Untitled - Geoscience Resources of Newfoundland and Labrador

Transcription

Table of expenditures for the period of January 1, 2007 to January 31, 2008 - Buchans River Limited - Buchans
Property.
Licence
5668M
8295M
10452M
10453M
10524M
10525M
10526M
10546M
10547M
10548M
10551M
11431M
11432M
11433M
11793M
11794M
11795M
11796M
11797M
11798M
11799M
11801M
11808M
13320M
13423M
13539M
Fol 61
Fol 62
Geology
Drilling
Surveys
Assays
Misc
Subtotal
15% Admin
Total
11,142.08
3,649.63
1,821.67
0.00 1,058.12
17,671.50
2,650.72
20,322.22
28,779.53 100,719.92
10,463.87
544.63 3,976.34
144,484.29
21,672.64
166,156.93
288.56
1,745.49
905.21
0.00
233.19
3,172.45
475.87
3,648.32
2,753.77
86.88
2,168.74
0.00
0.00
138.96
2,394.58
359.19
597.44
1,583.89 101,862.24
0.00
190.75
104,234.31
15,635.15
119,869.46
127,683.19
2,397.53
4,894.34 103,081.77
0.00
655.21
111,028.86
16,654.33
885.82
1,428.12
2,273.99 1,474.99
190.75
6,253.67
938.05
7,191.72
21,339.39
4,271.61
8,251.08
4,279.17
0.00 1,754.14
18,555.99
2,783.40
1,093.75
2,024.83
329.18
0.00
84.82
3,532.58
529.89
4,062.47
1,135.04
1,269.42
1,950.26
0.00
169.59
4,524.31
678.65
5,202.96
108,210.80 881,149.95 717,631.85 54,597.67 17,296.80 1,778,887.07 266,833.06 2,045,720.13
57.63
952.08
493.73
0.00
123.55
1,626.99
244.05
1,871.04
11,658.40
19.17
331.56
9,745.84
0.00
41.17
10,137.74
1,520.66
38.46
631.42
270.59
0.00
82.38
1,022.85
153.43
1,176.28
24,601.43
6,247.49
7,652.26
6,504.57
0.00
988.23
21,392.55
3,208.88
1,001.68
5,871.16
3,044.79
0.00
821.54
10,739.17
1,610.88
12,350.05
451.54
7,457.95
3,867.70
0.00
967.62
12,744.81
1,911.72
14,656.53
2,291.17
5,680.03 220,984.86
0.00
629.75
229,585.81
34,437.87
264,023.68
86.46
1,428.11
825.48
0.00
185.27
2,525.32
378.80
2,904.12
2,806.55
86.46
1,428.11
740.63
0.00
185.27
2,440.47
366.07
182.48
3,025.05
8,081.63
0.00
391.21
11,680.37
1,752.06
13,432.43
10,167.19
994.26
4,760.37
2,468.76
0.00
617.65
8,841.03
1,326.16
19.17
317.37
164.59
0.00
41.17
542.30
81.34
623.64
190,067.27
1,773.58
4,045.00 158,945.00
0.00
512.31
165,275.89
24,791.38
585.95
331.52
9,745.86
0.00
41.17
10,704.49
1,605.67
12,310.16
225.52
823.26
37,202.90
142.84
38,394.53
5,759.18
44,153.71
13,366.88
638.93
3,176.62
1,645.84 5,750.22
411.76
11,623.37
1,743.51
4,900.36
25,954.08
3,589.87 5,864.22
555.85
40,864.39
6,129.66
46,994.04
2
N.T.S.: 12 A/15
BUCHANS RIVER LIMITED
REPORT OF WORK
BUCHANS PROJECT
RED INDIAN LAKE AREA, NEWFOUNDLAND
January 1, 2007 to April 30, 2008
Compilation, Review of Past Mining Operations, Aerial Topography/Photography, Line
Cutting & GPS Grid Surveys, Titan 24 Geophysical Surveys, Soil Sampling, Diamond
Drilling (Billiton Targets & Little Sandy), and Whole Rock Geochemistry
Map Staked Licences:
05668M, 08295M, 10452M, 10453M,
10524M, 10525M, 10526M, 10546M,
10547M, 10548M, 10551M, 11431M,
11432M, 11433M, 11793M, 11794M,
11795M, 11796M, 11797M, 11798M,
11799M, 11801M, 11808M, 13320M,
13423M, 13539M,
and
Terra Nova Properties Fee Simple Mining Grant Vol. 1, Folio 61
Terra Nova Properties Fee Simple Mining Grant Vol. 1, Folio 62
P. Moore & D. Butler
May 5, 2008
SUMMARY
The Buchans property consists of 26 Mineral Licences comprising 512 contiguous mapstaked claims and two Fee Simple Grants, for a total of 13,433 hectares. The Fee Simple Grants
cover an area equivalent to 25.3 claims (632.81 ha). The property was acquired to explore for
polymetallic volcanogenic massive sulphide deposits within the Buchans mining camp of central
Newfoundland. Many of the mineral licences that comprise the property are held under option
agreement through a number of previous licence holders. Although these properties are now held
100% by Buchans River Ltd (BUV), many are subject to Net Smelter Return (NSR) royalties
ranging from 1 to 3 percent with buyout clauses in most of the underlying agreements for portions
of the respective royalties. Details for each of the properties are listed below in Table 1.
The property surrounds the community of Buchans, centered at 510,700mE, 5,407,830mN
UTM NAD 27 Zone 21, north of Red Indian Lake in central Newfoundland (Figure 1). The town of
Buchans has a population of approximately 800 and lies at the end of Route 370, which joins the
Trans Canada Highway west of Grand Falls.
Grand Falls-Windsor is located 90 kilometres
northeast of Buchans and represents one of Newfoundland’s largest municipalities (population
over 13,500) and industrial centers, underpinned by a paper mill and hydroelectric generating
station operated by Abitibi Bowater.
The property covers the historic Buchans mining camp, including all sites of past production
from which American Smelting and Refining Company (“Asarco”) mined 16,196,876 tonnes of ore
from 5 major orebodies, having an average head grade of 14.51% zinc, 1.33% copper, 7.56% lead,
126 g/t silver and 1.37g/t gold, between 1928 and 1984 (Kirkham, 1987). Milling capacity for this
operation was 1,250 short tonnes per day with separate Cu (chalcopyrite), Pb (galena), and Zn
(sphalerite) concentrates produced (Thurlow, 2001). Recoveries near the end of the mine’s life are
reported to have been 58.22% for Cu, 83.11% for Pb, 80.00% for Zn, 67.47% for Ag, and 69.16%
for Au (1974 to 1979; Asarco Buchans Mine Operation, 1980 Annual Report).
During the reporting period, BUV completed line-cutting, Titan 24 DCIP and MT geophysical
surveys (102 line km), aerial photography (full property), diamond drilling (4,907 m in 14 holes) and
ii
soil sampling (62 sample), as well as several non-field-based activities on the property. The latter
activities included compilation of previous diamond drilling, a review of past mining operations
(check for possible remaining mineral resources) and initiation of a digital compilation of previous
exploration data. Of these activities, compilation of mining and exploration data within this longlived mining camp is an enormous undertaking involving review and compilation of over seven
decades of work, of which the vast majority was completed in advance of the digital age. The
compilation therefore relies on archived paper maps and documents located in Asarco’s private
data collection in Buchans, as well as records housed at the Newfoundland Archives and the
Department of Natural Resources.
Initial compilation efforts have focused on scanning all
available drill logs and assays (in excess of 3,518 surface and underground holes totaling 394,846
m of drilling) as well as Asarco’s collection of mine development plans and sections for the former
mines (scanned to PDF files). These digital files are included with this report for assessment and
archival purposes, and are being entered into digital databases to be submitted with future
assessment reports. The Mineral Lands Division of the Department of Natural Resources has
advised BUV that, given the large amount of work involved, ongoing compilation (including digital
databases) will be permissible for filing for assessment credit, as opposed to once every five years
as currently stipulated by the regulations.
New drilling completed during the reporting period included completion of an 6 hole, 850
metre drill program on the Little Sandy copper prospect in August 2007, as well as completion of
an 8 hole, 4,059 metre fall drill program designed to test targets previously proposed and
prioritized by Billiton Resources Canada Inc., in May 2001.
The Little Sandy drill program was designed to test the Little Sandy prospect which
represents a known outcropping zone of copper stringer mineralization informally reported to host
an uncategorized historical resource of 160,000 tonnes of 1.9% Cu.
This historical resource
estimate is not NI 43-101 compliant, and is presented on several maps compiled by past explorers;
however, no specific reference could be found for the source of this estimate, and as such, the
iii
resource should not be relied upon. Prior to drilling the prospect, previous drilling had returned
intersections assaying up to 3.30% Cu over 7.9 metres (e.g., hole BJ-38; Thurlow and Pearce,
1979). Highlights from BUV’s drilling include intersections of 3.21% Cu over 3.1 metres and 0.42%
Cu over 17.96 metres at shallow vertical depths of 100 m or less. While results are considered
favourable, further review of the drill results in conjunction with available historical data is
recommended before additional work is proposed for this prospect. Among the questions to be
addressed is the prospect’s relative stratigraphic position with respect to the geology of the
Buchans deposits located 13 km to the west of the prospect. Previous workers have assigned the
prospect to various units within the belt including rocks interpreted to represent both older and
younger volcanic stratigraphy than those rocks which host the Buchans orebodies. Furthermore,
ongoing mapping and research by the GSC is expected to refine the geology of this relatively
poorly explored portion of the Buchans property (e.g., Zagorevski and Rogers, 2008).
