EX-99 2 novtechreport.htm TECHNICAL REPORT NOVEMBER 2003 Technical Report November 2003




TECHNICAL REPORT
ON THE
AUMAX PROPERTY

Lillooet Mining Division
British Columbia
Canada

N.T.S. 92J/09

Lat. 50° 39′ N
Long. 122° 04′ W


Property Owned by:
Gary Polischuk and Randy Polischuk

Prepared For:
Avino Silver & Gold Mines Ltd.
400 - 455 Granville Street
Vancouver, B.C.
Canada V6C 1T1

Author:
J. Wayne Pickett, M.Sc., P.Geo. (NF, BC)
8256 McIntyre Street
Mission, B.C. Canada V2V 6T3


Date:
November 28, 2002





TABLE OF CONTENTS

1.0 Summary
1
2.0 Introduction and Terms of Reference
2
3.0 Property Description and Location
3
4.0 Accessibility, Climate, Local Resources, Infrastructure and Physiography
4
5.0 History
4
6.0 Geological Setting
4
6.1 Regional Linears
6
7.0 Deposit Type
6
8.0 Mineralization
7
9.0 Exploration
7
9.1 Aumax Silver/Gold Zone
7
9.1.1 Grid Soil Sampling Program
8
9.1.2 Trenching Program
8
9.2 Upper Gold Zone
11
10.0 Sampling Method and Approach
11
10.1.1 Rock Sampling
11
10.1.2 Soil Sampling
11
11.0 Sample Preparation, Analyses and Security
12
12.0 Data Verification
12
13.0 Nearby Properties
12
14.0 Interpretation and Conclusions
13
15.0 Recommendations
14
16.0 Budget
15
17.0 References
16
18.0 Certificate of Author
18



List of Tables

Table
  
After Page
I
Aumax claims - property ownership and status
3
II
Budget - Phase 1
15


List of Illustrations

Figure
  
After Page
1
Property location
3
2
Location of prospects
3
3
Regional geology
4
4
Hillshade imagery
6
5a
Hillshade imagery - inverted (negative)
6
5b
Hillshade imagery - inverted (negative) with linears
6
6a
Landsat imagery
6
6b
Landsat imagery with linears
6
7
Excavated Trench Locations, Selected Rock and Soil Sample Locations
7
8a
Location and geology of hand-dug trenches T1,2,3,4,9,10 and 11
7
8b
Sample locations and results from hand-dug trenches T1 to T11
7
9
Soil geochemistry, colour-contoured silver results
8
10
Soil geochemistry, colour-contoured gold results
8
11
Soil geochemistry, colour-contoured arsenic results
8
12
Soil geochemistry, colour-contoured antimony results
8
13
Soil geochemistry, colour-contoured copper results
8
14
Soil geochemistry, colour-contoured lead results
8
15
Soil geochemistry, colour-contoured average of sum of % ranks for Au, Ag, As, Cu
8
16
Trench Plan and Profile - TR-99-01
9
17
Trench Plan and Profile - TR-99-02
10
18
Trench Plan and Profile - TR-99-03
10
19
Trench Plan and Profile - TR-99-04
10
20
Trench Plan and Profile - TR-99-05
10
21
Trench Plan and Profile - TR-99-06
11
22
Upper Gold Zone, sample locations and selected results
11



LIST OF APPENDICES

Appendix A Analytical Procedures
Appendix B Rock and Soil Analyses
Appendix C Sample Locations, Descriptions and Analyses



1.0 SUMMARY

The following report prepared at the request of Avino Silver & Gold Mines Ltd. updates a previous report entitled “Report on the 1999 Mineral Exploration Program Geology, Soil Geochemistry, Prospecting and Trenching, Aumax Property” to comply with National Instrument 43-101.

The Aumax property located about 16 kilometres southwest of Lillooet, British Columbia consists of 6 unpatented mineral claims comprising 39 units (about 9.8 km2) held by Gary Polischuk of Lillooet. The claims are on N.T.S. map sheet area 92J/9E at latitude 50° 34′ north and longitude 122° 03′ west in the Lillooet Mining Division.

In 1999, prospector Gary Polischuk discovered tetrahedrite-bearing quartz boulders and a separate gold-bearing C-horizon soil gossan on what is currently the Aumax Property.

Meta-volcanic rocks and cherts of the Mississippian to Middle Jurassic Bridge River Complex underlie most of the Aumax Property. Rocks of the Bridge River Complex are in fault contact with early Cretaceous clastic sedimentary rocks of the Cayoosh Assemblage, which underlie the extreme northeastern portion of the property. A late Cretaceous or Early Tertiary granodiorite body underlies the area immediately southwest of the property. The Bridge River Complex comprises an oceanic assemblage of greenstone and pelagic ribbon cherts accompanied by lesser amounts of siliceous siltstone locally interleaved with small amounts of greywacke, limestone and ultramafic rocks. The Cayoosh Assemblage is a turbiditic sequence characterized by upward-coarsening mostly fine-grained clastic sedimentary rocks including phyllitic argillite, siltstone, sandstone and conglomerate. In the Aumax property area the Bridge River Complex has been structurally emplaced over the Cayoosh Assemblage along the sub-horizontal to shallow or moderate northeast-dipping Cayoosh Creek Fault. The topography shows linear features in two prominent directions: north to north-northwesterly and east to east-southeasterly.

Quartz vein hosted silver and gold represents the deposit type being explored for in the Aumax area. Mineralization has been discovered at two locations on the property, the Aumax Silver/Gold Zone and the Upper Gold Zone.

At the Aumax Silver/Gold Zone, large transported slabs of intermediate tuffs and cherty argillite of the Bridge River Complex host tetrahedrite-bearing quartz veins that are highly anomalous in silver (up to 630 g/t or 18 oz./ton) and gold (>1g/t). In addition, angular tetrahedrite-bearing quartz boulders, typically 1.5 m across, locally contain high grade silver (up to 2700 g/t or 78 oz./ton) and gold (up to 8 g/t). Quartz veins hosting the mineralization are milky white and locally brecciated, vuggy and drusy. The veins generally contain trace to moderate amounts of hematite and limonite and locally disseminated black sulphosalts, malachite and azurite. Anomalous silver in the veins is accompanied by anomalous arsenic, antimony, and copper suggesting that the silver is contained mostly within tetrahedrite possibly accompanied by other sulphosalts.

Anomalous lead also typical of the veins is probably contained in trace amounts of galena. Altered zones flanking the silver-bearing quartz veins are anomalous in gold and arsenic but generally not in silver.

A gold-silver-arsenic-in-soil anomaly 100-250 m wide extends down slope to the northwest for about 350 m from the Aumax gold/silver Zone. A gap in the anomaly in the area of the mineralized boulders probably reflects a change in slope from a steep to more moderate incline. Upslope from the gap, soils anomalous in one or more of gold, silver and arsenic outline additional anomalies that probably reflect mineralization further upslope to the southeast.

It is probable that the source of the silver-bearing quartz boulders is uphill to the southeast. Test pits dug in the vicinity of accessible anomalous areas upslope from the mineralized boulders did not reach bedrock and therefore the anomalies remain unexplained. Anomalies furthest upslope were not readily accessible by excavator and have not been tested.

The Upper Gold Zone is located about 1.2 km to the southeast of the Aumax Silver/Gold Zone and approximately 600 m higher at about 2000 m elevation. The zone is indicated by a C-horizon soil gossan trending about 150 degrees. Soil samples collected from the gossan returned 0.7 to 4.5 g/t Au. Gold is accompanied by silver (up to 30g/t or 1 oz./ton), and As (up to 2.6%). Other soil samples collected in the area are also anomalous in gold. Samples of quartz veins cutting greenstone and/or chert flanking the gossan returned anomalous gold (up to 200 ppb).

Soils in the Upper Gold Zone are highly anomalous in gold (up to 4.3 g/t). Quartz veins cutting greenstone and chert in the area do have anomalous concentrations of gold (90 to 220 ppb) but, unless there has been a very high degree of mechanical and/or chemical concentration of gold during weathering and soil formation, these veins are not the source of the soil anomaly.

A two-phase exploration program is recommended. Phase 1 comprises prospecting, geological mapping and additional soil sampling to be carried out upslope from the Aumax Gold/Silver Zone as far as the Upper Gold Zone about 1.2 km to the southeast. Additional soil sampling, prospecting and geological mapping is recommended proximal to the Upper Gold Zone. Reconnaissance prospecting and geological mapping is also recommended along linears in the area, particularly in the areas where the linears intersect. A phase 2 mechanical trenching and drilling program is contingent on the location of areas of interest during Phase 1. A budget of $30,000 is proposed in order to carry out the Phase 1 exploration program.

2.0 INTRODUCTION AND TERMS OF REFERENCE

The following report prepared at the request of Avino Silver & Gold Mines Ltd. updates a previous report entitled “Report on the 1999 Mineral Exploration Program Geology, Soil Geochemistry, Prospecting and Trenching, Aumax Property” to comply with National Instrument 43-101. The previous report was prepared for Gold-Ore

Resources Ltd. by the author, who supervised and helped carry out the 1999 field program on the Aumax Property.

The exploration program consisted of a one-day field visit to the property by the author and prospector Gary Polischuk on August 8, 1999 followed by rock and soil sampling, prospecting, and trenching carried out during October, 1999. Vancouver-based consulting geologist Brian Malahoff, P.Geo., prospector Gary Polischuk of Lillooet-based Veritas Developments Ltd. and field helper Dale Jones of Lillooet assisted the author in carrying out the October, 1999 program. Hoedown Creek Resources Ltd. of Lillooet conducted the trenching and along with D.W. Johnston Trucking of Lillooet carried out site rehabilitation. Cariboo Chilcotin Helicopters of Lillooet provided helicopter support.

The information, opinions, conclusions and recommendations contained herein are based on work performed and supervised by the author on the Aumax property from August to October of 1999; and on a review of available literature and previous records of work on the property and surrounding area. Literature reviewed comprises published articles in technical journals, reports and maps filed for assessment with the government of British Columbia, and reports supplied by the property owners.

The rock and soil samples collected were sent to Eco-Tech Labs of Kamloops, British Columbia, where they were assayed for gold by fire assay with AA finish and analyzed for 28 other elements by ICP-AES. Details of the analytical methods are provided in Appendix A.

3.0 PROPERTY DESCRIPTION AND LOCATION

The Aumax property located about 16 kilometres southwest of Lillooet, British Columbia consists of 6 unpatented mineral claims comprising 39 units (about 9.8 km2) held by Gary Polischuk of Lillooet (Figures 1 and 2, Table I). The claims are on N.T.S. map sheet area 92J/9E at latitude 50° 34′ north and longitude 122° 03′ west in the Lillooet Mining Division.

The nature and extent of the issuer's title to, or interest in the property, including the obligations that must be met to retain the property will be provided in a news release by the issuer.

The property has not been legally surveyed.

Known mineralized showings on the property are indicated on Figures 2, 7, 8, and 16 to 22.

To the extent known by the author, the property is not subject to the terms of any royalties, back-in rights, payments or other agreements and encumbrances other than those that will be indicated in a news release by the issuer.



Figure 1
Aumax Property
Property Location Map




[GRAPHIC OF AUMAX PROPERTY - PROPERTY LOCATION]



Figure 2
Aumax Property
Location of Prospects

[GRAPHIC OF AUMAX PROPERTY - LOCATION OF PROSPECTS]



To the extent known by the author, the property is not subject to any environmental liabilities at the time of writing.

A “Mineral & Coal Notice of Work and Reclamation” must be filed to and approved by the British Columbia Ministry of Energy and Mines, Energy and Minerals Division, Mines Branch prior to carrying out proposed mechanical trenching and diamond drilling as well as for any road construction required for access.

4.0 ACCESSIBILITY, CLIMATE, LOCAL RESOURCES, INFRASTRUCTURE AND PHYSIOGRAPHY

A logging road that branches off Highway 99 (the Duffy Lake Road) about 23 km southwest of Lillooet provides access to the western portion of the property (Figures 1 and 2).

Topography in the area is moderate to steep, rising from 1000 m in the western portion of the property to about 2100 m approximately midway along its southern boundary. Escarpments and alpine plateaus at higher levels give way to thick talus fans on eluvial slopes at lower elevations. Rock outcropping is moderate at higher elevations but sparse on eluvial slopes. Portions of the forest covering the property have been logged.

The property, which is in a rain/snow shadow of the Shulaps Range, has a semiarid climate with mean annual precipitation from 30-50 centimetres. Temperatures range from -10° to 0° C in the cool dry winters to 18° to 22° C in the hot dry summers.

5.0 HISTORY

In 1999, prospector Gary Polischuk discovered tetrahedrite-bearing quartz boulders and a separate gold-bearing C-horizon soil gossan on what is currently the Aumax Property. No work prior to that time has been documented on the property.

6.0 GEOLOGICAL SETTING

Meta-volcanic rocks and cherts of the Mississippian to Middle Jurassic Bridge River Complex underlie most of the Aumax Property (Figure 3). Rocks of the Bridge River Complex are in fault contact with early Cretaceous clastic sedimentary rocks of the Cayoosh Assemblage, which underlie the extreme northeastern portion of the property (Figure 3). A late Cretaceous or Early Tertiary granodiorite body underlies the area immediately southwest of the property.

Rocks underlying the area occur in the Eastern Coast Belt situated along the boundary between the outboard Insular Superterrane to the west and rocks of the ancient North American Craton, represented by the Intermontane Superterrane, to the east. The Bridge River Complex and Cayoosh Assemblage are structurally interleaved with other terranes bounded by generally northwest-trending strike-slip and contractional faults of Late Cretaceous to Early Tertiary age (Journeay and Monger, 1994). The rocks have


Symbols
Accompanying Figure 3


[SYMBOLS GRAPHIC]


Figure 3
Aumax Property
Regional Geology

[GRAPHIC - REGIONAL GEOLOGY]



undergone penetrative deformation and regional metamorphism associated with Alpine-style folding and large-scale imbrication of the Eastern Coast Belt (Journeay and Mahoney, 1994; Journeay and Friedman, 1993). Journeay et al. (1992) note that the Eastern Coast Belt has undergone four periods of deformation: i) southwest-vergent folding and associated thrusting (fold nappe development) between 96 and 91 Ma (million years before present); ii) northeast-vergent folding and associated thrusting between 91 and 86 Ma; iii) oblique, southwest-vergent thrusting and associated dextral strike-slip faulting between 86 and 68 Ma; iv) and, between 68 and 48 Ma, outward-dipping extensional faulting that in the local area included detachment and northwestward displacement of the Bridge River Complex along the Cayoosh Creek Fault.

The Bridge River Complex comprises an oceanic assemblage of greenstone and pelagic ribbon cherts accompanied by lesser amounts of siliceous siltstone locally interleaved with small amounts of greywacke, limestone and ultramafic rocks (Journeay, 1993). Ultramafic rocks in the Bridge River Complex are considered to be fault-bounded thrust slivers (Kuran and McCleod, 1997b; cf. Leitch, 1990). Harzburgite, accompanied by lesser dunites and gabbros, comprise the dominant ultramafic rock types (Kuran and McCleod, 1997b; Calon et al. 1990). The ultramafic rocks are typically serpentinized or partially altered to listwaenite.

The Cayoosh Assemblage is a turbiditic sequence characterized by upward-coarsening fine-grained clastic sedimentary rocks including phyllitic argillite, siltstone, sandstone and conglomerate.

In places the Bridge River Complex is in conformable contact with the stratigraphically overlying Cayoosh Assemblage. According to Journeay and Mahoney (1994), “interlayered greenstone, ribbon chert, limestone, calcareous greenschist and graphitic phyllite of the Bridge River Complex grade upward with apparent conformity into a succession of graphitic siltstone, phyllite, greywacke and thin-bedded turbidites of the Cayoosh Assemblage”. They define the basal contact of the Cayoosh Assemblage at the top of the stratigraphically highest chert horizon. Locally a thin intra-formational pebble conglomerate containing limestone, argillite and chert clasts marks the contact.

In the Aumax area the Bridge River Complex has been structurally emplaced over the Cayoosh Assemblage along the sub-horizontal to shallow or moderate northeast-dipping Cayoosh Creek Fault (Figure 3). Major faults bounding the regional package include the Fraser Fault, a major right lateral north-striking transverse structure, which bounds the eastern portion of the package, and the Marshall Creek Fault which has down-to-the-southwest brittle normal fault displacement of about 3.5 kilometres (Coleman, 1990; Journeay et al., 1992). In addition to normal displacement along the Marshall Creek Fault, there is an associated system of top-to-the-southeast displacement along shallow north-east dipping shear zones (Journeay et al., 1992).

6.1 Regional Linears

Figures 4 and 6 show hillshade and landsat imagery downloaded from The Map Place, a website (http://www.em.gov.bc.ca/Mining/Geolsurv/MapPlace/) which contains information made available to the public by the Government of British Columbia, Ministry of Energy and Mines. Figure 5 is the inverted (negative) image of the hillshade imagery. The shading effects of the inverted (negative) image results in 3D imagery in which the valleys and ridges appear correctly. Figures 5b and 6b show linears interpreted from the hillshade and landsat imagery.

The topography shows linear features in two prominent directions: north to north-northwesterly and east to east-southeasterly (Figures 4 to 6). Any interpretation of the linears based solely on the imagery as presented is certainly speculative, however, their origin is probably due to a combination of early geological processes overprinted by the later effects of glaciation.

North to northwesterly linears include the north-northwesterly Fraser Fault system, the northwesterly Marshall Creek Fault and other faults as noted on the regional geology map.

The north-striking linear partially defined by the Phair Creek valley, which passes through the eastern portion of the Aumax claims, extends northward to intersect a sigmoidal easterly trending linear in the area of the Ample and Ample/Goldmax Prospects (Figures 4 to 6). Also, the north-trending ridge on which the Aumax Silver/Gold Zone and the Upper Gold Zone are located extends northward to the area of the Upper Bonanza Prospect.

East to east-southeasterly linears are developed particularly well in the area underlain by the Cayoosh Creek Assemblage northeast of the Aumax claims as well as to a lesser extent in the Bridge River Complex to the northwest. Some of these east-southeasterly features are sigmoidal in form. The Z-shaped geometry of the features may be a result of drag along later faults.

Prospecting in areas where these linears intersect and further prospecting along linears associated with known prospects should be considered.

7.0 DEPOSIT TYPE

Quartz vein hosted silver and gold represents the deposit type being explored for on the property. The low sulphide content of veins discovered to date on the Aumax Silver/Gold showing suggest the deposit type may be a silver-rich end member of low-sulphide gold quartz veins such as those at Bralorne-Pioneer and the nearby Ample-Goldmax property (Ash and Alldrick, 1996; Leitch, 1990; Kuran and McLeod, 1997a; Pickett 1998a and 1999). However the occurrence of silver in disseminated black sulphosalts and the presence of anomalous arsenic, antimony, copper and lead associated


Symbols
Accompanying Figure 4


[GRAPHIC - SYMBOLS TO ACCOMPANY FIGURES 4 to 6]



Figure 4
Hillshade Imagery



[GRAPHIC - HILLSHADE IMAGERY FIG. 4]


Figure 5a
Hillshade Negative



[GRAPHIC - HILLSHADE NEGATIVE]



Figure 5b
Hillshade Negative (showing linears)



[GRAPHIC - HILLSHADE NEGATIVE SHOWING LINEARS]



Figure 6a
Landsat Imagery



[GRAPHIC - LANDSAT IMAGERY]


Figure 6b
Landsat Imagery (showing linears)




[GRAPHIC - LANDSAT IMAGERY SHOWING LINEARS]


with the gold and silver suggest a possible affinity to a sulphide-poor end member of polymetallic vein systems such as those at Coeur d’Alene Idaho (Lefebure and Church, 1996). Both deposit types have strong structural control, an important consideration in exploration for them.

8.0 MINERALIZATION

Mineralization has been discovered at two locations on the property, the Aumax Silver/Gold Zone and the Upper Gold Zone (Figure 2).

At the Aumax Silver/Gold Zone, large transported slabs of intermediate tuffs and cherty argillite of the Bridge River Complex host tetrahedrite-bearing quartz veins that are highly anomalous in silver (up to 630 g/t or 18 oz./ton) and gold (>1g/t). In addition, angular tetrahedrite-bearing quartz boulders, typically 1.5 m across, locally contain high grade silver (up to 2700 g/t or 78 oz./ton) and gold (up to 8 g/t).

Quartz veins hosting the mineralization are milky white and locally brecciated, vuggy and drusy. The veins generally contain trace to moderate amounts of hematite and limonite and locally disseminated black sulphosalts, malachite and azurite. Anomalous silver in the veins is accompanied by anomalous arsenic, antimony, and copper suggesting that the silver is contained mostly within tetrahedrite possibly accompanied by other sulphosalts. Anomalous lead also typical of the veins is probably contained in trace amounts of galena. Altered zones flanking the silver-bearing quartz veins are anomalous in gold and arsenic but generally not in silver.

The Upper Gold Zone is located about 1.2 km to the southeast of the Aumax Silver/Gold Zone and approximately 600 m higher at about 2000 m elevation (Figure 2). The zone is indicated by a C-horizon soil gossan trending about 150 degrees (Figure 22). Soil samples collected from the gossan returned 0.7 to 4.5 g/t Au. Gold is accompanied by silver (up to 30g/t or 1 oz./ton), and As (up to 2.6%). Other soil samples collected in the area are also anomalous (Figure 22, Appendix C). Samples of quartz veins cutting greenstone and/or chert flanking the gossan returned anomalous gold (up to 200 ppb).

9.0 EXPLORATION

9.1 Aumax Silver/Gold Zone

Mineralized quartz boulders noted by Randy Polischuk during establishment of a logging road were the first indications of potential silver/gold mineralization in the Aumax Silver/Gold Zone area. Gary Polischuk subsequently prospected, soil sampled and dug several hand trenches in the area thereby partially uncovering tetrahedrite-bearing quartz vein material (Figures 2, 7 and 8). Analyses of the quartz from the hand trenches returned strongly anomalous gold (1.2 to 8 g/t) and silver (68-2706 g/t or 2 to 79 oz./ton) along a southwest trending zone about 60 m long.


