboratories Ltd.
ppm
Pb
ppm
Zn
ppm
AI
%
0.01
As
ppm
a ppm
10
-Report:
a. ppm
10
Be
ppm
0.5
- -A08·5514
Bi
ppm
C.
%
0.01
Co
ppm
-Cr
ppm
-F.
%
0,01
G.
ppm
10
-Hg
ppm
-K
0.01
La
ppm
10
FA·GRA AR·le? AR·le? AR.lep AR·le? AR.ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR~CP AR·ICP AR·ICP AR~CP AR·ICP AR~CP AR~CP AR·ICP AR·ICP
GXR-1 Meas
GXR·l Cart GXR-4 Meas
GXR-4 Cart
GXR·2Maa.
GXR·2Cart
GXR.o Moas
GXR.o Cart
OREAS 13P Mea.
OREAS 13P Cart DUMAS· lOS Me ..
DUMAS·1OS Cert
DUMAS-lOS Mees
DUMAS-lOS Cort
DMMAS-l05 Meas
DMMAS·1OS Cart SN3S Mess 8.56
SN3S Cert 8,57
CIlN-GS-3D Me"" 3.66
CIlN·GS-3D Cart 3 41
14869 Orig
14869 !lup
14871 Ofig
14871 !lup
148810rig
14881 !lup
148830fig
14883 Dup
Method 81ank Method Blank
_hod Blank t.le1hOO Blank
Method Bl9J'lk MethOd Blank
<003
<0.03
29.0 31.0
3,8
4,00
16.9
17,0
0.3
1.30
0,2
02
0.2
t: 0.2 0( 0.2
~ 0,2
3,5
3.30
0,7
0860
3,9
410
.t 0.5
100
0,6
07
< 0.5
<0.5
<0.5
<0,5
.( 0,5
1090
1110
6100
6520
68
16.0
56
66.0
2370
2500
102
103
15
IS
<1
< 1
< 1
743
852
131
155
944 1010
923
1010
1330
1350
49,
497
<5
<5
15
18,0
328
310
< I
210
< I
2.40
< I
< 1
< 1
< I
< 1
< 1
< 1
13
41.0
31
42.0
13
21.0
15
270
2120
2260
71
59
13
11
< I
< 1
600
730
41
52.0
670
690
83 101
<2 <2
<2
<2
<2
604
760
63 no 492
530
104
118
44
43
53
53
<2
<2
031
3.52
2,82
7.20
3.30
16,5
6,64
17.7
1.96
1,99
2,4()
2,39
< 0.01
<: 001
347
427
92
98.0
10
25.0
183
330
1670
1693
1710
1693
1740
1693
130
130
<2
<2
<2
<2
<2
Page 4 of 5
14
15.0
<10
'.50 19
42.0
< 10
9,80
< 10
« 10
<10 < 10
< 10
< 10
< 10
399
750
40
1640
1340
2240
1190
1300
118
742
91
742
72
142
36
36
116
175
< 10
<10
< 10
08
1.22
1.4
1.90
1 0
1.70
0.9
1.40
< 0.5
<05
<0.5
1470
1380
7
19,0
<2
0.690
<2
0.290
<2
<2
<2
<2
<2
<2
<2
076
0960
0.89
101
0.71
0.930
0.23
0.1ao
7,47
7.52
1n 174
""O.f>1
<0.01
5
820
15
14.6
9 8.60
13
13.8
44
48
45
48
47
48
32
31
13
14
<I
< I
< I
12,0
54
64.0
24 36.0
71
96.0
60
97
60
97
61
97
63
64
23
23
< 1
<1
< 1
244
23.S
3.40
309 1.97
1.86
5,64
5.58
5.69
7,56
5.43
6.17
5.53
6.11
5.56
6.17
8.11
808
3.26
3.21
<: 001
<001
<: 001
10 0,03
13.8 3.90 0,0500
10 < 1 1.34-
20,0 0,110 4.01
< 10 3 0.51
37.0 2.90 1.37
20 < 1 0.86
35.0 0.0680 1.87
<10
< 10
< 10
< 10
<10
<10
< 10
< 1
< 1
<1
< 1
< 1
<1
< 1
0.23
0,24
061
068
<: 001
<: 0 01
< 10
1.50
51
64,5
20 25,6
11
13.9
25
375
25
37.5
25
37.5
< 10
< 10
24 24
<10
< 10
< 10
-0.01
0.14
0,217
1.63
1.66
0.50
0.850 0.40
0.609
2.32
2,32
0.80
081
<0.01
<0.01
-
- -GXR-l Meas
GXR-l Cer1 GXR4 Mess
GXR-4 Cert
GXR-2 M ...
GXR-2Cert
GXR..sMeas
GXR-6Cert OREAS 13P Meas
OREAS 13P Cert
OMMAS~ 105 Mess
OMMAS-l05 Cert
DMMAS-l05 Moos
OMMAS-l05 Cert
OMMAS-l05_
DMMAS-l05 Cert
SN38Meas
SN38Cert
CDN-G~3D Mess
CDN-GS-30 Cert
148690rig
14869 [)up
148710rig
14871 [)up
148810rig
14881 [)up
14883 Orlg
14883 [)up
Method Blan~ Method BliWlk
Method Blank Me1hod Sionk
Method Siam. Meihod Blank
-N.
%
0.001
-P
%
0.001
S
%
-Sb
ppm
2
-ppm
1
ppm
1
- - - -Activation Laboratories Ltd.
TI
%
0.01
Te
ppm
T1
ppm
u ppm
10
v ppm
w ppm
10
-Report:
y
ppm
Zr
ppm
- -A08-5514
AR-ICP AR-ICP AR-ICP AR~CP AR~CP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP
0.045
0.0520 0.117
0.564
0.147
0.556
0085 0104
0188
281
0179
2.81
0190
2.81
0.221
0223
0154
0.154
0039
00880
0.120
0120
0.052
0.105
0.029
0.0350
0019
0018
0048
0049
0010 < 0 001
0009 < 0001
OOiO <: 0001
0.20
0.257
182
177
003
0.0313
0.01
0.0160
012
012
002
002 < 001
< 001
<: 0:01
81
122
4.80
32 49.0
4
3ao
10.6
5
10.6
10.6
25
25
< 2
<2
<2
<2
<2
1.58
770
4
6.88
21
27.6
15.7
15.7
15.7
23
23
< 1
<1
<1
182
275
74
221
92 ,ao 45
35.0
57
56
66
85 < 1
< 1
< 1
<0,01
<-0,01
022
0.22 .:: 0 01
<00'
<: 001
20
13.0
10
0.970
< 1
0.690
O.Q1BO
< 1
< 1
<1
< 1
<2
0.390
<2
3.20
<2
1.03
<2
2.20
<2
<2
<2
<2
39
34.9
< 10
6.20
< '0 2.90
< 10
1.54
49
Il6
51
66
51
66
< 10
< 10
<10
<10 < 10
< 10
< 10
BO
80.0
84
870
46
52.0
164
188
71
72
51
51
< 1
< 1
< i
Page 5 of 5
142
164
'3 3M
< '0 ,90
< 10
1.90
< 10
< 10
< 10
<10 < 10
< 10
<10
23 32.0
11
14.0
10
170
6
140
4
4
13
13
< 1
< 1
<1
16
38.0
10
186
11
269
13
110
15
14
< 1
< 1
< 1
- - - - - -
I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
FILECOPf
Innovative Technc,/ogies
Date Submitted: 26-Aug-08
Invoice No.:
Invoice Date:
A08-5517
06-0ct-OB
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1 G8 Canada
ATTN: Lucy Zhang
CERTIFICA TE OF ANALYSIS
39 Rock samples were submitted for analysis.
The following analytical packages were requested: Code IA3-Tbay AL - Fire Assay Gravimetnc Code lE3-TtJay Aqua Regia ICP(AQUAGEO)
REPORT A08-5517
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permiSSion must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses Test results are representative only of material submitted for analySiS,
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD,
CERTIFIED BY .
Elitsa Hrischeva, Ph.D,
Quality Control
1336 SandhIll Drive. Measler Ontario Canada L9G 4V~ TELEPHONE +1.905 648 9€ 11 or +1.885228.5227 FAX +1905.648.96'13
E-MAIL ancaster@acllabsinl.cam ACTLABS GROUP WEBSITI: hap Ilwww actiabSl01 com
- -[Analyte Symbol
IUnit Symbol
1000eetion limit
~IYSis Method ,_. 10850
10151
10752
10753
1075.
10755
10756
10757
10758
15171
15172
15173
1517'
15175
1SH6
15171
15178
15179
1518<>
15161
15182
15183
15184
15185
15716
15717
15778
15779
15780
15781
15762
15748
15749
157$0
10759
10760
10761
10762
- -All Ag
g!lonne ppm
G.O' 0.2
FA-GRP. AR-JCP
'063
< 003
'003
-< 0 03
'003
~ 0 03
<: 0.03
< 0.03
'< 0.03
< 0 03
<" I) (}3
~ 0,03
< 0 03
<.0.03
'<.0.03
<: 0.03-
<: 0 03
.... 003
<\),03
101
, 0.03
31"1
<" 003
208
c 003
<: 0.03
< 003
... 0,0'3
" 003
<: 0 o:~
< 02
<{}2
" 02
02
<02
-:02
<02
<02
< 0.;2
<02
-<: fr.2
<0.
0.5
< 02
<02
< 0.2
< 02
<02
<C2
0 .•
• 02
U
02
0$
< 0.2
0.2
, 02
< 0.2
< 01
O.
AR·rcP
: os <05
os '" 0.5
<05
<05
<05
<O~
11
0.6
06
<05
<05
0.6
< 0.5
<05
<05
0.6
09
06
-Gu
129
135
125
'" 123
138
'38
13€
'53
117
86
'38
93
123
122
105
112
'" 117
-
201{
16BG
170C
H2O
166()
1260
1580
1440
17.0
11;1\0
1420
'"90 2200
2{HO
829
177(1
1~8u ,_ 1640'
1670
1740
2050
ZOlO ,_ !37{}
1550
1170
l(lOC
< 1
'. I
< 1
, 1
< 1
, 1
< 1
< 1
< 1
< 1
, 1
< 1
- - - -Activation Laboratories Ltd.
A.F H.P
ll.~
111
75
27
29
25
20
1. 16
l\\\
22
'3
r;~
102
87
75
4l)
63
53
'8 ., .0
51
55
41
82
42
251
43
sc 7C
'5
>7
« 72
'9
47
S5
(:1
268
J 80
262
2.14
255
.2 fl3
22il
215
355
2.9
246
- 2
.0
11
260
,-- 2
,.. 182
107
6'
10
AR·ICP
• 10
<1[0
.:H,l
~, 10
< 10
< 10
.: 10
<10
< 10
< 10
< 10
<. 10
Page 2 of 5
- - -Report:
AR ,f;
,1
21
s. 57
0:'
0'
, 05
,05
• C 5
< 05
.- { ... ~,
A08-5517 rev 1 H
<2
, ?
, ?
. 2
, :::
- ., i 29
? Of.;
601
'50
22
625
7 13
654
80<)
691
i JS
1 ao
3'
41
39
'2
37
35
36
33
36
"
-AR-1CF
4'
54
82
B1
131
'9
51
•• ••
49
-Q 01
!.,R,ICP
Ii 1
6%
195
9.77
941
852
926
10 •
105
$ 6.(
10 •
q 74
975
'77Ij
G.
10
10
, 10
<, 10
1[,
10
1Q
10
10
< 10
, 10
, 10
< 10
• 10
<10
·10
< 10
, 10
< 10
~ 10
·10
<: 10
<:iO
,HJ
< 10
'10
< 10
< 10
, 10
< 10
< 10
..: ,0
-'_I
< 1
" , 1
< 1
,1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< j
< 1
<I
d
< 1
< 1
< 1
, I
-O_F
016
021
018
016
011
ooa 016
016
{U9
000
010
0.10
012
0.16
016
0_79
0,8
0.63
011
0.48
0.17
0.17
012
0.08
0.07
009
016
0.07
0.08
001
La
ppm
10
AR-ICP
<10
<10
< 10
<10
<10
<10
10
, 10
< 10
<10
< 10
<10
< 10
29
;,
< 10
<to < 10
<10
<10
< 10
<10
< 10
< 10
<: 10
',10
10
<10
< 10
-Mol .,.
0.011
AR-Iep:
332
291
231
2301
232
213
2.17
219
2.&.1
2.58
1<l;
l:11l
168
220
HO 2.22
226
2_6-1
257
0.78
1.Q2
0.82
0.95
0.79
1.03
198
180
2.211
1.93
2.36
252
2.17
:? 33
2.22
2.36
190
2.26
169
V'4
-
- -i~iyt8 SyltlbOl
iUnit Symbol
IDetection Limit
~y~$MethOd 1\1&49
108SO
10751
10752
10753
10754
10755
107513
10757
HflSB
15171
15172
'1.!:>i13
15114
15175
151:76
i5177
15178
15179
15180
15181
15182
15183
15184
1S18~
15776
15777
15778
15179
157SC
15781
15782
15748
15749
'15750
10759
10760
10761
10762
- - - - - - - -Activation Laboratories Ltd.
Na S St; S{ L
% pr.m i-.pn\ PP'""
i} 001 O.OOt 0 0.. :) (J!
0.259
0103
0152
017 ..
0093
0._
OHIO
0.2U
o is'S
0.228
0.221
ti223
0183
0.226
t}lS1
0.181
0098
0.1&4
0092
01«
Q 097
0.328
0326
02 ...
0171
0.294
o lSi
0227
0.2112
0294
0243
0.'1:30
0223
0160
0133
0020
0021
0031
00l'
0030
0032
0035
003<4
0.033
002()
0026
003(1
0.021
0032
0.033
0030
0.033
0105
0._
0046
0064
OOSO
0075
0046
.0 065
0022
00,9
0021
0020
0022
0.062
0025
0024
031
04)
o lS
"'" 0.37
0(}2
0.09
DO;>
068
002
109
{) 16
019
010
01£
011
OM
56
12
35
51)
57
79
69
!1
27
3t
11
22
25
29:
22
23
23
23
51
82
001
001
020
0:/3
{) 13
022
" 001
",nOl
.... 001
<; no,
.. [) 01
10
n v W
< 2
< 2
'(I 1{)
to
, 10
< 10
.;: fO
~ 10
. 10
'. 10
'" 10
·10
< 10
< 10
• 1(1
<10
10
< 1Q
102
103
131
201
210
117
69
'00
\'2
98
1M .. '03
lOS
108
133
100
tl2
'00
as 113
Page 3 of 5
( 10
10
< 10
< 10
< 10
< 10
< 10
< '0
," <10
< 10
< 1Q
lD
," 10
< 10
< '0
, 10
, 10
10
- - - - - - - - -Report: A08-5517 rev 1
'" 1 ~'
,€
'L
- -IQuality Control
:Analyte Symbol
:Unit Symbol
:Detection Limit
,Analysis Method
GXR-1 Meas
GXR·1 Cert
GXR-4 Meas
GXR·4 Cer1
GXR"2 Meas
GXR·2 Cert
GXR-6 Meas
GXR~6 Cert
aREAS 13P Me&5
OREAS 13P Cen
DMMAS-10' Meas
DMMA$-105 Cert
DMMAS-105 Meas
DMMAS·10S Cert
DMMAS-105 Meas
DMMAS-105 Cef1
DMMAS-105 Meas
DMMAS-105 Cer1
DMMAS-l0S Meas
DMMAS-' 05 Cef1
-gltonn~
0.03
FA-GRA
SP37 Meas 18.0
SP37 Cert 181.4
CON·GS-30 Me~ 3 29
CON·GS-30 Cert 3.41
CON-GS-3D ~as 3.52
CDN-GS-30 Cen 3 41
107580ng <: 003
10758 Dup <: 0_03
151730ng
15173 Dup
15180 Orig
15180 Dup
157770ng
1S777Dup
157800rig
,5780 Spht
15760 Ong
15780 Dup
Method Blank Method Blank
M'!1.hod e\an~ ~hOO Blank
Meothod Slanl< Method Blank
Me\hoo BIf\nk Method Blank
<; 0 03
<: 0 03
.( 0 03
<',0.03
.0:: C 03
-Ag
ppm
02
AR-ICP
254
310
41
400
20.8
170
03
130
, 02
<02
~ 02
.- 0, <02
02
<0:'
<02
o :~
Cd
"pm
05
AR·ICP
28
330
08
0860
41
410 07
"-. 0 ~
<05
<05
05
0.6
,05
<05
, 05
<OS
-Cu
AR ICP
l00f.
! !10
650['
6520
72
760 6()
660
2380
2000
139
137
134
134
119
117
-Me
A.R·ICP
ee2 1JE
l!:,S
!OS(I
1010
~060
1010
'60 ;640
'600
Me
210
2.40
< ,
< ,
< 1 . ,
< 1
·1
- - - -Activation Laboratories Ltd.
15
210 15~·O
2260
77
73
2€
30
37
523
69D
68
10'
·2
.,
In
I')
7&0
64
730
513
530
109
118
42
42
62
61
, 2:
c ~,\
165
7 ~ e. 177
799
<:: 0 01
" C 01
AS
ppm
AR-ICP
3D?