Between October 2007 and January 2008, the company drilled 8 holes on targets prioritized
by former JV partner Billiton Resources Canada Inc., in May 2001. All eight holes intersected
targeted favourable felsic volcanic rocks, but failed to identify significant sulphide accumulations as
either massive sulphides or transported sulphide clasts typical of ores previously mined at
Buchans. Intersected mineralization was limited to disseminated and stringer sulphides, as well as
sections hosting altered and sulphide-mineralized clasts. Billiton selected the targets after detailed
compilation and re-interpretation of the geology of the former Buchans mines yielded 126 targets
totaling 46,020 metres of proposed drilling. The highest priority targets were drilled by BUV in the
fall of 2007 and had been assigned their priority, as the targets were defined as areas of
favourable stratigraphy near known deposits, where sufficient room existed to host high-grade
massive sulphide deposits analogous in size and grade to the former Lucky Strike mine. Historical
production from the main Lucky Strike mine totaled 4.75 million tonnes averaging 18.36% Zn,
8.42% Pb, 1.67% Cu, 113 g/t Ag and 1.7 g/t Au (Thurlow and Swanson, 1981). Shortly after
compiling the targets, Billiton abandoned all Newfoundland joint ventures and allowed their option
iv
on the Buchans property to lapse without further drilling. Further consideration will be given to the
others targets identified by Billiton, once BUV has completed its own compilation of the property.
Also during the work period, BUV contracted Quantec Geoscience Ltd. to complete Titan 24
DCIP (Direct Current Induced Polarization) & MT (Magnetotelluric) geophysical surveys over an
area measuring 3.6 km by 5.1 km, covering several past producing orebodies west of the townsite,
including the former Rothermere, McLean and MacLean Extension orebodies, as well as the
undeveloped Clementine deposit. The Titan surveys are designed to locate deep sulphide rich
zones down to depths of 750 m by DCIP, and to depths of 1,500 metres and beyond by MT. The
surveys were completed during the period of September 2007 to January 2008, and at time of
writing, only unprocessed data had been received (logistics report filed with this report), while the
final interpreted data, including maps and inverted sections, are anticipated to be received the end
of May (2008) and will be filed in a supplementary assessment report. Once data are received, the
Company will analyze and prioritize targets for future drilling to be scheduled for the second half of
2008.
During the work period, compilation and review of historical archive documents for the
former Buchans mine operation uncovered data for a historical and uncategorized resource
referred to by Asarco as the Lucky Strike Low Grade mineralization. The latter was identified as
part of a review of possible remaining mineral resources left behind by Asarco, the previous mine
operators. This review was undertaken by Mr. Paul O’Brien, a consulting engineer and former
Mine Superintendent for Asarco’s Buchans Mine. The Lucky Strike Low Grade mineralization has
since been renamed the Lundberg zone by BUV, and is considered to represent an uncategorized,
non National Instrument 43-101 compliant resource which Asarco estimated to host 11.9 million
tonnes with combined base metal grades of 2.88%, comprised of 1.83% zinc, 0.67% lead, 0.38%
copper, and 5.5 g/t silver (archived internal Asarco company correspondence, 1974). Archived
Asarco correspondence indicate this resource was to be evaluated by Asarco in early 1975 as a
possible open pit mine operation, as the resource comes to surface and partially underlies the
v
former Lucky Strike Mine’s glory hole. A search of archived records shows detailed data was
forwarded to Asarco management for feasibility study in February of 1975, but no records could be
located that stated the outcome of this assessment. It is; however, assumed that the economics at
the time were not favourable; and given that some of the highest grade and shallowest
mineralization within the resource lies beneath key mine infrastructure (mill and other buildings), it
was not pursued. With metal prices now well above those prices seen over the period since the
mine closed in 1984, this resource is now considered to be of potential economic interest as a
possible bulk tonnage, open pit mineable resource and is currently the subject of an ongoing 6,000
metre, 40 drill hole drilling program by BUV. Results of this drilling program will be used to compile
a NI 43-101 compliant Inferred resource, as well as assess the zone for higher grade resources
within the global resource.
Among the other field activities undertaken during the reporting period are soil sampling
surveys completed by Ionex Ltd. This work included collection of 62 B-horizon samples from three
separate exploration licenses, two in the eastern portion (licenses 10547M & 10548M), and one in
the western portion (10526M) of the property. No significant anomalies were defined; however,
sampling in each of the areas was limited to single line traverse, and results should therefore be
reviewed in conjunction with historical soil geochemical data once historical data has been
compiled.
Recommendations for future work on the property includes review of Titan 24 datasets for
identification drill targets potentially associated with high grade sulphide deposits analogous to
those previously mined at Buchans (i.e. buried high grade deposits). Other recommendations
include further compilation of past drilling results (including assays) in areas adjacent to nearsurface past producing mines (i.e. Oriental and Old Buchans deposit areas), as possible bulk
tonnage, lower grade, open pit mineable resources.
Furthermore, ongoing efforts to compile
previous exploration data should be accelerated to help identify and assess other targets that may
exist on the property, including undeveloped sulphide prospects such as the Clementine, Sandfill
vi
and Middle Branch prospects. Of these, the Clementine prospect is located approximately 2 km
west of the former Buchans Mines and hosts an undeveloped resource (uncategorized, historical,
non-43-101 compliant resource estimate) of 363,000 tonnes averaging 4.9% Zn, 2.6% Pb, 0.3%
Cu & 10.3 g/t Ag at depths ranging between 207 and 485 m below surface (Calhoun and
Hutchinson, 1981).
TABLE OF CONTENTS
INTRODUCTION...........................................................................................................................1 ACKNOWLEDGEMENTS.............................................................................................................4 LOCATION, ACCESS AND PHYSIOGRAPHY ............................................................................5 CLAIMS.........................................................................................................................................7 PREVIOUS WORK .....................................................................................................................10 REGIONAL AND PROPERTY GEOLOGY.................................................................................22 MINERALIZATION......................................................................................................................30 2007 EXPLORATION PROGRAM..............................................................................................34 Compilation of Previous Work ......................................................................................................... 34 Review of Past Mining Operations .................................................................................................. 34 Aerial Photography.......................................................................................................................... 36 Buchans Property....................................................................................................................... 36 Grid Establishment .......................................................................................................................... 36 Titan 24 DCIP and MT Survey ........................................................................................................ 37 Soil Sampling (Licenses 10547M, 10548M & 10526M) .................................................................. 37 Diamond Drilling .............................................................................................................................. 41 Little Sandy................................................................................................................................. 43 Billiton Targets............................................................................................................................ 43 Whole Rock Geochemistry (Lithogeochemistry) ............................................................................. 48 RECOMMENDATIONS...............................................................................................................49 REFERENCES............................................................................................................................50 TABLES
Table 1: Summary of Claims – Buchans Property ..........................................................................3 Table 2: Buchans Project, Personnel and Contractors ....................................................................4 Table 3: Soil survey, sample statistics. ..........................................................................................38 Table 4: Assay highlights, Little Sandy drill program, July-August 2007 .......................................43 Table 5: Assay highlights, Billiton Targets drill program, October 2007 to January 2008.............48 viii
FIGURES
Figure 1. Communities and Buchans property location, Newfoundland...........................................6 Figure 2: Buchans Property – Claims location map ........................................................................8 Figure 3: Buchans Property – Ownership and Royalties.................................................................9 Figure 4: Buchans orebodies (projected to surface) (Calhoun and Hutchinson, 1981, p. 190).....11 Figure 5: Generalized geology of the Buchans area after Thurlow, (2001)...................................24 Figure 6: Generalized stratigraphy of the Buchans Group (after Thurlow, 2001)..........................26 Figure 7: Schematic cross section through the Buchans area. ....................................................29 Figure 8: Generalized geological map of the Buchans mine area.................................................29 Figure 9: Schematic block diagram of the MacLean channel, from the Lucky Strike area in the
southeast to the MacLean Extension area in the northwest............................................................33 Figure 10: Soil sampling locations and Cu, Pb, Zn values from License 10526M.........................39 Figure 11: Soil sampling locations and Cu, Pb, Zn values from License 10547, 10548M.............40 Figure 12: Diamond drilling plan map – Little Sandy. ....................................................................45 Figure 13: Diamond drilling plan map – Billiton Targets. ...............................................................47 Drawings
1
Location
Property Geology...................................................................................................In Folder
ix
APPENDICES
Titles
I
Location
Compilation of Previous Work – Digital Archive of Drill Logs &
Archived Asarco Mine Plans and Drawings (PDF Files).
In Folder
II
Review of Past Mining Operations at Buchans. Report prepared by Paul
J. O’Brien P. Eng., for Buchans River Limited.
In Appendix Volume
III
Buchans Property, Aerial Photography and Topographic Processing
Summary Report – Eagle Mapping Ltd.
In Appendix Volume
IV
DGPS Surveys of Titan Grid, Buchans Property.
In Appendix Volume
Logistics Report, DGPS Positioning on Titan Grid, Buchans Mine Area,
Project 0706, By Eastern Geophysics Limited
V
Titan 24 Geophysical Surveys
In Appendix Volume
Quantec Geoscience Ltd., Geophysical Survey Logistics Report
Regarding the Quantec Titan-24 Distributed Acquisition System Tensor
MT and DCIP Surveys over the Buchans Project, Buchans, NL on behalf
of Buchans River Limited, St. John’s NL.