Figure 7
Excavated Trench Locations



[GRAPHIC - EXCAVATED TRENCH LOCATIONS SELECTED ROCK AND SOIL SAMPLE LOCATIONS]



Figure 7
Excavated Trench Locations (continued)




[GRAPHIC - EXCAVATED TRENCH LOCATIONS SELECTED ROCK AND SOIL SAMPLE LOCATIONS]



Figure 8a
Location & Geology of Hand-Dug Trenches



[GRAPHIC]


Figure 8b
Sample Locations & Results
Hand-Dug Trenches T1 to T11



[GRAPHIC]


Based on these initial results, Gold-Ore Resources Ltd. optioned the property in 1999 and carried out a grid soil sampling, rock sampling and trenching program to evaluate the prospect. Results of the program are described below.

9.1.1 Grid Soil Sampling Program

In order to better refine areas for trenching and to potentially detect additional anomalous areas proximal to the Aumax Silver/Gold Zone, a soil sampling program was carried out using flagged cross lines extending east and west of a north/south baseline marked by pickets at 25 or 50 m intervals. Soils were collected at 25 m centres over an area 200 by 200 m centred on the Aumax Zone. Additional soils at 50 m intervals expanded the area to 500 m by 500 m. Sampling was carried out by geologist Brian Malahoff, P.Geo., helper Dale Jones and by the author.

A total of 175 soil samples were collected from the gridded area. The samples, which consisted mostly of silty to gravelly eluvium, were collected at 15 to 20 cm depth after removing the topsoil utilizing a “pelican pick”. An enriched “B-horizon” is developed only locally, but where present was included in the soil sample. Colour-contoured silver, gold, arsenic, antimony, copper and lead results are shown on Figures 9 to 14). Figure 15 shows the colour-contoured average of the sum of % ranks for Au, Ag, As and Cu. By normalizing the analyses for each of the elements and averaging the combined results, this plot shows areas that are anomalous in a combination of the elements. Analytical methods are presented in Appendix A and analyses are presented in Appendix B.

A gold-silver-arsenic-in-soil anomaly 100-250 m wide extends down slope to the northwest for about 350 m from the Aumax gold/silver Zone. A gap in the anomaly in the area of the mineralized boulders probably reflects a change in slope from a steep to more moderate incline. Upslope from the gap, soils anomalous in one or more of gold, silver and arsenic outline additional anomalies that probably reflect mineralization further upslopeto the southeast.

9.1.2 Trenching Program

Trenches TR-99-1 and 2 and several other smaller test trenches were established to further uncover the silver- and gold-bearing quartz vein material exposed previously by hand trenching (Figures 7 and 8). The test trenches indicated that the veins partially uncovered by the previous hand trenching were actually a series of large subangular boulders about 1.5 m across.

Trenches TR-99-3 and 5 tested areas 30-50 m upslope from highly anomalous gold (260 & 345 ppb) and arsenic (2900 & 3000 ppm) in soils (Figures 7, 10 and 11).

Trenches 4 and 6 tested quartz veins and quartz breccia zones that had been exposed previously during establishment of the logging road (Figure 7).


Figure 9
Ag (ppm) in Soils

[GRAPHIC]



Figure 10
Au (ppb) in Soils


[GRAPHIC]



Figure 11
As (ppm) in Soils


[GRAPHIC]



Figure 12
Sb (ppm) in Soils


[GRAPHIC]



Figure 13
Cu (ppm) in Soils

[GRAPHIC]




Figure 14
Pb (ppm) in Soils


[GRAPHIC]



Figure 15
Average of Sum of Percent Ranks For Au


[GRAPHIC]




After determining that the silver and gold mineralization is contained in boulders that were probably derived from somewhere upslope to the southeast and that some soils collected upslope from the mineralized boulders were anomalous in gold, arsenic and silver; a decision was made to establish a road as far up the steep slope as possible (Figure 7). Test pits dug at several locations along the road failed however to reach bedrock.

A total of 265 m of trenching was carried out, 190 m in Trenches TR-99-1 to 6 and a further 75 m in short test trenches and pits. About 300 m of road was built to access the trenched areas. After mapping and sampling, the trenches were refilled and areas disrupted by the access roads were reclaimed and re-contoured.

9.1.2.1 TR-99-1

Rocks exposed in TR-99-1 occur as a combination of large angular fractured blocks with mm- to cm-scale movement along the fractures. Although there has been minimal local movement of the blocks, the whole sequence has probably been transported more or less intact either as part of a rockslide from the southeast down the steep valley wall and/or due to glacial processes (Figure 7).

Lithologies noted in TR-99-1 comprise interlayered cherty argillite, argillite and intermediate tuff (Figure 16).

A twenty-cm thick quartz vein cuts intermediate tuff in the southern part of the trench. The original strike and dip of the vein is not known with certainty, however at present it dips gently (about 25°) to the east. The vein extends 7 m northward from the southern termination of the trench and can be traced intermittently for another 8 m northeastward as a zone of quartz stockwork and then for another 2 m as a 10-cm wide quartz vein (Figure 16). The quartz vein is milky white, locally vuggy and drusy and contains minor amounts of limonite and locally traces of tetrahedrite and malachite. A 30-cm wide brecciated zone containing sheeted quartz veinlets is developed within intermediate tuff beneath the quartz vein and to a lesser extent above it. The stockwork breccia is hematized, locally containing pyrite pseudomorphs. Steeply dipping quartz veinlets cutting across the quartz vein in the northeasterly portion of the trench probably mark a zone of shearing.

Samples of the quartz vein contain anomalous gold (>1g/t) over 0.54 m and highly anomalous silver (130 to 630 g/t or 3.8 to 18.4 oz./ton) over 0.2 to 0.5 m (Figure 16, Appendix C). Samples of the stockwork breccia are anomalous in gold (120 to 450 ppb) and arsenic (up to 0.8%) over widths up to 2.9 m.



Figure 16
Trench Plan & Profile
TR-99-1

[GRAPHIC]




9.1.2.2 TR-99-2

In TR-99-2 cherty argillite is interlayered with a 5-m thick unit of intermediate tuff (Figures 7 and 17). The units dip gently ENE (20° toward 75°). In the western part of the trench, a 0.25-m thick quartz vein cuts the cherty argillite. Samples of the moderately easterly dipping vein (32° toward 86°) returned anomalous gold (840 ppb) and silver (22.8 g/t) (Figure 17, Appendix C). Cherty argillite beneath the vein is anomalous in gold (145 ppb) and arsenic (1515 ppm).

9.1.2.3 TR-99-3

Rock units exposed in TR-99-3 comprise interlayered tuff, cherty argillite and argillite, the latter locally graphitic (Figures 7 and 18). The units are generally 1-7 m thick and dip moderately (40°) south. Samples taken of argillaceous chert are locally anomalous in gold (120-150 ppb), silver (2.8 to 21.6 g/t) and arsenic (1600-3000 ppm) (Figure 18, Appendix C).

9.1.2.4 TR-99-4

Moderate westerly dipping (55°), interlayered cherty argillite and intermediate tuff exposed in TR-99-4 are cut by a 0.6 to 0.8 m thick cherty quartz vein (Figures 7 and 19). The moderate (30°) northwesterly dipping vein was exposed for about 11 m, extending downward from surface toward the north where it is cut off by a fault.

Fractured, limonitic argillite flanking the quartz vein is cut by quartz stringers that locally contain disseminated arsenopyrite and pyrite. Samples of this material from beneath the vein returned anomalous gold (315-390 ppb), silver (6-14 ppm) and arsenic (2100-3200 ppm) over widths of 0.7 to 1.5 m (Figure 19, Appendix C). Samples above the vein returned anomalous gold (60-485 ppb) and arsenic (570-1260 ppm) over widths of 0.7 to 0.9 m.

The quartz vein itself, which is not anomalous in Au, As or Ag, may represent later infilling of a previously mineralized shear zone.

9.1.2.5 TR-99-5

Rocks exposed in TR-99-5 consist mostly of intermediate tuff interlayered with lesser amounts of cherty tuff and argillite (Figures 7 and 20). Beds dip moderately (39°) west-southwest (250°).

In the central portion of the trench, a steep (74°) easterly dipping (toward 101°) fault having subhorizontal movement forms the contact between cherty tuff and argillite to the west and intermediate tuff to the east. Rocks flanking the fault for about 2.5 m particularly to the east are hematized and limonitized, and contain quartz stringers. Disseminated pyrite and arsenopyrite occur locally in the altered zone. Chip samples collected in the altered rocks proximal to the fault zone are slightly anomalous in gold (35-205 ppb) and arsenic (1100-2700 ppm) (Figure 20, Appendix C). Quartz stringers


Figure 17
Trench Plan & Profile
TR-99-2


[GRAPHIC]




Figure 18
Trench Plan & Profile
TR-99-3


[GRAPHIC]




Figure 19
Trench Plan & Profile
TR-99-4



[GRAPHIC]



Figure 20
Trench Plan & Profile
TR-99-5



[GRAPHIC]



are also present locally about 6 m west of the fault along the contact between cherty argillite and overlying intermediate tuff. Samples of this zone are also anomalous in gold (80-100 ppb) and arsenic (1740-1785 ppm).

9.1.2.6 TR-99-6

In TR-99-6, cherty argillite is cut by a 1 to 1.2 m thick moderately NNE dipping zone of limonitic quartz vein breccia (Figures 7 and 21). Samples of the breccia are slightly anomalous in gold (80-90 ppb) and arsenic (1350-1710 ppm) (Figure 21, Appendix C).

9.2 UPPER GOLD ZONE

The Upper Gold Zone is located about 1.2 km to the southeast of the Aumax Silver/Gold Zone and approximately 600 m higher at about 2000 m elevation (Figure 2). The zone is indicated by a C-horizon soil gossan trending about 150 degrees (Figure 22). Soil samples collected from the gossan returned 0.7 to 4.5 g/t Au. Gold is accompanied by silver (up to 30g/t or 1 oz./ton), and As (up to 2.6%). Other soil samples collected in the area are also anomalous (Figure 22, Appendix C). Samples of quartz veins cutting greenstone and/or chert flanking the gossan returned anomalous gold (up to 200 ppb).

10.0 SAMPLING METHOD AND APPROACH

10.1.1 Rock Sampling

Rock sampling carried out on the property included grab samples of vein material and altered zones considered to have potential for mineralization. In the trenched areas, vein material and altered zones were chip sampled, where possible at right angles to strike and dip. Details of the location, number, type and nature of the samples are presented in Appendix C. Sampling was carried out by geologist Brian Malahoff, P.Geo., and by the author.

Initial rock sampling prior to the 1999 Gold-Ore Program was carried out by prospector and property co-owner Gary Polischuk.

10.1.2 Soil Sampling

The soil sampling program was carried out using flagged cross lines extending east and west of a north/south baseline marked by pickets at 25 or 50 m intervals. Soils were collected at 25 m centres over an area 200 by 200 m centred on the Aumax Zone. Additional soils at 50 m intervals expanded the area to 500 m by 500 m. Sampling was carried out by geologist Brian Malahoff, P.Geo., helper Dale Jones and by the author.

A total of 175 soil samples were collected from the gridded area. The samples, which consisted mostly of silty to gravelly eluvium, were collected at 15 to 20 cm depth after removing the topsoil utilizing a “pelican pick”. An enriched “B-horizon” is developed only locally, but where present was included in the soil sample.


Figure 21
Trench Plan & Profile
TR-99-6


[GRAPHIC]



Figure 22
Upper Gold Zone



[GRAPHIC]



Table 1: Aumax Claims - Property Ownership and Status

Claim Name
Mining Div.
Tenure #
Owner
Issued
Good Standing Until
Units
Hectares
Map #
Tag #
Type
Aumax #1
10 Lillooet
368966
Gary Paul Polischuk
May 9, 1999
May 9, 2003
20 Units
500 ha
092J/09E
211411
4 Post
Aumax #2
10 Lillooet
368967
Gary Paul Polischuk
May 9, 1999
May 9, 2003
15 Units
375 ha
092J/09E
211412
4 Post
Aumax #3
10 Lillooet
371390
Gary Paul Polischuk
September 1, 1999
September 1, 2003
1 Unit
25 ha
092J/09E
666863M
2 Post
Aumax #4
10 Lillooet
371391
Gary Paul Polischuk
September 1, 1999
September 1, 2003
1 Unit
25 ha
092J/09E
666864M
2 Post
Aumax #5
10 Lillooet
371392
Gary Paul Polischuk
September 1, 1999
September 1, 2003
1 Unit
25 ha
092J/09E
666865M
2 Post
Aumax #6
10 Lillooet
371393
Gary Paul Polischuk
September 1, 1999
September 1, 2003
1 Unit
25 ha
092J/09E
666866M
2 Post
                     
         
Totals
39 units
975 ha
      
             
9.8 sq. km
      





Analytical methods are presented in Appendix A and analyses are presented in Appendix B.

Reconnaissance soil sampling carried out prior to the 1999 Gold-Ore exploration program was carried out by prospector and property co-owner Gary Polischuk.

11.0 SAMPLE PREPARATION, ANALYSES AND SECURITY

Rock samples collected in the field were placed in clear plastic bags and sealed to prevent cross contamination. The sealed bags were placed in larger bags for transport to Eco-Tech Labs in Kamloops, B.C. The rocks were transported from Lillooet to the lab in Kamloops either by bus or directly by truck driven by the author.

Rock and soil analyses were done by Eco-Tech Labs, 10041 East Trans Canada Hwy, Kamloops, BC, V2C 2J3. Eco-Tech Labs is certified under the Assayers Certification Program of British Columbia.

Quality control measures employed by the lab included repeat analyses and insertion of standards as indicated on the analytical sheets included in Appendix B.

It is the author’s opinion that sample preparation and analysis were carried out properly and that security during sample handling was adequate.

12.0 DATA VERIFICATION

It is the author’s opinion that the analytical results obtained are reasonable. Evidence for this includes field observations by the author of the material sampled, the presence or absence of mineralization noted in samples collected, and the spatial distribution of the various element concentrations in the soils collected.

13.0 NEARBY PROPERTIES

The following is presented to provide additional information on the history of exploration and mining activity proximal to the Aumax Property. The information presented is not however necessarily indicative of the mineralization on the Aumax Property, the subject of this technical report. 

Placer and hard rock mining activity in the area proximal to the Aumax Property date from the mid 1800’s.

For decades, miners worked the placers in parts of Cayoosh Creek downstream of the property and subsequently sluiced upstream and searched for lode gold deposits in the area of the present Ample/Goldmax Property about 9 km to the north of the Aumax Property (Figure 3).

Two past producing mines occur in the area. The Golden Cache Mine located about 8.3 km to the north of the Aumax claims produced slightly over one thousand tons of gold ore in the late 1800’s (Figure 3). The mine is noted for spectacular native gold specimens collected from its workings. The Ample Mine located about 3.3 km E of the Golden Cache was worked intermittently from around the turn of the century to the 1930’s (Figure 3). About 300 metres of underground workings were established during that time, but production was likely only a few thousand tonnes.

Homestake Canada Ltd. (1996) and Gold-Ore Resources Ltd. (1998 and 1999) carried out an exploration program including geological mapping, rock and soil sampling, prospecting and diamond drilling on the Ample/Goldmax Property about 9 km to the north of the Aumax property (Kuran and McLeod, 1997a, Pickett, 1999). Reconnaissance rock and soil sampling was followed up by more detailed work on the Ample Mine and two other mesothermal gold prospects on the Ample/Goldmax property, the Upper Bonanza Zone and the Ample/Goldmax Prospect.

At the Upper Bonanza Zone, mesothermal gold-bearing quartz veins occur along fault and shear zones developed within the phyllites of the Bridge River Complex. Gold-Ore Resources Ltd. reports significant results from hand trenching and chip-channel sampling across the veins at various locations including: 7.7 grams/tonne (g/t) over 2.9 metres (m) from Trench #1 at the northwestern extremity of the zone; 7.4 g/t over 1.7 m from a trench located 10 m to the southeast of Trench #1; 8.7 g/t over 1.6 m from a trench 40 m southeast of Trench #1 and 37.4 g/t over 1.5 m from a trench about 62 m southeast of Trench #1 (Pickett, 1999).

By far the greatest amount of exploration on the Ample/Goldmax Property has been focused on the Ample/Goldmax Zone, which was discovered in 1994. The Zone straddles the contact between meta-volcanic rocks and cherts of the Mississippian to Middle Jurassic Bridge River Complex and early Cretaceous clastic sedimentary rocks of the Cayoosh Assemblage. Gold mineralization occurs in structurally controlled mesothermal gold-bearing quartz veins and in adjacent wall rock. Discontinuous high grade native-gold bearing quartz veins occur up to two metres in width where maximum brittle faulting occurs. The combined results of the drilling programs conducted by Gold-Ore Resources Ltd. and Homestake Canada Inc. on the Ample/Goldmax Zone indicate a moderate to high-grade (7 grams/tonne (g/t) to 31.5 g/t) northeast-plunging gold shoot 50 to 100 m wide, 1.5 to 8 m thick and at least 200 m long (Kuran and McLeod, 1997b and Pickett, 1999).

14.0 INTERPRETATION AND CONCLUSIONS

At the Aumax Silver/Gold Zone, large transported slabs of intermediate tuffs and cherty argillite of the Bridge River Complex host tetrahedrite-bearing quartz veins that are highly anomalous in silver (up to 630 g/t or 18 oz./ton) and gold (>1g/t). In addition, angular tetrahedrite-bearing quartz boulders, typically 1.5 m across, locally contain high grade silver (up to 2700 g/t or 78 oz./ton) and gold (up to 8 g/t).

Quartz veins hosting the mineralization are milky white and locally brecciated, vuggy and drusy. The veins generally contain trace to moderate amounts of hematite and limonite and locally disseminated black sulphosalts, malachite and azurite. Anomalous silver in the veins is accompanied by anomalous arsenic, antimony, and copper suggesting that the silver is contained mostly within tetrahedrite possibly accompanied by other sulphosalts. Anomalous lead also typical of the veins is probably contained in trace amounts of galena. Altered zones flanking the silver-bearing quartz veins are anomalous in gold and arsenic but generally not in silver.
It is probable that the source of the silver-bearing quartz boulders is uphill to the southeast. Test pits dug in the vicinity of accessible anomalous areas upslope from the mineralized boulders did not reach bedrock and therefore the anomalies remain unexplained. Anomalies furthest upslope were not readily accessible by excavator and have not been tested.

Soils in the Upper Gold Zone are highly anomalous in gold (up to 4.3 g/t). Quartz veins cutting greenstone and chert in the area do have anomalous concentrations of gold (90 to 220 ppb) but, unless there has been a very high degree of mechanical and/or chemical concentration of gold during weathering and soil formation, these veins are not the source of the soil anomaly.

15.0 RECOMMENDATIONS

Phase 1:

In order to potentially determine the source of the mineralized boulders at the Aumax Gold/Silver Zone, it is recommended that prospecting, geological mapping and additional soil sampling be carried out upslope to the southeast. Initial soil sampling is recommended at 50 m intervals along 500 m traverses parallel to the contours of the slope with the soil traverse lines spaced at 100 m intervals upslope as far as the Upper Gold Zone, 1.2 km to the southeast. Areas for follow-up would be selected based on the results of the prospecting and the upslope termination of anomalies detected.

In the area of the Upper Gold Zone, soil sampling at 50 m centres should be considered to cover a 500 m x 500 m area centred on the highly anomalous gold-bearing soils.

On a regional basis, it is recommended that additional prospecting be done along linears indicated by the hillshade and landsat imagery. Intersections of linears and changes in direction along the linears are favourable targets. Prospecting is particularly recommended along the ridge extending northward from the Aumax mineralized zones to the Upper Bonanza Prospect and also along the Phair Creek valley.

Phase 2:

A Phase 2 exploration program is contingent on the results of Phase 1. Areas of interest identified during Phase 1 should be tested by hand trenching or, if road access can be established at reasonable cost, by mechanical trenching. The steep terrain in the area may preclude road access such that diamond drilling would have to be done in order to test some of the areas of interest.

16.0 BUDGET

A proposed budget totalling $30,000 for Phase 1 of the exploration program is presented in Table II.


Table II: Budget - Phase 1

Soil Sampling
(200 samples, Including sample collection, analysis, travel and accommodation for samplers, based on 10 days work)
 
9,500.00

Geological Mapping, Prospecting and Rock Sampling
(Including sample collection, analysis, hand trenching, travel and accommodation for workers, based on 14 days work)
 
9,000.000

Helicopter Support
 
5,000.00

Report on Contingency
 
6,500.00

Total
6,500.00




17.0 REFERENCES

Ash, C. and Alldrick, D.
1996:
Au-quartz Veins. in Selected British Columbia Mineral Deposit Profiles, Volume 2 - Metallic Deposits, Lefebure, D.V. and Hõy, T, Editors, British Columbia Ministry of Employment and Investment, Open File 1996-13, pages 53-56.

Cardinal, D.G.
1987:
Underground geological mapping and sampling and surface diamond drilling; assessment report on the Harlin-Bonanza Claim Group. Unpublished report for Harlin Resources Ltd.

Calon, T.J., Malpas, J.G. and Macdonald, R.
1990:
The anatomy of the Shulaps Ophiolite. Geological Fieldwork 1989, British Columbia Ministry of Energy, Mines and Petroleum Resources, Paper 1990-1, p. 375-386.

Coleman, M.E.
1990:
Eocene dextral strike-slip and extensional faulting in the Bridge River Terrane, southwest British Columbia. Unpublished M.Sc. thesis, Carleton University, Ottawa, Ontario, 87 p.

Journeay, J.M.
1993:
Tectonic assemblages of the Eastern Coast Belt, south-western British Columbia: Implications for the history and mechanisms of terrane accretion.. Tectonics, Vol. 12, No. 3, p. 756-775. Current Research, Part A; Geological Survey of Canada, Paper 931A, p. 221-233.

Journeay, J.M. and Friedman, R.M.
1993:
The Coast Belt Thrust System: evidence of Late Cretaceous shortening in the Coast Belt of SW British Columbia. Tectonics, Vol. 12, No. 3, p. 756-775.