421
'DO ge 0
10
2S 0
'94
330
1693
1440
1693
~930
'693
'910
1693
~890
1893
• 7
180
100
99
<. 2
.,. 2
<2
. 2
B
ppm
10
AR-ICP
150
-0
4 ;0
22
420
< '0
980
< 10
<:: 10
< 10
• 10
-: 10
'. 10
Page 4 of 5
- - -Report: A08-5517 rev 1
AR ICF
·t·4t"
"470
742
171
'II;
213
23
'0
-: 10
1 70
~ C
i 40
< 0 S
os
cs
0690
1':,li
, 8!t
c: 930
C ;:6
c, lee
5 Cof
E Of
,- 001
Co
POri'
,.l,R cr
860
138
24
48
21
48
51
48
;0
48
48
48
35
-"
:::5
"
-1
• 1
-Cr
360
82
960
97
49
97
66
56
97
6.
97
95
60
60
54
52
- - -Fe
" 001
AR-iCP
22 Q
) 67
:, os i. 14
186
6.43
5 S8
4.97
758
538
611
441
617
606
S.H
5.94
617
5.72
617
808
182
! 48
" 46 104
104
'. a 01
'·001
': 001
'. n 01
Ga
ppm
10
AR·tCP
Hg
ppm
AR-ICP
K
%
0.01
AR-ICP
<: 10 002
13 8 3.90 Q 0500
10 <.1 146
200 0.110 40,
.. 10 057
37.0 290 137
20 <1 099
35 0 00680 1 67
< 10
<10
< 10
·10 < 10
,10
< 10
< 10
<.10
< ,
<·1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
0.19
019
0.12
012
009
009
< 001
<.0.01
< 001
.: 0 01
< 10
700
56
645
22
256
13
139
26
375
20
375
28
375
28
37.5
26
37.0
<10
<10
'10
< 10
-< 10
<.10
~. 10
< 10
< 10
~ 10
-n 12
0217
176
166
055
0850
0.45
0609
170
186
1.81
~ 79
236
234
"" 0 01
<.001
<.001
., 0.01
-
- -Quality Control
!Analyte Symbol
IUnit Symbol
Detection Limit
Analysis Method
GXR·1 Meas
GXR·1 Cf>ll
GXR..-! Mf.\a~
GXR-4 Cert
G)(R·2 Mess
GXR-2C&rt
GXR-6 Mea~
GXR-6Cert
OfIEAS 13P Me ..
OREAS 13P Con
DMMAII·10S Mus
DMMAS·l0S Con
\'..lMMAS~11)!) Meas
OMMAS·105 C ....
QMMAS-l05 Meas QMMAS, 105 Cerl
DMMAS-l05 M.""
OMMAS·10S Cml
OMMAS-l0S Me ..
DUMAS-lOS Con
SP37 Meas SPl] Cart
CDN~·30MeI!S
CDN-GS-30 Curt
;.;ON-GS-30 Meas
CDp,j.GS-30Cffi
'rOj~O~
'0758 Cup
1517301'19
15i73 Dup
151800rlg
15HIOOup
15771 Ong
\!':;777 Dtlp
1578(1Ong
!5780 Spirt
157"" Ong
15780Dup
MethOCf al~nk MefhOO Stahle
Mel~o<l Blank M","oo 81ank
Melhoo Blank M€'thOd Blani Mf'Hl'.II.i Blank: MethOd Blflnj.:
- -Na
OOOi 000' COl
0045
('10520
0126
0.564
{) 147
0._
0087
0.104
0.'57 2.81
OB5
281
OZll6 2.81
0.205
2.81
0190
281
00$6
00600
o us {] 120
0055
0105
0.032
o 035C
0027
00:17
DOHI
90Ht
0030
003(l
(} on "0,001
Ol)!Q "'u001
0001
0257
197
177
n03
0.0313
001
00160
015
0'5
-
':'.60
106
7
10.6
10:0
-
770
tS 7
'5.7
,57
6
.S 7 ;
157
25
24
n 23
30
29
" ,
<1
< ,
pytll
43
< 1
- - - - -Activation Laboratories Ltd, Report:
1,
103
220
<: 0 01
.: 001
of 001
, ,
Q 01
ppm
10
t~p.iCP AR·!CP :"~
200
1 '0
73
$ion
9;(
!F 0
49 52.0
'67
'86
<1
, 1
< 1
Page 5 of 5
190
190
• 10
"- Hi
ppm
" 18{;
12
269
'0 1'10
- -A08-5517 rev 1
- - - - - -
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
Innovative Technologies
Date Submitted: 26-Aug-08
Invoice No.: A08-5521 (i)
Invoice Date: 25-Sep-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1 G8 Canada
ATTN: Lucy Zhang
CERTIFICATE OF ANALYSIS
16 Rock samples were submitted for analysis.
The following analytical packages were requested: Code 1 E3-Tbay Aqua Regia ICP(AQUAGEO) Code 1 A3-Tbay Au .. Fire Assay Gravimetric
REPORT A08-5521 (i)
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY :
Elitsa Hrischeva, Ph.D.
Quality Control
1336 Sandhill Drive. Aneaster. Ontario Canada L9G 4V5 TELEPHONE +1.905.648.9611 or +1.888.228.5227 FAX +1.905.648.9613
E-MAIL aneaster@actlabsint.com ACTLABS GROUP WEBSITE http://www.actJabsint.com
- -Analyte Symbol
Unit Symbol
Detection Limit
Analysis Method
13372
13373
13374
13375
11548
11549
11550
15476
15477
15478
15479
15480
15481
13376
13377
15482
- - - - - - - - - - -Activation Laboratories Ltd. Report:
Au Ag Cd eu Mn Mo Ni Pb ~ N ~ B ~ ~
gltonne ppm ppm ppm ppm ppm ppm ppm ppm % ppm ppm ppm ppm
0.03 0.2 0.5 0.01 10 10 0.5
FA·GRA AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR.ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP
< 0.03 <: 0.2 <: 0.5 125 945 <: 1 25 <: 2 71 3.54 < 2 <: 10 23 <0.5
< 0.03 <: 0.2 < 0.5 140 924 <: 1 33 <. 2 88 3.86 14 55 15 <: 0.5
<003 0.2 <05 82 645 <1 80 <2 44 2.67 <: 2 <: 10 27 <: 0.5
<: 0.03 < 0.2 <: 0.5 76 856 <: 1 129 <: 2 64 4 14 22 <: 10 <: 10 <: 0.5
<: 0.03 <: 0.2 <: 0.5 328 <: 1 <: 2 13 0.27 11 <: 10 12 <: 0.5
<: 0.03 <: 0.2 0.5 131 1260 <: 1 87 < 2 66 2.28 197 < 10 30 < 0.5
<: 0.03 <: 0.2 0.5 1140 <: 1 43 < 2 30 0.80 31 < 10 24 < 0.5
<: 0.03 < 0.2 0.5 83 1990 <: 1 70 254 3.63 19 <: 10 86 <: 0.5
< 0.03 < 0.2 1.9 191 2830 < 1 62 11 678 5.91 18 <: 10 36 <: 0.5
<: 0.03 < 0.2 <: 0.5 129 2250 < 1 125 < 2 65 2.74 173 <: 10 48 <: 0.5
<: 0.03 < 0.2 0.6 45 979 <: 1 53 < 2 ~ 1. ~ <W ~ <U
<: 0.03 <: 0.2 < 05 15 909 C' 1 120 < 2 24 3.16 11 0( 10 17 <: 0.5
< 0.03 <: 0.2 < 0.5 119 1370 < 1 113 <: 2 65 5.95 <: 10 30 < 0.5
< 0.03 < 0.2 0.5 249 1040 <: 1 132 < 2 76 4.09 <: 2 < 10 12 < 0.5
<: 0.03 <: 0.2 < 0.5 17 523 <: 1 37 <: 2 78 2.94 15 <: 10 38 < 0.5
<: 0.03 <: 0.2 <: 0.5 109 831 <: 1 68 <: 2 49 3.48 < 2 <: 10 15 <: 0.5
Page 2 of 5
A08-5521 (i) Bi
ppm
AR·ICP
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
Ca Co
% ppm
0.01
AR·ICP AR·ICP
2.78 41
2.14 53
337 43
3.38 42
2.82
703 37
6.52 19
4.41 32
3.69 46
7.03 47
5.08 23
6.30 34
4.86 44
3.70 81
1.16 19
2.79 36
-Cr
ppm
AR·ICP
49
76
131
110
61
17
54
62
92
39
99
187
154
16
78
- -Fe Ga Hg
ppm ppm
10
%
0.01
AR·ICP AR·ICP AR·ICP
8.02
8.62
6.57
6.22
2.22
8.57
5.66
7.36
16.7
9.56
6.20
5.94
9.41
8.85
5.13
5.94
10 < 1
10 <: 1
<: 10 <: 1
<: 10 <: 1
.-: 10 < 1
<: 10 <: 1
< 10 <: 1
< 10 < 1
20 <: 1
< 10 < 1
< 10 < 1
< 10 < 1
10 <: 1
<: 10 < 1
< 10 <: 1
<: 10 0:: 1
- - -K La Mg
% ppm %
0.01 10 0.01
AR·ICP AR·ICP AR·ICP
0.04 <: 10 1.79
0.01 <: 10 2.07
0.04 <: 10 2.45
<:: 0.01 11 3.06
0.04 <: 10 0.67
0.10 <: 10 2.87
0.10 <:: 10 1.94-
0.22 11 1.99
0.09 <: 10 2.06
0.17 <: 10 209
0.19 < 10 163
0.02 <: 10 2.10
0,08 < 10 3.74
"0.01 <: 10 1.78
0.35 13 1.55
0.02 <: 10 216
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08·5521 (i)
13372 0,126 0,1)44 0.10 <2 12 69 O.sa <2 <10 208 <: 10 1S 20
13373 0052 0.033 1.22 14 41 0,57 <2 < 10 164 < 10 10 16
13374 0.098 0.021 2.46 <2 26 0,33 11 <2 < 10 125 <10 9
13375 0.071 0,059 0.47 <2 17 70 033 <2 < 10 137 < 10 9 2Q
11548 0049 <OJXn 015 54 < 0.01 <2 < 10 12 <10 < 1
11549 0,198 0,016 009 26 97 <0.01 17 <2 <10 76 <10
11550 0.124 OJX)9 0.25 13 100 <: 0.01 <2 < 10 36 < 10
15476 0146 0.067 0.26 10 52 < O.Q! 5 <2 < 10 6B <10 6
15477 0.037 0049 218 12 17 31 < 001 15 <2 < 10 139 < 10 3 11
15478 0,140 0.023 0.80 24 90 <0.01 <2 < 10 107 < 10 4
15479 0.087 0013 0.04 12 74 <0.01 < 2 < 10 52 < 10
15480 0052 0046 0,28 I. 64 0.19 <2 < 10 131 < 10 10 15
15481 0.053 0.020 007 22 37 <0.01 < 1 <2 < 10 186 < 10 4
13376 O.ot8 0.033 1.24 22 36 0.57 11 <2 < 10 201 < 10 11 16
13377 0.082 0063 3.31 <2 19 0.05 <2 < 10 22 < 10 28
15482 0.075 0023 0.26 28 0.39 <2 <10 106 <10 8
Page 3 of 5
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08·5521 (i)
Au Ag Cd Cu Mn Me Ni Pb Zn AI As S Sa ae 51 Ca Co Cr Fe G. Hg
W10nne ppm ppm ppm ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm ppm
003 0.2 0.5 001 10 10 0.5 om 1 0.01 10
FA-GRA AR·ICP AR·ICP AR~CP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR~CP AR~CP AR·JCP AR.ICP AR·ICP AR·ICP AR·ICP AR·ICP AR.ICP
DMMAS·105 Meas 1930 115 51 66 0.06 28
DMMAS·l05 Ce!1 1693 742 48 97 6.17 37.5
OMMAS·l05 Maos 1910 87 50 66 5.94 28
DMMAS-105 Cen 1693 742 48 97 6,17 37.5 OMMAS-1OS Meas 1890 154 48 64 5.72 26
DMMAS·l05 Ce!1 1693 142 48 97 6.17 375
CDN·GS-3D Meas 3.41
CDN·GS-3D Cart 3.41
13374 Orlg 0.3 <0.5 84 660 < 1 82 <2 45 2.72 <2 < 10 27 <05 < 2 3.42 43 133 6.66 < 10 <1 0.04 < 10 248 13374 [)up 0.2 <: 0.5 6IJ 631 < 1 77 <2 44 2.63 < 10 26 <0.5 < 2 3.33 43 129 6.47 < 10 <1 0.04 < 10 242 154180r19 c 0.03
15478 Dup <0.03
Molhod Blan!< Melhod < 0.2 <Os < 1 <s < 1 < 1 <2 <2 <0.01 <2 < 10 < 10 <0.5 <2 < 0.01 < 1 < 1 <0.01 < 10 < 1 <0.01 < 10 <: 0.01 Blank
Molhod Blank Molhod e: 0.2 <05 < 1 <5 < 1 < 1 <2 <2 <om <2 < 10 < 10 <0.5 <2 <: 0.01 <1 < 1 <: 0.01 < 10 <1 < 0.01 < 10 < 0.01 Blank
Page 4 of 5
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-5521 (I)
S Sb So Sr TI Te TI U V W Y 2r
% ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm
0.01 2 0.01 2 10 10
AR~CP AR·ICP AR·ICP AR·ICP AR·ICP AFt·ICP AR·ICP AR·IC? AR·ICP AR·ICP AR·ICP AR·lep
OMMAS·105 Moas 0.206 56
OMMAS·1OS Cert 2.81 10.6 15.7 66
DMMAS·1OS Meas 0.205 6 54
DMMAS·l0S Cerf 2.81 10 6 157 66
DMMAS-l0S Meas 0.190 5 54
OMMAS-105 Ceo 2.81 10.6 15.7 66
CON-GS-30 Meas
CDN·GS-JO C.rt
133740ng 0.101 0.022 2.49 26 0.33 14 <2 < 10 126 <10 9
133140Up 0.095 0.021 2.42 <2 26 0.34 9 <2 < 10 123 < 10 9
15478 Orig
154780"1'
Method 8_ Melhod 0012 < 0001 <001 <2 <1 < 1 < 001 < 1 <2 < 10 < 1 < 10 <1 < 1 Blank
MelOOd Blank Melhod 0.013 <0.001 <0.01 <2 < 1 < 1 <0.01 < 1 <2 < 10 < 1 < 10 <1 < 1 Blank
Page 50f5
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
Innovative Technologies
Date Submitted: 26-Aug-08
Invoice No.: A08-5522 (i)
Invoice Date: 22-Sep-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1G8 Canada
ATTN: Lucy Zhang
CERTIFICATE OF ANALYSIS
12 Rock samples were submitted for analysis.
The following analytical packages were requested: Code 1A3-Tbay Au - Fire Assay Gravimetric Code 1E3-Tbay Aqua Regia ICP(AQUAGEO)
REPORT A08-5522 (i)
This report may be reproduced without our consent. If only selected portions of the report are reproduced. permisSion must be obtained. If no instructions were given at time of sample submittal regarding excess material. it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABOAATORIES LTD.
CERTIFIED BY :
Elitsa Hrischeva. Ph.D.
Quality Control
1336 SandhUI Drive. AIlessler. Ontario Canada L9G 4V5 TELEPHONE +1.905.648,9611 or +1,888,228.5227 FAX +1.905.648.9613
E-MAIL ancaster@acllabsinl.com ACTLA8S GROUP WEBSITE http://www.actlabsim.com
-13378
15483
15484
15485
15485
15487
15488
15489
15490
11>491
13379
- - - -0.03 0.2
FA.GRA AR-ICP
<0.03
< 0.03
<: 0.03
<0.03
<: 0.03
<: 0.03
<: 0.03
<0.03
<0.83
<0.03
<: 0.03
0.3
.:0.2
0.3
0.4
.,: 0.2
<0.2
<0.2
0.2
1.9
2.7
0.2
0.5
AR-ICP AR-ICP
<: 0.5 143
<:(.t5 38
1.2 23
1.4 24
<: 0.5 21
< 0.5 196
<: 0,5 34
<: 0.5 136
1.4 6980
2A > 10000
<: 0.5 185
-AR-ICP
1150
3250
358
350
1590
1120
972
1080
1480
1690
1250
AR-ICP
< 1
< ,
< 1
< ,
< ,
< 1
< 1
< 1
< 1
< 1
< 1
- - - -Activation laboratories ltd.