VI
Diamond Drilling
Drill Logs
Little Sandy Drill Plan & Sections
Billiton Targets Drill Plan & Sections
In Appendix Volume
Analytical Results
Sampling and QAQC Procedures
Sample Preparation - ALS-CHEMEX
Analytical Procedures – ALS-Chemex Whole Rock & Metal Assays
Sample Preparation - Eastern Analytical Limited
Sample Analyses - Eastern Analytical Limited (assays and soils only)
Certificates of Analytical Results
In Appendix Volume
VII
In Folder
In Folder
1
INTRODUCTION
This report documents work completed by Buchans River Limited (BUV), on the
Buchans property in central Newfoundland (Figures 1 & 2) between January 1, 2007 and
January 31, 2008. The property consists of 26 mineral licences, comprising 512 contiguous
map-staked claims and two Fee Simple Grants, for a grand total of 13,433 hectares (Figure 2).
Fee Simple Grants cover an area equivalent to 25.3 claims (632.81 ha). The property was
acquired to explore for polymetallic volcanogenic massive sulphide deposits within the Buchans
mining camp of central Newfoundland. Many of the mineral licences that comprise the property
are held under option agreement through a number of previous licence holders. Although these
properties are now held 100% by BUV, many are subject to Net Smelter Return (NSR) royalties
ranging from 1 to 3 percent with buyout clauses for portions of the respective royalties available
in most of the underlying agreements. Details for each of the properties are listed below in
Table 1, and illustrated in Figure 3.
The property surrounds the community of Buchans, centered at 510,700mE,
5,407,830mN UTM NAD 27 Zone 21, north of Red Indian Lake in central Newfoundland
(Figures 1 and 2). The town has a population of approximately 800, and lies at the end of
Route 370, which joins the Trans Canada Highway west of Grand Falls. Grand Falls-Windsor is
located 90 kilometres northeast of Buchans and represents one of Newfoundland’s largest
municipalities (population over 13,500) and industrial centers, underpinned by a paper mill and
hydroelectric generating station operated by Abitibi Bowater.
The property covers the historic Buchans mining camp, including all sites of past
production from which American Smelting and Refining Company (“Asarco”) mined 16,196,876
tonnes of ore from 5 major orebodies having an average head grade of 14.51% zinc, 1.33%
copper, 7.56% lead, 126 g/t silver and 1.37 g/t gold, between 1928 and 1984 (Kirkham, 1987).
Milling capacity for this operation was 1,250 short tonnes per day with separate Cu
(chalcopyrite, Pb (galena), and Zn (sphalerite) concentrates produced (Thurlow, 2001).
2
Recoveries near the end of the mine’s life are reported to have been 58.22% for Cu, 83.11% for
Pb, 80.00% for Zn, 67.47% for Ag, and 69.16% for Au (1974 to 1979; Asarco Buchans Mine
Operation, 1980 Annual Report).
During the reporting period, BUV completed line-cutting, Titan 24 DCIP and MT
geophysical surveys, aerial photography, diamond drilling and soil sampling, as well as several
non-field-based activities on the property. The latter activities included compilation of previous
diamond drilling, a review of past mining operations (check for possible remaining mineral
resources) and initiation of a digital compilation of previous exploration data. Of these activities,
compilation of mining and exploration represents a considerable undertaking involving review
and compilation of more than seven decades of work, of which the vast majority was completed
in advance of the digital age. The compilation therefore relies on archived paper maps and
documents borrowed from Asarco’s private data collection in Buchans, as well as records
housed at the Newfoundland Archives and the Department of Natural Resources.
Initial
compilation efforts have focused on scanning all available drill logs and assays (in excess of
3,518 surface and underground holes, totaling 394,846 m of drilling) as well as Asarco’s private
collection of mine development plans and sections for the former mines (scanned to PDF files).
metre drill program on the Little Sandy copper prospect, as well as completion of an 8 hole,
4,059 metre program designed to test targets previously proposed and prioritized by Billiton
Resources Canada Inc. in May 2001.
Also during the work period, Buchans River contracted Quantec Geoscience Ltd. to
complete a Titan 24 DCIP (Direct Current Induced Polarization) & MT (Magnetotelluric)
geophysical survey over an area measuring 3.6 km by 5.1 km, covering several past producing
ore-bodies west of the town, including the former Rothermere, McLean and MacLean Extension
orebodies as well as the undeveloped Clementine deposit.
3
Other field activities completed during the work period included soil sampling, with 62 Bhorizon samples collected from three exploration licenses, two in the eastern portion (licenses
10547M & 10548M), and one in the western portion (10526M) of the property.
Compilation and review of historical records undertaken during the work period identified
a historical and uncategorized resource estimate by Asarco, formerly referred to as the Lucky
Strike Low Grade Zone. This resource was identified as part of a review of possible remaining
mineral resources left behind by Asarco, and is currently being explored by a 6,000 metre drill
program at the time of writing this report. BUV has undertaken this program as part of its
strategy to explore for near surface, bulk tonnage resources that have potential to be mined by
open pit methods. Results of this work will be released in a supplementary assessment report
to be files later in 2008.
Results of all drilling described herein (i.e., Little Sandy and Billiton Targets) had been
released into the public domain. Results for the Titan surveys have not been released as BUV
are awaiting final interpreted results from Quantec.
The latter will also be filed in a
supplementary assessment report to be filed later in 2008.
Table 1: Summary of Claims – Buchans Property
Date Issued
31-May-96
28-Jun-96
9-Nov-04
9-Nov-04
6-Jan-05
6-Jan-05
6-Jan-05
17-Jan-05
17-Jan-05
17-Jan-05
1-Feb-93
1-Dec-05
1-Dec-05
1-Dec-05
9-Mar-06
Licence No.
05668M
08295M
10452M
10453M
10524M
10525M
10526M
10546M
10547M
10548M
10551M
11431M
11432M
11433M
11793M
Registered Owner
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
No. of
Claims
12
66
6
5
5
16
5
28
2
4
215
3
1
2
26
No. of
Hectares
300
1650
150
125
125
400
125
700
50
100
5375
75
25
50
650
NTS
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
4
9-Mar-06
9-Mar-06
9-Mar-06
9-Mar-06
9-Mar-06
9-Mar-06
9-Mar-06
9-Mar-06
9-Apr-07
30-Apr-07
25-May-07
n/a
n/a
11794M
11795M
11796M
11797M
11798M
11799M
11801M
11808M
13320M
13423M
13539M
Terra Nova Properties
Fee
Simple
Mining
Grant Vol. 1, Folio 61
Terra Nova Properties
Fee
Simple
Mining
Grant Vol. 1, Folio 62
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
Buchans River Ltd.
20
25
17
5
5
10
16
1
13
1
3
500
625
425
125
125
250
400
25
325
25
75
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
12A/15
Buchans River Ltd.
n/a
265.51
12A/15
Buchans River Ltd.
n/a
Total (ha)
367.3
13,433
12A/15
ACKNOWLEDGEMENTS
A list of personnel and contractors who worked on the Buchans Property during the
reporting period is presented in Table 2 below.
Name
BUV PERSONNEL
Table 2: Buchans Project, Personnel and Contractors
Position
Residence
Paul Moore, P. Geo.
David Butler, P. Geo.
Linda Snow
Vice President Exploration
Exploration Manager
Office Manager
Company/ Individual
CONTRACTORS
Service
Location
Exploration Contractors
Mercator Geological consultant
Dartmouth, Nova Scotia
Buchans, Newfoundland
Buchans, Newfoundland
Mercator Geoscience Consultants
Peter Webster
Jim Barr
Jim Reeves
Shane Legere
Andrew Hilchey
Matthieu Lapointe
Michael Clough
Derek Keats
Michael Keats
St. John’s, Newfoundland
Cape Broyle, Newfoundland
5
Company/ Individual
Ionex Exploration Services
Eastern Geophysics
Springdale Forest Resources
Gerard Lambert
Eastern Analytical
ALS Chemex
Canadian Helicopters
Eagle Mapping Ltd.
CDN Resource Laboratories
Red Indian Lake Surveys
Gary Rowsell
Red Ochre Inn
MapInfo/ DIGEOS
SCI Exploration Ltd.
Waymar Communications
Rick Soper
Taiga Consultants Ltd.
DMT Mechanical
Buchans Enterprises
Dennis Fowlow/ Home Hardware
Service
Soil sampling
DGPS Survey surveys
Diamond drilling
Geophysical consultant
Assays and soil geochemistry
Check Assays
Air transport
Aerial photography & DEM
Assay standards
Surveying
Field technician & accommodations
Accommodations & meals
GIS software & support
Line cutting
Communications
Polished rocks & core
43-101 report & resource estimate
Bridge Repairs
Snow clearing – core shed
Core shed rental
Location
Springdale, Newfoundland
West Pubnico, NS
St-Andre-Avellin, Quebec
Sudbury, ON
Pasadena, NL
Port Coquitlam, BC
Delta, BC
Grand Falls-Windsor, NL
Buchans, NL
Buchans, NL
Paradise, NL
Miles Cove, NL
Grand Falls-Windsor, NL
Calgary, AB
Buchans, NL
Buchans, NL
LOCATION, ACCESS AND PHYSIOGRAPHY
The Buchans area property is located near the community of Buchans, centered at
510,700mE, 5,407,830mN UTM NAD 27 Zone 21, along the north shore of Red Indian Lake, in
central Newfoundland, Canada (Figure 2). The town of Buchans lies at the end of Route 370,
which joins the Trans Canada Highway 30 kilometres west of the town of Grand Falls.
The former mining town of Buchans has a population of approximately 800 and the
logging town of Millertown has a population of approximately 200 people. Both towns offer
reasonable infrastructure with hardware stores, accommodations, gas stations and many other
amenities.
Contract exploration support services including assayers, diamond drillers, line
cutters and surveyors are available in Springdale (Figure 1).
800,000 mE
400,000 mE
6
5,600,000 mN
Atlantic
Atlantic Ocean
Ocean
Springdale
Springdale


Buchans
Buchans

5,400,000 mN

Grand
Grand Falls
Falls
Millertown
Millertown
Tulks
Tulks North
North Property
Property
St.