Journeay, J.M. and Mahoney, J.B.
1994:
Cayoosh Assemblage: regional correlations and implications for terrane linkages in the southern Coast Belt, British Columbia. Current Research 1994-A; Geological Survey of Canada, p. 165-175.

Journeay, J.M. and Monger, J.W.H.
1994:
Geology and crustal structure of the southern coast and Intermontane Belts, southern Canadian Cordillera, British Columbia, Geological Survey of Canada, Open File ????, scale 1:500 000.

Journeay, J.M., Sanders, C., Van-Konijnenburg, J.H. and Jasma, M.
1992:
Fault systems of the eastern Coast Belt, southwest British Columbia. Current Research, Part A; Geological Survey of Canada, Paper 92-1A, p. 225-235.

Kuran, D.L. and McLeod, R.J.
1997a:
Geological and activities report, 1996 program, Ample/Goldmax property, Lillooet Mining Division. Unpublished report by Homestake Canada Inc.

Kuran, D.L. and McLeod, R.J.
1997b:
Assessment report on geology and diamond drilling, 1997 program, Ample/Goldmax property, Lillooet Mining Division. Unpublished report by Homestake Canada Inc.

Lefebure, D.V. and Church, B. N.
1996:
Polymetallic Veins Ag-Pb-Zn+/-Au. in Selected British Columbia Mineral Deposit Profiles, Volume 2 - Metallic Deposits, Lefebure, D.V. and Hõy, T, Editors, British Columbia Ministry of Energy of Employment and Investment, Open File1996-13, pages 67-70.

Leitch, C.H.B.
1990:
Bralorne: a mesothermal, shield-type vein gold deposit of Cretaceous age in southwestern British Columbia. CIM Bulletin, Vol. 83, No. 941, September, 1990, p. 53-80.

Lewis, P.D.
1996:
Structural geology of the Ample/Goldmax Property, Lillooet, British Columbia, reconnaissance examination. Unpublished report for Homestake Canada Inc.

Malahoff, B.
1998: Report on four mineral showings for Gold-Ore Resources Ltd. Unpublished report.

Pickett; J.W.
1998a:  Report on the Ample/Goldmax Property. Unpublished report for Gold-Ore Resources Ltd.

Pickett; J.W.
1998b:
Geological, geochemical and prospecting report on the Goldmax #15 claim block, Ample/Goldmax Property. Unpublished report for Gold-Ore Resources Ltd.

Pickett; J.W.
1998c:
Geological, geochemical and prospecting report on the Goldmax #16 claim block, Ample/Goldmax Property. Unpublished report for Gold-Ore Resources Ltd.

Pickett; J.W.
1999:
Report on the 1998 and 1999 mineral exploration programs - geology, soil geochemistry, prospecting and diamond drilling, Ample/Goldmax Property. Unpublished report for Gold-Ore Resources Ltd.

Scott, T.C.
1995:
Assessment report on geological, geochemical and geophysical work on the Ample/Goldmax property. Unpublished report by Pamicon Development Limited for Homestake Canada Inc.

18.0 CERTIFICATE OF AUTHOR

J. Wayne Pickett, M.Sc., P.Geo.
8256 McIntyre Street
Mission, BC
V2V 6T3
Telephone: 604 820 4011
Fax: 604 820 4063
Email: wpickett@shaw.ca

I, J. Wayne Pickett, M.Sc., P.Geo. do hereby certify that:

1.
I am a consulting geologist with a business office at: 8256 McIntyre Street, Mission, BC, Canada V2V 6T3

2.
I graduated with a Bachelor of Science degree in Geology from Memorial University of Newfoundland in 1974. In addition, I have obtained a Master of Science degree in Earth Sciences (Geology) from Memorial University of Newfoundland in 1989.

3.
I am a Registered Professional Geoscientist in good standing with the Association of Professional Engineers and Geoscientists of the Province of Newfoundland and Labrador, and the Association of Professional Engineers and Geoscientists of the Province of British Columbia.

4. I have worked as a geologist for a total of 27 years since my graduation from university.

5.
I have read the definition of “qualified person” set out in National Instrument 43-101 (“NI 43-101”) and certify that by reason of my education, affiliation with a professional association (as defined in NI 43-101) and past relevant work experience, I fulfill the requirements to be a “qualified person” for the purposes of NI 43-101.

6.
I am responsible for the preparation of sections 1 to 18 and Appendices B and C of the technical report titled “Technical Report on the Aumax Property” and dated November 28, 2002 (the “Technical Report”) relating to the Aumax property. Appendix A of the report was compiled by the author from information supplied by Eco-Tech Laboratories Ltd. of Kamloops, B.C. I visited the Aumax property on August 8, 1999 for one day; in addition I worked on the property for 14 days between October 4 and October 21, 1999.

7.
I have had prior involvement with the property that is the subject of the Technical Report. The nature of my prior involvement is as a consulting geologist supervising and working on an exploration program on the property for Gold-Ore Resources Ltd., Suite 1045-1050 West Pender St., Vancouver, B.C. V6E 3S7 during 1999.

8.
I am not aware of any material fact or material change with respect to the subject matter of the Technical Report that is not reflected in the Technical Report, the omission to disclose which makes the Technical Report misleading.
9.
I am independent of the issuer applying all of the tests in section 1.5 of National Instrument 43-101.

10.
I have read National Instrument 43-101 and Form 43-101F1, and the Technical Report has been prepared in compliance with that instrument and form.

11.
I consent to the filing of the Technical Report with any stock exchange and other regulatory authority and any publication by them, including electronic publication in the public company files on their websites accessible by the public, of the Technical Report.


Dated this 28th Day of November, 2002.



__________________________
Signature of Qualified Person


__________________________
Print name of Qualified Person
 



Appendix A
Analytical Procedures






Eco-Tech Labs of Kamloops, B.C, provided the following summaries of analytical procedures.

GEOCHEMICAL GOLD ANALYSIS
Samples are catalogued and dried. Soils are prepared by sieving through an 80 mesh screen to obtain a minus 80 mesh fraction. Samples unable to produce adequate minus 80 mesh material are screened at a coarser fraction. These samples are flagged with the relevant mesh. Rock samples are 2 stage crushed to minus 10 mesh and a 250 gram subsample is pulverized on a ring mill pulverizer to -140 mesh. The subsample is rolled, homogenized and bagged in a pre-numbered bag. The sample is weighed to 10/15/30 grams and fused along with proper fluxing materials. The bead is digested in aqua regia and analyzed on an atomic absorption instrument. Over-range values for rocks are re-analyzed using gold assay methods. Appropriate reference materials accompany the samples through the process allowing for quality control assessment. Results are entered and printed along with quality control data (repeats and standards). The data is faxed and/or mailed to the client.

GOLD ASSAY
Samples are sorted and dried (if necessary). The samples are crushed through a jaw crusher and cone or rolls crusher to -10 mesh. The sample is split through a Jones riffle until a -250 gram subsample is achieved. The subsample is pulverized in a ring & puck pulverizer to 95% - 140 mesh. The sample is rolled to homogenize. A 1/2 or 1.0 A.T. sample size is fire assayed using appropriate fluxes. The resultant dore bead is parted and then digested with aqua regia and then analyzed on a Perkin Elmer AA instrument. Appropriate standards and repeat sample (Quality Control components) accompany the samples on the data sheet.

METALLIC GOLD ASSAY
Samples are catalogued and dried. Rock samples are two stage crushed to minus 10 mesh, then split to achieve a 250 gram (approximate) sub sample. The sample is pulverized to 95% - 140 mesh. The sample is weighed, then rolled and homogenized and screened at 140 mesh. The -140 mesh fraction is homogenized and 2 samples are fire assayed for Au. The +140 mesh material is assayed entirely. The resultant fire assay bead is digested with acid and after parting is analyzed on a Perkin Elmer atomic absorption machine using air-acetylene flame to .03 grams/t detection limit. The entire set of samples is redone if the quality control standard is outside 2 standard deviations or if the blank is greater than .015 g/t. The values are calculated back to the original sample weight providing a net gold value as well as 2 -140 values and a single +140 mesh value. Results are collated by computer and are printed along with accompanying quality control data (repeats and standards). Results are printed on a laser printer and are faxed and/ or mailed to the client.

MULTI ELEMENT ICP ANALYSIS
Samples are catalogued and dried. Soil samples are screened to obtain a -80 mesh sample. Samples unable to produce adequate -80 mesh material are screened at a coarser fraction. These samples are flagged with the relevant mesh. Rock samples are 2 stage crushed to minus 10 mesh and pulverized on a ring mill pulverizer to minus 140 mesh, rolled and homogenized.
A 0.5 gram sample is digested with aqua regia which contains beryllium which acts as an internal standard. The sample is analyzed on a Jarrell Ash ICP unit.
Results are collated by computer and are printed along with accompanying quality control data (repeats and standards). Results are printed on a laser printer and are faxed and/or mailed to the client.


Appendix B
Analyses




CERTIFICATE OF ANALYSIS AK 99- 200

GOLD-ORE RESOURCES LTD. 08-Jul-99
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8


ATTENTION: WAYNE PICKETT/ALVIN JACKSON


No. of samples received: 5
Sample type: Soil
PROJECT #: None Given
SHIPMENT #: None Given
Samples submitted by: W. Pickett

ET#.
Tag #
Au (ppb)
Ag (ppm)
1
155609
10
1.1
2
155610
100
3.4
3
155611
20
0.3
4
155612
240
6.3
5
155613
120
3.5

QC DATA:

Repeat:

1
155609
20
1.2

Standard:

GEO'99
  
115
1.2





ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A.Sc.T.
XLS/99  B.C. Certified Assayer

XLS/99
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer



09-Jul-99
    
ECO-TECH LABORATORIES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-200
GOLD-ORE RESOURES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC V6C 2T8
     
Phone: 250-573-5700
  
No. of samples received: 5
Fax: 250-573-4557
  
Sample type: Soil
   
PROJECT #: None Given
   
SHIPMENT #: None Given
   
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported
    
     
Et#.
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
155609
10
1.6
3.03
460
200
<5
0.36
<1
29
51
56
5.02
<10
0.66
655
<1
<0.01
82
1310
20
<5
<20
17
0.07
10
67
<10
<1
143
2
155610
100
3.6
2.18
2040
150
15
0.37
1
53
70
156
8.87
<10
0.40
537
14
<0.01
170
1200
24
20
<20
14
<0.01
<10
58
<10
<1
268
3
155611
20
0.6
3.71
360
190
10
0.36
<1
30
69
74
5.54
<10
0.94
534
2
<0.01
92
920
14
<5
<20
17
0.10
<10
81
<10
3
158
4
155612
240
6.8
1.54
3035
115
<5
0.30
<1
50
50
217
8.34
<10
0.39
693
10
<0.01
149
660
46
10
<20
7
<0.01
<10
53
<10
<1
184
5
155613
120
3.8
1.64
1365
150
10
0.41
<1
36
46
124
7.54
<10
0.37
887
8
<0.01
117
620
12
<5
<20
17
<0.01
<10
47
<10
24
121

QC DATA:

Repeat:

1
155609
20
1.4
3.17
430
200
5
0.36
<1
29
51
59
5.05
<10
0.69
669
2
0.01
83
1320
18
<5
<20
16
0.07
<10
69
<10
<1
139


Standard:

GEO'99
115
1.2
1.77
65
145
5
1.82
<1
20
64
84
3.85
<10
0.97
667
<1
0.02
24
670
18
5
<20
54
0.10
<10
71
<10
10
65









df/200
XLS/99
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer




CERTIFICATE OF ASSAY AK 99-215

GOLD-ORE RESOURCES LTD.  08-Jul-99
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8


ATTENTION: WAYNE PICKETT/ALVIN JACKSON


No. of samples received: 5
Sample type: Rock
PROJECT #: None Given
SHIPMENT #: None Given
Samples submitted by: W. Pickett


ET #
Tag #
Au (g/t)
Au (oz/t)
Ag (g/t)
Ag (oz/t)
1
155614
1.13
0.033
218.4
6.37
2
155615
2.99
0.087
206.8
6.03


QC DATA:
Repeat:

1
155614
-
-
210.0
6.12









XLS/99
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A.Sc.T.
B.C. Certified Assayer




09-Jul-99
    
ECO-TECH LABORATORIES LTD.
10041 East Trans Canada Highway
Kamloops, B.C.
V2C 6T4
ICP CERTIFICATE OF ANALYSIS AK 99-215
GOLD-ORE RESOURES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8
     
   
ATTENTION: WAYNE PICKETT/ALVIN JACKSON
     
Phone: 250-573-5700
1.13
No. of samples received: 5
Fax: 250-573-4557
2.99
Sample type: Rock
   
PROJECT #: None Given
   
SHIPMENT #: None Given
   
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported
    
     
Et#.
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
155614
1130
218.4
0.07
665
15
<5
0.21
<1
5
195
506
0.95
<10
<0.01
192
5
<0.01
16
<10
180
230
<20
3
<0.01
<10
2
<10
<1
105
2
155615
2990
206.8
0.02
640
<5
<5
0.02
13
3
257
3109
0.79
<10
<0.01
79
<1
<0.01
13
<10
6638
6260
<20
<1
<0.01
<10
1
<10
<1
335
3
155616
160
15.2
0.21
5855
45
5
4.72
<1
38
108
80
5.46
<10
0.07
2177
4
<0.01
58
2760
18
20
<20
76
0.10
<10
10
<10
30
88
4
155617
20
2.2
0.04
260
20
<5
0.37
<1
4
132
6
0.87
<10
<0.01
810
<1
<0.01
10
60
4
<5
<20
<1
<0.01
<10
2
<10
<1
16
5
155618
315
10.2
0.18
3780
45
<5
3.86
<1
17
142
49
3.35
<10
0.50
1942
3
<0.01
33
1880
2
10
<20
165
<0.01
<10
8
<10
25
43

QC DATA:

GEO'99
115
1.6
1.77
90
155
<5
1.62
<1
19
59
91
3.68
<10
0.93
692
<1
0.02
24
760
22
5
<20
60
0.11
<10
75
<10
22
71






df/215
XLS/99
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
BC Certified Assayer




CERTIFICATE OF ASSAY AK 99-362

GOLD-ORE RESOURCES LTD.  19-Aug-99
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8


ATTENTION: WAYNE PICKETT


No. of samples received: 8
Sample type: Rock
PROJECT #: AUMAX
SHIPMENT #: 1
Samples submitted by: W. Pickett


ET #
Tag #
Au (g/t)
Au (oz/t)
Ag (g/t)
Ag (oz/t)
8
AR99+208
2.45
0.071
2700.0
78.740


QC DATA:
Repeat:

8
AR99+208
-
-
2710.0
79.032









XLS/99
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A.Sc.T.
B.C. Certified Assayer




17-Aug-99
    
ECO-TECH LABORATORIES LTD.
10041 East Trans Canada Highway
Kamloops, B.C.
V2C 6T4
ICP CERTIFICATE OF ANALYSIS AK 99-362
GOLD-ORE RESOURES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8
     
   
ATTENTION: WAYNE PICKETT
     
Phone: 250-573-5700
  
No. of samples received: 8
Fax: 250-573-4557
  
Sample type: Rock
   
PROJECT #: AUMAX
   
SHIPMENT #: 1
   
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported
    
     
Et#.
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
AR99+201
30
<0.2
0.10
805
25
<5
1.97
4
7
165
6
1.34
<10
0.09
325
5
<0.01
16
840
<2
<5
<20
52
<0.01
<10
3
<10
9
18
2
AR99+202
220
1.2
0.16
1490
40
<5
3.96
6
10
126
27
3.68
<10
0.32
822
3
<0.01
20
990
<2
<5
<20
81
<0.01
<10
5
<10
11
42
3
AR99+203
35
0.6
0.05
120
10
<5
0.15
1
3
170
24
0.95
<10
0.04
136
1
<0.01
14
80
<2
<5
<20
3
<0.01
<10
2
<10
<1
8
4
AR99+204
25
0.4
0.04
200
10
<5
0.02
<1
2
185
8
0.74
<10
<0.01
151
<1
<0.01
10
30
<2
<5
<20
<1
<0.01
<10
2
<10
<1
3
5
AR99+205
115
0.8
0.04
2155
45
<5
0.13
8
5
146
4
1.43
<10
<0.01
429
1
<0.01
9
120
<2
<5
<20
<1
<0.01
<10
3
<10
3
5
6
AR99+206
90
1.6
0.04
395
15
<5
0.09
2
5
191
6
1.33
<10
<0.01
596
2
<0.01
13
160
4
<5
<20
1
<0.01
<10
2
<10
<1
13
7
AR99+207
20
0.4
0.01
20
<5
<5
<0.01
<1
1
213
8
0.59
<10
<0.01
87
<1
<0.01
7
10
<2
<5
<20
<1
<0.01
<10
2
<10
<1
<1
8
AR99+208
>1000
>30
0.03
575
10
<5
0.02
13
1
173
3999
0.80
<10
<0.01
89
5
<0.01
7
<10
2808
3785
<20
2
<0.01
<10
<1
<10
<1
291

QC DATA:

Repeat:
1
AR99+201
35
0.4
0.09
815
20
<5
1.96
4
6
164
8
1.32
<10
0.09
318
5
<0.01
17
850
<2
<5
<20
47
<0.01
<10
3
<10
10
18

Resplit:
1
AR99+201
35
0.4
0.10
825
15
<5
1.97
3
6
167
6
1.36
<10
0.09
329
5
<0.01
17
900
<2
<5
<20
46
<0.01
<10
4
<10
8
18

Standard:
GEO'99
125
1.4
1.75
65
155
<5
1.82
<1
19
66
86
3.81
<10
0.92
648
<1
0.02
22
670
20
10
<20
52
0.08
<10
76
<10
8
65


df/348
XLS/99
cc: Gary Polischuk
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
BC Certified Assayer




Eco-Tech
Laboratories Ltd.
Assaying
Geochemistry
Analytical Chemistry
Environmental Testing
 
10041 E. Trans Canada Hwy., R.R. #2, Kamloops, B.C. V2C 6T4
Phone (250) 573-5700 Fax (250) 573-1557
email: ecotech@mail.wkpowerlink.com


CERTIFICATE OF ASSAY AK 99-363


GOLD-ORE RESOURCES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8

ATTENTION: WAYNE PICKETT

No. of samples received: 7
Sample type: Soil
PROJECT#: AUMAX
SHIPMENT #: 1
Samples submitted by: W. Pickett

ET#
Tag#
Au (g/t)
Au (oz/t)
Ag (g/t)
Ag (oz/t)
As (%)
2
A99+102
1.79
0.052
27.6
0.81
2.22
3
A99+103
4.30
0.125
-
-
2.55
4
A99+104
2.95
0.086
30.9
0.90
2.74

QC/DATA:

Standard:
STD-M
1.35
0.039
-
-
-
Mp-1A
  
-
69.6
2.03
0.87



_______________________________
ECO-TECH LABORATORIES LTD.
Per: Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer
XLS/99

20-Aug-99

ECO-TECH LABORATORIES LTD.  ICP CERTIFICATE OF ANALYSIS AK 99-363  GOLD-ORE RESOURCES LTD. 10041 East Trans Canada Highway   1540-750 WEST PENDER STREET
KAMLOOPS, B.C. VANCOUVER, BC
V2C 6T4 V6C 2T8
 
Phone: 250-573-5700  ATTENTION: WAYNE PICKETT
Fax : 250-573-4557
No. of samples received: 7
Sample type: Soil
PROJECT #: AUMAX
SHIPMENT #: 1
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported
Et #. Et #.
Tag # Tag #
Au(ppb)
Ag
l %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
A99+101
190
4.0
1.25
2135
140
<5
0.38
8
40
21
118
6.29
10
0.28
1958
12
<0.01
89
1080
14
<5
<20
32
0.01
<10
31
<10
27
155
2
A99+102
>1000
>30
0.61
>10000
190
20
0.44
58
187
5
141
>10
20
<0.01
5094
13
<0.01
305
2180
28
<5
<20
53
<0.01
<10
13
<10
70
207
3
A99+103
>1000
15.8
0.14
>10000
145
25
0.82
93
65
4
115
>10
10
<0.01
4845
14
<0.01
131
1700
12
<5
<20
86
<0.01
<10
14
<10
16
162
4
A99+104
>1000
>30
0.27
>10000
185
20
1.31
99
95
<1
176
>10
20
<0.01
6061
15
<0.01
183
4030
16
10
<20
159
<0.01
<10
19
<10
56
328
5
A99+105
760
6.6
0.72
7810
135
<5
0.16
20
69
4
302
>10
<10
<0.01
2757
12
<0.01
72
970
16
<5
<20
18
<0.01
<10
38
<10
<1
144
6
A99+106
205
6.2
1.43
845
120
5
0.12
4
15
21
77
6.33
10
0.20
610
9
<0.01
39
1810
12
<5
<20
16
<0.01
<10
27
<10
1
123
7
A99+107
250
2.0
2.47
1645
155
<5
0.17
6
46
44
134
7.86
20
0.84
1861
9
<0.01
92
1790
12
<5
<20
17
0.02
<10
65
<10
28
154


QC DATA:

Repeat:
1
A99+101
-
3.8
1.27
2090
140
5
0.37
10
40
20
121
6.25
10
0.29
1950
13
<0.01
88
1070
14
<5
<20
29
<0.01
<10
31
<10
25
152
2
A99+102
>1000
-
-
-
-
-
-
-
-
-
-
-
-
-
-
                            

Standard:
GEO'99
115
1.6
1.74
80
160
10
1.88
3
20
64
87
3.87
<10
0.96
648
<1
0.02
22
700
24
10
<20
57
0.08
<10
78
<10
8
66



ECO-TECH LABORATORIES LTD.
df/344
Frank J. Pezzotti, A.Sc.T.
XLS/99
B.C. Certified Assayer













14-Oct-99
ECO-TECH LABORATORIES LTD.
       