AR-ICP
18
so 10
4
,82
131
42
,00
48
63
13
AR-ICP
<2
17
15
<2
<2
<2
<2 I. 18
<2
M-ICP
80
12
30
23
41
53
28
58
235
288
92
0.01
AR~CP
3.20
0.89
0.06
0.04
066
2.97
2.76
3.15
2.93
409
2.90
AR-ICP
6
74
210
213
223
<2
6
I. 19
<2
10
AR-ICP
< 10
< 10
< 10
< 10
<10
48
366
< 10
17
20
23
Page 2 of 5
- - -Report:
10
AR-ICP
36
39
< 10
< 10
30
12
11
< 10
< 10
<,0
22
0.5
AR-ICP
A08·5522 (I)
AR-ICP
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
0.01
AR-ICP
1.77
4.72
0.04
0.02
8.37
3.33
HO 1.62
5.99
3.35
1.81
AR-ICP
47
16
15
15
27
52
2' 101
69
78
44
-AR-ICP
35
18
78
174
70
94
114
139
15
-0.01
AR-ICP
8.85
8.55
22.5
22.2
6.23
6.63
3.43
659
8.80
lU
7.95
10
AR-ICP
10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
10
10
-AR·ICP
< 1
< 1
< 1
< 1
<1
<1
< 1
< 1
-0.01
AR·ICP
0.01
0.10
<0.01
<001
0.08
<0.01
<: 0.01
<0.01
<001
<.001
0.02
10
AR-ICP
< 10
< 10
<10
<10
< 10
< 10
< 10
<10
< 10
< 10
< 10
-1.77
1.42
0.0'
«: 0.01
3.47
1.12
074
2.25
2 62
3.51
1.36
-
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. A08-5522 (i)
0.001 0.001 0.01 0.01 10 10
AR-ICP AR-ICP AR-ICP AR.ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR~CP
13378 0.034 0.059 0.41 <2 11 49 0.62 < 10 194 < 10 10 11
15483 0.178 0.095 0.39 78 < 0.01 5 < 10 25 < 10
15484 0.019 0.002 15.9 76 < 1 2 <.0.01 11 <2 < 10 < 10 < 1 10
15485 0.014 0.002 lS.2 55 < 1 <0"01 22 <2 < 10 < 10 < 1 10
15486 0.133 0.070 0.15 9 176 <001 < 1 <2 < 10 20 < 10
15487 0043 0033 0.91 <2 10 58 0.39 10 <2 < 10 122 < 10
15488 0025 0024 0.11 9 82 0.28 < 10 97 <10
15489 0.031 0.033 3.22 <2 10 28 0.44 14 <2 < 10 126 <10 6 11
15490 0.008 0.033 0.72 8 36 0.13 <2 < 10 100 < 10
15491 0.011 0.042 0.71 8 21 0.19 6 < 10 132 < 10
13379 0057 0.070 0.16 11 32 0.66 < 10 219 < 10 13 14
Page 3 of 5
- - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08·5522 (i)
Au A9 Cd Cu Mn Mo Ni
\iton... ppm ptlm ppm ppm ppm ppm ppm
003 0.2 0.5 5 2
FA-GRJ\ AR·ICP AR..JCP AR-ICP AR.ICP AR-ICP AR-ICP AR-ICP
GXR-1Meas
GXR-l CM
GXR4 Meas
GXR-4CorI
GXR-2Meas
GXR-2CorI
GXR-6Meas
GXR-6CorI
OREAS 13P Moos
OREAS 13P Cerl
OMMAS-l05 Moos
DMMAS-l05 Cart
OMMAS-l05 Meas
OMMAS-l05 Cart OMMAS~ 105 Meas
OMMAS-1OS Cert
OMMAS-1OS Mess
OMMAS-l05 Cerl
OMMAS-l05 Moo.
OMMAS-l05 Cerl
CON-GS-30 Me.. 3.22
CON-GS-30 Cerl 3.41
15491 Orig .;: 003
15491 [)up < 003
Method Blam. MethOd Blank
Method Blank Method Blank
MeIhodBlanI<Method Blank
Method Blank Method Blank Method Blank Melhod Blank
310
31.0
3.7
4.00
18.7
17.0
0.3
1.30
<: 0.2
<: 0.2
< 0.2
<: 0.2
<: 0.2
2.8
330
0.6
0860
3.9
4.10
0.6
100
<05
<: 0.5
<.0.5
1090
1110
6260
6520 81
76.0
67
66.0
2550
2500
< 1
<1
<1
798
852
130
155
953
1010
952
1010
<5
<5
<S
<S
<5
16
160
325
310
1
2.10
< 1
2.40
<1
<1
<1
< 1
< 1
16
41.0
34
42.0
16
21.0
17
27.0
2260
2260
< 1
< 1
< 1
<1
< 1
656
730
42
52.0
679
690
66
101
< 2
<2
<2
<2
<2
Zn AI As Sa Bi C.
ppm % ppm ppm ppm ppm ppm %
0.01 2 10 10 0.5 0.01
AR-ICP AR-ICP AR-ICP AR-ICP AR·ICP AR..JCP AR-ICP AR·ICP
655
760
63 73.0
498
S30 107
118
<2
<2
<2
<2
<2
0.34
3.52
2.76
7.20
3.63 16.5
7.46
17.7
<: 0.01
<: 0.01
0( 0.01
366
427
91
98.0
23
25.0
198
330
1650
1693
1550
1693
1630
1693
1730
1693
1780
1693
<2
<2
<2
<2
<2
Page 4 of 5
14
15.0
<10
4.50
19
42.0
< 10
9.80
<10
< 10
< 10
< 10
< 10
431 150
32
'640 1170
2240
975
1300
42
742
106 742
68
742
67
742
74
742
< 10
< 10
< 10
< 10
<10
0.9
1.22
1.4
190
1.0
170 0.9
1.40
<: 0.5
<05
<: 0_5
<: 0_5
<0.5
1600
1360
16
19.0
<2
0.690
<2
0.290
<2
<2
<2
<2
<2
0.80
0.980
0.B9
1.01
0.74
0.930
0.18
0.180
< 0.01
< 0 01
<001
<0.01
Co C, Fe G.
ppm ppm % ppm
0.01 10
AR..JCP AR..JCP AR-ICP AR-ICP
7
8.20
15
14.6
10
8.60
14
13.8
45
46
42
48
44
48
46
48
47
48
< 1
<1
< 1
< 1
< 1
120
52
640
23
36.0
73
98.0
61
97
57
97
58
97
59
97
61
97
< 1
< 1
< 1
< 1
< 1
26.3
236 3.36
3.09
1.94
1.66
5.68
5.58
5.64
7.58
5.03
6.11
4.65
6.17
4.88
6.17
5.34
6.17
S54-
6.17
< 0.01
< 0.01
< O,()1
<: 0.01
< 10 4 a.os 138 390 00500
10 «: 1 1.33
20.0 0.110 4.01
<10 2051
37.0 2.90 1.37
20 <: 1 0.88
35.0 0.0680 1.87
< 10 < 1 <: 001
< 10 <: 001
< 10 < 1 <: 0 01
< 10 < 1
< 10 <1 <001
< 10
750
51
64.5
20
25.6
11
13.9
23
37.5
23
37.5
22
37.5
25
37.5
26
31.5
< 10
< 10
< 10
< 10
-0.14
0.217
1.62
1.66
0.49
0.850
0.39
0.609
<' 001
< 0.01
<' 001
«W1
<: Q,01
-
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08·5522 (i)
Sf Ti Te TI U v W y Zr
ppm % ppm ppm ppm ppm ppm ppm ppm
0.01 2 10 1 10 1
AR·ICP AR-ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR4CP
GXR·1 ...... s 0.043 0.042 0.22 71 207 28 <2 41 85 159 25 17
GXR·l Cert 0.0520 0.0650 0.257 122 1.58 275 13.0 0.390 34.9 80.0 164 32.0 38,0
GXR-4 Meas 0.115 0116 1.78 6 73 <2 < 10 83 13 11 10
GXR-4C .... 0.564 0,120 1.77 4,80 7.70 221 0.970 3,20 6,20 870 30.8 14.0 186
GXR·2 Mea!; 0.154
0_ 0.03 25 4 87 3 < 10 46 <10 10 10
GXR·2 Cen 0.556 0.105 0,0313 49,0 6,86 160 0,690 1,03 2,90 52.0 1,90 17.0 289 GXR-6 M ... OOSO 0029 0.02 4 22 34 3 < 10 156 < 10 6 10
GXR-6 Cert 0,104 0.0350 0.0160 3,60 27.S 35,0 0.0180 2,20 1.54 186 1.90 14,0 110
OREAS 13P Mess
OREAS 13PCert
DMMAS·105 Meas 0.179 5 49
OMMAS·l05 Cen 281 10.6 15.7 86 OMMAS·'05 Mea$ 0.178 4 45 OMMAS-l05 Cen 281 10.6 15.7 86
OMMAs-l05 M ••• 0.173 4 5 47
OMMAs-l05 Carl 281 10.6 15.7 86 OMMAs-l05 Meas 0.191 5 51
OMMAs-l05 Cart 2.81 10.6 15.7 66 OMMAS-l05 Meas 0202 5 53
OMMAS-l05 eert 281 10.6 15.7 66
CDN·GS-30 Meas
eON·GS·30 Cert
154910rig
15491 Dup
Method Blank Method 0.010 <0001 <: {).01 <2 <1 <1 <0,01 < 1 <2 < 10 < 1 < 10 < 1 < 1 Blank Method Blank Method 0012 <0001 <: 0.01 <2 <1 < 1 «1.01 < 1 <2 < 10 < 1 < 10 < 1 < 1 Blank Mettlod: Blank Method 0011 <: O,!,X)1 <: 0.01 <2 <1 < 1 <: 0.01 < 1 <2 < 10 < 1 < 10 <1 <1 Blank
Method Blank Method 0012 <0001 <0.01 <2 < 1 <1 <: 0.01 < 1 <2 <10 < 1 < 10 < 1 < 1 Blank
Method Blaoii Method 0.012 <: 0.001 <0.01 <2 < 1 <1 <: 0.01 < 1 <2 < 10 <1 < 10 < 1 < 1 Blank
Page 5 of 5
I I I I I I I I I I I I I I I I I I I
/ FILE COPY
Quality Analysis ... Innovative TechnoJ'ogies
KODIAK EXPLORATION
700 West Pender 5t Suite 1205
Date Submitted: 29-Aug-08
Invoice No.: A08-5684
Invoice Date: 03-0ct-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1G8 Canada
ATTN: Lucy Zhang
CERTIFICA TE OF ANALYSIS
5 Core samples were submitted for analysis.
The following analytical packages. were requested Code 1 E3-Tbay Aqua Regia iCP(AQUAGEO I Code 1A3-Tbay Au - FIre Assay GraVHTIetnc
REPORT A08-5684
ThiS report may be reproduced without our consent. If only selected portIOns of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regardlOg excess material, it will be discarded within 90 days of this report Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVAnON LABORATORIES LTD.
CERTIFIED BY
Elitsa Hrischeva, Ph 0
Quality Control
1336 Sandhill OrNe. Aneaste" Ontario Canada L9G 4V5 TELEPHONE +1 9056489611 or +1.888.2285227 FAX +1 905646.9613
E-MAIL ancaster@acllabsintcom ACTLABS GROUP 'M:BSITE http IIwww actlabs,nt com
- - - - - - - - - - - - - - - - - - -Activation laboratories Ltd. Report: A08-5684
Analyte Symbol ",A, '$ 0 ,., G:< Hg La Mg;
Unit Symbol :I"!P'W' 1'1"1, J;'" ppm pprn I'lm ",": 1>1" pPt'l wm " ""m Yo; Detection Limit (1.' ll', .ll '0 L1 10 001 10 -0011
Analysis Method 1--.tJ._C~F.J j:·R '(! '\F !<!' IF! H I' AR-ICP AFHCP AP Ie- :,'" 1',1' :,k t,J'(·IGP AR-1CP AR·ICP AP·ICP AR-ICP;
13380 . {) o· r,/ IJL ., 2 120 'I) ~S '0 0,01 , 10 018 13381 ~ 'J 03 C: os In - ." < 1 0,03 .-:: 10 2.30 15ot92 fJuJ () 3 " . , 10 ~'t_, B.Oe 10 o 19 <10 200 1549J " 0 03 0; H1 ',(, .18 42(\ 10 ,,! "" (101 .. - 10 127 15494 < (} G:i ... 02 06 i9Y , t:~ " :c .., , ~K: 38 796 10 001 < 10 256
Page 2 of 5
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08·5684
iAnalyte Symbol N" s $c V w !Unit Symbol l>, ,~
PPI" Opfl1 ppm :i1r· npm ppm j.'.ifl'
iDeteCtion Limit 0.001 0001 001 '0
,Analysis Method AR-iCP AR·ICP AR,ICP AR·ICP P.,R-!CP AR·I(.P ';P 11" 1 ;'P-!Cf' AR·IC" A.R.iCP ,\Ii
1338<) O.O'l~ 0,006 006 <2 " (1(1' 39 ~ H)
13381 M38 0042 ',4 In i) h', LS<! " :0 IJ " 15492 Q 0;15 o OS<! 85 24 54 10 .it
1549~ o o'e, Q Ol1 n <2 2P :';1> 38 it·
15494 0037 0023 00. I; " 1(1 197 '0
Pnge 3 of 5
- -auality Control
iAnalyte Symbol
iUnilSymbol
lDeteCtion Limit
i~!"~s1s Method
GXf(·1 Mf>.ts
G)(R·tC(;:fl
GXR-4 Mea ...
GXR·.( Cert
GXR~2 t.reas GXR-2 Cet!
GXR...sMeas
GXR~Cert
OREAS 13P Meas
OREAS 13PC""
OMMAS-10S Meas
DMMAlH05 C.~
OMW,S-10S_
OMMAS-10S Co"
OMMAS-l05 Mtlas
DMMA&105 Cert
CON-GS-30 Mtl.s
C()N..GS-3()CM
154920rig
15492 DuJ> Method Siank Method
51""" Method Btank Method 81 ....
-Au
003
FA-GRA
-
:70
03
1.30
Q3
03
<02
"pm
05
AR-Iep
0860
38 410
09
:00
06 .;; 0.5
~ o.~
-Co
ppm
ARICp
'Q60
lftO
5.230
65~O ,. 76.0
>8
660
2290 2500
81
7. < 1
-Mn
758
352
HiS:
l~O
950
1010
949
1010
Mo
" 18
310
< 1
210
·1
240
- - - -Activation Laboratories Ltd.
AP hJ
" 2; U
17
;'1"
"
Page 4 of 5
e
19
420 .; H)
980
< '0
< 10
<10
-"'-1-0
-Report:
. 0
- -A08-5684
.}
u 290
• 2
. 2
-,f.' It.!'
('930
u18
o 160
1;19
12'9
", n 01
.' 0 O·
360
13
136
47
46
45
46
« 48
31
28
< 1
. ,
-"I\(n
42
e.o 23
:160
73
960
62
97
60
97
56
97
2' 2Q
< 1
- - -AP-!CP
:: 01)
1,$3
186
542
5.56
500
1st
531
817
:, 40
6 ~7
492 ·~U1
830
786
.:: 001
G"
opm
'0 ,c,RI';P
ppm
K
%
001
AR-ICP
002
Hll oasoo !Q <: 1
?O r, n ,10
< 10
:n 0 2.90 2<l , 1
350 00680
"0 , 10
, 10
, 10
, 1
< 1
"-1
104 .01
0.51
137
088
1.87
019
0.19
'001
··001
L.
ppm
10
AR·ICP
, 10
750 41
64S
20
256
11
13.9
26
31.5
26
37.5
25
31.5
< 10
< 10
< 10
< 10
---,
My\
0. 01 1
AR-1Cpi
o 1~ 0117
'26 '6<> 0.49
0850
039
0609
206
1.95 -< 0,01
<' 0 01
-
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-5684
Quality Control
Analyte Symbol No P '·1 W
nit Symbol 1'1"0 ppm pprn ~Ij!; " 1'1)/1'
action Limit G001 coo' \) 0' '0 .0
sis Method AR·IGP AR·ler AR·I(.P AC,lcr i\RWP .-,f..' p I 'i r' AR-IGP AR·!CP AR A~' j( of"
GXFC~1 Meat. 0,039 0035 20 '" 7, ':\6 :t-o
GXR-1 Cert 00520 00650 0;:'57 17(' 1 "k '~ J 600 ·6_ J:> Co
(iXRw 4Meas o 09! {U)89 139 64
G.!(P·4 Cen {J)64 C 120 4 Be, FO ~l.{) ~ ;41" Ill!
Gxp·2 Meas 0143 0.05(1 003 :5 ",I 4IJ 10 IL
G)(fI·2Cert 0556 0105 0.0313 4& 0 668 lf~l~ 520 '00 it r
GXR--6Mes!. 0.007 0028 002 ?1 )b If' ,71 ~ 1l')
GXf/·6Ce" 0104 00350 00160 ',\. 60 275 350 :),,111(, 'A 11)6 ; 90 !.4 () qQ
ORE-AS tjP Meas
OREAS 13P Cpt1
DUMAS-i0S Mea", DIM 'of;
DMMAS·105 Celt 261 106 15.7 h45
DMMAS- 10~' Mi:'b {) IlL
D)rAMAS- 1 as Cen :2 81 1116 157 tiE
DMMAS·10!< Meas 0 1 79 5 I--.~;
DMMAS·105 Cert Z 51 10.6 151 f)f~
CON·G5-3D Meas.
CQN.GS·30 Cen
1~920ti<,l DO3/; 0.055 3114 2S W 55 " Hi .e 15492 Dup 0034 0053 376 24 029 1[J 53 <lD .;; Met ... Blank Molhod 001\ " 0,001 <"001 < 2 < 1 < 1 <: () 01 ·1 ,n .: 1 ' 10
Sf""" Metnod Bfi:l1l;" Me\tlOO O.viQ .::: 0001 .( tl01 < 2 < 1 < 1 <: 0 01 j{, <j(1
Blan.
Page 5 of 5
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
Innovative Technologies
Date Submitted: 17 -Sep-08
Invoice No.: A08-6274
Invoice Date: 12-Nov-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1 G8 Canada
AnN: Lucy Zhang
CERTIFICATE OF ANALYSIS
81 Rock samples were submitted for analysis.
The following analytical packages were requested: Code 1 A3 Au • Fire Assay Gravimetric
REPORT A08·6274 Code 1E3 Aqua Regia ICP(AQUAGEO) Code 1A3-Tbay Au - Fire Assay Gravimetric Code 1 E3-Tbay Aqua Regia ICP(AQUAGEO)
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY :
Elitsa Hrischeva, Ph.D.