St. John's
John's

5,200,000 mN
50
0
50
100
Kilometers
Figure 1. Communities and Buchans property location, Newfoundland.
7
The project covers an area of 135 km2 within an area measuring 25 km by 5 km and
encompasses the southern portion of NTS sheet 12 A/15 (Figure 2).
The approximate
geographic center of the project is located at UTM coordinates 510,700mE, 5,407,830mN (UTM
NAD 27 Zone 21, projection for Canada).
The climate is temperate and year round exploration is possible. The area is generally
flat to gently rolling with elevation ranging from 155m to 165m at Red Indian Lake to
approximately 130 m to 280 m inland. There are numerous small brooks which drain into Red
Indian Lake with spruce and fir growing on the slopes. The northern portion of the property is
poorly drained and covered by areas of shallow bogs and extensive muskeg in the flat areas.
The depth of till is typically 2 metres or less, with less than 5% outcrop exposure. To the south
of the property Red Indian Lake occupies a large northeast trending valley.
CLAIMS
The Buchans property consists of 26 mineral licences comprising 512 contiguous mapstaked claims and two Fee Simple Grants, for a grand total of 13,433 hectares (Table 1 &
Figure 2). The Fee Simple Grants cover an area equivalent to 25.3 claims (632.81 ha) and
include Terra Nova Properties Volume 1, Folios 61 and 62. The property was acquired to
explore for polymetallic volcanogenic massive sulphide deposits within the Buchans mining
camp of central Newfoundland. Many of the mineral licences that comprise the property are
held under option agreement through a number of previous licence holders. Although these
properties are now held 100% by Buchans River Ltd (BUV), many are subject to Net Smelter
Return (NSR) royalties ranging from 1 to 3 percent with buyout clauses in most of the underlying
agreements for portions of the respective royalties (Figure 3). Properties details are presented
in Table 1. Property acquisition history is also briefly discussed under Previous Work.
8
Figure 2: Buchans Property – Claims location map
9
Figure 3: Buchans Property – Ownership and Royalties
10
PREVIOUS WORK
The earliest report of lead-zinc mineralization in the Buchans area was in 1905 when
Matty Mitchell a local prospector working for the A.N.D. Company (Anglo Newfoundland
Development Company) discovered high grade base metal sulphide mineralization within the
banks of Buchans River (Neary, 1981). Following some early evaluations and unsuccessful
development attempts, the discovery property became part of joint venture between the A.N.D.
Company as Terra Nova Properties Limited (since succeeded by Abitibi Price, now Abitibi
Bowater) and Asarco, in 1926. Under Asarco’s direction, mining operations commenced in
1928 with Asarco operating the mine continuously from then on until ore reserves were depleted
in 1984 (Neary, 1981). In total, the Buchans orebodies have produced 16,196,876 tonnes of
ore from the five known major orebodies. The average grades are reported to be 14.51% zinc,
7.65% lead, 1.33% copper, 126 grams per tonne silver, and 1.37 grams per tonne gold
(Kirkham, 1987).
A complete history of the initial discovery and early exploration and development of the
Buchans Mine can be found in Neary (1981). Some of the more pertinent points described by
Neary which relate to exploration on the property are summarized as follows.
In 1926,
geophysical surveys conducted under contract to the Swedish American Prospecting Company
and led by Hans Lundberg, using an equipotential method, resulted in the discovery of the
Oriental and Lucky Strike orebodies (Figure 4).
In 1947, the Rothermere orebody was
discovered by systematic drilling from surface and underground west of the Lucky Strike mine at
a depth of 240 m (approximate depth to top). Subsequent drilling northwest of Rothermere led
to the deeper discovery of the McLean orebody at 650 m (approximate depth to top) in 1950. In
1953, surface and underground drilling aided by a drill hole equipotential geophysical method
lead to the discovery of the shallowly buried Oriental No. 2 orebody in close proximity to the
Oriental orebody (Neary, 1981). In 1960, the buried, and still undeveloped, Clementine deposit
was discovered at a depth of 207 m (approximate depth to top; Calhoun and Hutchinson, 1981)
11
by deep drilling directed by geologic interpretation without the aid of geophysics (Moss and
Perkins, 1981). In 1976, imposition of the Mi9neral Holdings Impost Act ended the concession
mineral rights system and much of the Buchans mine property was converted to ground staked
claims. Around this time, a Cotenancy agreement was negotiated with Abitibi-Price (51%) as
exploration managers and Asarco Inc., (49%) as mine operators, as the original agreement
between Asarco and the A.N.D. Company expired. .In 1979, the McLean Extension orebody
was discovered by further underground drilling from the McLean mine. In 1984, the mine was
closed due to exhaustion of reserves.
Figure 4: Buchans orebodies (projected to surface) (Calhoun and Hutchinson, 1981, p. 190)
A discussion of the exploration applied to the property during the life of the mine (1928-1984)
can be described as follows. Asarco commenced exploration of the Buchans Mine property in
1928. Between 1930 and 1984 extensive drilling programs totalling in excess of 3,500 surface
12
and underground holes totalling 375,000 m of drilling), leading to the discovery of all of the
known mineralized zones and orebodies (Figure 4). Holes drilled during this period reached to
varying depths, with many extending to depths of only 200 metres or less, and the deepest
typically reaching to depths of less than 1,200 metres. Some holes were drilled directly from the
underground workings. The vast majority of drilling was vertical, with core sizes varying from 22
mm (EX core) to 47.6 mm (NQ core). As much of the drilling was done before development of
wireline drilling core recovery was highly variable and often poor.
In many cases, if
mineralization was considered subeconomic, it was not sampled, and large gaps remain in drill
holes completed during Asarco’s tenure. The earliest Asarco drilling was closely spaced and
concentrated primarily on near surface equipotential anomalies outlined by Hans Lundberg.
This approach resulted in the discovery of the Lucky Strike and Oriental orebodies.
Later
expansion of the program, by way of systematic outward extension of the drill sites, lead to the
discovery of the Rothermere, MacLean and MacLean Extension orebodies without the benefit of
geophysical targets. Despite the intensity and scale of drilling completed by Asarco, it was
widely considered by subsequent explorers that substantial gaps remain in the drill pattern and
that many of the shallower drill holes could be extended to test prospective geology at depth.
Gravity and IP surveys were conducted primarily in surrounding areas north of Red
Indian Lake in the 1940s, and yielded few new targets. In the 1960s, soil and till sampling
southwest of the main Buchans property detected an anomalous trend believed to be derived
from the Lucky Strike area, but at the time was not considered to be a significant enough
indication to warrant further exploration.
Asarco also conducted exploration west of the mines in an area now referred to as the
West Clementine trend. This work drew significant attention in 1970, when two diamond drill
holes intersected mineralized and altered mafic and felsic volcanics. These holes, 2811 and
2813, were later re-logged by Newfoundland Mining and Exploration Limited in 1993, and
flagged as possibly containing material comparable to the ore horizon indicators noted in the
13
Buchans River Formation.
The presence of strong stockwork mineralization and chloritic
alteration and associated pyrite, sphalerite, galena and chalcopyrite confirmed this area to be
highly prospective for discovery of additional massive high grade sulphide deposits akin to
Lucky Strike and remains an area of interest for current exploration activities.
BP Canada optioned Abitibi-Price’s mineral properties throughout central Newfoundland
and the Abitibi-Price - Asarco’s Cotenancy Buchans mine property in 1985.
In 1991, BP
returned the Buchans property to the Cotenants and sold the remaining mineral rights for the
former Abitibi-Price properties outside of Buchans to Noranda Mining and Exploration. In 1995,
the Cotenants relinquished their mineral rights to the Buchans property and the ground came
open for ground staking on August 29, 1995.
BP commenced its work on the property in 1986 when the company completed an Input
Airborne EM survey over the entire Buchans camp plus a variety of other work that included
borehole TDEM EM surveys on 13 diamond drill holes (Wallis 2002). During BP’s tenure,
between 1985 and 1991, the company completed additional ground and airborne geophysical
surveys, soil geochemistry and at least 3 additional diamond drill holes. It was also during this
period that thrust belt tectonic models emerged for the camp that resulted in a simplified
stratigraphic interpretation of the camp’s geology; but a significantly more complex structural
interpretation of the camp’s geology that recognized duplex structures, antiformal stacks,
multiple thrusts and related features (Thurlow and Swanson, 1987). Thurlow and Swanson
(1987) further suggested that, based on variations in facies distribution identified within the
volcanic and related sedimentary rocks, that some thrusts propagated along early, high-angle,
normal faults which were active at the time of deposition and were important in determining the
positions of paleochannels that contain the transported ores. This reinterpretation of the camp’s
geology was a turning point in the exploration of the camp and came after the mines had closed
leaving Asarco’s successors to explore the camp with a entirely new geological understanding
that was absent during the camp’s entire productive lifetime.
Regrettably, BP’s tenure in
14
Buchans was short and exploration resources over the period were spread though out much of
Newfoundland with their discovery and development of the Hope Brook gold mine on the
southwest coast of Newfoundland as well as multiple new discoveries south of Red Indian Lake
within the Victoria Lake Supergroup that included the Daniels Pond massive sulphide deposit.
BP’s involvement in Newfoundland was halted because the company’s parent company, British
Petroleum, decided to abandon its global mineral exploration efforts and divest itself of its
mineral assets.