ICP CERTIFICATE OF ANALYSIS AK 99-564
       
GOLD-ORE RESOURCES LTD.
10041 East Trans Canada Highway
                 
999 W. HASTINGS STREET
KAMLOOPS, B.C.
                 
VANCOUVER, BC
V2C 6T4
                 
V6C 2W2
Phone: 250-573-5700
                 
ATTENTION: WAYNE PICKETT
Fax
: 250-573-4557
                   
                   
No. of samples received: 93
                   
Sample type: Soil
                   
PROJECT #: None Given
                   
SHIPMENT #: None Given
Values in ppm unless otherwise reported
                 
Samples submitted by: W. Pickett
Et #.
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe%
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
BL0+00
10
<0.2
1.62
25
180
<5
0.33
<1
20
27
53
3.32
<10
0.49
1319
2
0.02
26
2060
8
<5
<20
27
0.06
<10
52
<10
18
146
2
L0+00 0+50E
10
0.6
1.49
500
200
<5
0.45
<1
30
27
121
5.19
10
0.34
1682
7
0.01
59
1610
6
<5
<20
47
0.02
<10
48
<10
17
151
3
L0+00 1+00E
10
0.4
2.37
305
150
<5
0.45
<1
27
45
87
5.14
<10
0.77
1074
5
0.01
62
1580
<2
<5
<20
30
0.06
<10
61
<10
8
123
4
L0+00 1+50E
10
0.8
3.11
280
165
5
0.25
<1
20
44
56
4.51
<10
0.55
429
4
0.01
45
2810
<2
<5
<20
13
0.04
<10
74
<10
<1
168
5
L0+00 2+00E
15
1.4
2.32
120
135
10
0.14
<1
16
37
30
3.89
<10
0.43
399
4
0.01
28
1720
2
<5
<20
13
0.03
<10
74
<10
<1
120
6
L0+00 2+50E
30
<0.2
2.15
195
165
<5
0.26
<1
26
35
136
6.23
<10
0.65
531
8
< 0.01
78
960
<2
<5
<20
20
0.04
<10
64
<10
19
192
7
L0+00 0+50W
5
2.4
2.15
25
165
<5
0.43
1
16
27
33
3.27
20
0.46
964
3
0.02
21
2090
10
<5
<20
36
0.04
<10
59
<10
43
149
8
L0+00 1+00W
<5
<0.2
2.61
35
150
<5
0.27
<1
22
35
92
5.73
20
0.63
402
9
0.01
56
1290
2
10
<20
24
0.01
<10
81
<10
<1
179
9
L0+00 1+50W
5
<0.2
2.27
45
140
<5
0.23
1
21
23
104
5.29
<10
0.34
546
7
0.01
54
830
2
<5
<20
16
0.02
<10
51
<10
<1
174
10
L0+00 2+00W
5
<0.2
4.14
45
195
5
0.47
1
31
47
65
4.65
10
0.82
1568
1
0.02
67
5560
4
<5
<20
33
0.12
<10
67
<10
30
345
11
L0+00 2+50W
5
<0.2
2.46
100
140
5
0.15
<1
16
55
39
4.63
<10
0.52
850
6
< 0.01
37
2040
<2
5
<20
10
0.02
<10
76
<10
<1
125
12
L0+50N 0+25E
15
0.4
1.85
190
155
<5
0.23
<1
20
29
84
4.47
<10
0.50
791
10
< 0.01
47
660
4
<5
<20
14
0.03
<10
57
<10
4
149
13
L0+50N 0+50E
15
<0.2
2.42
245
110
<5
0.30
<1
29
48
106
5.90
<10
1.01
535
6
0.01
60
460
<2
<5
<20
16
0.05
<10
87
<10
<1
118
14
L0+50N 1+00E
10
<0.2
1.89
115
150
<5
0.60
<1
26
31
110
4.81
20
0.71
1228
7
0.01
60
620
8
<5
<20
28
0.05
<10
47
<10
51
141
15
L0+50N 1+50E
15
<0.2
1.86
335
140
<5
0.24
<1
23
28
90
5.52
<10
0.39
487
8
< 0.01
56
1110
4
<5
<20
16
0.01
<10
55
<10
<1
131
16
L0+50N 2+00E
15
<0.2
2.57
130
135
10
0.18
<1
21
56
45
4.38
<10
0.69
382
3
0.01
44
750
<2
<5
<20
13
0.07
<10
83
<10
<1
107
17
L0+50N 2+50E
15
<0.2
3.50
85
160
10
0.20
<1
20
54
53
5.20
<10
0.67
373
3
0.01
47
790
<2
<5
<20
17
0.10
<10
75
<10
<1
96
18
L0+50N 0+50W
10
<0.2
2.05
100
150
<5
0.16
<1
15
28
69
3.69
<10
0.50
475
7
0.01
33
1070
4
<5
<20
12
0.02
<10
64
<10
2
130
19
L0+50N 1+00W
5
<0.2
2.61
35
150
5
0.47
<1
21
36
35
3.57
<10
0.57
584
2
0.02
36
1470
<2
<5
<20
25
0.10
<10
72
<10
6
163
20
L0+50N 1+50W
30
0.4
3.59
540
180
5
0.38
<1
23
34
82
4.95
<10
0.85
440
5
0.02
56
1390
8
<5
<20
27
0.05
<10
82
<10
11
162


 


GOLD-ORE RESOURCES LTD.  ICP CERTIFICATE OF ANALYSIS AK 99-564  ECO-TECH LABORATORIES LTD.


Et#
Tag #
Au (ppb)
Ag
Al%
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Z
21
L0+50N 2+00W
30
<0.2
2.54
160
110
5
0.24
<1
27
47
120
5.79
<10
1.21
641
5
0.01
65
590
<2
<5
<20
17
0.09
<10
72
<10
17
122
22
L0+50N 2+50W
15
<0.2
2.92
90
130
5
0.34
<1
29
61
142
5.78
<10
1.37
567
3
0.02
76
300
<2
<5
<20
19
0.12
<10
78
<10
12
99
23
BL 1+00N
15
0.4
2.88
70
235
<5
0.13
<1
18
31
74
4.66
<10
0.43
297
5
0.01
50
3730
<2
<5
<20
12
0.02
<10
59
<10
<1
133
24
L1+00N 0+50E
25
<0.2
3.02
45
150
<5
0.47
<1
22
36
71
4.08
10
0.73
604
3
0.02
60
1490
6
<5
<20
23
0.08
<10
58
<10
49
128
25
L1+00N 1+00E
15
<0.2
3.31
65
165
<5
0.39
<1
29
47
71
4.77
10
0.80
867
3
0.02
64
1240
4
<5
<20
26
0.07
<10
81
<10
21
129
26
L1+00N 1+50E
10
<0.2
4.16
55
125
<5
0.15
<1
38
70
143
7.92
10
1.92
1028
8
<0.01
80
1220
<2
<5
<20
12
0.01
<10
147
<10
<1
129
27
L1+00N 2+00E
15
<0.2
2.98
65
130
<5
0.21
<1
17
52
31
4.35
<10
0.53
442
2
0.01
28
2470
2
<5
<20
15
0.09
<10
88
<10
<1
141
28
L1+00N 2+50E
25
<0.2
2.78
170
130
10
0.30
<1
25
58
49
4.68
<10
0.79
424
1
0.01
47
790
<2
<5
<20
16
0.13
<10
92
<10
<1
89
29
L1+00N 0+50W
80
0.2
3.20
50
165
<5
0.21
1
34
49
108
5.27
10
0.95
1471
4
0.01
62
3310
6
<5
<20
20
0.04
<10
85
<10
4
182
30
L1+00N 1+00W
20
0.8
0.71
220
80
<5
0.15
<1
37
18
193
9.18
10
0.10
565
13
<0.01
81
1150
8
<5
<20
11
<0.01
<10
51
<10
<1
167
31
L1+00N 1+50W
20
0.6
2.26
70
175
<5
0.21
1
26
28
101
5.76
<10
0.47
625
9
0.01
70
1360
4
<5
<20
19
0.02
<10
55
<10
<1
176
32
L1+00N 2+00W
<5
<0.2
2.16
35
155
<5
0.40
<1
20
39
28
3.23
<10
0.64
904
1
0.01
38
1410
4
<5
<20
30
0.10
<10
65
<10
7
125
33
L1+00N 2+50W
55
<0.2
2.55
70
145
5
0.26
<1
25
45
107
5.30
20
0.95
734
3
0.01
60
1440
6
<5
<20
20
0.08
<10
74
<10
11
158
34
BL 1+50N
5
<0.2
0.90
<5
135
<5
0.25
<1
11
18
21
2.02
<10
0.23
990
1
0.01
13
860
4
<5
<20
20
0.06
<10
46
<10
9
79
35
L1+50N 0+50E
10
<0.2
2.10
35
205
5
0.40
<1
29
34
113
6.11
<10
0.66
1174
8
<0.01
64
1070
<2
<5
<20
33
0.01
<10
70
<10
6
141
36
L1+50N 0+75E
110
<0.2
3.16
35
265
5
0.54
1
27
47
85
5.47
10
0.87
1451
6
0.01
67
1760
<2
<5
<20
38
0.03
<10
83
<10
4
138
37
L1+50N 1+00E
5
<0.2
2.13
35
215
<5
0.34
<1
31
34
134
6.60
20
0.65
1085
9
<0.01
70
1440
4
<5
<20
23
<0.01
<10
68
<10
21
143
38
L1+50N 1+50E
25
0.6
1.97
125
165
5
0.24
<1
22
37
63
5.56
10
0.47
704
6
<0.01
47
1330
4
<5
<20
16
0.02
<10
64
<10
<1
112
39
L1+50N 2+00E
110
<0.2
2.36
255
185
<5
0.39
<1
24
52
66
4.80
<10
0.73
571
3
<0.01
48
1080
<2
<5
<20
21
0.07
<10
81
<10
4
100
40
L1+50N 2+50E
15
<0.2
2.51
200
250
<5
0.55
<1
29
63
57
5.16
<10
0.95
1279
4
0.01
48
890
4
<5
<20
29
0.08
<10
97
<10
<1
105
41
L1+50N 0+25W
<5
0.6
0.76
<5
160
<5
0.18
1
37
30
171
8.82
40
0.17
2289
11
<0.01
77
790
6
<5
<20
15
<0.01
<10
63
<10
201
131
42
L1+50N 0+50W
15
<0.2
3.24
70
180
5
0.24
<1
33
58
102
6.69
<10
1.40
1251
7
<0.01
69
1170
2
<5
<20
20
0.02
<10
114
<10
<1
123
43
L1+50N 0+75W
30
<0.2
2.50
245
135
<5
0.37
<1
29
41
132
6.29
10
1.01
710
9
<0.01
65
810
8
<5
<20
24
0.02
<10
76
<10
10
142
44
L1+50N 1+00W
30
<0.2
2.10
175
110
<5
0.22
<1
27
37
149
5.95
10
0.93
732
8
0.01
65
430
6
<5
<20
16
0.03
<10
63
<10
19
137
45
L1+50N 1+50W
10
<0.2
3.12
95
160
5
0.36
<1
16
33
37
3.72
<10
0.50
527
2
0.02
39
3230
4
<5
<20
21
0.07
<10
58
<10
4
109
46
L1+50N 2+00W
5
<0.2
2.91
55
140
10
0.37
<1
23
41
48
4.41
<10
0.76
756
3
0.02
54
1210
4
<5
<20
20
0.08
<10
69
<10
7
124
47
L1+50N 2+50W
10
<0.2
3.42
50
165
15
1.23
<1
22
44
36
4.20
10
1.05
407
1
0.03
38
1010
<2
<5
<20
76
0.10
<10
62
<10
34
103
48
BL 1+75N
15
<0.2
2.42
105
150
<5
0.16
1
26
41
119
5.91
10
1.05
718
8
<0.01
64
690
6
<5
<20
14
0.04
<10
68
<10
10
144
49
L1+75N 0+50W
<5
0.4
1.22
45
150
<5
0.22
<1
31
21
127
6.51
10
0.26
711
10
<0.01
77
990
6
<5
<20
13
<0.01
<10
50
<10
<1
152
50
L1+75N 0+75W
20
<0.2
1.98
210
160
<5
0.13
<1
25
35
131
5.75
10
0.71
663
8
<0.01
65
510
6
<5
<20
14
0.01
<10
62
<10
11
134
51
L1+75N 1+00W
<5
<0.2
1.85
100
145
<5
0.36
1
28
27
345
6.65
20
0.46
1526
7
<0.01
82
1610
16
<5
<20
20
0.01
<10
54
<10
18
156
52
BL 2+00N
5
<0.2
2.09
65
150
5
0.38
<1
32
37
118
6.11
20
0.81
1060
8
<0.01
65
1990
4
<5
<20
30
0.01
<10
67
<10
8
150
53
L2+00N 0+25W
25
<0.2
2.39
185
135
10
0.17
<1
30
37
142
6.57
20
0.93
694
9
<0.01
72
710
6
<5
<20
18
0.01
<10
68
<10
9
155
54
L2+00N 0+50W
5
0.6
2.21
80
175
<5
0.35
<1
32
32
143
7.99
20
0.60
848
12
<0.01
75
770
8
<5
<20
19
<0.01
<10
57
<10
26
156
55
L2+00N 0+75W
65
0.6
1.40
255
115
5
0.39
<1
32
22
146
7.20
20
0.25
633
12
<0.01
77
640
6
<5
<20
23
<0.01
<10
45
<10
21
163



 


GOLD-ORE RESOURCES LTD. ICP CERTIFICATE OF ANALYSIS AK 99-564        ECO-TECH LABORATORIES LTD.
 

 
Et#
Tag #
Au (ppb)
Ag
Al%
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Z
56
L2+00N 1+00W
5
<0.02
1.76
50
195
<5
0.32
1
26
32
89
5.05
20
0.45
962
8
0.01
61
960
8
<5
<20
25
0.02
<10
64
<10
5
167
57
L2+00N 1+50W
5
<0.2
2.51
65
155
10
0.52
1
21
33
42
3.76
10
0.44
1256
2
0.02
42
1110
8
<5
<20
28
0.08
<10
60
<10
20
127
58
L2+00N 2+00W
15
<0.2
2.91
165
120
5
0.35
<1
33
55
114
6.95
10
1.49
760
5
0.01
77
1260
<2
<5
<20
19
0.12
<10
97
<10
8
131
59
L2+00N 2+50W
<5
<0.2
3.35
30
140
10
0.51
<1
36
77
78
6.16
<10
1.94
859
<1
0.01
81
1570
2
<5
<20
31
0.25
<10
103
<10
16
139
60
BL2+
25N
25
<0.2
2.11
220
130
<5
0.21
<1
32
50
141
6.35
10
0.98
688
7
<0.01
78
910
4
<5
<20
18
0.03
<10
72
<10
3
143
61
L2+ 25N 0+25W
10
<0.2
2.56
150
170
5
0.29
<1
31
52
110
5.64
<10
0.87
791
6
0.01
77
1620
<2
<5
<20
19
0.04
<10
75
<10
<1
156
62
L2+25N 0+50W
20
<0.2
2.55
160
155
5
0.23
<1
29
43
123
6.20
10
1.08
557
8
0.01
66
670
2
<5
<20
17
0.05
<10
81
<10
9
139
63
L2+25N 0+75W
35
<0.2
2.08
190
125
<5
0.20
<1
32
47
145
6.45
10
0.93
684
8
<0.01
79
550
4
<5
<20
13
0.02
<10
74
<10
5
142
64
L2+25N 1+00W
10
<0.2
2.75
50
215
5
0.33
<1
21
39
64
4.24
10
0.58
568
4
0.01
63
1380
4
<5
<20
20
0.05
<10
61
<10
8
126
65
BL2+
50N
20
0.2
2.23
310
135
5
0.26
<1
34
59
122
6.33
<10
1.01
696
7
<0.01
81
420
6
<5
<20
16
0.04
<10
80
<10
3
132
66
L2+50N 0+25W
40
1.0
2.38
405
165
5
0.31
<1
35
58
129
6.20
<10
1.05
671
6
<0.01
87
770
4
<5
<20
24
0.05
<10
77
<10
<1
131
67
L2+50N 0+50W
20
<0.2
2.17
190
130
<5
0.21
<1
33
48
153
6.58
10
0.98
695
8
<0.01
79
550
2
<5
<20
17
0.02
<10
76
<10
5
144
68
L2+50N 0+75W
10
<0.2
2.98
235
170
<5
.028
<1
35
67
112
5.88
<10
1.13
631
4
<0.01
79
680
<2
<5
<20
17
0.08
<10
89
<10
<1
144
69
L2+50N 1+00W
15
<0.2
3.06
140
160
<5
0.31
<1
32
65
103
5.72
<10
1.00
605
5
0.01
77
1030
2
<5
<20
21
0.05
<10
87
<10
<1
116
70
L+50N 1+50W
10
<0.2
1.61
145
115
<5
0.21
<1
31
41
146
6.10
10
0.65
589
8
<0.01
78
480
4
<5
<20
15
0.03
<10
63
<10
6
146
71
L2+50N 2+00W
10
<0.2
2.41
95
130
<5
0.25
1
25
44
97
5.36
10
1.01
523
5
0.01
62
1340
<2
<5
<20
21
0.06
<10
70
<10
6
120
72
L2+50N 2+50W
*
<0.2
2.36
105
125
<5
0.25
<1
25
44
94
5.30
10
1.00
514
4
0.01
61
1310
4
<5
<20
18
0.06
<10
69
<10
7
119
73
BL2
+75N
*
<0.2
2.38
155
120
10
0.30
<1
25
46
89
5.18
<10
1.13
538
3
0.01
60
1090
<2
<5
<20
19
0.11
<10
70
<10
11
106
74
L2+75N 0+25W
10
28.6
1.80
2650
145
<5
0.38
<1
52
46
250
7.73
<10
0.57
661
8
<0.01
163
500
46
50
<20
29
<0.01
<10
48
<10
6
196
75
L2+75N 0+50W
25
0.2
2.28
205
155
<5
0.28
<1
28
52
80
5.05
<10
0.91
508
4
<0.01
64
480
4
<5
<20
17
0.06
<10
74
<10
<1
121
76
L2+75N 0+75W
20
4.2
2.68
310
155
5
0.29
<1
29
60
85
5.47
<10
1.03
585
6
<0.01
72
340
<2
<5
<20
18
0.02
<10
90
<10
<1
93
77
L2+75N 1+00W
25
1.0
3.15
375
165
<5
0.37
<1
40
79
143
6.20
<10
1.17
839
5
<0.01
92
690
4
10
<20
20
0.06
<10
86
<10
<1
119
78
BL 3+
00N
35
6.0
2.65
900
140
5
0.28
<1
43
52
140
6.93
10
0.68
571
8
<0.01
105
720
24
10
<20
19
0.02
<10
77
<10
<1
142
79
L3+00N 0+25W
35
1.0
3.31
400
150
<5
0.40
<1
48
138
154
8.12
<10
1.32
674
6
<0.01
136
580
<2
<5
<20
18
0.03
<10
95
<10
<1
115
80
L3+00N 0+50W
25
<0.2
3.23
305
150
5
0.43
<1
43
132
139
6.53
<10
1.51
641
5
<0.01
105
620
<2
<5
<20
19
0.05
<10
103
<10
<1
116
81
L3+00N 0+75W
5
2.2
3.02
540
175
<5
0.34
<1
38
95
96
6.30
<10
1.14
597
4
0.01
96
630
<2
<5
<20
18
0.04
<10
90
<10
<1
106
82
L3+00N 1+00W
15
1.4
2.57
490
135
<5
0.28
<1
32
63
100
5.76
<10
0.95
523
6
0.01
78
460
2
<5
<20
15
0.04
<10
78
<10
<1
112
83
L3+00N 1+50W
<5
<0.2
2.95
65
120
10
0.36
<1
33
69
75
5.81
<10
1.65
647
<1
0.01
74
1180
4
<5
<20
22
0.22
<10
91
<10
19
117
84
L3+00N 2+00W
<5
<0.2
3.07
20
165
10
0.45
<1
27
48
44
4.43
<10
1.23
639
<1
0.02
72
1780
4
<5
<20
31
0.17
<10
73
<10
21
176
85
L3+00N 2+50W
10
0.2
2.60
55
150
10
0.37
<1
24
47
44
4.12
<10
0.80
597
2
0.01
56
2170
4
<5
<20
19
0.09
<10
66
<10
5
132
86
BL 3+ 25N
<5
1.0
2.49
210
135
5
0.25
<1
28
60
59
5.64
<10
0.65
557
6
<0.01
73
580
2
<5
<20
12
0.03
<10
80
<10
<1
110
87
L3+25N
0+25W
<5
1.4
2.90
140
160
5
0.32
<1
30
60
51
4.51
<10
0.63
1131
3
0.02
59
2440
10
<5
<20
16
0.06
<10
76
<10
<1
128
88
L3+25N 0=50W
30
<0.2
3.41
990
130
5
0.27
<1
52
85
122
7.57
<10
1.26
697
8
<0.01
110
990
<2
<5
<20
18
0.03
<10
113
<10
<1
132
89
L3+25N 0+75W
15
1.0
2.59
185
145
5
0.18
<1
26
45
90
5.11
10
0.73
495
5
0.01
58
1250
4
<5
<20
13
0.04
<10
69
<10
4
136
90
L3+25N 1+00W
<5
0.4
55
85
135
<5
0.37
<1
21
44
35
4.04
<10
0.67
468
3
0.01
46
1760
2
<5
<20
20
0.07
<10
67
<10
3
107

 





GOLD-ORE RESOURCES LTD.
CP CERTIFICATE OF ANALYSIS AK 99-564
ECO-TECH LABORATORIES LTD.
     