Quality Control
1336 Sandhill Olive. Measler. Ontario Canada L9G 4V5 TELEPHONE +1.905.648.9611 or +1.688.226.5227 FAX +1.905.648.9613
E·MAIL ancaster@actiabsint.com ACTLABS GROUP WEBSITE http://www.actiabsint.com
-15122
15123
15124
15125
15126
15127
15128
15129
15130
15131
15132
15133
15134
15135
15136
15137
15138
15139
15'40
15141
15142
15143
15144
15145
15146
It.147
1514li
15149
1515(}
16801
16802
16803
16804
16805
16806
16807
16808
16809
16810
16811
16812
16813
16814
16815
1681S
16817
16818
16819
168.20
16821
16822
16823
- - - - - - - - - - - - - - -Activation laboratories ltd. Report: A08-6274
0.5 0.01 10 10 0.5 0.01 0.01 10
FA-GRA AR·ICP AR.ICP AR-ICP AR·ICP AR·IC? AR·ICP AR·lep AR·ICP AR·ICP AR·ICP AR-ICP AR·ICP AR.ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP
<. n.Ol
<0,03
<: 0,03
<0.03
< 0 03
<0.03
<0.03
<0,03
<: O.OJ
<: 0.03
<: 0.03
<0.03
<: 0.03
<0,03
<- 0.03
<: OJ)3
< 0.03
<; 0.03
<{)03
<: 0.03
<0.03
':IH}3
<:: 0.03
<: 0.03
<0.03
< 003
<: OJl3
<003
<O.Ol
<0,03
« 0.03
<O.()3
<: 0,03
<0.03
<. OJJ3
<003
<0.03
<0.03
<0.03
<:: 0,03
<003
<0,03
<OJ)S
<DOl
<0.03
<: 0_03
<: 0.03
<0.03
<: 0.03
<003
<0,(13
<0.03
1.5
1.5
<0.5
1.1
<. 0.5
<: 0,5
<' 0.5
<0,5
<0.5
" 0.5
1.1
0.9
<: 0.5
<' 0,5
2.0
<: tt5
1.4
<: 0.5
0.9
<: 0.5
<: 0.5
<: (;,5
<- 0.5
<05
<0.5
< 0.5
0.5
<:0.5
<0.5
<0.5
<OS
06
<0.5
<0.5
<0.5
<0_5
<: 0.5
0.1
<(},5
<: C}'5
0.9
<0,5
o.s <0.5
<:: 0.5
<O.S
<:: 0.5
<0.5
<: 0,5
<0.5
<0,$
<0,5
47
22
48
30
48
52
51
4li
48
49
31
15
37
30
22
50
33
43
43
51
64
53
52
52
52
53
59
114
100
112
122
66
113
119
261
118
86
60
116
69
52
122
12'
123
213
124 ,,2 '08 137
129
102
93
1900
4li4O
1410
7720
1960
1590
1510
1700
1550
1440
823
7270
1200
1600
1340
1510
4390
2450
3110
1260
1450
1170
1750
1570
1970
1150
1330
l440
1240
1870
2040
_0
4180
2340
1430
1400
1720
4780
1600
5650
5280
1920
1740
1640
'600
1480
1490
1470 ,_ 1540
1440
1430
< 1
<1
< 1
<1
<1
<1
<1
<1
< 1
5
< 1
< 1
<, < 1
<1
< ,
< 1
< I
< 1
< I
<1
< ,
<1
<1
< 1
< 1
<1
< 1
< 1
<1
< 1
<1
<1
< 1
<1
<1
< 1
< 1
< ,
<, < 1
<1
< I
< 1
<1
<1
33
\9
,07
40
60
116
103
100
106
104
\9
36
56
20
10
112
13
54
44
108
114
109
111
110
99
107
98
42
104
41
36
13
11
52
44
101
73
35
21
19
23
17
28
30
30
2.
25
28
27
25
26
29
24
19
21 .. <2
<2
<2
4
34
16
6
25
28
18
35
4
<2
6
3
<2
<2
<2
5
4
<2
<2
11
15
3
<2
<2
<2
<2
< 2
<2
26
27
67
33
52
84
75
68
68
70
31
32
55
28
16
72
31
56
24
84
70
71
66
55
!l8
S9
72
64
71
77
73
74
52
79
68
74
84
75
72
68
72
70
85
79
71
60
59
68
78
72
79
69
0.37
O.B7
3.60
1.57
3.48
4.17
3.92
3.85
4.12
3.63
0.93
1.63
3.12
0.76
071
3.97
0.92
3.58
1.23
4.41
366
3.55
2.99
3.33
3.41
2.92
302
2.46
3.31
2.1'
\18
1.79
1.23
3.32
2.62
3.76
3.64
2.51
308
1.27
1.63
2.55
3.32
3.20
2.91
2.84
2.57
2.53
2.78
2.57
2.91
2.63
13
13
<2
12
<2
10
<2
11
14
<2
3
<2
<2
48
54
49
59
15
12
11
82
63
40
16
34
19
51
9
11
<2
<2
<7
<2
<2
Page 2 of 9
13
11
< 10
<10
< 10
< 10
<10
< 10
< 10
< 10
13
< 10
< 10
12
13
< 10
11
< 10
14
< 10
11
< 10
<10
<10
< 10
< 10
<10
< 10
< 10
< 10
<10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
<10
<10
< 10
< 10
< 10
< 10
<10
< 10
< 10
<10
< 10
< 10
<10
78
< 10
62
47
60
104
89
77
96
< 10
00
99
10
64
22
58
10
81
82
66
60
99
B' 68
55
34
23
50
51
32
12
31
20
22
38
31
32
11
< 10
33
52
70
77
63
56
44
36
28
51
60
0.7
0.5
<: 0.5
<0'.5
<: (),5
<: 0.5
<0.5
<0,5
< 0.5
<: 0.5
0.7
<0.5
<0.5
<0.5
< 0.5
< 0.5
<: 0.5
<0.5
.::0.5
<0.5
<: 0.5
<.: 0.5
<: 0.5
<0.5
<05
<0,5
<: 0,5
<IH>
< D5
<: 0.5
<: 0.5
<: 0.5
<: 0.5
0( <l.n <.: 0,5
<: 0.5
<' 0.5
<: 0.5
<: 0.5
<0.5
<0.5
<: 0.5
<: (>-5
<: O.S
e:: 0,5
<: 0.5
<: 0.5
<0.5
<0.5
<0'.5
<0.5
<: O.S
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
4
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
D.73
1.44
3.05
2.08
2.21
2.45
3.29
315
3.27
2.31
0.19
3.26
2.33
0.43
009
3.64
1.01
2.18
0.54
2.59
363
2.86
4.27
3.79
4.02
3.45
3.43
5.55
4.55
3.65
3()4
2.52
2.81
4.37
5.71
5.19
4.38
3.74
6.07
3.09
1.49
5.52
3.89
470
5.03
4.86
5.35
5.25
4.63
4.98
5.09
32
23
27
41
23
37
32
29
26
26
14
26
19
19
19
26
8
19
43
31
25
25
25
23
20
26
26
32
37
3G
36
13
33
42
34
35
17
33
22
26
33
36
39
36
32
32
32
34
36
37
44
14
184
21
58
212
191
177
172
181
31
24
54
31
182
16
54
14
200
170
201
167
177
188
171
154
51
135
4il
2:;
25
42
76
58
129
95
4li
16
30
29
19
24
22
18
57
66
65
75
66
63
55
35.6
30.4
6.19
28.2
8.19
677
6.39
1>.47
6.35
6.10
36.9
27.3
4.90
35.0
35.1
6.39
29.9
877
35.6
649
4.93
552
613
5.81
647
5.44
641
716
1.38
9.72
10,
14.9
10.4
996
7.75
806
10.4
14.5
8.82
16.2
20.1
8.94
9.24
9.33
806
8.29
770
7.76
8.23
6.20
8.02
7.48
20
20
10
10
10
10
10
10
10
10
20
10
< 10
20
20
10
10
10
20
10
< 10
10
< 10
< 10
...-: iO
10
10
< 10
< 10
< 10
<10
< 10
< 10
< 10
<10
< 10
10
10
10
< 10
10
10
10
10
10
10
10
10
10
10
10
10
3
<1
4
<1
< 1
<1
< 1
< 1
< 1
<1
< 1
< 1
4
< 1
< 1
< 1
< 1
<1
< 1
< j
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
<1
< 1
< 1
< 1
<1
< 1
< 1
< 1
<1
< 1
<1
<1
< 1
< 1
-0.01 10
AR·ICI" AR·ICP
<0.01
0.03
0.17
c:: 0.01
0.33
0.02
0.07
0.15
0.22
0.15
0.05
<: 0,01
0.29
0.00
0.02
0.17
003
0.25
< 001
0.11
0.25
012
0.14
0.34
0,28
0.15
010
010
006
011
0.13
0.06
001
0.07
0.06
006
009
0" 0.09
0.01
< 0.01
008
009
015
0.17
0.20
0.16
0.12
0.08
0.08
0.12
0.14
< 10
< 10
11
<10
<10
12
10
10
12
12
< 10
< 10
11
<10
< 10
12
< H)
10
<10
11
14
13
12
12
11
12
< 10
< 10
<10
<10
< 10
< 10
<10
< 10
< 10
<10
<10
< 10
< 10
<jD
< 10
< 10
<10
< 10
< 10
< 10
<10
< 10
<10
<10
<10
< 10
-0.12
0.51
2.81
0.89
2.03
3.28
3.00
2.73
2.84
291
062
1.23
2.06
041
0.28
301
046
202
048
3.53
2.65
303
2.75
251
2.71
2.73
264
2.14
288
164
142
145
1.34
202
2.30
317
2.53
2.22
2.50
150
115
1.66
1.84
1.82
1.75
1.95
198
1.94
214
2.26
2.06
2.12
-
-16824
16825
'6826
16827
16828
16829
16830
16831
16832
16833
16834
16835
'6835
16837
16838
'6839
'6840 16841
16842
16843
168A4
16845
16846
16847
'6846
'6849
16850
16851
- -<: 0.03
<: 0.03
<: 0.03
<: 0,03
<: 0,03
< 0,03
<: 0.03
0( 0.03
<: 0.03
<: 0,03
<: 0.03
<. 0.03
<: (tOO
< 0,03
<0.03
<: 0.00.
<: 0,03
< 0.03
<:: 0-03
039
<003
..: O()~
<003
< 0 03
<: O,Ol
<: 0 03
<: 0.03
< 0,03
-<0$
<0.5
<: 0.5
0,6
<: 0,5
<0.5
1,0
<0.5
<0.5
<: 0.5
0,6
<: 0.5
<0.5
<05
<0.5
0,5
<0.5
0,9
<: 0.5
<0.5
<: 0,5
<{H:,
<: 0.5
<0.5
<0.5
<0.5
<: 0.5
<'0,5
- - - - - - - - - -Activation Laboratories Ltd. Report: A08·6274
0,01 10 10 0,5 0,01
AR-ICP AR-ICP AR~CP AR.ICP AR·ICP AR·ICP AR-IGP AR-ICP AR-ICP AR-ICP AR-lGP AR-ICP AR-IGP AR-ICP AR-ICP
38
45
112
107
113
140
93
118
69
107
121
37
33
152
117
94
88
100
45
55
73
50
50
52
51
43
54
42
1410
2220
1560
1540
1330
1370
4020
1450
1160
1240
1390
1040
916
,720
,350
1260
1330
807
1150
13'0
1270
1340
'320
1130
1310
'290
1570
1(170
<1
<, < ,
<1
<1
<, < ,
<, <1
< 1
< 1
< 1
< 1
<1
< 1
<1
< 1
<1
<1
< 1
<1
< 1
< ,
<1
<1
<1
<1
<1
33
66
29
26
93
97
30
32 ,,0 94
46
88
115
34
45
47
28
44
114
96
96
97
95
100
1()4
100
103
100
4
2
<2
<2
<2
4
<2
<2
<2
<2
<2
<2
3
3
4
71
g,
85
75
63
74
,06
67
64
75
B6
46
46
143
65
76
9,
,06
69
59
59
57
57
71
72
68
115
61
3,0'
2,93
262
2,57
3,44
3,63
3,20
3,67
3, ,9 3,58
3,34
2,36
2.23
470
4,14
3,94
4,58
5,06
3,00
2,67
2,16
2,58
253
.,97
as 2,64
319
2,39
<2
<2
<2
32
'3
24
,9 6
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
Page 30f9
< 10
<10
< 10
< ,0
< 10
< 10
< 10
<10
< ,0
< 10
<10
< ,0
< ,0
< 10
< '0
< 10
< 10
< ,0
< 10
< ,0 < 10
< 10
< 10
< 10
< 10
< ,0 <10
< 10
46
69
28
16
20
37
22
50
104
97
7'2
6' 59
60
28
45
25
44
74
153
83
92
9' 49
58
96 ,,0 120
<0.5
<{U>
0:: 0,5
..: 0,5
<0.5
<0.5
<: 0.5
.:: 0.5
<: O,S
<0.5
<OJ>
<0,5
<0.5
<: 0.5
<: 0.5
<0.5
<0.5
< 0',5
<0.5
<0.5
<0,5
<0,5
<0.5
< 0,5
<0'
< 0.5
<O.S
<0,5
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
5,'0
5,30
464
5.51
400
3,68
147
.,'2 4.40
468
4,28
5,3
3,6'
1.63
2.'9
3.36
3.85
26' 400
3,94
3.8'
403
394
3,30
3.45
3,89
3.65
4.19
35
21
37
36
3S
32
32
31
30
37
39
23
'6 .3 39
35
36
35
25
27
24
•• 22
24
24
22
26
25
64
76
75
80
178
179
50
50
100
114
62
76
7. 37
116
94
26
27
154
120
'40
j37
134
150
193
142
,58
149
-7.55
8,23
8.46
8,14
7,14
6.41
16,5
9,35
6.44
8J19
B81
4.46
3.63
10,B
9,32
8,23
,0, 103
511
515
429
446
437
526
6'4
5.76
6.5'
4.80
10
<10
10
'0 10
10
,0
III
< 10
< 10
10
< 10
< 10
20
20
10
20
20
< ,0
<10
< 10
< 10
< 10
< ,0
10
< 10
,0
< 10
-< 1
< 1
< ,
< ,
< I
< ,
< 1
< 1
< ,
<1
< 1
<, < ,
< ,
< 1
< 1
<1
< 1
< 1
< ,
< ,
< ,
<1
< ,
c 1
<, < ,
< ,
-0,"
0,16
0.06
003
0.05
0,08
0.05
0,'3
0,33
0,30
0.13
0.18
0.20
0.13
0.05
0,06
0.02
0,07
0.24
0,35
0,25
0.23
0,23
010
0.11
0.2'
025
0,21
< 10
<10
< '0
< '0 < 10
< ,0
< ,0
<10
< '0 < ,0
<10
< ,0
15
< 10
< ,0
< '0
<10
<10
< 10
< 10
" 12
1, '2 13
12
12
12
-1.91
2.03
2.'9
2,17
3.74
3.44
1,40
2,56
2,55
2,51
2,46
2,22
17,
2,14
3,68
2,96
2,64
2.67
2,43
244
2.82
2.47
.,42
2,15
•. 91
2.58
.,63
2.46
-
-15122
15123
1512.
15125
15126
15121
15128
111129
15130
15131
15132
15133
'5134
15135
15136
1M3)
15'36
15'39
15140
151.1
15142
151'3
15144
15145
15146
15147
15148
15149
15150
16801
16802
16803
16804
16805
16806
16801
16806
16809
'68'0
16811
16812
'6813
16814
16815
16816
16817
16818
16819
16820
1682'
16822
16823
- - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-6274
0.001 0.001 0.01 0.01 10 10
AR·ICP AR·ICP AR.ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR4CP AR·ICP AR·ICP AR·ICP AR·ICP
0021
0.018
0.055
0015
0.039
0019
0061
0,£)45
0.044
0.049
0020
0021
0.039
0.018
0015
0.050
0016
0.030
0.013
0041
0.068
0050
0.174
0123
0121
0.130
0121
0.296
0.249
0.218
0.265
0153
01)48
0.279
0.294
0290
0.247
0107
0.254
0.035
0.017
0.202
0.096
0183
0.236
0.143
0.116
O.lll
0.104
{1117
0.171
0.163
0.006
0.011
0073
0.009
0.049
0.079
0.072
0.072
0.076
0.071
0.021
0.02'
0.053
0011
0009
0.013
0.010
0"051
0.008
0.075
0079
0.G15
0.071
0016
0006
0.07.