On the departure of BP in 1991 and the subsequent lapse of the Cotenancy’s mineral
rights in the camp in August 1995, a consortium of affiliated private companies with common
management, namely GT Geological, Newfoundland Mining and Exploration, and Buchans
River Limited, acquired a large land position by staking which in part defines the current
property now 100% owned by Buchans River Limited. Meanwhile, large blocks within the
current property were staked or maintained by competing junior and senior mining companies
(e.g. CBM resources, Phelps Dodge Canada, Noranda Mining and Exploration). In 1995 this
consortium (GT Geological and Newfoundland Mining and Exploration) began exploring their
properties starting with a re-logging program dedicated to re-interpreting results of past drilling
programs in the context of the recent stratigraphic and structural concepts developed in the
1980’s (e.g. Thurlow and Swanson, 1987; Calon and Green, 1987). The relogging program
soon confirmed that the effects of thrusting had not been appreciated by earlier exploration
drilling. As a result, a majority of surface drill holes on the Buchans property were relogged
between 1997 and 2000. This work identified several potential targets not adequately tested by
previous drilling, and several mineralized and altered zones ignored by previous workers, were
identified as potential targets. This work generated recommendations for significant further
drilling and additional geophysical and geochemical exploration surveys.
During the period of 1995 to 1998, exploration was conducted throughout the current
property by a variety of private and public companies including companies associated with
15
Buchans River Limited consortium (i.e., GT Exploration Ltd., Newfoundland Mining &
Exploration) as well as several competing companies including Noranda Mining and Exploration
Limited (now Xstrata Plc), Phelps Dodge Corporation of Canada Limited (now FreeportMcMoRan Copper & Gold Inc.), and Thunderwood Resources (ground optioned from CBM
Resources).
Each of these companies conducted various geophysical and geochemical
surveys largely consisting of soil and whole rock geochemistry, gravity, IP, surface and borehole
TDEM geophysical surveys, and limited diamond drilling. This period of work is referenced in
the References section of this report under Assessment Reports, where the references are
sorted by date and author and list the corresponding Newfoundland and Labrador Geological
Survey Assessment File (Geofile) numbers given for each reference. Work undertaken during
the period of 1993 to 1998 (pre Billiton JV described below) is documented in assessment
reports dated between 1993 and 2000. Also during this period, in 1996, GT Exploration Ltd.,
entered into an option agreement giving Phelps Dodge Corporation of Canada Limited the right
to earn 50% interests in the Duhart's Pond property (licence 4805) consisting of 12 claims (192
hectares) situated immediately south of the former Buchans River and Oriental mines. The
agreement gave Phelps Dodge the option to earn an additional 20% interest in the property if
Phelps Dodge provided a positive feasibility report. This option terminated after the first year,
after Phelps drilled a single hole without significant results (Thurlow, 1996b), and without Phelps
Dodge earning an interest in the property.
In 1997, the various property holdings in the Buchans camp held by Newfoundland
Mining & Exploration Ltd., and associated private company GT Exploration Ltd., were
amalgamated under Buchans River Limited. The properties included claims in the immediate
Buchans mines area, including the former MacLean and Rothermere mines and ground
adjacent to the former Oriental mine. In March of 1997, Buchan River Limited listed on the
Alberta stock exchange as a public company. Between 1997 and 2001, Buchans River, who
until that time controlled property largely limited to the area east of the former mines, acquired
16
by option several key properties consolidating what would become the current property now
owned 100% by Buchans River Limited.
These options include the following option
agreements.
(i)
CBM Resources:
Buchans River Limited entered into an option agreement with private company, CBM
Resources, granting BUV the right to earn a 100% interest in 279 claims (licences 4272
and 4273) in the Buchans. The agreement required BUV to complete assessment work
totalling $110,000 by February 01, 1998, and issue to CBM 50,000 shares on signing a
formal agreement and an additional 50,000 shares on each of the first, second and third
anniversaries of the agreement. A further 200,000 shares will be issued by Buchans
River on attainment of commercial production from the properties. CBM retains a 3%
Net Smelter Interest in the property with Buchans River having the right to purchase 2%
for $2,000,000. Licence 4272 lies to the west and south of Buchans and hosts the
Clementine deposit. Licence 4273 lies to the northeast of Buchans and adjacent to the
Middle Branch prospect where previous drilling returned an intersection of 4.8% zinc,
3.1% lead, 0.47% copper, 48 grams per tonne silver and 0.7 grams per tonne gold over
1.8 metres at a vertical depth of 518 metres (BUV press release dated October 30,
1997). The CBM properties had previously been optioned to Thunderwood Resources
in 1994, but allowed the option to lapse after a brief period.
(ii)
Phelps Dodge Corporation of Canada Ltd. (now Freeport-McMoRan Copper &
Gold Inc.)
Buchans River Ltd. entered into an option agreement with Phelps Dodge Corporation of
Canada Ltd., to acquire 100% interest in 37 mineral exploration claims (5.5 square
kilometres) in the Buchans area (licences 4775 and 4823). The claims include the
former Oriental and Old Buchans mines, and the east part of the former Lucky Strike
Mine. Buchans River issued 300,000 shares and 400,000 share purchase warrants to
Phelps Dodge. The warrants allowed Phelps Dodge to purchase Buchans River shares
at a price of 75 cents in year one and 85 cents in year two. In addition Buchans River
will issue an additional 400,000 shares on completion of a bankable feasibility study.
Phelps Dodge retains a 2% Net Smelter Returns interest, of which Buchans River can
repurchase 1% on a discounted cash flow basis (BUV press release dated June 11,
1998).
(iii)
Noranda Mining and Exploration Limited (now Xstrata Plc)
Buchans River Ltd. entered into an option agreement with (iii)
Noranda Mining and
Exploration Limited to acquire 100% interest in the Little Sandy properties, consisting of
two long-term exploration leases known as Fee Simple Grants (Volume 1, Folios 61 and
62) and attached Charter Lands (totalling about 7 square kilometres). Noranda retains a
2% NSR interest in the property and the right to buy back a 50% interest on delivery of a
positive feasibility study. The properties are located from 7 to 15 kilometres east of the
former Buchans Mines and host the Little Sandy prospect. The agreement required
BUV to spend $100,000 on exploration over 4 years to acquire 100% interest in the
properties. Noranda retains the right to buy back a 50% interest by paying twice the
17
cumulative exploration and development expenditure to the date of election to buy back,
and the right to buy back will terminate within 90 days from delivery to Noranda of a
positive feasibility study. Should Noranda elect to participate in the project, a joint
venture will be formed and Noranda will have the right to operate. In the event that
either party is diluted to a 20% participating interest, then their interest will convert to a
2% Net Profits Interest (BUV press release dated July 13, 1998).
(iv)
GT Exploration Ltd., and Newfoundland Mining & Exploration Ltd.
Buchans River Ltd., optioned 230 mineral exploration claims (37 square kilometres) in
the Buchans mine area from Newfoundland Mining & Exploration Ltd. and GT
Exploration Ltd., (non-arms length companies with directors-in-common with Buchans
River Ltd). The vendors retain a 2% net smelter return interest in the properties.
Buchans River purchased 126 claims (20 square kilometres) from GT Exploration Ltd.,
for 800,000 shares and 800,000 warrants. The warrants were exercisable at a price of
$0.45 for the first year and $0.50 during the second year from the date of exchange
approval. These claims contain the former Rothermere and MacLean Mines as well as
the Sandfill and HAG prospects. Buchans River Ltd. purchased 104 claims (17 square
kilometres) from Newfoundland Mining & Exploration Ltd., for 1,200,000 shares and
1,200,000 warrants. The warrants were exercisable at a price of $0.45 in the first year,
and $0.50 in the second year from the date of exchange approval. The claims contain
the Clementine West prospect, discovered in 1999. The acquisitions consolidated all of
the highly prospective ground in the Buchans area into Buchans River Ltd., (BUV press
release dated November 20, 2001).
In September 1998, Billiton Resources Canada Inc. (Billiton), together with Buchans
River Ltd., Newfoundland Mining & Exploration Ltd., and GT Exploration Ltd., formed the
Buchans River Joint Venture. The agreement gave Billiton the right to earn a 51% interest in
the Buchans property by spending $3,500,000 over a four-year period with a minimum of
$600,000 to be expended in the first year. The agreement gave Billiton the additional option to
earn an additional 19% interest by making a payment of $1,000,000 and conducting an
additional $4,000,000 in exploration. Over this period, Billiton completed extensive exploration
that included airborne geophysical surveys, geological investigations and relogging (including
creation of a 3D computer database a geologic model for the area surrounding the former
Buchans mines, a variety of geochemical surveys including MMI and precision trace element
whole rock lithogeochemical studies, and limited diamond drilling over select portions of the
property, largely dedicated to testing IP anomalies derived from ground follow-up of the initial
airborne EM survey. During this period, Billiton had many other properties under option from
other junior companies throughout the Buchans district and its interpreted northern extension,
18
as well as other VMS properties in other districts of central Newfoundland (e.g., Point
Leamington deposit) and operated the joint ventures from a small exploration office in Grand
Falls with much of the work programs being undertaken by the same companies that had
optioned the various projects to Billiton. Acquisition of the extensive land position within and
beyond the main Buchans area was largely predicated on the use of modern, deep seeking
airborne geophysical surveys in conjunction with proprietary geophysical interpretation
techniques being used by Billiton. While the initial airborne surveys yielded some new targets in
other areas, it failed to identify significant new targets in and around the former Buchans mines.
After 3 short years, of which much of the exploration work was dedicated to assessing targets
identified by the initial airborne survey; the joint venture finished in September 2001 without
Billiton testing any of the geological targets they identified by their efforts to reinterpret and
compile the geology near the former mines. On leaving, Billiton failed to retain any interest in
the property (Halpin 2001), which was handed back to Buchans River Limited 100%.