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
91
BL 3+50N
<5
<0.2
2.12
105
130
10
0.27
<1
25
48
32
3.90
<10
0.65
575
2
0.01
43
1020
4
<5
<20
12
0.07
<10
78
<10
<1
102
92
A99+12
90
<0.2
3.70
485
215
10
0.46
<1
42
85
133
6.34
10
1.56
1191
2
0.02
98
310
4
<5
<20
30
0.16
<10
96
<10
23
164
93
A99+13
160
<0.2
2.37
2715
160
<5
0.53
<1
47
65
184
8.25
10
1.35
1363
18
0.01
128
680
10
<5
<20
43
0.09
<10
77
<10
30
194
                                                             
QC DATA:

Repeat:

Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
BL0 +00
5
<0.2
1.62
25
180
<5
0.33
<1
20
27
53
3.32
<10
0.49
1319
2
0.02
26
2060
8
<5
<20
27
0.06
<10
52
<10
18
146
10
L0+00 2+00W
5
<0.2
4.14
45
195
5
0.47
1
31
47
65
4.65
10
0.82
1568
1
0.02
67
5560
4
<5
<20
33
0.12
<10
67
<10
30
345
19
L0+50N 1+00W
-
<0.2
2.61
35
150
5
0.47
<1
21
36
35
3.57
<10
0.57
584
2
0.2
36
1470
<2
<5
<20
25
0.10
<10
72
<10
6
163
20
L0+50N 1+50W
35
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
32
L1+00N 2+00W
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
36
L1+50N 0+75E
-
<0.2
3.16
35
265
5
0.54
1
27
47
85
5.47
10
0.87
1451
6
0.01
67
1760
2
<5
<20
38
0.03
<10
83
<10
4
138
41
L1+50N 0+25W
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
45
L1+50N 0+25W
-
<0.2
3.12
95
160
5
0.36
<1
16
33
37
3.72
<1
.50
527
2
0.02
39
3230
4
<5
<20
21
0.7
<10
58
<10
4
109
51
L1+75N 1+00W
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
54
L2+00N 0+50W
-
0.6
2.21
80
175
<5
0.35
<1
32
32
143
7.99
20
0.60
848
12
<0.01
75
770
8
<5
<20
19
<0.01
<10
57
<10
26
156
63
L2+25N 0+75W
20
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
71
L2+50N 2+00W
-
<0.2
2.41
95
130
<5
0.25
1
25
44
97
5.36
10
1.01
523
5
0.01
62
1340
2
<5
<20
21
0.06
<10
70
<10
6
120
72
L2+50N 2+50W
*
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
80
L3+00N 0+50W
-
<0.2
3.23
305
150
5
0.43
<1
43
132
139
6.53
<1
1.51
641
5
<0.01
105
620
<2
<5
<20
18
0.05
<10
103
<10
<1
116
82
L3+00N 1+00W
20
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
                                                             
Standard:

GEO’99
125
1.0
1.82
65
150
<5
1.85
<1
18
66
84
3.87
<10
0.94
652
<1
0.02
25
680
18
5
<20
64
0.11
<10
76
<10
8
67
GEO’99
115
1.0
1.68
65
160
5
1.80
<1
17
64
87
3.85
<10
0.96
695
<1
0.02
23
620
18
<5
<20
66
0.10
<10
71
<10
8
68
GEO’99
120
1.2
1.85
70
165
5
1.91
1
21
68
80
4.01
10
1.03
710
1
0.01
22
710
20
5
20
60
0.10
10
81
10
7
74

NOTE: * = Au results still to come

ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer

df/564
XLS/99










14-Oct-99
    
     
ECO-TECH LABORATORIES LTD.
10041 East Trans Canada Highway
Kamloops, B.C.
V2C 6T4
ICP CERTIFICATE OF ANALYSIS AK 99-567
GOLD-ORE RESOURCES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8
     
Phone: 250-573-5700
Fax: 250-573-4557
  
ATTENTION: WAYNE PICKETT
   
No. of samples received: 85
Sample type: Soil
PROJECT #: None Given
SHIPMENT #: None Given
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported

Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
L1+75N 0+25E
15
<0.2
1.99
235
185
5
0.24
<1
27
35
86
6.20
10
0.56
761
7
<0.01
64
2000
10
<5
<20
15
<0.01
<10
62
<10
<1
175
2
L1+75N 0+50E
15
0.4
1.92
110
130
<5
0.20
<1
30
34
163
6.81
10
1.11
909
10
<0.01
74
560
10
<5
<20
15
<0.01
<10
62
<10
17
174
3
L1+75N 0+75E
20
2.4
2.36
325
130
5
0.19
<1
29
41
95
6.24
<10
1.11
650
6
<0.01
69
1040
12
5
<20
11
<0.01
<10
75
<10
<1
140
4
L1+75N 1+00E
15
1.6
1.56
320
110
5
0.24
<1
30
42
96
6.11
<10
0.53
629
7
<0.01
74
1480
10
<5
<20
15
<0.01
<10
70
<10
<1
138
5
L2+0N 0+40E
5
<0.2
1.74
60
200
10
0.50
<1
21
35
36
3.73
<10
0.52
1491
4
0.01
32
2130
10
<5
<20
24
0.01
<10
60
<10
7
122
6
L2+00N 0+50E
15
3.2
2.46
330
185
10
0.26
<1
32
49
94
6.33
20
0.99
1176
6
<0.01
73
1200
12
<5
<20
13
<0.01
<10
79
<10
5
140
7
L2+00N 0+75E
25
5.2
2.22
735
160
<5
0.22
<1
32
44
101
6.40
10
0.88
745
7
<0.01
71
900
16
<5
<20
13
<0.01
<10
74
<10
6
144
8
L2+00N 1+00E
<5
<0.2
2.0
145
130
10
0.21
<1
25
40
75
5.60
<10
0.81
651
7
<0.01
51
1030
8
<5
<20
11
<0.01
<10
77
<10
<1
118
9
L2+00N 1+50E
5
<0.2
2.14
135
175
10
0.27
<1
30
38
122
6.21
10
0.63
790
9
<0.01
74
790
12
<5
<20
15
0.01
<10
60
<10
<1
141
10
L2+00N 2+00E
<5
<0.2
2.58
110
145
10
0.24
<1
22
49
48
5.23
<10
0.58
557
5
<0.01
47
1890
12
<5
<20
12
<0.01
<10
71
<10
<1
150
11
L2+00N 2+50E
10
<0.2
2.19
75
200
5
0.28
<1
22
36
68
5.26
<10
0.55
540
6
<0.01
51
1180
10
<5
<20
15
<0.01
<10
65
<10
<1
157
12
L2+25N 0+25E
<5
<0.2
1.76
100
135
1
0.17
<1
22
34
66
5.02
<10
0.71
709
6
<0.01
45
930
10
<5
<20
9
<0.01
<10
62
<10
<1
119
13
L2+25N 0+50E
5
1.2
2.12
155
185
10
0.27
<1
24
42
63
4.83
<10
0.69
1184
5
<0.01
55
1070
10
<5
<20
12
<0.01
<10
61
<10
5
123
14
L2+25N 0+75E
5
0.4
2.78
165
145
5
0.33
<1
32
51
91
6.50
10
0.95
921
7
<0.01
75
1510
12
<5
<20
16
<0.01
<10
82
<10
2
139
15
L2+25N 1+00E
<5
<0.2
2.94
70
175
10
0.18
<1
28
50
76
5.99
10
1.19
755
6
<0.01
59
1300
10
<5
<20
12
<0.01
<10
90
<10
<1
135
16
L2+50N 0+25E
25
0.4
1.96
285
175
<5
.24
<1
34
51
135
7.9
20
0.72
864
8
<0.01
91
760
8
<5
<20
12
<0.01
<10
87
<10
14
140
17
L2+50N 0+50E
<5
0.2
2.42
75
195
5
0.25
<1
24
47
53
5.27
<10
0.65
727
5
<0.1
50
1740
10
<5
<20
12
<0.01
<10
81
<10
<1
124
18
L2+50N 0+75E
55
0.6
2.80
140
11
5
.16
<1
32
53
123
7.04
10
1.69
863
8
<0.01
73
850
8
<5
<20
10
<0.01
<10
87
<10
<1
146
19
L2+50N 1+00E
5
1.0
2.51
110
135
5
0.22
<1
42
59
153
7.74
20
1.32
988
8
<0.01
122
930
4
<5
<20
12
<0.01
<10
73
<10
<1
162
20
L2+50N 1+50E
<5
<0.2
2.32
75
185
5
0.17
<1
19
33
57
4.44
10
0.47
639
5
<0.01
39
700
10
<5
<20
9
<0.01
<10
67
<10
<1
157
GOLD-ORE RESOURCES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-567
ECO-TECH LABORATORIES LTD.
                                                             
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
21
L2+50N 2+00E
<5
<0.2
3.00
110
215
5
0.23
<1
32
49
95
5.90
10
1.05
906
6
<0.01
66
930
16
<5
<20
13
<0.01
<10
81
<10
<1
186
22
L2+50N 2+50E
10
<0.2
2.30
170
130
<5
0.23
<1
29
48
108
6.34
<10
1.04
721
7
<0.01
62
1610
10
<5
<20
12
<0.01
<10
82
<10
<1
154
23
L2+75N 0+25E
<5
1.0
1.86
150
190
5
0.38
<1
31
61
130
6.63
10
0.64
642
11
<0.01
103
560
8
10
<20
14
<0.01
<10
67
<10
<1
144
24
L2+75N 0+50E
40
<0.2
3.12
65
185
10
0.33
<1
25
49
79
5.93
<10
0.76
675
5
<0.01
70
2120
12
<5
<20
12
<0.01
<10
86
<10
<1
129
25
L2+75N 0+75E
30
<0.2
2.23
60
170
10
0.23
<1
23
40
50
4.56
<10
0.63
946
4
<0.01
40
1230
12
<5
<20
12
<0.01
<10
68
<10
<1
114
26
L2+75N 1+00E
<5
<0.2
2.91
60
175
10
0.41
<1
30
50
56
5.18
20
0.93
1708
6
<0.01
51
1770
14
<5
<20
23
<0.01
<10
91
<10
3
146
27
L3+00N 0+25E
5
<0.2
1.61
85
130
5
0.39
<1
29
55
86
6.82
<10
0.48
677
10
<0.01
86
1130
6
<5
<20
14
<0.01
<10
76
<10
<1
165
28
L3+00N 0+50E
10
0.4
3.12
270
150
5
0.13
<1
32
57
124
6.76
10
0.94
584
7
<0.01
92
1450
12
<5
<20
8
<0.01
<10
89
<10
<1
146
29
L3+00N 0+90E
<5
<0.2
2.28
65
195
5
0.31
<1
25
45
49
4.57
<10
0.70
1261
4
<0.01
44
2020
10
<5
<20
21
<0.01
<10
67
<10
<1
128
30
L3+00N 1+00E
<5
<0.2
2.60
35
150
10
0.34
<1
26
44
87
5.40
20
0.98
859
6
<0.01
55
1340
10
<5
<20
20
<0.01
<10
77
<10
<1
158
31
L3+00n 1+50E
<5
<0.2
2.42
10
190
10
0.31
<1
28
51
28
4.02
<10
0.79
1279
4
0.01
50
1900
12
<5
<20
17
<0.01
<10
58
<10
4
197
32
L3+00N 2+00E
<5
<0.2
1.59
45
170
5
0.16
<1
18
31
29
3.69
<10
0.47
746
4
<0.01
28
1900
12
<5
<20
8
<0.01
<10
52
<10
<1
114
33
L3+00N 2+50E
15
<0.2
2.53
80
240
10
0.22
1
25
45
91
5.50
10
0.79
908
6
<0.01
55
3120
16
<5
<20
17
0.03
<10
73
<10
<1
200
34
L3+25N 0+25E
115
1.0
2.28
1900
175
<5
0.30
<1
48
76
139
7.49
<10
0.64
520
8
<0.01
164
430
12
<5
<20
14
<0.01
<10
67
<10
<1
140
35
L3+25N 0+50E
10
0.2
2.73
140
200
10
0.70
<1
28
58
50
5.28
<10
0.76
1317
5
<0.01
56
1230
12
<5
<20
24
<0.01
<10
86
<10
<1
118
36
L3+25N 0+75E
<5
0.2
1.98
55
150
5
0.29
<1
25
33
110
5.55
10
0.80
786
8
<0.01
59
940
14
<5
<20
15
<0.01
<10
61
<10
7
143
37
L3+25N 1+00E
<5
<0.2
2.54
15
180
1
0.30
<1
29
46
57
5.09
10
0.96
952
6
<0.01
53
1340
14
<5
<20
17
<0.01
<10
83
<10
<1
175
38
BL 3+50N
15
<0.2
2.37
125
135
10
0.25
<1
28
54
42
4.86
<10
0.72
590
4
<0.01
54
1250
10
<5
<20
12
<0.01
<10
74
<10
<1
120
39
L3+50N 0+25E
5
<0.2
2.30
225
16
10
.22
<1
28
50
71
5.32
<10
0.73
619
6
<0.01
72
1030
10
<5
<20
10
<0.01
<10
69
<10
<1
118
40
L3+50N 0+50E
<5
<0.2
2.56
20
175
10
0.50
<1
25
42
52
4.52
10
0.81
85
4
0.01
54
3380
14
<5
<20
27
<0.01
<10
54
<10
11
204
41
L3+50N 0+75E
<5
<0.2
3.61
45
190
10
0.30
<1
24
42
49
4.42
<10
0.65
625
3
0.01
61
3760
20
<5
<20
19
<0.01
<10
48
<10
14
224
42
L3+50N 1+00E
5
<0.2
2.24
75
175
10
0.33
<1
23
43
34
4.20
<10
0.72
741
4
<0.01
43
1780
10
<5
<20
14
<0.01
<10
64
<10
<1
113
43
L3+50N 1+50E
15
0.4
2.48
330
135
<5
0.17
<1
35
58
131
6.94
10
1.16
722
7
<0.01
76
1050
10
<5
<20
9
<0.01
<10
89
<10
<1
142
44
L3+50N 2+00E
10
<0.2
2.98
690
170
5
0.28
<1
32
84
62
5.39
<10
0.89
735
4
<0.01
83
1140
14
<5
<20
14
<0.01
<10
64
<10
<1
147
45
L3+50N 2+50E
5
<0.2
2.54
100
155
10
0.22
<1
29
69
78
5.46
<10
1.00
580
5
<0.01
72
1170
10
<5
<20
10
<0.01
<10
64
<10
<1
134
46
L4+00N 0+50E
<5
<0.2
1.54
95
120
10
0.16
<1
20
37
46
3.94
<10
0.57
435
4
<0.01
36
91
6
<5
<20
7
<0.01
<10
53
<10
3
85
47
L4+00N 1+00E
10
<0.2
2.59
155
150
10
0.20
<1
21
38
41
4.17
<10
0.55
450
5
<0.01
44
1720
12
<5
<20
10
<0.01
<10
53
<10
<1
100
48
L4+00N 1+50E
<5
<0.2
3.59
105
140
10
.29
<1
42
138
114
6.34
<10
1.46
853
4
<0.01
106
1440
10
<5
<20
10
<0.01
<10
82
<10
<1
164
49
L4+00N 2+00E
5
<0.2
3.73
45
145
15
0.46
<1
29
89
79
5.12
<10
1.19
728
3
0.01
91
1620
12
<5
<20
15
0.01
<10
50
<10
20
138
50
L4+00N 2+50E
<5
<0.2
2.95
95
195
10
0.33
<1
33
50
80
6.07
<10
0.88
1109
5
<0.01
72
1140
10
<5
<20
19
<0.01
<10
85
<10
<1
137
51
L4+50N 0+50E
5
<0.2
2.94
165
180
10
0.26
<1
37
72
65
5.50
<10
0.85
1224
4
<0.01
80
1500
12
<5
<20
13
<0.01
<10
84
<10
<1
160
52
L4+50N 1+00E
<5
<0.2
3.75
165
170
10
0.36
<1
41
123
90
7.63
<10
1.47
1005
6
<0.01
112
1100
8
5
<20
15
<0.01
<10
140
<10
<1
127
53
L4+50N 1+50E
15
<0.2
2.47
130
155
10
0.35
<1
29
57
45
5.05
<10
0.77
1086
4
<0.01
62
1000
10
<5
<20
16
<0.01
<10
74
<10
<1
119
54
L4+50N 2+00E
5
<0.2
3.27
20
225
15
0.48
<1
52
137
49
5.87
<10
1.55
1363
2
0.01
101
1470
10
<5
<2
17
0.01
<10
76
<10
9
168
55
L4+50N 2+50E
<5
<0.2
4.38
<5
290
15
0.55
<1
50
176
65
8.24
<10
1.99
1807
5
<0.01
139
1270
12
<5
<20
20
0.02
<10
88
<10
27
230



26-Oct-99
    
     
ECO-TECH LABORATORIES LTD.
10041 East Trans Canada Highway
Kamloops, B.C.
V2C 6T4
ICP CERTIFICATE OF ANALYSIS AK 99-591
GOLD-ORE RESOURCES
999 W. HASTINGS STREET
VANCOUVER, BC
V5C 2W2
     
Phone: 250-573-5700
Fax: 250-573-4557
  
ATTENTION: WAYNE PICKETT
 
No. of samples received: 2
Sample type: Rock
PROJECT #: None Given
SHIPMENT #: None Given
Samples submitted by: Gold-Ore
Values in ppm unless otherwise reported

Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
AUMAX-7-99-001
<5
<0.2
.36
<5
30
5
6.29
<1
5
157
12
1.61
<10
0.15
856
10
0.02
5
660
6
<5
<20
311
<.01
<10
8
<10
8
32
2
AUMAX-99-001
190
>30
0.05
115
10
<5
0.13
<1
2
157
45
0.48
<10
<0.01
139
6
<0.01
10
40
34
15
<20
2
0.01
<10
1
<10
<1
26



QC DATA:

Resplit:
1
AUMAX-7-99-001
<5
<0.2
0.36
<5
25
<5
5.10
<1
5
164
16
1.59
<10
0.15
861
10
0.02
7
690
8
<5
<20
305
<.01
<10
7
<10
6
34

Repeat:
1
AUMAX-7-99-001
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-

Standard:
GEO’99
120
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-




ECO-TECH LABORATORIES LTD.
Per Frank. J. Pezzotti, A. Sc. T.
B.C. Certified Assayer






df/590
XLS/99



CERTIFICATE OF ASSAY AK 99-622

GOLD-ORE RESOURCES LTD.
   
05-Nov-99
1540-750 WEST PENDER STREET
     
VANCOUVER, BC
     
V6C 2T8
     
ATTENTION: WAYNE PICKETT
     
No. of samples received: 67
     
Sample type: Rock
     
PROJECT #: None Given
     
SHIPMENT #: None Given
     
Samples submitted by: W. Pickett
     
   
Au
Au
Ag
Ag
As
ET #.
Tag #
(g/t)
(oz/t)
(g/t)
(oz/t)
(%)
2
AUMAX-99-004*
2.81
0.082
238.4
6.95
-
4
AUMAX-99-006*
2.29
0.067
305.0
8.90
-
7
AUMAX-99-009
-
-
153.6
4.48
-
8
AUMAX-99-010
-
-
-
-
1.24
10
AUMAX-99-012
-
-
35.0
1.02
-
11
AUMAX-99-013
-
-
631.4
18.41
-
13
AUMAX-99-015
-
-
131.8
3.84
-
18
AUMAX-99-020
-
-
166.0
4.84
-
22
AUMAX-99-024
-
-
272.6
7.95
-
27
AUMAX-99-029
-
-
85.2
2.49
-
29
AUMAX-99-031
-
-
139.8
4.08
-
QC DATA:
     
Standard:
     
STD-M
1.37
0.040
-
-
-
MpIa
-
-
70.0
2.04
0.84
NOTE: * = Au metallics suspected
     
screen assay recommended
     
     
ECO-TECH LABORATORIES LTD.
     