0.006
0031
0.019
0039
0.043
0._
0.017
0031
0.026
0.01'
0.031
0.033
0.033
0.027
0.016
om3 0.033
0,031
0.033
0.032
0.033
0.030
0.032
0.030
0.032
0.043
7.22
3.53
0.22
1.79
2.26
0.04
0.05
0.05
0.06
0.18
1.07
5.54
0.58
0.73
2.05
0.11
095
1.06
6.87
0.19
0.04
0.10
0.05
0.02
0.03
011
046
011
0.07
0.29
036
0.62
0.96
0.31
0.72
0.01
1.50
1.66
0.18
4.79
9.60
0.15
0.14
0.36
0.11
0.19
0.29
0.19
0.11
0.19
0.19
0.21
14
10
<2
10
<2
<2
11
12
13
12
5
11
11
<2
< 2
4
31
29
6
9
2
4
3
4
<2
<2
13
12
11
S
3
5
9
3
3
11
8
10
13
9
9
12
12
25
24
25
24
4
24
26
25
21
10
21
5
25
24
24
26
25
25
28
30
29
26
25
13 <0.01
39 <: 0.01
62 <: 0.01
61 <0.01
36 < om 81 0.43
64 0.41
3) 0.30
54 <- 001
43 < 0.01
12 < om 91 < 0.01
36 < 0.01
14 <0.01
3 <0.01
83 <: lt01
35 <- 0.01
39 0.05
" "0.01
'3 0.09
71 002
57 <: ,101
66 < 0.01
51 <-0.01
55 <OJ]1
57 <: 0,01
58 <- 0.01
65 <: 0.01
75 < (tOl
53 < 0.01
46
42
35
73
85
85
65
59
18
33
16
70
53
71
1\4
59
63
58
.6 46
50
62
0( f).01
<: (101
<- 0.01
<0.01
<- 0.01
<0.01
<0.01
<-0.01
<0.01
<: 0,01
< 0.01
<0.01
<0.01
<0.01
<0:01
<- 0.01
<: 0,01
< (Hl1
<: OJ)1
<0.01
< (},01
<0.01
17
12
< 1
9
20
13
21
16
24
5
20
< 1
<1
<1
4
3
5
5
9
< 1
3
9
5
6
< 1
11
11
< 1
<1
< 1
< 1
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
14
< to < 10
< 10
< to < 10
< 10
< to <10
<10
15
<10
< 10
13
14
< 10
< 10
< 10
12
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
<10
< 10
< 10
< 10
< 10
144
78
B4
59
49
127
116
101
76
62
91
90
51
93
71
65
128
53
118
104
10
99
65
61
64
as 90
1()8
111
119
102
36
29
107
106
115
120
61
149
4il
35
165
211
176
153
165
171
118
207
186
113
146
Page 4 of9
12
14
<10
< 10
< to < 10
< 10
< 10
< 10
< 10
17
< 10
< 10
25
15
<10
29
< 10
18
<10
< 10
<10
< 10
< 10
< 10
<10
<10
<10
< 10
< 10
< 10
<10
<10
< 10
< 10
<10
<10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 1Q
<to < 10
3
4
11
10
11
4
4
4
5
4
30
25
25
33 I. 14
13
10
12
24
22
B
20
22
21
25
2. 10
5
11
9
12
6
17
11
9
17
13
11
11
23
- - - - - -
-1682.
16825
16826
16827
16828
16829
16830
16831
16832
16833
16834
16835 1_ 16837
16838
16839
16840
16841
16842
16843
16844
16845
16848
16847
16848
16849
16850
16851
- - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-6274
0.001 0.001 0.01 10 10
AR4CP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP AR-ICP
0.192
0.219
0.103
0.083
0.097
0128
0029
0,100
0.142
0,142
0.145
0334
0,251
0.065
0,095
1),073
0.035
0,032
0,212
01110
0,140
0.190
0,189
0,189
0.141
0,188
0.147
0,160
0,031
0,049
0.032
0.029
0.021
0024
0.042
0,032
0.050
0.025
0.031
0.071
0.002
0042
O.O~
0.029
0.035
0035
0.074
0.066
0.072
0.070
0.066
0,073
0.067
0.070
0.067
0070
0.18
0,99
0,33
0,28
0.12
0.15
5,73
0,23
0.07
0,1.
0.19
0.42
0.05
0.46
0,03
0.1>
013
0,12
0.08
0.32
0.04
0.03
0.03
0,05
0.23
0.10
0,43
043
<2
<2
3
3
<2
3
6
4
<2
<2
<2
<2
28
12
29
31
27
25
10
2. 12
17
28
13
10
28
35
27
31
25
12
9
9
II
10
13
13
12
12
11
51
66
55
58
50
46
18
51
59
59
53
110
79
28
31
43
38
25
71
68
59
68
£3
61
64
97
75
69
6
< 1
< 1
< 1
<1
6
5
2
<1
<1
3
<2
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
dO
< 10
<10
< 10
< 10
<10
< 10
150
71
208
230
178
163
82
180
18
115
171
51
45
233
240
206
287
260
&3
64
82
61
61
82
00
60
74
65
Page 5 of 9
< 10
<10
< 10
< 10
.,0
< 10
< 10
< 10
< 10
<10
<10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
<10
<10
<10
<10
< 10
< 10
< 10
< 10
4
5
6
5
10
6
5
5
5
14
5
5
6
17
6
5
12
6
10
11
- - - - - -
- - - -Au Ag
gil"""" ppm ""m 003 0.2 0.5
FA-GRA AR·ICP AR·IC?
G)(R-l Meas
G)(R·l Cort
GXR·l Meas
G)(R·l Cert
GXR·l Meas
GXR·l Cert
GXR-4 Mao.
GXR-4CerI G)(R-4 Moos
GXR-4Cort GXR-4_
GXR-4 Cert
GXR·2_
GXR·2C .... GXf!·2_ GXR·2 Con GXf!·2 Mea.
GXR·2Cor1 GXR-6 Mea.
GXR-6 Con GXR-6_
GXR-6Cert
GXR-6Meas
GXR-6 Cort OREAS ISP Me ..
OREAS 13P Cert
OREAS 13P Mea.
OREAS 13P Cert
OREAS 131' Mess
OREAS 13f' Cert
DMMAS·lOO M ....
DMMAS'IOO Celt
DMMAS·l05 1.1_
OMMAS·lOO Cert
OMMAS-l05 Mess
OMMAS-lOO Ce" DMMAS.lOO Meas
DMMAS·lOO Celt
DMMAS·lOO Mea.
DMMA$·I05 Celt
CDN·Gs.<lI'5 M_ 7.11
CDN·G5-6P5 Cert 6.74
CON-GS-6P5 M.... 6.49
CDN-GS-6P5 Cort S.74
CDN-GS.3D Meas 3.53
CDN-G5-3D Cert 341
CDN-GS·3D Meas 3.48
CDN·G5-3D Cart 3.41
CDN·GS·3D M.... 3.25 CON-GS.3D Cen 3.41
CDN-GS":ID Meas 3.41
CDN-GS·3D Cen 341
151290rig
15129Dup
151310rig
15131 Cup
15141Ori9
<0.03
<0.03
<: 0.03
28.2
3\.0
30.0
31.0
28.6
31.0
3.7
4.00
3.6
4.00
3.5
4.00 19.5
17.0
lB.7
11.0
19.7
170
0.3
1.30
0.3
1.30
0.3
1.30
'" 0,2
'" 0.2
3.3
3.30
3.3
330
2.8
3.30
<: 0,$
O.B6()
<: 0.5
0.B6()
0.6 0._
3.B
4.10
3.B
4.10
4.2
4.10
<0,5
1.00
<: 0.5
1.00 <{),5
tOO
- -Cu Mn 1.10
ppm ppm ppm
5 1
AR·IC? AR·ICP AR·IC?
1130
1110
1120
1110
1040
1110
S300
6520
6050
6520 6040
6520 76
76.0
73
16.0
74
76.0
65
66.0
59
66.0
63
66.0
2430
2500
2510
2500
2190
2500
48
47
770
852
777
852
737
852
132
155
129
155
131
155
995
1010
941
1010
994
lOW
996
1010
926
1010
965
lOW
1700
1700
14
16.0
15
180
14
lB.O
319
310
319
310
323
310
1
2.10
< 1
2.10
< 1
210
2 2.40
< 1
2.40
1
2.40
< 1
<1
- - - - -Activation Laboratories ltd. Report:
Ni
ppm
AR·ICP
18
41.0
14
41.0
16
41.0
33
420
31
42.0
34
42.0
11
21.0
12
21.0
13
21.0
15
27.0
14
27.0
14
27.0
2160
2260 2180
2260 2090
2260
100
101
Pb
ppm
AR-ICP
569
730
616
730
613
730
41
52.0
40
52.0
42
~2.0
661
690
662
690
703
690
85
101
82 101
69
101
<2
<2
Zn AI
ppm %
0.01
AR·ICP AR·ICP
623
1f,()
622
760
618
760
64
730
61
13.0
61
73.0
524
530
488
530
520
530
113
118
102
118
100
118
66
66
0.34
l.52
0.40
3.52
0.33 3.52
2.15 7.20
2.78
7.20
2.75
7.20
3.37
16.5
3.51
'6.:!
3.42
16.5
6.84
11.1
690
17.7
703 17.7
3.87
3.83
A. Sa
ppm ppm ppm ppm
10 10 0.5
AR·,ep AR.ICP AR.ICP AR·ICP
352
427
34Il 427
91
98.0
92 98.0
9
25.0
25.0
175
330
211
330
1860 1693
1130 1693 16?()
1693
1580
1693
15
15.0
14
15.0
17 15.0
< 10
4.50
<10
4.50
<10
4.50
21 42.0
18
42.0
20 420
< 10
9.60
<10
9.60
< 10
960
< 10 < 10
466 150
365
750
465
750
73
1640
28 1640
38
1640
1100
2240
1310
2240 1240
2240
843
1300
1200
1300 997
1300
325
742
130
742
no 742
219
742
225
742
102
106
10
l.n
0.8
1.22 0.8
1.22 1.0
1.90
I .•
1.90
1.4
1.00
1.0
1.10
1.0
1.70
10
l.70
1.0
1.40
0.9
140
0.9
140
Page 6 of9
- - - - - - -A08·6274
Bi C. Co
ppm % ppm ppm % ppm
2 0.01 0.01 10
AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR~CP
-----------------------------------------------~ 1370
1390
1310
1380
1480
1380
I. 19.0
19.0
14
19.0
<2 0.690
<2
0.690
<2
0690
<2
0.290 <2
0.290
< 2 0290
<2
<2
0.76
0._ 0.78
0._ 0.75
0._
0.90
1.01
0.90
1.01
069
1.01
0.76
0.930
077
0930 078
0.930
0.1.
0180
0.22
0180
0.18
0.180
3.15
315
8.20
8
8.20
5
8.20
15
14.6
15
14.6
15
14.6
9
a.60
9
8.60
9 880
14
13.8
14
13.8
15
13.8
43
48
46
48
47
48
46
48
43
48
30
29
6
lZ.0
12.0
5
12.0
56
64.0
53
64.0
53
64.0
25
3&.0 23
36.0
24
38.0
79
96.0
72
960
74
960
60
97
59 97
52
97
62
97
57
97
177
178
25.0
236
27.2
23.6
22.8
23.6
:>.00
3Jl9
3.55
3.00
3.19
3.09
2.00
1.66
2.07
186
201
1.66
5.99
5.56
6.00
5.56
5.52
5.58
601
7.58
6.38
7.58
553
7.56
5,47
1,117
574
6.17
5.39
6.17
4.63
617
4.44
6.17
6.48
6,46
< 10 4 0,03
13.8 390 0.0500
<10 2003
13.8 3.90 0.0500
< 10 3 0.02
13.8 3.90 0.0500
10 < 1 1.37
20.0 0.110 4.01
<: 10 <: 1 1.33
20.0 0.110 4.01
10 < 1 137
20.0 0.110 4.01 <: 10 3 0 . .54
37.0 2.90 1.37
<10 3 0.51
31.0 2.90 1.37 <: 10 0,54
37.0 2.90 1.37
?() <1 0.93
35.0 O.OOIlO 1.87
?() < 1 0.87
35.0 000110 1.87
20 < 1 0.91
350 0.0680 1.87
10
10
< 1
<1
0.15
015
< 10
7.50
< 10
7.50
< 10
7.50
52
64.5
50
64.5
52
64.5
20
25.8
20
25.6
21
255
11
13.9
11
13.9
12
13.9
25 37.5
26
37.5
28 37.5
27
37.5
25
37.5
10 1(}
0.13
0.217
0.14
0.217
0.13
0_217
1.62
1.66
1.59
1.66
1.61
1.66
0.51
0.850
049
0.650
0.51
0.850
0.39
0.609
0.39
0.609
0,40
0.609
2.74 2.73
-
- - - -Quality Control
IAn8lyte Symbol Au Ag
IUnit Symbol gI,,,,,,,,, ppm
Detection limit 0.03 0.2
IAnalysls_Melhod __ FA-GRA~~:ICP
15141 Dup
151430<19
15143 Dup
1&\o1Orig
16801 Splh
168010rig
16801 Dup
16801 Splil
16811 Drig
16811 Dup
,6811 Drig
16811 Dup
168160r19
16815 Dup
168210<ig
16821 Split
168250<ig
16825 Dup
16826 Orig
16826 Dup
168310rig
16831 Spin
168:J6O<ig
16836 Dup
16838 Orlg
16838 Oup
168510rig
16851 Dup
Method 81""" Melhod Blank
Method 8lank Method Blank
Met"'" Blank Melhod Blank
Method Blank Melhod Blank
Method Blank MeIhod Blank
MeIhodBI"""Melhod Blank
_hod Blank Method Blank Method Blank Me1hod Blank MethodBl .... _
Blank _hodBI __
Blank Method Blank _
Blank
< 0.03
<OOl
<0.00
" (103 .:: 0.03
<0.03
<0.03
<: (t03
<OJ)3-
<: OJ~
<: 0.2
0.3
<: 0.2
<: 0.2
< 0.2
<0.2
<0.2
« 0,2
<0.2
<0.2
<0.2
Cd
ppm
0.5
AR·ICP
« 0.5
<: 0.5
<: 0,5
<0.5
<: 0.5
<0.5
<: 0.5
<0.5
<0.5
<05
<0.5
.:: 0.5
<0.5
<0.5
<0.5
<: 0.5
<: 0.5
-Cu
AR·ICP
52
53
112
108
108
68 69
71
68
126
122
45
45
118
123
119
115
<1
< 1
< 1
< 1
18
< 1
< 1
< 1
-Mn
ppm
AR·ICP
\160
1190
1870
1930
1930 5641)
5650
5730
5680
1540
1540
2200
2230
1450
1490
1380 1320
<5
<5
<5
<5
<5
8
<5
<5
<5
<5
<5
Mo
ppm
AR·ICP
<, <1
< 1
<1
< 1
< 1
<1
< 1
<1
< 1
< I
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
<1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
- - - -Activation Laboratories ltd.
Ni
ppm
AR.ICP
103
114
41
41
41
18
20 23
22
25
26
66
66
32
33
46
45
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
AR·ICP
<2
3
13
11
11 10
3
3
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
Zo
AR·ICP
69
72
77
19
79
68 68
68
68
72 69
91
91
87
90
85
as
<2
<2
<2
<2
<2
<2
< 2
< 2
<2
< 2
AJ
%
001
AR·ICP
3.82
3.89
2.14
2.09
2.09
1.27
1.28 1.46
1.43
2.57
240
2.92
2.94
367
374
487
461
<: 001
<' 0 01
< 0.01
<; 001
< 0.01
<:: 001
<' 0.01
0.02
< 0.Q1
<0.01
ppm
AfHCP
4
49
50
50
20 17
<2
3
8
8
13
16
<2
<2
<2
<2
<2
<2
<2
<2
<2
Il
ppm
10
AR·ICP
<10 <10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
<10
<10
<10
< 10
< 10
< 10
< 10
Page 70f9
-Report:
B.
ppm
10
AR·ICP
65
68
50
53
53
11
11
13
12
28
29
69
69
50
53
28
27
< 10
< 10
< \0
< 10
10
< 10
< 10
<10
<10
< 10
< 10
Be
ppm
0.5
AR·'CP
<0.5
<0.5 <: 0.5
<: 0.5
<: 0.5
0:: 0.5
<0.5
<0.5
<05
<: 0,5
<0.5
<0.5
<0.5
<. 0.5
<: 0,5
<: 0.5
<0.5
<: 0.5
<: 0.5
- -AOB-6274
Bi
AR·ICP
<2
<2
<2
<2
<2
6
<2
<2
<2
<2
<2
<2
<2 <2
<2
<2
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
Ca
%
0.01
AR·ICP
2.&3 2.89
3.65
3.71
5.40
5.38
528
5.32
4.12
4.22
2.25
2.13
<ROl
<0.01
<0.01
<: 0.01
<: 0.01
0.01
<0.01
AR·ICP
25
25
as 37
37
24
20
21
22
35
34
27
27
31
38
39
39
< 1
< 1
<1
<1
<1
< 1
< 1
<1
< 1
<1
< 1
-Cr
AR·ICP
198
204 40
37
37
31
30
30
31
66
66
76
77
50
51
119
114
<1
<1
<, < 1
< 1
< 1
< 1
<1
< 1
< 1
-F.
%
0.01
AR·ICP
5.41
5.94
9.72
9.68
9.68
19.3
19.5
16.4
16.0
8.20
784
8.19
8.28
9.35
9.44
9.68
8.97
<: 0.01
<.OJ.n
<0.01
<: 0.01
om
G.
ppm
10
AR·ICP
10
10
< 10
< 10
< 10
< 10
< 10
10
< 10
10
10
< 10
< 10
10
20
20
20
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
<10
-Hg
ppm
AR·ICP
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
<1
<1
< 1
< 1
<1
< 1
<1
< 1
< 1
<1
-K La
% ppm
0.0\ 10
AR·ICP AR·ICP
0.12
0.12
0.11
0.11
0.11
0.01
0.01
0.01
0.01
0.08
008
0.16
0.16
0.1.
0.13
0.05
(105
< 001
<0.01
<: 0.01
<0,01
0( 0,01
<0.01
<0.01
<0.01
<0.01
<0.01
<: 0.01
12
13
< 10
< 10
< 10
<10 < 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
<10
< 10
<10
< 10
< 10
<10
< 10
< 10
< 10
<10
-3.01
3.06
1.94
1.68
1.68
1.49
1.51
1.52
1.49
2.26
2.24
2.02
2.03
2.$
2.64
3.78
356
< 0.01
<0.01
<: 0.01
<0.01
<0.01
<0.01
<: 0.01
<: 0.01
<0.01
-
- -Control
:Analyte SymbOl
IIUnit Symbol Delection limit
IAnalysls Method
GXR·'_
GXR.1Cert
GXR·1M00s
GXR·l Cart
GXR·l Me""
GXFH Cart
GXR-4_
GXR-4 Cart
GXR-4Moas
GXR-4 Cart
GXR-4Meas
GXR-4Cert
GXR·2Mea.