Among the work undertaken by the Buchans River Joint Venture, the airborne EM
survey conducted in 1998 (Geoterrex-Dighem, 1999), identified a weak conductivity anomaly in
the Clementine West region. Two holes drilled by Asarco (2811 and 2813), had been flagged
for the presence of possible ore horizon indicators and lay within the anomaly. To test this
relationship hole BR-11-01 was drilled and yielded promising results that lead to further IP, soil
surveys and additional diamond drilling of what is now referred to as the Clementine West
prospect (Saunders and Harris, 2001).
Another notable milestone in the exploration of Buchans occurred between 1997 and
2001, when lithogeochemical sampling allowed for the differentiation between footwall and
hanging wall signatures in the ore horizon sequence (Winter and Wilton, 2001; Jenner, 2002).
This development resulted in the modification of the previously interpreted stratigraphy, and
allowed for improved prioritization of targets. Furthermore, a modified structural interpretation
was proposed that suggested excellent exploration potential in areas which may contain
19
untested ore horizon sequence. Based on this work and relogging of previous drill holes, new
targets were proposed. Highlights from the Joint Venture’s exploration on the property included
new intersections of alteration and mineralization at Clementine West prospect, the HAG zone,
Middle Branch prospect, and the Airport zone. Of particular interest was the area to the south of
the Lucky Strike Mine known as the HAG zone, which has a characteristic style of mineralization
and many holes drilled intersected high grade sulphide clasts hosted in shear zones, the source
of which is still unknown.
In 2000-2001 consultants Era-Maptec Ltd., (2001), a company based in Dublin, Ireland,
conducted a structural reinterpretation of the Buchans mine area with on-site geologists working
for Billiton. The study utilized results of 3D modelling, with a goal of validating or developing the
location of the ore horizon sequence into a modified structural model. The refining of previous
structural models (i.e., Thurlow and Swanson, 1987; Calon and Green, 1987) saw the
modification of the originally proposed antiformal stack structure into a nappe-like structure
overturned to the south (Era-Maptec, 2001).
This new model suggested the possibility of
significant regions at exploitable depths within an overturned limb of folds that may remain
inadequately tested for ore horizons (i.e. folded repeats of productive stratigraphy at depth).
Era-Maptec’s structural reinterpretation entailed re-examination of relationships between
the local major faults and their control on the area’s mineralization. The study proposed that the
synvolcanic faults trending northeast are major feeders for the in situ Buchans deposits. These
ideas, like those of Thurlow and Swanson (1987), propose that the intersections of these faults
with the ore horizon are potentially very valuable target areas.
Developments in the structural and stratigraphic interpretations of the area lead drilling
by the Buchans River Joint Venture to be conducted in several stages. Six new targeted holes
were drilled on the Buchans property between 1999 and 2000. Two of these holes intersected
what is now known as HAG-type mineralization, or shear zone hosted massive sulphide clasts.
The best results from these holes (hole BR-2K-01-05) yielded a 40 cm clast which assayed
20
14.4% zinc, 7.6% lead, 0.4% copper and 5.6 grams per tonne gold, 253 grams per tonne silver
at a depth of 298 metres (Saunders, Harris, Reed, and Woods, 2000).
In the Middle Branch Trend (a northeast trend of favourable geology extending north
from the former Oriental mines) and the Airport zone (an adjacent area northwest of the Middle
Branch trend), the four holes in this area all encountered low grade mineralization (Saunders,
Harris, Reed, and Woods, 2000).
Clementine West was the subject of an IP survey in 1999 and 2000 by GeoScott
Exploration Consultants and Discovery Geophysics. The area covered a strike length of 4.8 km,
at 200 and 400 metre line spacing.
Results were interpreted for Billiton by consultant
geophysicist, L. Reed, who identified several notable anomalous trends. The most significant
trend was a one kilometre long chargeability high, with low resistivity. This zone was believed to
be associated with disseminated and stinger sulphides, and had been traced by diamond drilling
(see References Assessment Reports for references).
Soil sampling was conducted over the Clementine West region using detection of metal
ions at low levels via the Mobile Metal Ion procedure, or MMI sampling. The study area covered
a strike length of 2.4 km at a line spacing of between 200 and 700 metres. Samples were
spaced at 50 metres, totalling 240 samples (see References Assessment Reports for
references). Results of this sampling program showed anomalies in four areas, with two of
these falling along the projected Clementine West mineralized zone.
Buchans River and its associated companies initiated a lithogeochemical sampling
program in 1997 which continued until 2001 (Winter and Wilton, 2001; Jenner, 2002). D. Wilton,
L. Winter and G. Jenner of Memorial University of Newfoundland conducted the work over
various intervals. A total of 83 samples were collected and analyzed by XRF or ICP/MS at the
university. These studies suggested hanging wall and footwall rocks from the Lucky Strike area
can be differentiated from one another through major and trace element signatures (see
References Assessment Reports for references). The transition between tholeiitic and calc-
21
alkaline rocks marks the change from footwall to hanging wall, and also the location of the
occurrence of the ore horizon sequence. A model of the chemical stratigraphy for the Buchans
area has been composed based on major, trace, and rare earth element geochemistry. The
purpose of this model is to potentially aid in identification of areas where unexplored ore horizon
stratigraphy could be found under hanging wall rocks which have been previously misidentified
as from the footwall (Jenner, 2001).
Based on comparisons with host rocks of the known Buchans orebodies, and on the
geochemical results regarding base metal and barium content, Clementine West was
considered highly prospective. Most of the samples from Clementine West contained footwall
signatures, with two anomalous results coming from hole 1994. These two samples contain
hanging wall signatures, which could suggest a possible exploration vector in the given direction
(Wilton, 2001). Further sampling was recommended to confirm these findings in this area.
Galena samples from Clementine West were found to have lead isotope signatures which are
identical to those from the former Lucky Strike Mine, which infers a common source of lead for
both areas (Wallis, 2001b).
Over the Joint Venture period, Billiton spent approximately $2.4 million on exploration
before selecting targets based on detailed compilation and re-interpretation of the geology of the
former Buchans mines. In May 2001, Billiton authored an internal report presenting a list of 126
priority targets totalling 46,020 metres of drilling. Targets were selected and prioritized based
on their potential to host high-grade massive sulphide deposits similar in size and grade to the
former Lucky Strike mine. When the joint venture was terminated in September 2001, Billiton
returned the property to Buchans River before drilling any of the targets recommended in their
2001 report.
Since the JV ended, very little work has been completed on the property, which has
largely been limited maintaining required assessment work as well as a small drill program
designed to test the Hag zone southeast of the former Lucky Strike mine. This drilling failed to
22
return significant results (Harris, 2005) but met exchange requirements for minimal activity of a
publicly listed company.
At time of writing this assessment report, all previous work was being assembled for
compilation into a digital compilation as MapInfo GIS files. Results of this work and other
compilation activity will be filed in future assessment reports.
REGIONAL AND PROPERTY GEOLOGY
The property is located within the Dunnage Zone of the Newfoundland Appalachians,
and represents vestiges of Cambro-Ordovician continental and intra-oceanic crusts, back-arc
basins, and ophiolites that formed in the Iapteus Ocean (Williams, 1979; Williams et al., 1988;
Swinden, 1990; Swinden, 1991; Williams 1995). The zone is divided by an extensive fault
system (the Red Indian Line) into a western peri-Laurentian segment (Notre Dame and
Dashwoods subzones), and an eastern peri-Gondwanan segment (Exploits Subzone) (Williams
et al., 1988). In the immediate property area, the Red Indian Line separates the rocks of the
Buchans Group, which formed on the Laurentian or North American side of the Iapetus Ocean,
from the Victoria Lake Supergroup, which formed on the Gondwanan side of Iapetus.
Deformation associated with the final closure of Iapetus culminated during the Late Silurian
(Colman-Sadd et al., 1992), at which time, thrusting and folding juxtaposed these initially
geographically distinct volcanic belts. The two main subzones of the Dunnage Zone have been
conclusively differentiated based on stratigraphic, structural, faunal, an isotopic characteristics
(Williams et al., 1988).
The property covers productive volcanic and sedimentary rocks of the Ordovician
Buchans Group (Drawing 1). The Buchans Group (Swanson and Brown, 1962) forms part
Notre Dame Subzone. The Buchans Group is comprised of a dominantly calc-alkalic suite
volcanic suite having mature arc characteristics (Thurlow et al., 1975; Strong, 1977; Swinden
1991). Geochemical and Nd isotopic data presented by Swinden et al., (1997) suggests that
23
the Buchans Group magmas were partially derived from, and built upon, a basement of
continental lithosphere.
The Buchans Group represents a complex assemblage of Lower Ordovician,
supaqueous mafic and felsic volcanic rocks and related proximal clastic sediments that are
correlated regionally with the Robert’s Arm Group of Notre Dame Bay (Swanson and Brown,
1962). The Buchans Group is dated as being 473 +3/-2 Ma, based on a U-Pb zircon age
determination from a sample of Buchans Group rhyolite collected from the MacLean mine in
Buchans (Dunning et al., 1987). This age also agrees with Whiterockian conodonts recovered
from resedimented polylithic breccias (Nowlan and Thurlow, 1984), and until recently,
represented the definitive age determinations of the Buchans Group rocks in Buchans. More
recently, however, new U-Pb zircon dating of other localities of rhyolite within the Buchans
mining camp, has returned an age of 465-462 Ma (Zagorevski et al., 2007) from rhyolites near
the former Oriental Mine and may suggest minor revision is required to the accepted age of the
Buchans deposits.