Frank J. Pezzotti, A.Sc.T.
XLS/99
   
B.C. Certified Assayer


 

GOLD-ORE RESOURCES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-567
ECO-TECH LABORATORIES LTD.
                                                             
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
56
L+500N 0+50E
<5
<0.2
2.33
5
170
15
0.55
<1
31
73
29
3.81
<10
1.15
1564
2
0.01
75
1780
10
10
<20
23
0.01
<10
31
<10
15
96
57
L+500N 1+00E
20
<0.2
2.34
195
120
15
0.33
<1
29
67
60
5.06
<10
1.05
808
4
<0.01
70
880
12
<5
<20
15
<0.01
<10
59
<10
6
94
58
L+500N 1+50E
10
<0.2
1.76
95
135
10
0.28
<1
24
43
44
4.29
<10
0.76
1005
4
<0.01
48
1060
10
<5
<20
14
<0.01
<10
46
<10
3
120
59
L+500N 2+00E
5
<0.2
3.32
75
280
5
0.50
<1
32
36
78
6.20
20
0.90
1789
5
<0.01
61
2760
20
<5
<20
25
<.01
<10
61
<10
12
254
60
L+500N 2+50E
<5
<0.2
1.84
25
185
15
0.14
<1
18
35
29
4.09
<10
0.42
2196
3
<0.01
27
2210
16
<5
<20
7
0.05
<10
60
<10
<1
204
61
L3+50N 0+25W
80
3.2
1.97
1475
125
<5
0.21
<1
52
62
182
8.72
10
0.70
695
9
<0.01
138
750
20
20
<20
11
<0.01
<10
67
<10
<1
186
62
L3+50N 0+50W
70
2.4
2.87
1360
145
5
0.22
<1
44
82
115
7.63
<10
1.17
645
6
<0.01
112
830
14
15
<20
11
<0.01
<10
83
<10
<1
144
63
L3+50N 0+65W
15
<0.2
3.14
605
125
10
0.30
<1
50
97
125
8.11
<10
1.38
735
6
<0.01
112
970
6
<5
<20
12
<0.01
<10
111
<10
<1
131
64
L3+50n 1+00w
15
12.2
2.26
360
165
10
0.23
<1
17
34
30
3.42
<10
0.38
539
3
0.01
47
1250
14
<5
<20
11
<0.01
<10
37
<10
3
163
65
L3+50n 1+50w
10
<0.2
2.96
115
160
15
0.35
<1
30
64
71
5.66
<10
1.37
577
<1
<0.01
74
460
12
<5
<20
13
0.20
<10
86
<10
17
116
66
L3+50N 2+00W
30
0.4
2.10
300
105
<5
0.21
1
25
51
73
5.01
<10
0.90
502
4
<0.01
60
440
8
<5
<20
12
0.08
<10
69
<10
3
111
67
L3+50N 2+50W
30
<0.2
2.59
100
135
10
0.38
<1
25
50
56
4.52
<10
0.87
497
2
0.01
64
640
14
<5
<20
16
0.13
<10
68
<10
13
111
68
BL 4+00N
<5
<0.2
2.54
45
135
10
0.30
<1
28
48
109
6.28
10
1.09
674
7
<0.01
68
820
14
<5
<20
17
<0.01
<10
84
<10
10
141
69
L4+00N 0+50W
25
2.2
2.45
915
125
10
0.23
<1
43
76
132
7.84
<10
1.13
641
8
<0.01
109
800
10
15
<20
12
<0.01
<10
82
<10
<1
148
70
L4+00N 1+00W
260
3.0
2.25
3020
145
10
0.44
3
37
41
106
7.65
<10
0.42
1139
7
<0.01
70
980
14
<5
<20
21
<0.01
<10
74
<10
2
127
71
L4+00N 1+50W
345
7.8
1.61
2920
80
<5
0.38
4
34
36
175
6.87
20
0.41
1208
10
<0.01
90
700
20
10
<20
38
<0.01
<10
50
<10
<1
175
72
L4+00N 2+00W
60
<0.2
3.04
570
165
10
0.41
1
38
92
134
6.48
10
1.30
1324
5
0.01
120
540
18
5
<20
23
0.12
<10
91
<10
7
141
73
L4+00N 2+50W
15
<0.2
2.31
150
115
10
0.30
<1
24
56
64
4.48
<10
0.95
728
2
0.01
64
560
10
<5
<20
16
0.12
<10
70
<10
10
94
74
BL 4+50N
195
3.0
2.74
1185
140
<5
0.22
2
35
47
144
6.67
10
0.56
697
7
<0.01
104
620
14
<5
<20
11
0.04
<10
52
<10
32
119
75
L4+50N 0+50W
25
1.6
2.32
385
105
<5
0.29
<1
39
61
172
7.59
10
1.18
777
9
<0.01
95
360
12
<5
<20
12
0.02
<10
83
<10
9
154
76
L4+50N 1+00W
20
1.0
2.32
350
160
10
0.39
1
35
71
79
5.79
<10
0.84
1263
5
<0.01
82
1760
16
<5
<20
17
0.04
<10
78
<10
3
167
77
L4+50N 1+50W
5
0.4
2.68
400
190
10
0.87
1
34
93
66
5.18
<10
1.01
1812
1
0.01
87
2810
14
<5
<20
33
0.09
<10
77
<10
12
147
78
L4+50N 2+00W
90
<0.2
2.71
340
155
<5
0.48
1
35
81
78
5.58
<10
1.05
1059
2
0.01
87
1340
12
<5
<20
17
0.11
<10
91
<10
1
117
79
L4+50N 2+50W
10
<0.2
2.58
60
110
10
0.83
<1
37
66
56
4.72
<10
0.85
1599
2
0.01
101
1140
10
<5
<20
26
0.05
<10
58
<10
14
206
80
BL 5+00N
<5
<0.2
4.25
85
215
25
0.76
<1
47
115
46
6.81
<10
2.11
1165
3
0.01
122
770
16
<5
<20
20
0.03
<10
58
<10
35
166
81
L5+00N 0+50W
<5
<0.2
2.59
30
210
15
0.60
<1
25
50
28
4.11
<10
0.85
1011
2
0.01
59
3700
12
<5
<20
21
0.01
<10
32
<10
11
168
82
L5+00N 1+00W
5
<0.2
2.31
20
170
10
0.63
<1
27
57
27
3.96
<10
0.95
1075
2
0.01
60
2280
10
<5
<20
23
0.01
<10
36
<10
14
144
83
L5+00N 1+50W
75
1.8
2.38
1070
150
10
0.46
<1
35
72
106
6.62
10
0.85
1146
5
<0.01
106
1390
14
10
<20
20
<0.01
<10
67
<10
15
140
84
L5+00N 2+00W
10
<0.2
3.96
295
115
10
0.42
<1
53
204
160
7.16
<10
1.89
1004
4
<0.01
151
310
10
<5
<20
13
<0.01
<10
87
<10
10
120
85
L5+00N 2+50W
15
<0.2
4.84
30
125
20
1.04
<1
70
306
121
8.12
<10
3.41
1587
2
0.01
245
400
16
<5
<20
14
0.03
<10
<1
<10
69
110


 



GOLD-ORE RESOURCES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-567
ECO-TECH LABORATORIES LTD.
                                                             
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
QC DATA:
                                                          
Repeat:
                                                          
                                                             
1
L1+75N 0+25E
15
0.2
1.95
245
185
5
0.23
<1
29
35
83
6.21
10
0.55
754
8
<0.01
64
1960
10
<5
<20
14
<0.01
<10
62
<10
<1
175
10
L2+00N 2+00E
<5
<0.2
2.68
110
150
10
0.25
<1
23
51
49
5.39
<10
0.61
579
5
<0.01
46
1970
12
<5
<20
13
<0.01
<10
73
<10
<1
154
19
L2+50N 1+00E
-
1.0
2.40
110
125
5
0.21
<1
40
57
147
7.45
20
1.26
954
8
<0.01
119
910
4
<5
<20
10
<0.01
<10
70
<10
<1
<157
20
L2+50N 1+50E
5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
--
-
-
-
-
-
-
-
-
-
28
L3+00N 0+50E
-
0.4
2.93
260
140
5
0.13
<1
30
53
117
6.36
10
0.89
551
8
<0.01
88
1360
8
<5
<20
7
<0.01
<10
84
<10
<1
137
32
L3+00N 2+00E
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
36
L3+25N 0+75E
-
<0.2
2.01
60
160
<5
0.30
<1
27
35
115
6.07
20
0.89
844
8
<0.01
63
990
12
<5
<20
17
<0.01
<10
66
<10
6
152
41
L3+50N 0+75E
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
45
L+50N 2+50E
-
<0.2
2.46
105
150
10
0.21
<1
28
67
76
5.30
<10
0.97
566
4
<0.01
69
1130
10
<5
<20
8
<0.01
<10
63
<10
<1
130
51
L4+50N 0+50E
<5
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
54
L4+50N 2+00E
-
<0.2
3.29
30
230
10
0.48
<1
52
139
50
5.94
<10
1.57
1359
2
0.01
101
1470
10
<5
<20
18
0.03
<10
80
<10
10
170
63
L3+50N 0+65W
45
<0.2
2.88
625
115
10
0.28
<1
46
89
115
7.51
<10
1.26
677
6
<0.01
105
920
6
<5
<20
11
0.02
<10
108
<10
<1
122
71
L4+00N 1+50W
-
7.6
1.61
2940
80
<5
0.38
2
34
36
173
6.89
10
0.41
1217
9
<0.01
90
690
22
10
<20
36
<0.01
<10
49
<10
<1
176
72
L4+00N 2+00W
25
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
80
BL 5+00N
-
<0.2
4.37
65
220
20
0.80
<1
50
122
46
6.95
<10
2.18
1186
4
0.01
125
770
18
<2
<20
20
0.02
<10
44
<10
39
170
82
L5+00N 1+00W
10
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
                                                             
                                                             
Standard:
                                                          
GEO'99
120
1.0
1.73
65
155
5
1.80
<1
18
64
88
3.83
<10
0.97
654
2
0.02
24
700
20
10
<20
57
<0.01
<10
73
<10
8
72
GEO'99
125
0.8
1.70
70
160
<5
1.79
<1
17
64
81
3.87
<10
0.96
604
<1
0.02
23
620
16
5
<20
54
0.09
<10
74
<10
9
70
GEO'99
120
0.8
1.76
65
160
<5
1.80
<1
19
66
88
3.80
<10
0.93
679
2
0.02
22
680
20
10
<20
57
<0.01
<10
76
<10
8
76


ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer

df/567
XLS/99



26-Oct-99
    
     
ECO-TECH LABORATORIES LTD.
10041 East Trans Canada Highway
Kamloops, B.C.
V2C 6T4
ICP CERTIFICATE OF ANALYSIS AK 99-622
GOLD-ORE RESOURCES LTD.
1540-750 WEST PENDER STREET
VANCOUVER, BC
V6C 2T8
     
Phone: 250-573-5700
Fax: 250-573-4557
  
ATTENTION: WAYNE PICKETT
 
No. of samples received: 67
Sample type: Rock
PROJECT #: None Given
SHIPMENT #: None Given
Samples submitted by: W. Pickett
Values in ppm unless otherwise reported

Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
AUMAX-99-003
275
16.6
0.25
1990
55
<5
2.12
15
34
154
84
3.91
<10
0.08
761
8
0.01
98
260
22
50
<20
30
<0.01
<10
13
<10
2
134
2
AUMAX-99-004
>1000
>30
0.10
770
40
<5
1.57
7
7
128
562
1.45
<10
0.03
427
4
0.01
17
130
94
275
<20
8
<0.01
<10
6
<10
4
88
3
AUMAX-99-005
35
9.2
0.13
210
100
10
3.03
1
7
107
24
2.93
<10
0.07
901
5
0.01
14
210
10
15
<20
11
<0.01
<10
10
<10
13
44
4
AUMAX-99-006
>1000
>30
0.07
405
20
<5
0.58
5
3
155
507
1.14
<10
0.02
323
4
<0.01
11
100
98
320
<20
<1
<0.01
<10
4
<10
3
110
5
AUMAX-99-007
115
11.8
0.04
3495
<5
<5
068
29
1
149
11
0.61
<10
0.02
114
4
0.01
2
50
2150
5
<20
32
<0.01
<10
<1
<10
<1
1016
6
AUMAX-99-008
75
3.8
0.42
6530
80
10
5.95
56
53
27
129
7.09
<10
0.44
1101
5
0.02
124
440
12
10
<20
130
<0.01
<10
18
<10
<1
154
7
AUMAX-99-009
95
>30
0.02
145
<5
<5
0.25
2
2
129
210
0.38
<10
<0.01
88
3
<0.01
6
<10
120
115
<20
<1
<0.01
<10
2
<10
<1
30
8
AUMAX-99-010
665
23.0
0.45
>10000
105
15
2.34
99
42
102
87
6.31
<10
0.07
1285
6
0.01
101
1150
20
45
<20
41
<0.01
<10
26
<10
17
347
9
AUMAX-99-011
140
7.4
0.24
855
60
<5
0.17
7
15
84
72
4.23
10
0.02
141
8
0.02
35
370
18
20
<20
42
<0.01
<10
8
<10
<1
98
10
AUMAX-99-012
175
>30
0.26
5535
60
<5
6.51
51
22
69
97
5.32
<10
0.30
1300
6
0.01
51
840
2
50
<20
126
<0.01
<10
15
<10
20
81
11
AUMAX-99-013
>1000
>30
0.08
585
20
<5
1.13
7
5
149
523
1.26
<10
0.06
274
5
0.01
16
130
694
840
<20
20
<0.01
<10
4
<10
<1
102
12
AUMAX-99-014
250
11.0
0.30
5010
65
5
5.76
45
34
31
75
6.60
<10
0.97
1323
5
0.01
99
940
2
50
<20
228
<0.01
<10
16
<10
4
93
13
AUMAX-99-015
175
>30
0.06
710
20
<5
0.55
7
8
153
285
1.13
<10
0.02
126
5
0.01
20
<10
542
300
<20
71
<0.01
<10
2
<10
<1
66
14
AUMAX-99-016
435
21.4
0.27
8465
75
10
3.72
87
34
97
90
5.49
<10
0.63
1038
6
0.01
93
720
16
55
<20
225
<0.01
<10
13
<10
4
97
15
AUMAX-99-017
345
8.8
0.37
5690
75
10
4.57
49
43
32
139
7.18
<10
0.84
1204
5
0.02
98
1230
2
20
<20
224
<0.01
<10
21
<10
<1
104
16
AUMAX-99-018
280
25.2
0.13
1840
70
<5
0.22
18
21
122
72
3.26
<10
0.01
844
7
<0.01
51
340
14
35
<20
6
<0.01
<10
7
<10
7
96
17
AUMAX-99-019
155
11.2
0.13
540
40
<5
0.06
5
12
110
66
1.95
<10
0.01
292
5
<0.01
35
80
10
25
<20
<1
<0.01
<10
5
<10
<1
83
18
AUMAX-99-020
295
>30
0.13
640
20
<5
0.13
6
15
122
252
2.58
<10
<0.01
191
6
<0.01
44
30
436
255
<20
2
<0.01
<10
5
<10
<1
114
19
AUMAX-99-021
140
18.8
0.08
410
30
<5
0.02
4
4
118
69
1.13
<10
<0.01
64
4
<0.01
12
20
12
40
<20
<1
<0.01
<10
2
<10
<1
41
20
AUMAX-99-022
450
12.6
0.40
9585
110
20
0.90
105
60
75
95
8.33
<10
0.05
1599
8
0.01
147
1000
<2
10
<20
35
<0.01
<10
21
<10
13
127




 

CERTIFICATE OF ASSAY AK 99-639
 
GOLD-ORE RESOURCES LTD.
   
09-Nov-99
1540-750 WEST PENDER STREET
     
VANCOUVER, BC
     
V6C 2T8
     
ATTENTION: WAYNE PICKETT
     
No. of samples received: 1
     
Sample type: Rock
     
PROJECT #: None Given
     
SHIPMENT #: None Given
     
Samples submitted by: W. Pickett
     
 
Ag
Ag
 
ET #.
Tag #
(g/t)
(oz/t)
 
1
AMX ROCK #1
66.4
1.94
 
     
ECO-TECH LABORATORIES LTD.
     
Frank J. Pezzotti, A.Sc.T.
XLS/99
   
B.C. Certified Assayer



 

 

GOLD-ORE RESOURCES LTD. ICP CERTIFICATE OF ANALYSIS AK 99-622 ECO-TECH LABORATORIES LTD.
 

 
GOLD-ORE RESOURCES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-567
ECO-TECH LABORATORIES LTD.
                                                             
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
21
AUMAX-99-023
195
6.6
0.37
2215
115
10
3.56
18
41
73
93
6.46
<10
0.12
1472
6
0.01
93
930
2
30
<20
33
<0.01
<10
21
<10
15
93
22
AUMAX-99-024
285
>30
0.13
980
30
<5
0.61
9
12
134
391
1.74
<10
0.03
279
5
0.01
32
170
94
285
<20
11
<0.01
<10
5
<10
<1
77
23
AUMAX-99-025
210
11.6
0.22
1525
55
<5
0.78
13
18
111
86
3.50
10
0.06
691
6
0.01
40
640
14
30
<20
16
<0.01
<10
8
<10
4
82
24
AUMAX-99-026
120
8.0
0.20
1555
70
5
0.89
14
15
113
54
2.78
10
0.10
1372
5
0.01
40
620
4
15
<20
29
<0.01
<10
7
<10
7
69
25
AUMAX-99-027
125
3.0
0.43
2245
75
10
7.18
18
44
40
94
6.84
<10
1.54
1440
5
0.02
112
970
<2
20
<20
243
<0.01
<10
21
<10
4
91
26
AUMAX-99-028
165
13.0
0.09
795
20
<5
1.32
6
20
136
45
1.78
<10
0.21
352
5
0.01
50
220
14
35
<20
48
<0.01
<10
5
<10
<1
52
27
AUMAX-99-029
175
>30
0.13
2495
45
<5
3.40
23
14
112
162
2.98
<10
0.29
778
5
0.01
45
280
112
140
<20
65
<0.01
<10
7
<10
8
83
28
AUMAX-99-030
840
22.8
0.03
105
<5
<5
0.04
<1
2
161
51
0.54
<10
<0.01
43
4
<0.01
6
10
168
30
<20
<1
<0.01
<10
2
<10
<1
15
29
AUMAX-99-031
170
>30
0.06
275
15
<5
0.88
5
3
185
309
0.92
<10
0.01
288
5
<0.01
10
50
412
180
<20
<1
<0.01
<10
3
<10
<1
381
30
AUMAX-99-032
25
0.8
0.17
25
90
5
3.43
<1
8
122
34
2.10
<10
0.07
1235
4
0.01
21
440
4
5
<20
10
<0.01
<10
12
<10
10
30
31
AUMAX-99-033
20
0.6
0.37
20
125
<5
6.75
<1
18
94
63
4.27
10
0.16
2078
5
0.01
43
1000
4
15
<20
21
<0.01
<10
36
<10
13
60
32
AUMAX-99-034
70
8.0
0.50
1280
115
15
3.03
12
40
75
129
8.39
<10
0.17
1604
7
0.01
106
790
<2
<5
<20
62
<0.01
<10
56
<10
29
112
33
AUMAX-99-035
145
10.4
0.43
1515
105
<5
1.57
14
25
107
113
4.62
20
0.05
1322
7
0.02
60
1130
8
20
<20
19
<0.01
<10
18
<10
16
78
34
AUMAX-99-036
25
0.4
0.84
40
100
<5
1.60
2
22
110
100
3.68
20
0.27
662
13
0.01
64
670
12
<5
<20
33
<0.01
<10
35
<10
9
134
35
AUMAX-99-037
20
0.4
1.15
<5
110
10
1.99
<1
29
137
58
5.15
10
0.49
1224
7
0.02
65
1440
6
<5
<20
24
<0.01
<10
96
<10
45
106
36
AUMAX-99-038
140
2.8
0.66
1635
110
<5
0.17
15
21
97
78
3.26
<10
0.15
1138
6
0.01
45
430
8
10
<20
6
<0.01
<10
31
<10
17
78
37
AUMAX-99-039
150
9.2
0.18
3030
25
<5
0.42
30
9
186
65
2.32
<10
0.02
1809
5
0.02
23
170
8
10
<20
25
<0.01
<10
6
<10
<1
40
38
AUMAX-99-040
120
21.6
0.07
1635
90
<5
0.21
17
9
127
82
2.44
<10
<0.01
3099
4
<0.01
30
80
8
20
<20
13
<0.01
<10
5
<10
<1
46
39
AUMAX-99-041
70
3.6
0.25
2520
30
<5
0.79
26
5
76
18
1.62
<10
0.03
909
3
0.02
7
600
6
5
<20
18
<0.01
<10
3
<10
5
45
40
AUMAX-99-042
5
0.6
0.41
35
95
<5
0.95
<1
8
179
48
2.09
10
0.17
3876
6
0.01
36
390
8
<5
<20
15
<0.01
<10
12
<10
11
61
41
AUMAX-99-043
315
14.0
0.24
3135
105
<5
0.19
31
14
102
111
3.10
<10
<0.01
1304
6
0.02
14
100
20
15
<20
27
<0.01
<10
3
<10
<1
38
42
AUMAX-99-044
15
0.8
0.03
190
10
<5
0.05
2
2
184
6
0.45
<10
<0.01
144
5
0.01
5
<10
<2
<5
<20
7
<0.01
<10
<1
<10
<1
2
43
AUMAX-99-045
115
2.6
0.36
1260
130
5
4.81
13
21
85
44
3.98
<10
0.13
2048
8
0.01
55
410
4
<5
<20
23
<0.01
<10
17
<10
6
52
44
AUMAX-99-046
375
6.2
0.31
2855
120
<5
0.21
28
11
125
81
2.96
<10
0.01
1676
8
0.03
19
430
18
5
<20
14
<0.01
<10
5
<10
<1
53
45
AUMAX-99-047
20
0.2
0.04
210
10
<5
0.02
2
<1
151
3
0.36
<10
<0.01
112
4
<0.01
4
<10
<2
<5
<20
<1
<0.01
<10
<1
<10
<1
2
46
AUMAX-99-048
65
1.8
0.18
570
60
<5
0.53
5
10
118
51
2.84
10
0.02
764
8
0.01
28
290
6
<5
<20
3
<0.01
<10
10
<10
3
56
47
AUMAX-99-049
390
12.4
0.18
3265
115
<5
0.05
32
11
134
55
2.87
<10
<0.01
1762
5
0.01
24
50
14
10
<20
4
<0.01
<10
4
<10
<1
41
48
AUMAX-99-050
25
0.6
0.03
510
5
<5
<0.01
5
1
133
3
0.31
<10
<0.01
70
3
<0.01
3
<10
2
<5
<20
<1
<0.01
<10
<1
<10
<1
<1
49
AUMAX-99-051
485
4.4
0.20
1130
75
<5
0.07
12
12
139
47
2.69
<10
<0.01
632
7
0.01
29
130
10
5
<20
9
<0.01
<10
11
<10
11
63
50
AUMAX-99-052
370
2.6
0.25
2130
105
<5
0.12
20
11
107
45
2.46
<10
0.02
1673
4
0.03
9
320
8
<5
<20
10
<0.01
<10
9
<10
<1
63
51
AUMAX-99-053
30
0.2
0.03
595
10
<5
0.01
5
1
222
  
0.39
<10
<0.01
95
6
<0.01
6
<10
<2
<5
<20
<1
<0.01
<10
<1
<10
<1
<1
52
AUMAX-99-054
5
<0.2
1.26
<5
45
20
0.53
<1
43
55
328
6.60
<10
0.70
330
5
0.03
23
1180
14
<5
<20
107
0.49
<10
<1
<10
4
36
53
AUMAX-99-055
<5
<0.2
2.09
<5
55
5
1.28
<1
50
73
300
7.25
<10
1.16
589
8
0.07
30
2280
14
<5
<20
33
0.27
<10
73
<10
<1
88
54
AUMAX-99-056
30
1.4
0.35
505
75
15
9.57
4
36
59
50
6.70
<10
1.30
1420
5
0.01
97
90
<2
5
<20
189
<0.01
<10
24
<10
6
103
55
AUMAX-99-057
35
0.8
1.08
1110
90
15
6.50
10
38
77
64
6.28
10
1.38
1636
4
0.02
62
820
2
10
<20
159
<0.01
<10
138
<10
39
359
                                                             
GOLD-ORE RESOURCES LTD.
ICP CERTIFICATE OF ANALYSIS AK 99-567
ECO-TECH LABORATORIES LTD.
                                                             