GXR·2Cert
GXR·2Mea.
GXR·2Cert
GXR-2Meas
GXR·2 Cert
GXR-6Meas
GXR-6Cert
GXR-6Meas
GXR-6Cert
GXR-6_
GXR-6Cert
OREAS 13P Mea;
OREAS 13P Cert OREAS 13P Mess
OREAS 13P Con
OREASI3PMeas
OREAS 13PCert
OMMAS-105 M_
OMMAS-,OSC,",
OMMAS· 105 Mea ..
DMWIS·l05 Cert
OMMAS·105 Meas OMMAS·1(lS Cort
OMMAS·105 1.1_
OMMAS·105 Con
OMMAS-'05_
OMWIS-l05 Con
COIlf.GS-6P5 Mea.
CON-GS-6PS Cen
CON-GS-SP5 Meas
CON-GS-6PS Cert
CDN·GS·30 Mea.
CO»·GS-3D Cart
CDN·GS·3D Mea.
CON·GS-3D Cart
CON-GS-3D_
CDN-GS-3D Cart
CDN-GS-3D Me ..
CDN-GS-3D Cort
151290rig
15129D""
1513' o.lg
1:>13' Dup '5141o.1g
- - - -No s Sb s, % % % ppm ppm
0.001 0.001 001
- - - -Activation Laboratories Ltd.
Ti T.
% ppm
0.01
AR.ICP AR·ICP
u ppm
10
v ppm
w ppm
10
AR~CP AR~CP AR·ICP AR·ICP AR~CP AR·ICP ----- ........ --- - -----------
Tl
ppm
2
AR·ICP AR·ICP AR·ICP AR.ICP
0.050
0.052il
0.049
0052il
0.042
01)520
0.120
0.564
0.121
0.564
D.12O
0.564-0.150
0.556
0.159
D.556
0.147
0.556
0.060
0.104
0.090
0.104
0.077
0.104
0.04.
0.045
0.040
0.0650
0.040
0.0650
0.040
0.0650
0.120
0.120
0.116
0.120
0.115
0.120
0.054
0.105
0.050
0.105
0.053
0.'05 0.032
0.0350
0.028
0.0350
0.030
0.0350
0.072
0.07'
0.19
0.257
0,2'
0.251
0.21
0.257
177 1.77
178
1.77
U7
1.77
0.03
0.0313
0.03
0.0013
0.03
0.0013
0.01
0.0160
0.01
0.0160
0.01
1).0160
0.05
005
71)
122
73
122
80
122
2
4.80
<2
4.60
l 4.60
32
49.0
23
49.0
33
49.0
5
3.60
11)
360
4
3.60
10.6
4
10.6
4
< 2
1.58 , 1.58
1
1.58
7.70
7.70
S
7.70
5
666
6.88
5 6.88
22
27.6
21
276
22
276
1~,7
5
15.7
6
15.7
5
'S.7
15.7
" 11
193
275
201
275
197
275
74 221
75
221
74
22' 87
160
97
160
94
160
31
35.0
47
35.0
37
35.0
37
31
18
13.0
II
"a 13
13.0
6
0.970
< 1
0.970
0.970
I
0.690
< I
0.690 <, 0590
<1
0.0180 <,
00180
4
00180
9
0.390
<2
0390
<2
0390
2 3.20
<2
3.20
<2
3.20
< 2
1.00
<2
1.03
<2
103
<2
2.20
<2
2.20
<2
2.20
<2 <2
32
34.9
32
349
35
34.9
< 10
6.20 < 1()
6.20
< 10
6.20
<10
2.90
< 10
2.90 < 10
2.90
< 10
1.54
< 10
154
< 10
1.94
46 66
45
66
51
66
50
66
48
66
< 10
< 10
77
600
79
8(}0
79
8(}0
81
87.0
82
87.0
62
870
46
52.0
46
52.0
46 52.0
167
,86 167
166 116
186
101
102
Page 80f9
166 ,6<0 129
164
152
164
14
30.6
" 30.8 13
30.8
< 10
1.90
< 10
1.90
< 10
190
< 10
190
< 10
190
< 10
1.90
<10
< 10
-Report:
Ix
ppm
y
ppm
1
AR·ICP AR~CP
23
32.0
23 32.0
23
320
12
14.0
11
14.0
11
14.0
10
17.0
10
17.0
11
17.0
6 14.0
6 14.0
6
14.0
11
10
13
38.0
14
38.0
16
36.0
9
186
8
186
10
186
10
269
269
10
269
14
111)
10
110
16
110
13
14
- -A08-6274
As
ppm
2
AR·ICP
35' 427
'4 25.0
230
330
1700
1693
- - - - - -
- -
15141 Dup
15143 0rl9
15143 Oup
'680, Orig
16801 SpIll
168010rig
16801 Dup
16801 Splil
168110rig
16811 Dup
168" Orig
'6811 Pup
16816 Orig
168'6 Pup
168210rig
16821 SpIll
1682SOrig
16825 Pup
168260rig
16826 Pup
168310rig
16831 SpIH
16836 Orlg
1683S0up
168380rig
16838 Pup
168510rIg
16851 Pup
MethodB_Method Blank
Method Blank Method Blonk
Method Btank Method Blank
Method Blank Method Blank Method Blank Method Blank Method Blank Method Blan!<
Method Blank Me\hod Blank
Method SIan!< Melllod Blan!<
Method Blank Method Blank
Method Blank Method Blank
Method Blank Method Blank
- - - - - - - - - - -Activation Laboratories Ltd. Report: A08-6274
Na P S Sb Sc Sf Ti 1& Ti U V W Y Zr As
% % % ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm
0.001 0001 0.01 2 1 0.01 , 2 10 ,0
AR·ICP AR·ICf' AR·ICP AR~CP AR~Cf' AR·ICP AR·ICP AR·IC? AR·ICP AR·IC? AR·ICP AR~CP AR4CP AR·ICI' AR·ICP
0.049
0.051
0276
0.274
0.274
0.030
0.0<10 0.042
00<10
0117
0.112
0.219
0.219
0.100
0.103
0,096
0.093
0.074
007£
0.039
0.039
0.039
0,027
0.026 0,027
0.027
0.030
0.030
0046 0,049
0.032
0033
0033
0031
0.011 <"0001
0.012 < 0.001
0.011 < 0.001
0,010 <: 0,001
0014 <{)001
0.014 <I: 0,001
0014 < 0001
0.010 <: OJ)01
0.10
0,\0
0.26
0.29
0.29
4.79
4.79
5,:\5
4,29
0,19
0.'9 0.99
0,99
0.23
0,25
003
0,03
<: 0.01
<001
<0.01
<: 0,01
.:: 0.01
< 0.01
<: 0.01
<0,01
<0.01
4
5
6
5
<2
<2
5
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
10
10
25
25
25
6
6
29
30
12
12
24
25
35
34
< 1
< 1
<1
< 1
< 1
< 1
< 1
<1
< 1
< 1
56
51!
53
56
56
313 35
313 29
48
49
67
66
51
53
31
30
<1
<1
< 1
<1
< 1
< 1
< 1
< 1
< 0,01
<: 0.01
<: 001
<001
<0.01
<0.01
<: 0.01
<0.01
.:: 0,01
..: 001
<: 001
<001
<: 0,01
<{ 0 01
< 0,01
<001
<.: 001
<" 0 01
< 0.01
<0.01
< 1
11
11
9
" < 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
<1
<1
< 1
<2
<2
<2
<2
<2
<2 < 2 <2
<2
<2
<2
<2 <2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
<10
<10
<10
< 10
< 10
< 10
< 10
<10
< 10
< 10
97
100
119
122
122
40
40
40
40
186
164
71
71
180
165
246
234
< 1
< 1
< 1
<1
< 1
<1
< 1
<1
Page 9 of9
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< '0 < 10
< 10
< 10
< 10
~ 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
4
4
4
3
<1
<1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
6
13
12
14
13
15
13
6
6
6
< 1
<1
< ,
<1
< 1
< 1
< 1
< 1
< 1
25
21
<2
- - - - - -
I I I I I I I I I I I I I I I I I I I
Quality Analysis ...
KODIAK EXPLORATION
700 West Pender st Suite 1205
Innovative Technologies
Date Submitted: 22-Sep-08
Invoice No.:
Invoice Date:
A08-6416
12-Nov-08
Your Reference: Darren Gooodman
Vancouver British Columbia V6C1 G8 Canada
ATTN: Lucy Zhang
CERTIFICATE OF ANALYSIS
70 Core samples were submitted for analysis.
The following analytical packages were requested: Code 1 E3-Tbay Aqua Regia ICP(AQUAGEO) Code 1 A3-Tbay Au - Fire Assay Gravimetric
REPORT A08-6416
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD,
CERTIFIED BY :
Elitsa Hrischeva, Ph.D.
Quality Control
1336 Sandhill Drive, Aneasler, Ontario Canada L9G 4V5 TELEPHONE +1,905.648.9611 or +1.888.228.5227 FAX +1.905.648.9613
E-MAIL aneaster@actiabsint.com ACTlABS GROUP WEBSITE http://www.actlabsint.com
- - - - - - - - - - - - - - - - - -Activation laboratories ltd. Report: A08·6416
Analyte Symbol Au Ag Cd Cu Mn MQ Ni Ph Zn AI As Sa Be Bi C. Co C, Fe G. Hg I( La Mg
Unit Symbol gllo!v1e ppm ppm wm P1'm ppm ppm ppm ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm ppm % ppm %
Detection Limit 0.03 0.2 0$ 5 2 0,01 10 10 0,5 2 0.01 Ml 10 0,01 10 0,01
jAnalysls MethO~ ... __ FA_-_G_RA __ A_R_-I_CP __ A_R-_IC_P __ A_R_-_IC_P __ A_R_-I_C_P __ A_R_-I_C_P __ A_R_-IC_P __ AR_-_IC_P ___ A_R_-IC_P __ A_R-_IC_P __ A_R_-_IC_P __ A_R_-_IC_P __ A_R_-I_C_P __ A_R_-IC_P __ A_R_-IC_P __ A_R_-_IC_P __ A_R_-_IC_P __ A_R_-I_C_P __ A_R_-I_C_P __ A_R_-IC_P __ A_R_~_C_P __ A_R_-_IC_P __ A_R_-I_C_P __ A_R_~_C-.JP
16852
16853
16854
16855
16856
16857
16858
16859
16880
16861
16852
16863
16864
16865
16866
16867
16866
16869
16870
16871
16872
16873
16874
16875
16876
16877
16878
16879
16880
16861
16882
16883
16884
16885
1688(;
16867
16888
16869
16890
16891
16892
16893
16894
16695
16896
16697
16898
16899
16900
16951
16952
16953
<: 0.03 <: 0.2
<: 0,{)3 "0.2
<'0,03 <: 0.2
'< 0,03 <: 0,2
<: 0.03 <: 0.2
...: 0.03 < 0.2
<: 0.03 <: 0.2
<. 0.03 <: 0.2
<: 0.03 <: 0.2
.::: (to:; <: 0.2
<: 0,03 <;: 0.2
<: 0,03 <: 0.2
<-0.03 <0.2
,( 0.03 < 0.2
"0.03 "0.2
"0.03 0.2:
0,03 03
< 0,03 0.2
1( 0.03 <- 0.2
" 0,03 <: 0.2
;; 0,03 <: 0.2
< 003 0.2
;( 0,03 <: 0.2
,,(tOO < 0.2
"0,03 < 0.2
.;003 <02
.; 0.03 I; O,L
<003 <0.2
3.4!l 4,2
<000 <0.2
<: 0.03 0.3
<: 0.03 ,( 0,2
<' 0,03 "0'.2
<- 0,03 <. 0.2
< 003 < 0.2
< 0.03 0.2
0.03 0.2
003 <0.2
<- O-t,)3 <: 0.2
<0.03 "02
<003 <0.2
<: 0.03 < 0.2
<: 0.03 <.0.2
<; 0,03 "(t2
<.0,03 <It 0.2
<: 0,03 < 0.2
<: 0.03 .:. 0.2
<: 0.03 0.2
<: OJ)3 0.2
<: D.t)3 ,,0.2
<0.03 <'0.2
<: 0.03 "0.2
1.2 84
0.9 101
0.6 104
o,a I,. 09 123
1.0 150
11 180
0,7 238
U 119
0.9 124
0,6 99
0,7 104
0.6 106
0.9 112
I,D 96
0.6 M
0.9 112
1.0 114
0.8 102
0,7 105
0,8 97
07 95
1.0 115
0.6 52
0.6 46
<- 0.5 46
0,8 50
<: 0.5 9:
2,2 72
<: 0,5 105
10 135
<: 0,5 83
0.6 130
0.7 126
1.3 73
0.7 84
09 68
0,6 68
<: 0.5 55
0.7 50
<: 05 52
0.7 58
0,7 64
0,5 50
0.1 74
<: 0.5 56
07 53
0.8 50
0.5 50
0,9 108
0.8 109
U 129
1080 <.1
1150 <: 1
1220 ..: 1
900 < 1
1400 <:. 1
1410 <: 1
1630 < 1
1800 <.1
1190 <-, 1340 " 1
1130 < 1
1130 « 1
1060 < 1
1030
1150 <:: 1
1490 <: '\
1630 < 1
1260 <: 1
1170 <: 1
1010 < 1
1040 <: 1
1010 <: 1
1010 <: 1
665 < 1
750 <1
617 < 1
1250 < 1
395 < 1
485 I.
1020 < 1
1200 < 1
1090 .: 1
1530 <: 1
1480 < 1
978 < 1
946 < 1
909 < 1
864 <1
872 <:: 1
1060 < 1
1080 < 1
906 < 1
1230 <: 1
996 < 1
916 <: 1
1070 <: 1
726 <1
961 <: 1
1110 <: 1
895 <: 1
1150 <: 1
1330 <: 1
137
151
146
82
138
99
45
59
121
123
116
123
122
85
89
61
85
99
101
119
114
103
80
75
70
17
76
12
38
50
41
53
41
42
99
54
50
66
112
113
112
92
105
69
56
118
119
103
95
87
83
99
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
-2
<2
<2
<2
<2
<2
<2
41
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
7. 71
70
85
63
100
102
92
72
74
64
56
59
70
70
82
82
73
54
57
62
flO
62
56
62
62
79
47
250
87
148
79
99
100
M
90
78
82
74
64
63
61
68
62
71
69
76
64
67
50
53
52
5.17 <: 2 <: 10
4.56 < 2 < 10
4.86 <: 10
4,87 <: '1 <: 10
4.40 4 <: 10
3.88 <: 10
3.64 <: 10
3,98 14 < 10
4,27 '" 10
4.61 < 2 <: 10
4.87 < 2' < 10
3.55- <2 <10
3.82 <: 2 <: TO
4.48 0:: 10
3.03 <: 10
2.66 22 < 10
280 28 <10
3,29 15 < 10
3.41 <2 <10
3,68 < 2 12
4,85 <: 2 <: 10
3.11 <2 < '0
4.70 <: 2 <: 10
268 <10
2,65 <' 10
2.53 <: 10
296 27 <10
1.92 <2 < 10
1.81 268 <: 10
3.12 < 10
4.61 5 ><; 10
3AB -6 <10
3.77 < 2 <: 10
3.13 < 2 <: 10
3.01 < 2 < 10
3.88 < 2 ...: 10
3.10 .: 10
4.15 < 10
3.25 <: 10
2.97 <2 < 10
2.99 < 10
3.23 <: 10
3,20 9 < 10
2,95 23 < 10
3.98 >( 10
3,78 .: 10
3,72 <2 <10
3.18 < 10
3.35 < 10
3.76 99 ..-; 10
2.61 105 ~ 10
2,71 155 < 10
Page 2 of9
36 "0.5
35 < 0.5
45 "0.5
17 ~ 0.5
58 .:: 0.5
52 <0,5
50 "0.5
17 0( 0.5
49 < 0.5
63 "0.5
24 < 0.5
23 <0.5
24 < 0.5
24 <05
47 < 0.5
44 .: 0.5
31 < 0.5
32 "0.5
32 < 0.5
20 < 0.5
18 <O.S
25 <(),5
13 < 0,5
67 <0.5
53 <' 0,5
56 <: 0.5
47 < 0.5
167 < 0.5
101 <0,5
99 cO,S
54 <05
53 < 0.5
42 < 0.5
40 <; 0.5
50 < 0.5
79 < 0.5
66 < 0,5
41 <O.S
104 <.0,5
91 < 0,5
99 < 0,5
162 < 0,5
125 <0.5
80 <: 0.5
65 < 0,5
47 <: 0.5
74 < 0.5
16 <. 0,5
13 <: 0,5
33 <' 0,5
64 < 0,5
50 <0.5
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
0.78 49 244
1,35 49 228
0,74 50 233
3,29 41 188
0.17 54 206
0.16 55 144
0,23 49 68
0,23 51 105
2,26 45 185
1.07 48 204
2.71 42 210
6.07 39 178
4,52 41 171
3.06 41 174
2.72 36 139
3,56 19 48
5,19 33 67
4.63 38 133
5.18 37 140
5,32 39 182
3.71 40 207
6,18 35 128
4.60 31 175
3.36 22 73
3,13 21 51;
1.35 22 82
241 23 59
1.41 13 15
1.67 12 66
3J;S 39 "!7
2,29 43 57
2.83 31 63
2.36 39 62
1.75 40 79
2.78 35 117
293 28 52
3.29 31 69
258 34 116
3.63 26 164
4,04 26 135
404 26 138
407 25 161
394 26 125
392 20 51
3.44 29 40
24!l 28 221
140 30 228
2.02 32 212
2.14 30 196
R30
9.09
9,60
9.24
10.4
10,7
10,8
117
9,39
9.59
9.11
7.18
8,20
9.18
7,82
7.28
810
846
8,50
764
862
1.24
892
5.33
5.06
7.41
278
4.01
12\
8.76
11,4
10,9
7.46
780
6.58
8.38
630
6,04
S08
S41
898
581
8.35
6.53
6.23
553
625
7,33
7.86
10 1( 1
10 < 1
10 <: 1
1D <: 1
10 <: 1
10 <: 1
10 <: 1
10 <; 1
10 <' 1
10 <: 1
10 <: 1
10 <: 1
<: 10 < 1
<: 10 <: 1
< 10 <: 1
<: 10 <: 1
<: 10 <: 1
< 10 <: 1
<: 10 <.1
<: 10 <: 1
10 <: 1
<: 10 <: 1
10 <: 1
<: 10 < 1
<: 10 ~ 1
<: 10 < 1
<: 10 " 1
<. ,0 1( 1
< 10
10 < 1
10 <:. 1
<: 10 <: 1
10 <: 1
10 <: 1
<: 10 <: 1
<: 10 < "1
10 <.1
10 <: 1
<: 10 < 1
<: 10 < 1
<: 10 < 1
<: 10 <: 1
<: 10 <: 1
<: 10 <: 1
10 <.1
<: 10 <: 1
10 <: 1
<: 10 <: 1
<: 10 <: 1
10 ... i
<: 10 < 1
<'- 10 <: 1
0,12
0.10
0.13
0.05
0.15
0,11
0.09
0.15
0.16
021
0.06
0,09
0,08
0.08
0,17
0.15
012
0.12
0.15
008
0.05
0.11
0,03
017
(US
015
014
0.13
017
0.25
0.\5
0.23
0.24
0\6
0.24
027
0,24
0,17
0.34
0.32
0.33
0.19
0.32
0.31
019
010
017
001
<0.01
0,16
0.15
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
13
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
19
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
13
12
12
< 10
12
12
<10
12
13
10
< 10
< 10
<10
< 10
3.44
2.23
2.90
3.61
238
155
U6
U4
2,74
2.56
412
2.33
3,09
3.26
1,86
1,90
2,09
3.06
3Al
VO 391
308
3.75
2.38
199
1,46
171
0.81
093
2.07
2.28
2,04
1,51)
1.31
0,96
2.05
192
3,21
2,94
2.78
2.80
270
2.52
lA9
2.16
3,18
3,38
2,59
2.67
4!.63
2,29
2A1
-
-16954
16955
16956
16957
16958
16959
16960
16951
16952
16963
16964
16965
16966
16957
16965
16969
16970
16971
- -<: 0.03
<: 0.03
<,0.03
<0.03
<0.03
<0.03
<0.03
<0.03
<: 0.03
<: 0,03
<: 0.03
<0.03
<0,03
<0.03
<0.03
<0,03
<: 0.03
< 0,03
-<0,2
":0,2
<0,2
<0.2
0.2
< 0.2
<: 0.2
<: 0.2
<0.2
<0.2
0.2
" 0.2
< 0.2
0.2
<0.2
0.3
0.0
<0.2
AR·ICP
0.8
0.8
1.1
0.8
1.0
1.0
0.6
1.1
1.0
1.0
<0,5
1.0
0.9
1.0
1.0
0.9
<: 0.5
<0,5
- - - - - - - - -Activation Laboratories Ltd. Report: A08·6416
0.01 10 10 0.5 0.01
AR·ICP AR·ICP AR-ICP AR-ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP
118
95
111
123
119
115
131
136
113
112
7.