The Feeder Granodiorite (Figure 5) is an intrusive body that has been interpreted to
represent part of the subvolcanic magma chamber that fed the Buchans Group volcanic, and
textural and geochemical evidence suggests that this unit is the source of abundant granitoid
boulders that form an integral part of distinctive breccia-conglomerate deposits within the
transported ores of the former Buchans mines (Thurlow and Swanson, 1981; Stewart, 1987).
The Buchans Group lies structurally above deformed volcaniclastic rocks that may be
part of the Victoria Lake Supergroup, along a structure (Figure 5) termed the Victoria River
Delta Fault (Thurlow et al., 1992). Thurlow et al., (1992) suggest the relationship between the
Victoria River Delta Fault and the Red Indian Line is not clear, although they suggest they are
probably related structures. In the area around Buchans, rocks of the Buchans Group are over
thrust by polydeformed plutonic rocks of the Hungry Mountain Complex and deformed mafic
volcanics of the Harry’s River Metabasites. This thrust zone is intruded by peralkaline dykes
24
related to the Early Silurian Topsails Igneous Suite (Thurlow and Swanson, 1981; Whalen and
Currie, 1987). Subaerial volcanic rocks of presumed Silurian age, informally known as the
Ken’s Brook volcanics, are presumed to structurally overlie the Buchans Group, though this
relationship is unconfirmed.
Figure 5: Generalized geology of the Buchans area after Thurlow, (2001).
The pre-Topsails, south-southeasterly thrusting event represents the major period of
deformation of the Buchans Group and subjected the rocks to prehniite-pumpelyite facies
metamorphism.
Thurlow et al., (1992) suggest some out of sequence thrust movement of
uncertain age also occurred. Carboniferous red sandstone and conglomerate unconformably
overlie the Buchans Group in the Red Indian Lake basin, and are the youngest rocks in the area
(e.g., Thurlow, 2001).
25
The five main ore bodies historically mined at Buchans are thought to occur within one of
four formations assigned to the Buchans Group, known as the Buchans River Formation
(Thurlow and Swanson, 1987). The Buchans Group is broken down into four felsic and mafic
formations, that include the Lundberg Hill, Ski Hill, Buchans River, and Sandy Lake Formations
in addition to the Feeder Granodiorite and an unresolved unit named the Woodmans Brook
Volcanics (Thurlow, 2001) (Figure 6).
26
Figure 6: Generalized stratigraphy of the Buchans Group (after Thurlow, 2001).
27
The lowermost unit of the Buchans Group is the Lundberg Hill Formation and consists of
widespread felsic volcanics and related sediments. It is in turn overlain by the dominantly mafic
pillow lavas and hyaloclastitic breccias of the Ski Hill Formation that is subsequently overlain by
the ore-bearing felsic volcanics of the Buchans River Formation (Thurlow, 2001). Each of these
formations are characterised by rapid lithologic variations and facies changes, considered
diagnostic of a proximal volcanic environment (Thurlow, 2001). Mafic volcanics are typically
pillowed and amygdaloidal and contain augite and plagioclase phenocrysts (Thurlow, 2001).
Pillow breccias are commonly interbedded with pillow lava (Thurlow, 2001). Felsic rocks are
reported to range from dacitic to rhyolitic compositions and normally contain quartz and feldspar
phenocrysts (Thurlow, 2001).
Felsic volcanics are commonly coarsely fragmental and
characterized by a considerable array of fragment lithologies, sizes and matrix abundance as
well as matrix composition which ranges from pumaceous epiclastic material to wackes lacking
juvenile material (Thurlow, 2001).
Discontinuous lenses of siltstone, wacke and volcanic
conglomerate are commonly associated with felsic volcanic sequences, and true chemical
sediments are quite rare (Thurlow, 2001). Carbonate rocks are absent, except as clasts in
breccias; and graphitic sediments do occur but are quite rare (Thurlow, 2001). Overlying rocks
of the Sandy lake Formation are interpreted by Thurlow (2001) to lack the abrupt facies
variations of the more proximal-style underlying formations and instead is comprised of
regionally monotonous pillow lava with interbedded fine to coarse, felsic epiclastic sediments
sometimes referred to as arkose.
The unresolved package of volcanic rocks known as the Woodmans Brook Volcanics
have for a long time been appreciated as being different than the main part of the Buchans
stratigraphy as defined in and around the former Buchans mines and are currently interpreted to
represent possible older rocks potentially related to the Lundberg Hill formation. There is little
concrete evidence to support this interpretation other than the recognition of the Airport Thrust
28
which may imply an older over younger relationship, as well as the equally circumstantial
evidence provided by comparison of the trace element signatures of basaltic rocks within the
Woodmans Brook Volcanics which are island arc tholeiites as opposed to the more calc-alkaline
basalts of the Lundberg Hill and Ski Hill formations (Thurlow, 2001).
The main structural event to have affected rocks of the Buchans Group is a pre-Topsail
(i.e. younger than the Early Silurian Topsails Igneous Suite) event of south-easterly-directed
thrusting, during which the Hungry Mountain Complex was thrust over the Buchans Group. This
period of thrusting disrupted the orebodies and all other units within the Buchans Group
(Thurlow and Swanson, 1981; 1987; McClay, 1987; Calon and Green, 1987). Deformation is
interpreted to have been inhomogeneous as thin brittle-ductile fault/shear zones separating
unstrained panels (Thurlow, 2001). This thrust system was further interpreted to be dominated
by duplex and antiformal stack geometries nested at a variety of scales ranging from the
orebody scale to that of the entire Buchans Group (Thurlow, 2001) (Figure 7, 8). Thurlow
(2001) further suggests that altered and mineralized rocks associated with the VMS
mineralization served as a focus for strain and that all the major orebodies are bound on at least
one side by thrust faults. Thurlow and Swanson (1987) further suggest that there is strong
evidence that these faults exploited earlier syn-volcanic normal faults which were also important
in determining the locations of submarine hydrothermal discharge and paleotopographic
channels which constrained transport of the debris flow ores.
29
F
igure 7: Schematic cross section through the Buchans area illustrating relationships between
various units and thrust faults. OBF = Old Buchans Fault, SHF = Ski Hill Fault, HAG = Harry A.
Guess Fault (from Thurlow 2001).
Figure 8: Generalized geological map of the Buchans mine area. Black areas are orebody
outlines projected vertically to surface. C - Clementine, LS - Lucky Strike, M – McLean, O –
Oriental, OB – Old Buchans, R – Rothermere, S – Sandfill, TL – Two Level, Numbers and
letters refer to stratigraphic formations, from oldest to youngest: WBV – Woodman’s Brook
Volcanics, 1 – Lundberg Hill Fm., 2 – Ski Hill Fm., 3 – Buchans River Fm., 4 – Little Sandy Fm.,
5 – Late diabase (from Thurlow, 2001).
30
In 2001, ERA-Maptec (2001) proposed a modified structural model to explain repetitions
of geology within the Buchans Group.
This re-interpretation suggested that instead of
imbricated thrust stacks, the structural geology could also be locally explained by recumbent
nappe structures, overturned to the south (Millar, 2001). At the time, this model was thought to
provide an alternate explanation of some of the inter-relationships between the various faults
and thrusts that controlled emplacement and deformation of the Buchans mineralization. While
this model is essentially untested, there remain concerns that macroscopic folds that would be
expected with recumbent folds, have not been previously highlighted by past workers and
researchers that worked in the area, and to the authors’ limited knowledge, have not been seen
in drill cores.
MINERALIZATION
The Buchans area deposits and prospects represent VMS style mineralization
(volcanogenic massive sulphide) recognized internationally as a classic example of this genre of
polymetallic base metal sulphide deposits. Mineralization is primarily comprised of base-metal
sulphides and barite, and show strong similarities to the Kuroko style deposits of Japan
(Thurlow, 1981). The Buchans orebodies comprise three distinct, but genetically related deposit
types and occur as in-situ ore, mechanically transported ore, and stockwork ore (Thurlow and
Swanson, 1981). The high grade in-situ and transported ores were the focus of historic mining
in the area and account for 98% of production (Thurlow, 2001) and the stockwork zone, which
tends to be lower grade, is the focus of the current exploration program by BUV.
The stockwork mineralization represents typical footwall stringer sulphide zone with
associated alteration common to VMS deposits. At Buchans, stockwork mineralization and
associated alteration is superimposed upon mafic volcanic rocks of the Ski Hill Formation and
the lowermost felsic volcanic rocks of the Buchans River Formation (Thurlow, 2001). Host rocks
are strongly silicified and or chloritized, while peripheral stockwork-related alteration is
31
dominated by sericite and disseminated pyrite with only minor base metals (Thurlow, 2001).
The low grade stockwork ores are more pyritic than the high-grade orebodies (i.e., Insitu and
breccia ores), and are, on a metal ratio basis, relatively more Cu-rich and Pb-Zn poor. The
largest known concentration of stockwork and disseminated mineralization underlies the Lucky
Strike deposit and has been renamed the Lundberg Zone (formerly known as Lucky Strike Low
Grade mineralization by Asarco), and is currently the subject of a diamond drilling program by
BUV. Stockwork ore is more pyrite rich than in-situ ores and consists of fine to coarse grained
pyrite with lesser amounts of chalcopyrite, sphalerite, galena and barite (Thurlow and Swanson,
1981). The footwall alteration zones at Buchans are reported to display widespread and strong
Na2O depletion (Thurlow, 2001). Thurlow (2001) also suggests that these stockwork alteration
zones acted as preferred points of weakness along which thrusting was preferentially focused
and suggests the Old Buchans Thrust represents a dominant structure which floors the
stockwork mineralization as a whole.
In-situ ores are developed at the Lucky Strike and Oriental deposits and Thurlow (2001)
suggests these ores structurally overlie the stockwork ores, suggesting banding observed in the
ores is indicative of ductile strain.