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
56
AUMAX-99-058
65
1.0
0.35
1305
30
<5
1.20
13
11
156
16
1.98
<10
0.24
2153
4
0.01
26
430
2
<5
<20
33
<0.01
<10
27
<10
8
30
57
AUMAX-99-059
205
3.0
0.12
2700
25
<5
0.35
28
8
150
33
1.83
10
0.01
2609
4
<0.01
21
280
2
<5
<20
24
<0.01
<10
4
<10
9
39
58
AUMAX-99-060
100
1.6
0.12
1785
25
<5
0.84
18
7
115
29
1.96
10
0.03
2491
3
<0.01
23
470
6
<5
<20
32
<0.01
<10
3
<10
6
41
59
AUMAX-99-061
80
1.4
0.09
1740
30
<5
1.38
17
8
144
34
1.89
<10
0.06
1881
4
<0.01
18
300
8
5
<20
36
<0.01
<10
5
<10
3
19
60
AUMAX-99-062
10
0.4
0.01
85
<5
<5
0.04
<1
1
137
4
0.29
<10
<0.01
146
3
<0.01
5
10
<2
<5
<20
<1
<0.01
<10
<1
<10
<1
<1
61
AUMAX-99-063
40
0.8
0.21
380
25
<5
4.26
3
9
138
5
2.49
<10
0.18
1114
6
<0.01
17
3960
<2
<5
<20
188
<0.01
<10
10
<10
28
19
62
AUMAX-99-064
80
6.6
0.19
1710
30
<5
1.56
18
7
188
53
2.26
<10
0.06
1080
5
0.01
19
130
4
<5
<20
23
<0.01
<10
6
<10
<1
30
63
AUMAX-99-065
90
6.6
0.26
1350
55
<5
2.40
14
13
134
38
3.24
<10
0.06
2597
6
<0.01
36
550
8
<5
<20
34
<0.01
<10
9
<10
5
62
64
AUMAX-99-066
40
1.4
0.10
325
30
5
0.70
2
6
187
7
1.41
<10
0.01
464
6
<0.01
15
230
2
<5
<20
49
<0.01
<10
5
<10
2
12
65
AUMAX-99-067
75
9.0
0.17
515
45
<5
0.30
5
11
140
83
2.97
10
0.02
2443
5
<0.01
30
440
12
5
<20
9
<0.01
<10
10
<10
11
58
66
AUMAX-99-068
35
3.2
0.14
595
40
<5
1.09
5
8
130
17
2.05
<10
0.03
695
5
<0.01
16
90
4
<5
<20
9
<0.01
<10
6
<10
4
23
67
AUMAX-99-069
15
<0.2
0.03
10
<5
<5
0.02
<1
1
161
9
0.33
<10
<0.01
73
5
<0.01
4
<10
<2
<5
<20
<1
<0.01
<10
1
<10
<1
<1

 
QC DATA:

Repeat:
1
AUMAX-99-003
260
16.2
0.25
1975
55
5
2.09
16
33
151
82
3.86
<10
0.08
742
8
0.01
96
260
22
55
<20
25
<0.01
<10
13
<10
2
132
10
AUMAX-99-012
170
>30
0.26
5375
55
15
6.48
49
22
70
95
5.30
<10
0.29
1290
6
0.01
51
850
4
45
<20
119
<0.01
<10
15
<10
22
82
19
AUMAX-99-021
130
21.0
0.09
455
30
<5
0.04
4
4
129
77
1.20
<10
<0.01
70
4
0.01
13
20
12
45
<20
<1
<0.01
<10
3
<10
<1
44
36
AUMAX-99-038
150
2.4
0.64
1590
105
<5
0.17
15
21
96
76
3.20
<10
0.15
1117
5
0.01
44
410
10
10
<20
4
<0.01
<10
31
<10
17
77
45
AUMAX-99-047
15
0.2
0.04
190
5
<5
0.02
2
1
139
4
0.35
<10
<0.01
109
4
<0.01
4
10
<2
<5
<20
<1
<0.01
<10
<1
<10
<1
2
54
AUMAX-99-056
25
1.2
0.35
495
75
15
9.61
5
36
60
51
6.74
<10
1.31
1435
5
0.01
98
90
<2
10
<20
191
<0.01
<10
25
<10
7
103
63
AUMAX-99-065
-
7.2
0.25
1435
60
5
2.42
14
13
138
39
3.31
<10
0.05
2663
6
<0.01
36
560
8
<5
<20
35
<0.01
<10
9
<10
4
64

Resplit:
1
AUMAX-99-003
305
18.4
0.24
1930
50
5
2.10
17
34
138
84
3.87
<10
0.08
733
7
0.01
97
260
24
50
<20
25
<0.01
<10
13
<10
3
136
36
AUMAX-99-038
185
2.8
0.66
1630
110
<5
0.18
16
21
105
78
3.29
<10
0.15
1163
6
0.01
46
430
10
10
<20
7
<0.01
<10
31
<10
18
77

 
Standard:

GEO'99
120
0.8
1.75
65
155
10
1.88
<1
19
66
84
3.86
<10
0.98
668
1
0.03
25
660
22
10
<20
56
0.12
<10
82
<10
8
69
GEO'99
115
0.8
1.76
65
155
5
1.82
<1
19
65
83
3.87
<10
0.96
662
1
0.02
25
640
24
10
<20
54
0.09
,10
78
<10
9
67

 
ECO-TECH LABORATORIES LTD.
Frank J. Pezzotti, A. Sc. T.
B.C. Certified Assayer
df/622
XLS/99
Page 19
 


09-Nov-99
 
ECO-TECH LABORATORIES LTD.  ICP CERTIFICATE OF ANALYSIS AK 99-639  GOLD-ORE RESOURCES LTD.
10041 East Trans Canada Highway  1540-750 WEST PENDER STREET
KAMLOOPS, B.C.  VANCOUVER, BC
V2C 6T4  V6C 2T8
 
Phone: 250-573-5700  ATTENTION: WAYNE PICKETT
Fax : 250-573-4557
No. of samples received: 1
Sample type: Rock
PROJECT #: None Given SHIPMENT #: None Given
Samples submitted by: W. Pickett

Values in ppm unless otherwise reported
 
Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
AMX/ ROCK#1
270
>30
0.43
6540
105
10
0.47
97
32
114
119
6.53
10
0.05
1256
9
<0.01
73
1100
40
35
<20
21
<0.01
<10
18
<10
19
161

 
QC DATA:
 
Repeat:
1
AMX ROCK#1
270
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-

Resplit:
1
AMX ROCK#1
295
>30
0.43
6195
100
10
0.45
94
32
122
115
6.28
10
0.05
1231
9
<0.01
73
1060
40
40
<20
18
<0.01
<10
18
<10
20
158

 
Standard:
GEO'99
125
1.0
1.77
65
155
10
1.79
<1
20
62
75
3.88
<10
0.96
686
2
0.02
22
650
20
15
<20
60
0.12
<10
86
<10
9
70

 

ECO-TECH LABORATORIES LTD.
df/640
Frank J. Pezzotti, A.Sc.T.
XLS/99
B.C. Certified Assayer
 














09-Nov-99
 
ECO-TECH LABORATORIES LTD.  ICP CERTIFICATE OF ANALYSIS AK 99-640  GOLD-ORE RESOURCES LTD.
10041 East Trans Canada Highway  1540-750 WEST PENDER STREET
KAMLOOPS, B.C.  VANCOUVER, BC
V2C 6T4  V6C 2T8
 
Phone: 250-573-5700  ATTENTION: WAYNE PICKETT
Fax : 250-573-4557
No. of samples received: 1
Sample type: Rock
PROJECT #: None Given SHIPMENT #: None Given
Values in ppm unless otherwise reported
Samples submitted by: W. Pickett

Et #
Tag #
Au (ppb)
Ag
Al %
As
Ba
Bi
Ca %
Cd
Co
Cr
Cu
Fe %
La
Mg %
Mn
Mo
Na %
Ni
P
Pb
Sb
Sn
Sr
Ti %
U
V
W
Y
Zn
1
AMX+01
5
0.4
2.75
70
175
<5
0.17
<1
38
50
155
7.18
40
1.15
888
12
<0.01
95
720
16
<5
<20
16
<0.01
<10
117
<10
29
163
2
AMX+02
10
0.6
3.21
25
125
10
2.97
<1
38
54
107
6.39
40
2.55
1480
8
<0.01
76
2080
12
20
<20
50
<0.01
<10
140
<10
39
147
3
AMX+03
20
1.0
1.98
60
105
10
0.31
<1
37
40
154
6.57
40
1.15
1251
10
<0.01
76
630
12
5
<20
11
<0.01
<10
97
<10
77
156
4
AMX+04
25
2.0
1.34
60
145
<5
0.45
<1
39
32
137
7.04
30
0.61
1580
8
<0.01
82
1320
6
<5
<20
19
<0.01
<10
79
<10
67
164
5
AMX+05
120
7.0
1.24
850
105
<5
0.20
11
38
41
164
6.34
30
0.57
1237
11
<0.01
96
530
18
15
<20
15
<0.01
<10
72
<10
54
191
6
AMX+06
25
0.6
2.59
220
90
5
0.22
2
35
59
112
6.57
20
1.49
648
7
<0.01
65
410
8
15
<20
6
0.11
<10
145
<10
<1
106
7
AMX+07
5
<0.2
3.05
5
90
<5
0.19
<1
31
104
145
7.06
50
1.99
999
9
<0.01
77
740
12
10
<20
12
0.01
<10
167
<10
44
153
8
AMX+08
5
0.8
0.16
90
70
<5
0.11
2
8
5
42
1.68
10
0.03
1248
3
<0.01
22
310
2
<5
<20
<1
<0.01
<10
11
<10
16
60
9
AMX+09
5
<0.2
0.73
<5
235
10
5.90
<1
34
11
94
6.57
20
0.33
2331
8
<0.01
62
1470
2
<5
<20
39
<0.01
<10
55
<10
46
128
10
AMX+10
<5
<0.2
2.58
90
140
10
0.33
<1
27
50
44
4.54
20
0.79
605
5
<0.01
65
1390
16
<5
<20
13
0.15
<10
103
<10
<1
118
11
AMX+11
30
3.0
2.40
565
125
15
0.23
7
33
64
109
6.13
20
0.82
554
9
<0.01
95
530
26
20
<20
8
0.07
<10
114
<10
<1
118
12
AMX+12
5
<0.2
2.00
20
95
20
0.56
<1
74
37
107
6.43
10
0.73
1252
7
0.01
119
1000
12
<5
<20
13
0.71
<10
103
<10
4
141

QC DATA:
Repeat:
1
AMX+01
5
0.4
2.62
60
150
5
0.16
<1
35
44
144
6.57
40
1.13
833
12
<0.01
87
650
14
5
<20
14
0.01
<10
107
<10
26
151
10
AMX+10
-
<0.2
2.58
90
135
20
0.33
2
27
50
44
4.53
20
0.79
592
6
<0.01
67
1380
16
5
<20
10
0.17
<10
105
<10
<1
118

Standard:
GEO'99
125
0.8
1.75
65
160
<5
1.85
<1
18
66
78
3.83
10
0.95
687
2
0.02
23
690
22
10
<20
55
0.10
<10
89
<10
8
68





ECO-TECH LABORATORIES LTD.  
df/640 Frank J. Pezzotti, A.Sc.T.
XLS/99  B.C. Certified Assayer














2






















Appendix C
Sample Locations, Descriptions and Analyses
Locations of Hand Trenches































Aumax Project Sample Results
 

Sample
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Trench 99-1
                  
Aumax -99-011
5,602,256 N
566,371 E
2+67 N
0+02 W
chip
Trench-99-1 at 0 m mark
0.00
0.46
0.46 m

Aumax -99-012
5,602,256 N
566,371 E
2+67 N
0+02 W
chip
Trench-99-1 at 0 m mark
0.46
1.18
0.72 m
                   

Aumax -99-013
5,602,256 N
566,371 E
2+67 N
0+02 W
chip
Trench-99-1 at 0 m mark
1.18
1.72
0.54 m
                   

Aumax -99-014
5,602,253 N
566,372 E
2+64 N
0+01 W
chip
Trench-99-1 at 3.0 mS mark
0.00
0.70
0.70 m
                   
                   
                   

Aumax -99-015
5,602,253 N
566,372 E
2+64 N
0+01 W
chip
Trench-99-1 at 3.0S m mark
0.70
0.90
0.20 m
                   

Aumax -99-016
5,602,253 N
566,372 E
2+64 N
0+01 W
chip
Trench-99-1 at 3.0S m mark
0.90
1.90
1.00 m
                   

Aumax -99-017
5,602,253 N
566,372 E
2+64 N
0+01 W
chip
Trench-99-1 at 3.0 mS mark
1.90
2.90
1.00 m
                   

Aumax -99-018
5,602,265 N
566,377 E
2+76 N
0+04 E
chip
Trench-99-1 at 12.0 mN mark
0.00
1.00
1.00 m
                   

Aumax -99-020
5,602,265 N
566,377 E
2+76 N
0+04 E
chip
Trench-99-1 at 12.0N m mark
2.00
2.24
0.24 m
                   

Aumax -99-021
5,602,265 N
566,378 E
2+76 N
0+05 E
chip
Trench 99-1 - cross sample
11.40
11.90
0.50 m
           
between 11.4 and 11.9 mN
     

Aumax -99-022
5,602,266 N
566,378 E
2+77 N
0+05 E
chip
Trench-99-1 at 13.0 mN mark
0.00
0.50
0.50 m
                   



Aumax Project Sample Results
Au
Ag
As
Sb
Cu
Pb
Sample #
Rock Type
 
Observations
(ppb)
(ppm)
(ppm)
(ppm) (ppm) (ppm)
Trench 99-1
           
Aumax -99-011
meta-siltstone, argillaceous
wk qtz stringers.
 
140
7.4
855
20
72
18

Aumax -99-012
meta-andesite tuff
hematized, wk-mod qtz stockwork + sheeted
175
35.0
5535
50
97
2
   
veinlets, strly frac.
           

Aumax -99-013
Quartz vein, stockwork, breccia
vuggy-drusy, Tr mal, az, black sulphosalts-
>1000
631.4
585
840
523
694
 
in meta-andesite tuff
tet?, mod-str py pseudomorphs
           

Aumax -99-014
meta-andesite tuff
grey-reddish-orange fresh surface, mod py
250
11.0
5010
50
75
2
   
pseudomorphs, mod-str lim, hem, strly frac,
           
   
wk qtz stringers, wk white zeolite?, strly
           
   
oxidized, no visible sulphides.
           

Aumax -99-015
Quartz Vein
Tr black and silvery sulphosalts-tet?, Tr mal,
175
131.8
710
300
285
542
   
gn?, wkly vuggy-drusy, wk lim.
           

Aumax -99-016
meta-andesite tuff
str py pseudomorphs, str hem, lim, strly
435
21.4
8465
55
90
16
   
sheared- frac, mod manganese stain, white
           

Aumax -99-017
meta-andesite tuff
wkly-modly frac, more massive, str py
345
8.8
5690
20
139
2
   
pseudomorphs, mod hem, lim.
           

Aumax -99-018
meta-andesite tuff and mixed
mod-str hem, lim, qtz veinlets, vuggy-drusy,
280
25.2
1840
35
72
14
 
cherty argillite
no visible sulphides.
           

Aumax -99-020
meta-andesite tuff with quartz
mod lim, qtz vein and stockwork.
295
166.0
640
255
252
436
 
veins and stockwork
             

Aumax -99-021
meta anesite tuff with quartz
wk-mod lim, no visible sulphides.
140
18.8
410
40
69
12
 
stringers
             

Aumax -99-022
meta-andesite tuff
str lim, hem, no visible sulphides, py
450
12.6
9585
10
95
<2
   
pseudomorphs
           


Aumax Project Sample Results
 
Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Trench 99-1
                  
Aumax -99-023
5,602,265 N
566,377 E
2+76 N
0+04 E
chip
Trench-99-1 at 12.0 mN mark
0.00
0.60
0.60 m

Aumax -99-024
5,602,263 N
566,375 E
2+74 N
0+02 E
chip
Trench-99-1 at 8.5 mN mark
0.00
0.30
0.30 m

Aumax -99-025
5,602,263 N
566,375 E
2+74 N
0+02 E
chip
Trench-99-1 at 8.5 mN mark
0.00
1.20
1.20 m

Aumax -99-026
5,602,254 N
566,372 E
2+65 N
0+02 W
chip
Trench-99-1 at 2.0 mS mark
0.00
0.65
0.65 m

Aumax -99-027
5,602,261 N
566,373 E
2+72 N
0+00 E
chip
Trench-99-1 at 6.0 mN mark
0.00
0.40
0.40 m

Aumax -99-028
5,602,263 N
566,375 E
2+74 N
0+02 E
chip
Trench-99-1 at 8.5 mN mark
0.00
1.20
1.20 m

Aumax -99-029
5,602,263 N
566,375 E
2+74 N
0+02 E
chip
Trench-99-1 at 8.5 mN mark
0.00
1.20
1.20 m

Trench 99-2
 
 
Aumax -99-030
 
5,602,241 N
 
566,391 E
 
2+52 N
 
0+18 E
 
Chip
 
Trench-99-2 at 17 m mark
 
0.00
 
0.25
 
0.25 m
 
Aumax -99-032
 
5,602,237 N
 
566,399 E
 
2+48 N
 
0+26 E
 
Chip
 
Trench-99-2 at 7 m mark
 
0.00
 
1.00
 
1.00 m
Aumax -99-033
5,602,237 N
566,399 E
2+48 N
0+26 E
Chip
Trench-99-2 at 7 m mark
1.00
1.65
0.65 m
Aumax -99-034
5,602,241 N
566,391 E
2+52 N
0+18 E
Chip
Trench-99-2 at 17 m mark
0.25
0.75
0.50 m
Aumax -99-035
5,602,241 N
566,391 E
2+52 N
0+18 E
Chip
Trench-99-2 at 17 m mark
0.00
0.30
0.30 m

 
Trench 99-3
 
Aumax -99-036
5,602,376 N
566,292 E
3+87 N
0+81 W grab
Trench-99-3 at 53 m mark
Aumax -99-037
5,602,365 N
566,286 E
3+76 N
0+87 W grab
Trench-99-3 at 39.5 m mark
Aumax -99-038
5,602,363 N
566,282 E
3+74 N
0+91 W chip
Trench-99-3 at 35 m mark
0.00
1.30
1.30 m
Aumax -99-039
5,602,361 N
566,277 E
3+72 N
0+96 W chip
Trench-99-3 at 30 m mark
0.00
2.00
2.00 m





Aumax Project Sample Results
Au
Ag
As
Sb
Cu
Pb
Sample #
Rock Type
Observations
(ppb)
(ppm)
(ppm)
(ppm) (ppm) (ppm)
Trench 99-1
         
Aumax -99-023
meta-andesite tuff
as above
195
6.6
2215
30
93
2
Aumax -99-024
cherty argillite
mod lim, wk qtz stringers, no visible sulphides
285
272.6
980
285
391
94

Aumax -99-025
meta-andesite tuff and cherty
wk qtz stringers, mod lim, no visible sulphides
210
11.6
1525
30
86
14
 
argillite
py pseudomorphs.
           

Aumax -99-026
argillaceous
wk-mod lim, wk qtz stringers, no visible
120
8.0
1555
15
54
4
   
sulphides.
           

Aumax -99-027
meta-andesite tuff
mod-str hem, lim, wk qtz stringers, py
125
3.0
2245
20
94
<2
   
pseudomorphs, no visible sulphides.
           
                 
Aumax -99-028
quartz vein, stockwork, breccia
mod lim, no visible sulphides.
165
13.0
795
35
45
14
Aumax -99-029
quartz vein, stockwork, breccia
Tr black silver sulphosalts, wk-mod lim.
175
85.2
2495
140
162
112
Trench 99-2
               
Aumax -99-030
quartz vein, weak breccia
wk lim, wkly vuggy-drusy, no visible sulphides.
840
22.8
105
30
51
168
 
Aumax -99-032
argillaceous chert
 
Angular to subrounded chert frags, mod lim,
wk qtz stringers, no visible sulphides.
 
25
 
0.8
 
25
 
5
 
34
 
4
Aumax -99-033
argillaceous chert
as above
20
0.6
20
15
63
4
Aumax -99-034
rubble and chert
mod -str hem
70
8.0
1280
<5
129
<2
Aumax -99-035
argillaceous chert
 
145
10.4
1515
20
113
8
Trench 99-3
               
Aumax -99-036
graphitic argillite and minor chert
 
25
0.4
40
<5
100
12
Aumax -99-037
argillaceous chert
wk hem, mod lim, mod frac.
20
0.4
<5
<5
58
6
Aumax -99-038
argillaceous chert
 
140
2.8
1635
10
78
8
Aumax -99-039
argillaceous chert
argillaceous partings.
150
9.2
3030
10
65
8



Aumax Project Sample Results

Sample #  UTM N  UTM E  Grid N  Grid E  Type  Location From  To  Width
Trench 99-3
Aumax -99-040
5,602,361 N
566,276 E
3+72 N
0+97 W
chip
Trench-99-3 at 28.5 m mark
0.00
0.90
0.90 m
                   
Aumax -99-041
5,602,361 N
566,275 E
3+72 N
0+98 W
chip
Trench-99-3 at 27.5 m mark
0.00
2.00
2.00 m
Aumax -99-042
5,602,352 N
566,265 E
3+63 N
1+08 W
chip
Trench-99-3 at 13.5 m mark
0.00
0.40
0.40 m
Trench 99-4
5,602,324 N
566,202 E
3+35 N
1+71 W
         
Aumax -99-043
5,602,345 N
566,206 E
3+56 N
1+67 W
chip
Trench-99-4 at 21 m mark
0.00
0.70
0.70 m

Aumax -99-044
5,602,345 N
566,206 E
3+56 N
1+67 W
chip
Trench-99-4 at 21 m mark
0.70
1.30
0.60 m

Aumax -99-045
5,602,345 N
566,206 E
3+56 N
1+67 W
chip
Trench-99-4 at 21 m mark
1.30
2.00
0.70 m

Aumax -99-046
5,602,343 N
566,206 E
3+54 N
1+67 W
chip
Trench-99-4 at 19 m mark
0.00
0.70
0.70 m
                   

Aumax -99-047
5,602,343 N
566,206 E
3+54 N
1+67 W
chip
Trench-99-4 at 19 m mark
0.70
1.50
0.80 m
                   

Aumax -99-048
5,602,343 N
566,206 E
3+54 N
1+67 W
chip
Trench-99-4 at 19 m mark
1.50
2.40
0.90 m
                   

Aumax -99-049
5,602,341 N
566,206 E
3+52 N
1+67 W
chip
Trench-99-4 at 17 m mark
0.00
1.00
1.00 m
                   

Aumax -99-050
5,602,341 N
566,206 E
3+52 N
1+67 W
chip
Trench-99-4 at 17 m mark
1.00
1.70
0.70 m
                   

Aumax -99-051
5,602,341 N
566,206 E
3+52 N
1+67 W
chip
Trench-99-4 at 17 m mark
1.70
2.40
0.70 m
                   

Aumax -99-052
5,602,338 N
566,206 E
3+49 N
1+67 W
chip
Trench-99-4 at 14 m mark
0.00
1.50
1.50 m
                   

Aumax -99-053
5,602,338 N
566,206 E
3+49 N
1+67 W
chip
Trench-99-4 at 14 m mark
1.50
2.30
0.80 m



Aumax Project Sample Results

Sample #
Rock Type
Observations
(ppb)
(ppm)
(ppm)
(ppm) (ppm) (ppm)
Trench 99-3
         
Aumax -99-040
argillaceous chert
argillaceous partings, str qtz bx, mod lim, no visible sulphides.
120
21.6
1635
20
82
8
Aumax -99-041
argillaceous chert
mod lim, hem, wk bx, no visible sulphides.
70
3.6
2520
5
18
6
Aumax -99-042
argillaceous chert
no visible sulphides.
5
0.6
35
<5
48
8
Trench 99-4
 
Aumax -99-043
argillaceous chert
modly-strly frac, lim, wk qtz stringers, mottled
315
14.0
3135
15
111
20
   
black, brown , orange, no visible sulphides.
           