121
115
110
96
90
22
16
1110
1440
2090
1380
1150
1470
1750
1660
116(1
1150
797
12W
1780
1630
1660
1230
445
399
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
<1
<1
< 1
< 1
83
81
83
87
92 96
91
II.
94
82
40
77
77
98
100
70
18
I.
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
53
56
58
40
60
59
50
54
81
48
32
58
73
63
94
44
42
38
2.98
1.64
1.53
191
2.90
3.26
2.85
3.59
3.64
2.96
1.1'
2.11
2.77
2.86
4.18
Ul
203
2.25
93
52
II. 145
78
35
46
16
42
133
86
188
164
58
10
101
<2
<2
Page 3 of9
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
34
186
30
32
26
26
27
29
41
40
35
60
63
50
62
27
115
156
<0,5
<0.5
<0.5
<: 0.5
<0.5
< 0.5
<: 0.5
<: 0,5
<0',5
<0.5
<0.5
<(),~
<0.5
<: 0.5
<: 0.5
<0.5
<: 0,5
<0.5
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
5.97
8.13
7.48
6.65
5.88
5.63
5.67
4.74
4.78
6.12
4.97
7.32
5.95
5.93
3.75
798
1.38
1.59
34
34
32
35
34
39
40
47
39
33
19
34
36
38
42
28
11
13
- - -0.01 10
AR-ICP AR·ICP AR·ICP AR·ICP
99
82
71
49
106
134
116
161
142
85
34
57
81
112
150
47
35
17
7.97
8.00
892
7.27
8.10
8.53
8.48
8.49
8.84
776
4.45
8.02
108
8.42
10.4
7.71
288
298
< 10
< 10
< 10
<: 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
10
< 10
< 10
< 10
<1
< 1
< 1
<1
< 1
<1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
-0.01
AR·ICP
0.13
0.12
0.10
0.13
0.09
0.09
0.10
0.11
018
0.16
0.14
0.22
026
0.17
0,11
0.11
013
0.68
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
dO
<10
< 10
<10
< 10
< 10
< 10
< 10
24
-3.17
1.88
1.74
2.26
3.16
3.35
2.39
1.95
3.67
3.04
141
2.61
1.55
1.87
2.04
2.54
0.87
0.80
-
-16852
16853
16854
16855
16856
16857
16868
16859
16860
16861
16862
16863
16854
16865
16866
16867
16866
16869
16870
16871
16872
16873
16874
16875
16876
16817
16878
16879 ,-16881
16882
16SSl
16884
16885
16866
16887
16888
16889
16890
16851
16892
16893
16894
16895
16896
16897
16898
'6899
16900
16951
16952
16853
- - - - - - - - - -Activation Laboratories Ltd.
0,001 0,001 0.Q1 001 10
AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR-ICP AR·ICP AR~CP AR·ICP AR·ICP AR-ICP AR·ICP AR-ICP AR-ICP
0,089
0156
0.192
0.049
0.145
0.202
0.209
0.270
0.193
0168
0035
0.122
0.133
0,062
0.150
0180
0.207
0133
0101
0.116
0034
0,146
0.036
0,174
0199
0167
0.168
0100
OM7
0.090
0.030
0,045
0,052
0065
0,146
OJ)41
0067
0.035
0.064
0060
0062
0,045
0048
0.060
0,044
0.064
0.057
0.085
0057
0,181
0.224
0.262
0,016
0.013
0014
0,017
0021
0,024
0.033
0,032
0.021
0.021
0,021
0.016
0.017
0,021
0,060
0.044
0,027
0.021
0.019
0.015
0.017
0.015
0.016
0.040
0,048
0.037
0.044
0.G46
0,073
0,038
0,051
QG46
0.044
0.036
0.027
0.052
0.041
0.039
0.074
0.063
0.065
0.059
0._
0.042
0,047
0.069
0.070
0,062
0.056
0.015
0.026
0.021
0.01
0.02
003
0,02
002
003
0.06
0.06
0.02
0,03
M4
013
0.12
0,09
0.16
0.75
0.19
0.26
011
0,11
0.03
0.28
O.OS
0.15
0.18
0.08
0,40
am 0,65
0,21
0,28
008
011
0,06
0.03
0.21
0.16
0.16
0,22
0,14
0,13
0.30
0.17
0.47
0.23
0.07
0.14
0,10
0,34
0.11
0.11
0.12
6
5
11
<2
<2
5
2
20
3
<2
4
<2
6
24
22
25
26
26
27
28
30
22
22
22
17
20
24
16
18
18
17
18
23
16
27
10
8
9
S
15
24
14
19
21
12
14
15
20
10
10
16
10
20
21
24
13 <. 0.01
20 < 0,01
21 < 0.01
26 < 0.01
15 < 0.01
17 «: 0.01
18 <: 0.01
22 <0.01
28 <0.01
23 <: 0.01
23 < 0.01
46 <.0.01
32 <.001
24 <0.01
23 <0.01
57 <0.01
49 <0.01
40 <: 0.01
40 <: 0.01
42 < 0.01
34 <: 0.01
44 < 0,01
31 <' 001
65 <" 0.01
58 «: 001
35 < 0.01
39 <: 0.01
6B 0.22
47 013
56 <: 0.01
36 < 001
14 ..; 0.01
21 <: 0,01
19 <: 0.01
2£ <001
57 ..; 0.01
so <.001
31 ..:: (un
6B < 001
96 <.0.01
98 < 0.01
73 0,02
64 <: 0.01
10 < 0.01
66 <: 0.01
55 0,20
29 002
118 0.38
106 0.38
54 < 0.01
74 <: 0,01
77 <0.01
9
10
12
< 1
8
< 1
< 1
4
<1
<1
< 1
< 1
6
<1
5
< 1
< 1
< 1
<1
2
8
12
< 1
<1
< 1
<1
< 1
8
< 1
< 1
< 1
< 1
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 2
5
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
10
< 10
190
166
169
197
171
176
208
200
149
154
184
127
138
166
106
44
120
119
117
132
178
101
196
60
51
54
54
45
82
134
251
135
204
223
85
137
128
175
59
60
60
83
68
60
157
109
94
96
89
104
86
92
Page 4 of9
< lQ
< 10
< 10
<10
< 10
< 10
< 10
<10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
<10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
< 10
<10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
5
6
5
4
3
3
2
4
3
12
10
3
4
3
s
4
4
5
4
3
4
6
15
4
4
16
10
10
12
8
8
10
6
10
12
6
10
15
9
19
13
- - - - - - - -A08·6416
AR·ICP
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. A08-6416
MOl 0.001 0.01 0.Q1 10 10
AR·!CP AR·ICP AR.fCP AR.ICP AR·ICP AR·ICP AR·ICP AR~CP AR·ICP AR·!CP AR·ICP AR·!CP AR·ICP AR·ICP AR·!CP
16954 0.172 0016 0.12 4 25 69 < ().Ol <2 < 10 105 < 10
16955 0182 0016 0.81 S 21 119 <:0.01 <2 < 10 94 <10
16956 0.170 0.017 0.56 9 23 107 <0.01 < 1 <2 <10 S6 « 10
16957 0.228 0.015 0.09 22 71 <:0.01 <2 < 10 64 < 10
16958 0.215 0.011 O.OS 24 67 <0.01 <2 < 10 109 < 10
161159 0.192 0.928 0.12 26 10 <: 0.01 <2 < 10 122 < 10 5
16960 0.196 0.022 013 27 70 <: 0.01 < 1 <2 < 10 122 < 10 4
16961 0.130 M21 0.15 26 47 <0.01 <2 < 10 167 <10 3
16962 0.146 0.019 0.11 26 64 <0.01 <2 < 10 132 < 10
16963 0.275 0.016 0.06 26 93 <0,01 <2 < 10 104 <10
16964 0164 0.005 0.11 9 14 79 <0.01 < 1 <2 <10 46 <10
16965 0242 0.022 0.09 11 23 113 <0.01 < 10 77 < 10
16966 0.188 0.022 0.19 22 78 <0.01 <2 < 10 100 < 10
16967 0.131 0.033 0.14 21 11 <0.01 10 <2 < 10 113 < 10 5
16968 0.067 0.036 0.14 25 50 <0.01 <2 < 10 201 <10 6 16969 0.131 0.010 0.13 19 104 «': 0.01 <1 <2 < 10 64 < 10 3
15971l 0.134 0.054 006 64 0.19 <1 <2 < 10 80 < 10
15971 0.114 0.047 0.92 <2 118 0.22 <2 < 10 48 < 10 12 14
Page 5 of 9
- - - -Au Ag
glklnne ppm
0.00 0.2
FA·GRA AR-1CP
-Cd
ppm
0.5
AR-ICP
Cu
ppm
AR-tCp
-Mn
ppm
5
AR-IC?
Mo
AR-IC?
- - - -Activation Laboratories Ltd.
!>Ii
ppm
AR-ICf'
Pb
ppm
2
AR-Iep
Zn
ppm
AR-ICP
AI
0.01
Ail·ICI'
ppm
AR·ICP
ppm
10
AR-ICP
- - -Report:
s. ppm
10
AR-ICp
Se
ppm
0.5
AR-1CP
A08-6416
al
ppm
AR·1CP
c. %
0,01
AR-tCp
-Co
ppm
AR-ICP
Cr
ppm
AR-ICP
- - -F. Ga
% ppm
om 10
AR-lef' AR-1CP
Hg
0.01
AR-ICP AR-1CP
La
ppm
10
AR-ICP
-Mg
~~ .. ~~~-------------------------------------------........ ----------------- --------------------------------------GXR-l_ 28.2
GXR-l Cor! 31.0
GXR-l Meas 28.9
GXR-l Cor! 31.0
GXR4 Meas 3.7
GXR-4 Cor! 4 00
GXR-4 Meas 3.6
GXR-4 Cor! 4.00
GXR·2_ 19.5
GXR-2 Cor! 11.0
GXR-2_ 18.9
GXR-2 Cor! 17.0
GXR-6 Moe. 0.3
GXR-6 Cor! 1.30
GXR-6Moas 0.4
GXR-6 Cor! 1.30
OREAS 13P Meas OREAS 13P Cor!
OREAS13P_
OREAS 13P COf1
DMMAS-l05_
DMMAS-l05 Cor!
DMMAS-l0S Mea.
OMW'S-105 Cert
CDN-GS-6P5 M.,..
CDN-GS-SP5 Cor! CDN-GS-6P5 Meas 6.45
CDN-GS-SP5 Cor! 6.74
CDN-GS-30 Me.. 3.23
CDN-GS-30 Cor! 341
CDN-GS-30 Mees 3.£4
CDN-GS-30 Cor! 3.41
CON-Gs.3D Meas 3.44
CON-GS-30 Ceft 3.41
CON-GS-30 Mea, 3.53
CON-GS-30 Cor! 3.41
16861 Orig <: 0.03
16861 0tJp < 0.03
16864 Orig
16864 Oup
168710rig
168710tJp
16878 Dog
168780tJp
168610rig
168Bl Spltl
168810rig
168810tJp
168910,i9
168910tJp
16896 Orig
168960tJp
169510fig
16951 Spltl
169550rig
16955 Dup
169560rig
<0.03
< OJ)3
..:: 0.03
<.0.03
<- 0.03
<e:O.03
<O.OS
< 0.03
<.0.03
< 0.03
0.3
<0.2
.0:: 0.2
<0.2
<\1,2
<: 0.2
.0:: 0.2
.-: 0.2
.:: 0.2
<: 0.2
<: 0.2
0.2
3.3
330
5.3 3.30
<0.5
0.860 0.7
0.860 3.8
4.10
4.1
4.10
<0.5
1.00
0.6
1.00
0.6
0.7
0.8
0.8
<0.5
0.6
OJ 0.7
0.9
0,7
0,8
0,8
1130
1110
1040
1110
6300 6520
6490
6520
78
?lIll
76
78,0
65
68.0
63
68.0
2430
2500
2380
2500
108
104
51
48
105
105
50
51
108
108
96
94
770
852
751
852
132
155
130
155
995
mlo 945
1010
998
1010
985 ,010
1070
1050
1280
1230
1020
1000
1050
1060
895
905 1440
1430
14
18,0
15
18.0
319
310
324
310
1
2.10 <1
2.10
2 2.40
< 1
2.40
<1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
18
410
22
41.0
33
42,0
32
42.0
11
21.0
13
21.0
15
27.0
17
27,0
2100
2260
2190
226()
125
120
77
14
50
53
111
116
81 90
82
79
569
730
lI26
730
41
52.0
44
620
661
S90
678
690
85
101
91
101
< 2
< 2
<2
<2 <2
<2 <2
<2
<2
623 760
019
760
64
730
62 73.0
524
530
492
530
113
116
111
118
60
59
82
7S
87
85
64
64
50 52 5Fi
55
0.34
3.52
0.32
3.52
2.1S
7,20
2.83
720
3.37
165
3.46
16.5
584
17.7
7,31
11.7
3.91
3,73
3.02
289
3.12
3.05
294 3.01
3.76
3.71
U5{'
1.63
344
427
93
98.0
21S
330
1770
1693
<2
<2
30
25
<2
99
97
51
52
Page 6 of9
15
15.0
14
15.0
< 10
4.50
<10 4,50
21
42,0
19
42,0
< 10
9.80
< 10
9.80
<10
< 10
<10 < 10
< 10
< 10
< 10
< 10
< 10
< 10
'" 10 < 10
4B6 750
455
750
73
1640
40
1640
1190
2240 1110
2240
843
1300
1050
1300
325
742
203
742
24
23
48
47
99
97
96
99
33
29
163
10
1,22
oa 1,22
1,0
1.90
1.4
1.90
1.0
1.70
1.0
1.70
1.0
1.40 O,g
140
<0,5
<0.5
< 0.5
<:: 0.5
< 0.5
<05
oeO.5
1370
1380
1430
1380
14
19,0
10
190
<2
0.690
<2
0.690
<2
0,290
<2
0,290
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
<2
0.76
0.960
0.76
0.960
090
1,01
068
1,01
0.76 0,930
0.74
0.930
0.14
0.180
0,18
0180
4.57
4,46
245
237
3.68
3.63
4.00
408
704 7.07
6.71
8,20
9 8.20
15
14.6
14
14.6
9
8.60
9
8.60
14
138
15
13.8
43
48
47
48
41
41
23
23
39
39
25
27
33
32
34
33
12.0
16
12.0
56
64.0
53
64,0
25
36.0 23
36.0 79
96.0
76
96,0
60
97
61
97
173
188
60
58
77
77
134
137
25.0 <:: 10
236 13,8
22.6 < 10
23.6 13,8
3,00 10
3,09 20,0
3,10 < 10
3,09 20.0
2.00 < 10
1.86 37.0
1.80 <10
1.86 37,0
5,99 20 5,58 35,0
5,74 10
5,58 35.0
6.01
7,58
5,22
7.58
5.47
6.17
5.21
6.17
8,30
8,09
7,50
7.32
7,54
7.48
5.99
6.08
7,(;9
7,60
~.1£
7,89
<10
< 10
< 10
< 10
10
10
< 10
< 10
< 10
< 10
< 10
< 10
003
3.00 0.0500
0,02
390 0.0500
< 1 1.37
0.110 4,01
<: 1 1.37
0,110 4.01
3 0.54
2,90 1,37
0.51
2.90 1,37
<:, 0.93
0,0680 1,87
<: 1 0.91
00680 1.87
<1
<1
<1
< 1
< 1
< 1
<1
<1
<1
< 1
<1
< 1
0.09
0.08
0.14
0.13
0,25
0.25
0,32
0,33
0,13
0,12
0.12
0.12
<10
7.50 < 1(1
7.50
62
64.5
51
64.5
20
256
20 256
11
13.9
11
13.9
25
375
27
37.5
<10
< 10
< 10
< 10
< 10
< 10
12
12
< 10
< 10
< 10
< 10
0,13
0,217
0,13
0.217
1.62
1,68
1.62
1,68
0.51
0.850
0.49
0.850
0,:\9
0,609
0,41
0.609
3.12
3.05
1,74
1.68
2.07
2,07
2.76
2,81
2.63
2,64
1.89
1,86
-
- - - - - - - - - - - - - - - - - -Quality Control
1_0lJp
169610rig
16961 SpIll
159660<19 159660up
Method Blank Method I\\..,~
Method Blank Melhod B\an~
Method Blank Method BIon~
Method BI"",, Met""" Blank Met""" Blank Melhod B_ MoIIt<>cI SI"",, Me''''''' Blank
Activation Laboratories Ltd. Report: A08-6416
Au Cd Cu Mn Mo 'Ii
g/tonn. ppm ppm ppm ppm ppm ppm ppm
003 0.2 O.S 1 2
FA-GRA AR·ICP AR·ICP AR-ICP AR·ICP AR.ICP AR.ICP AR·ICP
<0.03
<0.03
<0.03
<: 0.03
<:; 0.03
<0.2
<0.:2
<: 0.2
<: 0.2
<: 0.2
<0.2
<0.5
<O.S
<0.5
<0.5
<: 0.5
< 0.5
136
139
< 1
< 1
< 1
< 1
< 1
< 1
<5
<5
<5
<5
<5
<5
< ,
< 1
< 1
< 1
< 1
< 1
< ,
<1
114
119
< 1
< 1
<1
< 1
<1
<2
<2
<2
<2
<2
<2
<2
<2
AI e. Ili C. Co Ct f.
ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm ppm % ppm
0.01 10 10 0.5 2 0.01 0.01 10 om 10 0.01
"R·ICP AR4CP AR·ICP IIR·ICP AR·ICP AR·\CI' AR·'CI' AR-ICI' AR·\CP AR·ICP AR·ICP AR·\CI' AR·ICP AR·ICP AR·ICP AR·ICP
54
54
<2
<2
<2
<2
<2
<2
359
366
<: 0,01
<: 001
<0.01
<: 0.01
<0,01
16
22
<2
<2
<2
<2
Page 7 019
< 10
< 10
< 10
< 10
< 10
< 10
0( 10
< 10
29
29
< 10
< 10
<10
< 10
< 10
<10
<: 0.5
<: 0,5
<0.5
.:: 0.5
<: 0.5
<: 0.5
<05
<0.5
<2
<2
<2
<2
<2
<2
<2
<2
4.74
4.85
<: 0.01
<0.01
<0.01
<0.01
47
48
<1
< 1
< 1
< 1
<1
161
164
<1
< 1
< 1
< 1
< 1
<1
B.49
8.61
<: 0.01
<: 0.01
<001
(:0.01
< 10
< 10
< 10
<10
<10
<10
< 10
< 10
< ,
< 1
< 1
<1
< 1
< 1
< 1
011
010
<: 0.01
<: 0.01
<0.01
<: 0.01
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<fHl1
<0,01
<: 0.01
<0.01
-
- -GXR·' Moe. GXR-l Cert
GXR·'Meas
G)(R·l Cert
GXR-4Mee.
GXR-4 Cert GXR-4_
GXR-4 Cert
GXR·2 Mea. GXR-2 Cert GXR-2_
GXR.2Cert
GXR-6_
GXR-6Cert
GXR-6Meas.
GXR-6Cert
aREAS 13P Meas
aREAS 13P Cart
aREAS ,3P M_
aREAS 13PCert
OMMAS-l05 Me ..
oMMAS-105 Cort
OMMAS·105 Meas
oMMAS·l05 Cert
CON-GS-SP5M ...
CoN-GS-6f'5 Cert
CON-GS-SP5 !.leas
CON-GS-6P5 Cert
CON-GS-3D Mess
CDN·G&3D Cen
CoN-GS-3D 1.1 ....
CoN-GS-30 Cet1 CON-GS-30 Meas COIII.GS-30 Cen
CON-GS-30 1.1 ....
CDN-G&30 Cart
168610tig ,_, Cup
16864 Orlg
16864 Oup
168710rig
168710up
16878Drig
168780up
16881 Drig _, Split
16881 Drig
16881 Dup
16891 Drlg
16891 Dup
16896 Otig
16896 Dup
'695' Otig '_'Spm 16955 Otig
168550up
16956 Otig
- - - - - - - - - - -Activation Laboratories Ltd. Report:
Na P S Sb Sc Sf Ti ia
% % % Ill"" Ill"" ppm % PIlffi
0.001 0.001 0.01 2 am AR·ICP AR·ICP AR~CP AR~CP AR-ICP AR~CP AR·ICP AR.ICP
0.050
0.0520
0.042
0.0520
0.120
0.564
0.120
0.564
0.15()
0.556
0.149
0.556
0.060
0.104
o.on 0.104
0.180
2.81
0195
2.81
0135
0131
0.169
0.163
0._
0.080
0.059
0061
0.181
0.156
0.183
0180
0.040 0.065()
0.039
0065()
0.120
0.120
0.117
0.120
0.054 0.105
0.052
0.105
0032 0.0350
0.030
0.0350
0017
0.017
0.045
0.043
0.038
0.037
0.063
0.064
0.015
0.014
0.016
0.016
0.19
0.257
0.21
0.257
1.77
1.77
1.81
117
0.03
0.0313
0.03
0.0313
0.01
0.0180
0.01
0.0'60
0.12
0.13
0.40
0.40
0.21
0.20
0.1.
014
0.11
0.11
0.81
080
7D
122
73
'22
480
3
480
32
49.0
35
49.0
5
3.60
2 360
10.6
10.6
3 4
1.58
158
7
7.70
170
5
6.88
4
6.88
22
27.6
22
27.6
15.7
5
15.7
21
20
9
8
15
15
10
10
20
20
21
21
193
275
176 275
74
221
73
221 67
160
67
160
31
35.0
37
35.0
40
39
56
55
96
97
54
55
120 118
< OJ)'
<0.01
<: 0.01
<: 0.01
<0.01 <0.01
<0.01
<0,01
18
13.0
22
13.0
8
0.970
5
0970
0690
< 1
0.690
< 1
00180
< 1
0.0180
< 1
11
2
2
< 1
12
6
2
11 tJ V VII Y Zr
wm wm ppm ppm wm ppm
10 10
AR·ICP AR·ICP AR-ICP AR-ICP AR-ICP AR-IC?
5
0.300
<2
0.300
2 3.20
<2
3.20
<2
1.03
<2 1.03
<2 2.20
<2
2.20
<2
<2
<2
<2
<2 <2
<2
<2
<2
<2
32 34.9
41
349
< '0 6.20
< 10
620
< 10
200
<10
2.90
<10
1.54
<10 154
46
66
57
66
< '0 <10
< 10
< 10
<10
< 10
< '0 <10
< 10
< 10
< 10
< 10
77
80.0
76
80.0
81
87.0
82
87.0
46
52.0
4S
52.0
167
186
174
186
139
136
55
64
134
13'
59
61
104 103 .. 94
Page 8of9
165
164
142
164
14
30.8
13
30.8
< 10
1.90
< 10
1.90
< 10
1.90
< 10
1.00
< 10
< 10
< 10
< 10
< 10
< 10
< 10
<10
<10
<10
({ 1lJ
< 10
23
32.0
22
32.0
12
14.0
11
14.0
10
17.0
10
17.0
6
14.0
6
14.0
4
4
3
4
13
38.0
16
38.0
9 186
10
186
10
269
10
269
14
110
14
110
3
6 9
A08-6416
A.
AR~CP
351
427
95
98.0
14
25.0
230
330
1700
1693
8
- - - - - -
- - - - - - - - - - - - - - - - - - -Activation Laboratories Ltd. Report: A08-6416
N. p S Sb So S, Ti T. TI U V 'IV Y Zr As
% % % ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm
0.001 0001 0.01 2 1 0.01 2 10 10 2
AR·ICP AR·ICP AR.ICP AR~CP AR~CP AR·ICP AR-ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP AR·ICP I\R·ICP
1!)!15SDup
169610rig 0.130 0.021 0.15 26 47 <0.01 <2 <10 167 <10 4
16961 SpiH 0.126 0.0:11 0.15 26 49 < 001 <2 <10 166 < 10
16966 Orlg
16966 Dup
MetI1o<! Blank MetI1o<! 0.ll12 <0.001 < 0.01 < 2 < 1 < 1 <0.01 < 1 <2 < 10 < 1 <10 < 1 <1 Blank
MetI1o<!Blri_ 0.012 < {).oo, < om <2 < 1 < 1 < 0 01 < 1 < 2 < 10 <1 < 10 < 1 <1 Blank
Metl1o<! Blank MetI1o<! 0.012 <0.00' <OU1 <2 < 1 <1 <0.01 < 1 <2 < 10 <1 < 10 < 1 <1 Blank
Metl1o<! Blank Method o.ou <0001 <001 <2 <1 <1 <: 0.01 < 1 <2 < 10 <1 < 10 <1 <1 Blank MetI1o<! Blank Me.11o<! 0.010 <·0.001 <0.01 <2 <1 < 1 < 0.01 < 1 <2 < 10 <1 < 10 <1 <1 <2 Blonk MetI1o<! Blank Method 0.010 <0.001 < (t01 <2 <1 <1 <0.01 <1 <2 < 10 <1 < 10 <1 < 1 Blank
Page 90f9
I I I I I I I I I I I I I I I I I I I
Summart of hours for the 21QX2 Excavator AUi LQ..23IQ8
Onera,ti!1& hOWl FysIiUs/mNing/prop Pi§cu»iol1 with QCQIQgist Standby/floating tjmt
Aug 11 Aug 12 Aug 13 Aug 14 Aug 15 Aug 16 Aug 17 Aug 18 Aug 19 Aug 20 Aug 21
11 11 11 11 6 2 8 11 II 11
lOlhrs
.5 1.5 .5 .5 .5 .5 .5 .5 .5 1
2-
7 hrs
.5
.5
.5
.5
.5
.5
.5 1
.5 d_
S.5 Ius
1 hT 5tandby/4 Ius floating time 8 hrs standby 4 hrs floating mach me
..Lhrs noating machine
20 hrs (9standby/l Jf1oating)
21 hrs travel time for operator
I I
WEEKD"~ 1/ ~OJ.y!6M"CHJN~ OPERATOR.ex-. ~~-.'-f Sl(jNATURE ~~
II I I I I I I I I I I I I I I I
DATE I TRAVEL T1ME MACHINE HOURS I OTHER MACHIN.E
OPERATING HOURS + DETAfLS
. S h. :s.ee(\ ft,J;+-h JeO
I I I '-'
DATE TRAVEL TIME MACHINE HOURS OTHER MACHINE , -I
OPBRA TING HOURS ~ -+ DETAILS .-.J
I I I I I I \ ~,
I I I I I I I I I L.---"----------i----..J-....-----l.---..-. __ J.
'-'
I I
I I I I I I I I I I I I I I I I I I I
". l Ib 11e lId
10 10. 10b
Sa 9b 9c id ge
91 9g
L Ib 8e ad 8a 8f 8g Ih
7. 7b 7e 7e1
7cm
6 6. 6b 6c 6CI Ie 61 Ilg
FlTbx F Tg F Tas
OCV OV
QTCSW OTSW
11(10
apy
~ gn
hem mag mo po py
lIP VG
MAf iC INTRUSIVES (DIABASE) UnauoClivideCl F I~ di IIae dyiIM COWN-gralned diebutI dykes PorpIlynlic .. cSykft
LAIIIPROPHYRE Unaubdivided Patphyri1iC Lamprop/lyre (femlmagnlaian) PatphyrilJc IamPfOllflyJa (felClape:thiIC)
FELSIC TO INTERMEDIATE INTRUSIVES, lINuIICIiv~
Granill!l T rolld)hiemile
S~i" Monmni - OUMIZ Monzanite G,ranodiorite • Uonmnit.,
F - Ap Ie dykasl
ULTRAMAfiC lNTRUSIVES U,*"bdlviClecl T aJo.car1lon«.le SChists Mor1IlO&ice Pyl'Ql(snile Ampl\ibolfte Basaltic k,omaliile Kornati,lte Dyke and ke bodie,s
MAFIC INTRUSIVES
0i0riIe - Ouanz Dioffte Gabbro Leuoocretie gabbro Melanocr. e g.ebbro
SYNVQlCANIC FELSIC TO INTER EDIATE INTRUSIVES Unsubd,ivided Granite Trondjtleml Granodiofite - Monzodiotill!l Quartz cIiofite - Dion1ll Ou.nz pcI(IIIIyry Feldspar porphyry Ouartz-feldspar porphyry
FAULT STRUCTURES F.1Al b(8CC18 F.ull~e Sliclulnsidft
VEIN & STOCKWOAK STRLlCTURES Ouartz (Clrbonate) vein Quartz vein QUilrU - (cartIon.aie) ltock'woB. QuaN llOCkWOfk
SULPHIDES AND OXIDES argenti arunopyrile cNIcopyti .. galena hemebt. INlgnetdrl
rnalybderille pyrrtlOtite pyrite IIPI\a~1lUI
ViSible gold
KODfAK LEGEND
... ~r-"'" CHEMlCAL ET ASEDIMENTS 5 U .~
Sa ClWrt - c:Mr1y 5b Banded magMllllt-Ctlen IF 5e BIndeCI c:arbOnate-cnerlIF SCI Banded IiIIcaIB IF 5e IIancact • IF
5f CeIc-a
_____ -"', CLAsnc ETA,SEOl ENTS
4. UII8UbdIvided 4b 4d 4e 4 4g 4h
IF
.. _ __ -, FELSIC METAVOLCANICS
:GI Un ridiect 3tI MuIive. flow 3c IIDw JcI SDtI8rui1ic!low 3e AulDbcKda - !low bncci. 3f Tutl 3g ~Ildf 3h T uti brWC:Cia 3i Cryalal lufl 3) Volcanic -... (bMdtId tutt • .
IwIIaraIiIhie tncc.aa. . III aI.
,"-~-",J INTER ED TE VOLCANICS 2. UnIUbd wMd 2b .... Dow 2c AmygaaIoidai flow 2d Y'(1OU1ie now 2. P ftawa - pillow brwccia, 2f Tull 2g L.epili 2h T lIf-tnccIII 21 V be - epICIII (bm1cIIId
lunl ...... roIiflllc 1Ifeca. . . '-'-. ale )
...... ~-"'I MAFIC YO e ANICS 1. Unaubdivldlcl 111 ve!low Ie Am~1IDw 1d V flow , e PiIcw flaM - breccia
f Tuff 1 g LaplIi till I h Tuff- breccia 11 Vt*:llnidu11C - .,...1IC (bencied lUffs.
.~
b;o
Cob chJ
P fd fs gl ~ pyro qe qtZ ur sid
Ilel8rc*IIlIC 1RCOas. • eIC.)
51 TES & CARBONATES
tf c:atbona1ll c:Nonte epidote
'lids I tuch gr. K.fwldIpw p quartz eva quertr .. OOIe Iideri.
TEXTURES/FORMS / STRUCTURES DoLI boudlnage I boudins bx breccia CI CIIIciW Winge,. dis dlUel'l1in8l.ed
fraC! rrecture htlel'O heIeI'oIiInlC
mono monolilh<c ml v masSIVe ., ~.c , ., qca quartz..carbonafa CjQI quartzoQrbon In r wr WIIrOck
SYMBOLS
L Fragtnlllll/ ~ It.f
#VV FaIAt (gollQll. b(ecci.)
F oIoItion .near
Joint I fraC1Ur.
• Bedding
p
,-l/)
C (", , , r ,,.I,
/I , U'J, .1d ...
Vi., I ':.1 rk ,