Aumax -99-044
cherty quartz vein
str qtz flooding , grey white, Tr py, aspy?
15
0.8
190
<5
6
<2
Aumax -99-045
argillaceous chert
narrow 10cm wide lenses of cherty grey-white
qtz, str lim, strly frac, no visible sulphides.
115
2.6
1260
<5
44
4

Aumax -99-046
argillaceous chert
strly frac, mod-str lim, wk-mod clay alt.,
375
6.2
2855
5
81
18
   
(argillic?), wk manganese stain.
           

Aumax -99-047
cherty quartz vein
grey white vein, qtz flooded, str qtz
20
0.2
210
<5
3
<2
   
stockwork, Tr py, wk lim, wkly vuggy-drusy
           

Aumax -99-048
argillaceous chert
strly frac, mod-str lim, wk clay alt.?, no
65
1.8
570
<5
51
6
   
visible sulphides.
           

Aumax -99-049
argillaceous chert
modly frac, mod lim, mod manganese stain,
390
12.4
3265
10
55
14
   
mottled brn, orange, blk, no visible sulphides.
           

Aumax -99-050
cherty quartz vein
grey-white vein, qtz flooded, qtz stockwork, bx
25
0.6
510
<5
3
2
   
, Tr py, aspy?
           

Aumax -99-051
argillaceous chert
modly-strly frac, mod lim, wk hem, no
485
4.4
1130
5
47
10
   
visible sulphides, argillaceous partings.
           

Aumax -99-052
argillaceous chert
modly frac, wk cherty qtz stringers, wk
370
2.6
2130
<5
45
8
   
to mod lim, no visible sulphides.
           

Aumax -99-053
cherty quartz vein
str qtz flooding, banded, Tr py, aspy?,
30
0.2
595
<5
4
<2
   
trending: 041/30NW
           

 

Aumax Project Sample Results
 
Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Trench
                  
Aumax -99-057
5,602,378 N
566,265 E
3+89 N
1+08 W
chip
Trench 99-5 at 18 m
0.00
1.70
1.70 m
                   
Aumax -99-058
5,602,379 N
566,264 E
3+90 N
1+09 W
chip
Trench 99-5 at 17 m
0.00
2.00
2.00 m
                   
Aumax -99-059
5,602,379 N
566,263 E
3+90 N
1+10 W
chip
Trench 99-5 at 16 m
0.00
1.70
1.70 m
                   
Aumax -99-060
5,602,379 N
566,261 E
3+90 N
1+12 W
chip
Trench 99-5 at 14 m
0.00
1.20
1.20 m
                   
Aumax -99-061
5,602,379 N
566,257 E
3+90 N
1+16 W
chip
Trench 99-5 at 10 m
0.00
1.70
1.70 m
                   

Trench 99-6
 
Aumax -99-063
5,602,302 N
566,209 E
3+13 N
1+64 W
chip
Trench 99-6 at 1 m
0.65
1.85
1.20 m
Aumax -99-064
5,602,302 N
566,209 E
3+13 N
1+64 W
chip
Trench 99-6 at 1 m
0.00
0.65
0.65 m
Aumax -99-065
5,602,303 N
566,207 E
3+14 N
1+66 W
chip
Trench 99-6 at 3 m
0.00
0.85
0.85 m
Aumax -99-067
5,602,303 N
566,206 E
3+14 N
1+67 W
chip
Trench 99-6 at 4 m
0.00
0.65
0.65 m
Aumax -99-066
5,602,303 N
566,207 E
3+14 N
1+66 W
chip
Trench 99-6 at 3 m
0.85
1.95
1.10 m
 
Aumax -99-068
 
5,602,303 N
 
566,206 E
 
3+14 N
 
1+67 W
 
chip
 
Trench 99-6 at 4 m
 
0.65
 
1.75
 
1.10 m
                   


 

 

Aumax Project Sample Results
 
Sample #
Rock Type
Observations
Au (ppb)
Ag (ppm)
As (ppm)
Sb (ppm)
Cu (ppm)
Pb (ppm)
Trench 99-1
                
Aumax -99-057
meta-andesite tuff
Tr py, str lim, hem, wkly frac, wk qtz
35
0.8
1110
10
64
2
   
stringers.
           

Aumax -99-058
meta-andesite tuff
as previous with mod qtz stockwork and
65
1.0
1305
<5
16
2
   
sheeted veinlets.
           

Aumax -99-059
cherty tuff
marron-grey, strly frac, mod-str lim, hem,
205
3.0
2700
<5
33
2
   
Tr py, aspy?, wk qtz stockwork veinlets.
           
Aumax -99-060
cherty tuff
As above, wk qtz stringers, Tr py, aspy.
100
1.6
1785
<5
29
6
Aumax -99-061
mixed cherty tuff and
mod qtz stringers, mod sil, wk bx, Tr py,
80
1.4
1740
5
34
8
 
meta-andesite tuff
aspy.
           

Trench 99-6
 
Aumax -99-063
quartz vein, breccia
white qtz, mod str lim alt. of bx frags, no
40
0.8
380
<5
5
<2
   
visible sulphides.
           
Aumax -99-064
cherty argillite
Strly frac, wk-mod lim.
80
6.6
1710
<5
53
4
                 
Aumax -99-065
cherty argillite
Strly frac, wk-mod lim.
90
6.6
1350
<5
38
8
                 
Aumax -99-066
quartz vein, breccia
vuggy-drusy white qtz, mod-str lim alt. of
40
1.4
325
<5
7
2
   
bx frags.
           
Aumax -99-067
cherty argillite
Strly frac, mod lim, no visible sulphides
75
9.0
515
5
83
12
                 
Aumax -99-068
quartz vein, breccia
vuggy-drusy white qtz, mod-str lim alt. of
35
3.2
595
<5
17
4
   
bx frags.
           


 

 

Aumax Project Sample Results
 
Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Miscellaneous Rock Samples
                
Aumax -99-001
       
grab
139 m west of corner
     
           
post 3N on Aumax #7
     
Aumax -99-002
5,602,164 N
566,473 E
1+75 N
1+00 E
grab from O/C
        
                   
Aumax -99-003
5,602,253 N
566,368 E
2+64 N
0+05 W
chip from b
Near Trench 99-1
   
1.20 m
         
or subcrop
       
                   

Aumax -99-004
5,602,244 N
566,396 E
2+55 N
0+23 E
subcrop or
between Trench 99-1 and 3
     
                   

Aumax -99-005
5,602,253 N
566,347 E
2+64 N
0+26 W
subcrop or
between Trench 99-1 and 3
     
                   

Aumax -99-006
5,602,246 N
566,340 E
2+57 N
0+33 W
subcrop or
between Trench 99-1 and 3
     
                   
Aumax -99-007
 
5,601,789 N
565,973 E
2+00 S
4+00 W
Float or talu
Aumax #8 at about
4W, 2S
      
Aumax -99-008
5,602,249 N
566,410 E
2+60 N
0+37 E
subcrop or
Trench between L2+25N,
     
           
0+25E and 0+50E
     

Aumax -99-009
5,602,199 N
566,409 E
2+10 N
0+36 E
subcrop or
Near L2+00N,0+25E
     
                   

Aumax -99-010
5,602,189 N
566,414 E
2+00 N
0+41 E
subcrop?
     
1.10 m
                   





Aumax Project Sample Results
Au
Ag
As
Sb
Cu
Pb
Sample #
Rock Type
Observations
(ppb)
(ppm)
(ppm)
(ppm) (ppm) (ppm)
Miscellaneous Roc
           

Aumax -99-001
Quartz Vein
vuggy-drusy, str lim, wk hem, wk manganese
           
   
stain, no visible sulphides.
           
Aumax -99-002
Quartz Vein
Wk lim, hem, Tr py.
            
                 

Aumax -99-003
Sheeted veinlets, qtz stockwork
intense qtz stockwork and sheeted veinlets
275
16.6
1990
50
84
22
 
in meta-andesite tuff
over 0.4m,Tr silver sulphosalts at vein edge,
           
   
sheeted veinlets every 5-10 cm, mod lim.
           

Aumax -99-004
Quartz vein breccia
vuggy-drusy, Tr mal, dissem black sulphosalts,
2810
238.4
770
275
562
94
   
mod to str lim alteration of bx frags.
           

Aumax -99-005
Sheeted veinles, quartz stockwork
str lim, no visible sulphides, vuggy-drusy.
35
9.2
210
15
24
10
 
in meta-andesite tuff
             

Aumax -99-006
Quartz breccia in limonitized
angular limonitized mafic volcanic fragments
2290
305.0
405
320
507
98
 
greenstone
in vuggy, druzy quartz matrix, disseminated
           
   
tetrahedrite, trace galena and pyrite,
           
   
malachite and azurite staining
           

Aumax -99-008
meta-andesite tuff
f.g., mod sil., str lim, 1-2% fine euhedral py,
75
3.8
6530
10
129
12
   
Tr aspy?, reddish -orange-grey fresh surface.
           

Aumax -99-009
Quartz vein + breccia
Tr mal, az, cpy, py, silvery + black sulphosalts,
95
153.6
145
115
210
120
   
wk lim, str lim alt. of bx frags.
           

Aumax -99-010
meta-andesite tuff?
strly fe stained, str lim, qtz frags, sheared,
665
23.0
12400
45
87
20
   
strly frac.
           


Aumax Project Sample Results

Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Aumax -99-031
5,602,280 N
566,442 E
2+91 N
0+69 E
grab from b
Near Station L3+00N
     
           
0+75E
     
                   
Aumax -99-054
5,602,527 N
566,454 E
5+38 N
0+81 E
chip
38.7 m at 7 degrees from
0.00
1.00
1.00 m
           
station L5+00N, 0+75E
     
                   

Aumax -99-055
5,602,530 N
566,453 E
5+41 N
0+80 E
grab
38.7 m at 7 degrees from
     
           
station L5+00N, 0+75E
     

Aumax -99-056
5,602,405 N
566,395 E
4+16 N
0+22 E
grab
26.4 m at 56 degrees from
     
           
station BL 4+00N
     
                   
Aumax -99-062
5,602,339 N
566,273 E
3+50 N
1+00 W
chip
 
0.00
0.27
0.27 m
                   
Aumax -99-069
       
chip
4.4 m west of Aumax #7
0.00
0.20
0.20 m
           
north claim line, which
     
           
crosses the main road at
     
           
approximately 1159m north
     
           
of the legal claim post
     
                   
AMX ROCK #1
5,602,166 N
566,468 E
1+77 N
0+95 E
Float
       

AR99+208
5,602,267 N
566,402 E
2+78 N
0+29 E
 
Hand Trench 11
     
                   

 
155615
 
5,602,522 N
 
566,369 E
 
2+63 N
 
0+04 W Grab
 
155615
        
 
155616
 
5,602,520 N
 
566,498 E
 
5+31 N
 
1+25 E Grab
155617
5,602,324 N
566,293 E
3+35 N
0+80 W Float
155618
5,602,377 N
566,256 E
3+88 N
1+17 W Grab

Aumax Project Sample Results 
Sample #
Rock Type
Observations
Au (ppb)
Ag (ppm)
As (ppm)
Sb (ppm)
Cu (ppm)
Pb (ppm)
Aumax -99-031
quartz vein and breccia
Tr mal, az, wk black sulphosalts, wk-mod lim,
170
139.8
275
180
309
412
   
mod-str lim alt. of bx frags, vuggy-drusy.
           
                 
Aumax -99-054
meta-andesite tuff
str lim, grey-green, wk hem, str fe staining
5
<0.2
<5
<5
328
14
   
py pseudomorphs, Tr-1% py, modly
           
   
frac, Tr aspy, cpy.
           

Aumax -99-055
meta-andesite tuff
V. strly Fe stained, lim, Tr -2% py, Tr -1%
<5
<0.2
<5
<5
300
14
   
aspy, Tr-cpy.
           

Aumax -99-056
meta andesite tuff?
str lim, mod qtz stockwork, mod sil, and
30
1.4
505
5
50
<2
   
mod sheeted veinlets.
           
                 
Aumax -99-062
quartz vein, breccia
strly frac, no visible sulphides, wkly banded,
10
0.4
85
<5
4
<2
   
approximate trend: 85/30 SE, white qtz.
           
Aumax -99-069
quartz vein
modly-strly frac, narrow, within Meta
15
<0.2
10
<5
9
<2
   
Andesite Tuff- greenstone, no alt in foot
           
   
or hanging wall, wk -mod lim, no visible
           
   
sulphides.
           
                 
AMX ROCK #1
 
quartz boulders
270
66.4
6540
35
119
40

AR99+208
 
quartz with disseminated tetrahedrite,
2450
2700.0
575
3785
3999
2808
   
malachite and azurite staining
           
                 
155614
 
 
155615
 
 
155615
 
  
AR-99-01 Grab sample from trench near AR99+2 Quartz with disseminated tetrahedrite?and chalcocite?
 
AR-99-02 High grade grab sample from trench Quartz with disseminated tetrahedrite and chalcocite, traces malachite and azurite
 
malachite, azurite staining
1130 2990
 
 
 
 
 
 
218.4 206.8
 
 
 
 
 
665 640
 
 
 
 
 
230 6260
 
 
 
 
 
 
506 3109
 
 
 
 
 
 
180 6638
 
 
 
 
 
 

155616
AR-99-03 Shear zone (130/80NE) about 1.75 m wide developed in greenstone; qz vein in shear zone cutting mafic tuff
160
15.2
5855
20
80
18
155617
AR-99-04 Quartz breccia beneath road, about 6 m wide striking 60 degrees, quartz breccia developed in mafic tuff
20
2.2
260
<5
6
4
155618
AR-99-05 Shear zone (160/35SW) developed in mafxc tuff, few quartz veins typically 1-3 cm wide
315
10.2
3780
10
49
2



Aumax Project Sample Results
 
 
Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
AR99+1
5,602,242 N
566,341 E
2+53 N
0+32 W
 
Hand Trench 2
     
AR99+2
5,602,252 N
566,369 E
2+63 N
0+04 W
 
Hand Trench 5
     
AR99+8
5,602,231 N
566,357 E
2+42 N
0+16 W
 
Hand Trench 4
     
AR99+9
5,602,255 N
566,377 E
2+66 N
0+04 E
 
Hand Trench 8
     
AR99+10
5,602,260 N
566,385 E
2+71 N
0+12 E
 
Hand Trench 9
     
AR99+13
5,602,240 N
566,350 E
2+51 N
0+23 W
 
Hand Trench 3
     
AR99+14
5,602,252 N
566,335 E
2+63 N
0+38 W
 
Hand Trench 1
     
Hand Trench Locations
 
Trench 1
5,602,252 N
566,335 E
2+63 N
0+38 W
         
Trench 2
5,602,242 N
566,341 E
2+53 N
0+32 W
         
Trench 3
5,602,240 N
566,350 E
2+51 N
0+23 W
         
Trench 4
5,602,231 N
566,357 E
2+42 N
0+16 W
         
Trench 5
5,602,252 N
566,369 E
2+63 N
0+04 W
         
Trench 6 Centre
5,602,255 N
566,372 E
2+66 N
0+01 W
         
Trench 7
5,602,261 N
566,375 E
2+72 N
0+02 E
         
Trench 8
5,602,255 N
566,377 E
2+66 N
0+04 E
         
Trench 9
5,602,260 N
566,385 E
2+71 N
0+12 E
         
Trench 10
5,602,263 N
566,389 E
2+74 N
0+16 E
         
Trench 11
5,602,267 N
566,402 E
2+78 N
0+29 E
         
Soils
 
155609
5,602,248 N
566,362 E
2+59 N
0+11 W
Soil
       
155610
5,602,274 N
566,395 E
2+85 N
0+22 E
Soil
       
155611
5,602,245 N
566,377 E
2+56 N
0+04 E
Soil
       
155612
5,602,243 N
566,384 E
2+54 N
0+11 E
Soil
       
155613
5,602,226 N
566,384 E
2+37 N
0+11 E
Soil
       
AMX-01
5,602,177 N
566,504 E
1+88 N
1+31 E
Soil
       
AMX-02
5,602,177 N
566,504 E
1+88 N
1+31 E
Soil
       
AMX-03
5,602,173 N
566,497 E
1+84 N
1+24 E
Soil
       
AMX-04
5,602,168 N
566,489 E
1+79 N
1+16 E
Soil
       
AMX-05
5,602,163 N
566,481 E
1+74 N
1+08 E
Soil
       
AMX-06
5,602,185 N
566,476 E
1+96 N
1+03 E
Soil
       
AMX-07
5,602,203 N
566,479 E
2+14 N
1+06 E
Soil
       
AMX-08
5,602,163 N
566,471 E
1+74 N
0+98 E
Soil
       
AMX-09
5,602,220 N
566,454 E
2+31 N
0+81 E
Soil
       
AMX-10
5,602,459 N
566,320 E
4+70 N
0+53 W
Soil
       
AMX-11
5,602,438 N
566,316 E
4+49 N
0+57 W
Soil
       
AMX-12
       
Soil
       

Aumax Project Sample Results
 
Sample #
Rock Type
Observations
Au (ppb)
Ag (ppm)
As (ppm)
Sb (ppm)
Cu (ppm)
Pb (ppm)
AR99+1
   
8070
95.1
       
AR99+2
   
1160
1100
       
AR99+8
   
1720
1615
       
AR99+9
   
3250
2520
       
AR99+10
   
4560
2706
       
AR99+13
                
AR99+14
                

 
Hand Trench Location
 
Trench 1
               
Trench 2
               
Trench 3
               
Trench 4
               
Trench 5
               
Trench 6 Centre
               
Trench 7
               
Trench 8
               
Trench 9
               
Trench 10
               
Trench 11
               
Soils
 
155609
 
Soil 8 m at 240 degrees from AR99+2 near trench
10
1.6
460
<5
56
20
155610
 
Soil 30 m at 40 degrees from AR99+2
100
3.6
2040
20
156
24
155611
 
Soil 10 m at 130 degrees from AR99+2
20
0.6
360
<5
74
14
155612
 
Soil 8 m at 110 degrees from 155611
240
6.8
3035
10
217
46
155613
 
Soil 17 m at 180 degrees from 155612
120
3.8
1365
<5
124
12
AMX-01
   
5
0.4
70
<5
155
16
AMX-02
   
10
0.6
25
20
107
12
AMX-03
   
20
1.0
60
5
154
12
AMX-04
   
25
2.0
60
<5
137
6
AMX-05
   
120
7.0
850
15
164
18
AMX-06
   
25
0.6
220
15
112
8
AMX-07
   
5
<0.2
5
10
145
12
AMX-08
   
5
0.8
90
<5
42
2
AMX-09
   
5
<0.2
<5
<5
94
2
AMX-10
   
<5
<0.2
90
<5
44
16
AMX-11
   
30
3.0
565
20
109
26
AMX-12
   
5
<0.2
20
<5
107
12

Project Sample Results
 
Sample #
UTM N
UTM E
Grid N
Grid E
Type
Location
From
To
Width
Upper Gold Prospect - Rocks
                
AR99+201
         
Upper Gold Prospect
     
AR99+201 rp
                 
AR99+201 rs
                 
AR99+202
         
Upper Gold Prospect
     
AR99+203
         
Upper Gold Prospect
     
AR99+204
         
Upper Gold Prospect
     
AR99+205
         
Upper Gold Prospect
     
AR99+206
         
Upper Gold Prospect
     
AR99+207
                 


 

 

 

 

 

 

 
Aumax Project Sample Results
 
Sample #
Rock Type
Observations
Au (ppb)
Ag (ppm)
As (ppm)
Sb (ppm)
Cu (ppm)
Pb (ppm)
Upper Gold Prospect
              
AR99+201
   
30
<0.2
805
<5
6
<2
AR99+201 rp
   
35
0.4
815
<5
8
<2
AR99+201 rs
   
35
0.4
825
<5
6
<2
AR99+202
   
220
1.2
1490
<5
27
<2
AR99+203
   
35
0.6
120
<5
24
<2
AR99+204
   
25
0.4
200
<5
8
<2
AR99+205
   
115
0.8
2155
<5
4
<2
AR99+206
   
90
1.6
395
<5
6
4
AR99+207
   
20
0.4
20
<5
8
<2