An alternative interpretation is that they in part sit
stratigraphically above the stockwork zones that immediately below them and that the stockwork
zones fed the mounds of massive sulphides that form the In-situ ores (Thurlow and Swanson,
1981). The in-situ deposits consist of thick lenses of high grade ore and form the largest ore
bodies in the Buchans area. In-situ ores are often overlain by a capping of massive barite,
which is characteristic of the Buchans deposits (Thurlow et al., 1975).
Transported ores consist of unsorted, matrix-supported, resedimented, polylithic breccia
deposits hosted within a channel-fill sequence comprising felsic fragmentals, barren breccias,
and finer grained volcaniclastic material (Thurlow and Swanson, 1987). These ores typically
host lithic fragments characteristic of breccia-conglomerate units, typically comprised of altered
and mineralized lithologies derived from the stratigraphic footwall of the deposits and include
32
conspicuous granitoid pebbles, cobbles and boulders which have been suggested to be derived
form the Feeder Granodiorite-like intrusive rocks (Stewart, 1987). Perhaps surprisingly, ore
grades within orebodies of this type bears no correlation with inferred distance to the distance of
transport form the presumed source areas (e.g., Thurlow, 2001). Transported ores at Buchans
are elongate-tabular accumulations of high grade massive sulphide and lithic fragments that
occur within paleo-topographic channels (Figure 9). Six of these channels, containing at least
seven orebodies or sub-economic sulphide deposits are recognized in the Buchans area
(Walker and Barbour, 1981). The orebodies consist of discrete sulphide breccia lenses, which
grade laterally into low-grade breccia conglomerate and granite conglomerate.
Breccia ores have been noted to be wide spread within the Buchans area in historic drill
holes.
Normally occurring as polylithic breccias, they appear to be located in the same
stratigraphic horizon as the major in-situ and transported ores, although clasts have also been
noted in areas up to 6.7 km from any known occurrence of in-situ ore (Thurlow and Swanson,
1981). These rocks are interpreted to have formed as a result of disruption of in-situ massive
sulphides, transported as part of debris flows along paleo-topographic channels, and consist of
massive sulphide and lithic fragments in a matrix of finer grained material that is compositionally
similar to the fragments. Clasts include various volcanic, sedimentary and plutonic lithologies,
all of which are locally derived. Granitoid fragments show an anomalous composition and a
higher degree of rounding then other fragments (Thurlow, 2001). Massive sulphides and barite
occur both as clasts and matrix material. The breccias display a wide variation in fragment type
and in the development of sedimentary features (e.g. bedding, sorting, grading). All occur as
channel fillings, having sharp footwall and hanging wall contacts and showing evidence of
scouring and incorporation of fragments of underlying lithologies (Walker and Barbour, 1981).
33
Figure 9: Schematic block diagram of the MacLean channel, from the Lucky Strike area in the
southeast to the MacLean Extension area in the northwest, illustrating hydrothermal vents along
synvolcanic faults, diatreme activity associated with subvolcanic plutonic body, ore bearing
slumps, and debris flows (modified from Kirkham and Thurlow, 1987; from Thurlow, 2001).
34
2007 EXPLORATION PROGRAM
Compilation of Previous Work
During the reporting period, Buchans River Limited together with Mercator Geosciences
of Dartmouth, Nova Scotia, undertook a compilation of compilation of previous exploration and
mining on the property in an effort to produce digital datasets to be used to guide future
exploration on the property. This work was largely focused on previous diamond drilling, and
initiation of a digital compilation of previous exploration data. This work relied upon archived
paper drill logs, maps and documents located in Asarco’s private data collection in Buchans, as
well as records housed at the Newfoundland Archives and the Department of Natural
Resources. Initial compilation efforts focused on scanning all available drill logs and assays (in
excess of 3,518 surface and underground holes totaling 394,846 m of drilling) as well as
Asarco’s collection of mine development plans and sections for the former mines (scanned to
PDF files). The above noted digital files are filed with this report for assessment and archival
purposes as Appendix I. These data are being entered into digital databases to be submitted
with future assessment reports; however, a digital database of compiled drill logs and assays is
also filed with this report in Appendix I. The Mineral Lands Division of the Department of
Natural Resources has advised BUV that, given the large amount of work involved, ongoing
compilation (including digital databases) will be permissible for filing for assessment credit, as
opposed to once every five years as currently stipulated by the regulations.
Review of Past Mining Operations
A review of past mining operations was undertaken during the reporting period as a
check for possible remaining mineral resources that may remain for future exploitation. This
review was undertaken by Paul O’Brien P.Eng. of Buchans Enterprises during the spring of
2007 and relied upon Mr. O’Brien’s first hand knowledge of the former mines where he had
35
been employed as a mining engineer including mine superintendent. The results of this review
are contained within a contractor report appended with this report as Appendix II. It was this
review that initially brought the Lucky Strike Low Grade mineralization (Lundberg zone) to
BUV’s attention as Mr. O’Brien located the paper sections and plans associated with the zone,
from which Asarco completed its pre-NI-43-101, historical, uncategorized resource estimate of
11.9 million tonnes with combined base metal grades of 2.88%, comprised of 1.83% zinc,
0.67% lead, 0.38% copper, and 5.5 g/t silver (archived internal Asarco company
correspondence, 1974). Archived Asarco correspondence indicate this resource was to be
evaluated by Asarco in early 1975 as a possible open pit mine operation, as the resource
comes to surface and partially underlies the former Lucky Strike Mine’s glory hole. Digital scans
of the associated plans and sections used for this estimate are included on DVDs of archived
material included in Appendix I of this report (Asarco Archive, 5 DVDs). These archived records
indicate detailed data was forwarded to Asarco management for feasibility study in February of
1975, but no records could be located that stated the outcome of this assessment.
It is
assumed; however, that the economics at the time were not favourable; and given that some of
the highest grade and shallowest mineralization lies beneath key mine infrastructure (mill and
other buildings), it was not pursued. With metal prices now well above those prices seen over
the period since the mine closed in 1984, this resource is considered to be of potential
economic interest as a possible bulk tonnage, open pit mineable resource and is currently the
subject of an ongoing 6,000 metre 40 drill hole drilling program by BUV. Results of this drilling
program will be used to compile a NI 43-101 compliant Inferred resource, as well as assess the
zone for higher grade resources within the global resource.
36
Aerial Photography
Buchans Property
An aerial photography survey was contracted to Eagle Mapping Limited, of Vancouver,
BC. Eagle Mapping Ltd., through their partner The Airborne Sensing Corporation (“Airborne
Sensing”), acquired new colour aerial photography in conjunction with other projects in central
Newfoundland during July of 2007. The coverage over the Buchans area is approximately 244
km2 at a scale of 1:20,000. Detailed (low-level) aerial photography was also obtained over the
Buchans mines area at a scale of 1:10,000, covering approximately 8 km2.
A logistics report covering the aerial photography survey is appended with this report as
Appendix III (aerial photographs and data included on portable hard drive).
Grid Establishment
A line-cutting program was initiated on June 2, 2007 and was completed on August 10,
2007 by SCI Limited of Miles Cove, NL. Approximately 90 km of grid line was cut in preparation
for Titan 24 DCIP and MT surveys planned for later in the summer (Quantec Geoscience discussed later in this report). Grid lines were cut approximately 3.6 km in length, established at
200 m spacings, and turned off a baseline bearing azimuth 118°. All lines were picketed at 25
m intervals, and labeled with an aluminum tag having a line and station location. SCI Limited
was confirmed to be registered with Workers’ Compensation (WHCC) in the province, prior to
undertaking the work.
The Titan 24 Grid was GPS-surveyed upon completion to ensure location accuracy, and
to allow Quantec to have correct geospatial processing of all geophysical data upon completion
of the Titan 24 DCIP and MT surveys. The Differential Global Positioning System (DGPS)
survey was contracted to Eastern Geophysics of West Pubnico, Nova Scotia, to accurately
locate all cut lines within the grid. The survey was completed between June 19 and September
37
4, 2007. The data for the survey was collected in coordinate system NAD83, Zone 21, and is
presented as Appendix IV of this report.
Titan 24 DCIP and MT Survey
During the work period, BUV contracted Quantec Geosciences Inc. of Toronto, Ontario,
to conduct TITAN 24 Distributed Acquisition System TENSOR MT and DCIP Surveys over the
Buchans area (Figure 4). The surveys were completed during the period from September 13,
2007 to January 31, 2008 by a field crew of approximately 14 people. The Titan surveys are
designed to locate deep sulphide rich zones down to depths of 750 m by DCIP and to depths of
1,500 metres and beyond by MT.
An area measuring 3.6 km by 5.1 km was surveyed west of the town site, including
several the former Rothermere, McLean and MacLean Extension orebodies as well as the
undeveloped Clementine deposit. The Clementine prospect is located approximately 2 km west
of the former Buchans Mines and hosts an undeveloped resource (uncategorized, historical,
non-43-101 compliant resource estimate) of 363,000 tonnes averaging 4.9% Zn, 2.6% Pb, 0.3%
Cu & 10.3 g/t Ag at depths ranging between 207 and 485 m below surface (Calhoun and
Hutchinson, 1981). Results for the Titan surveys have not been released at time of writing this
report, as BUV is awaiting final interpreted results from Quantec. The latter will also be filed in a
supplementary assessment report to be filed later in 2008.
Company will analyze and prioritize targets for future drilling.
Once data are received, the
A complete logistics report,
including data from the survey, is appended to this report as Appendix V (survey data included
on portable hard drive).
Soil Sampling (Licenses 10547M, 10548M & 10526M)
A soil sampling program was completed over three exploration licenses, two in the
eastern portion (Licenses 10547M & 10548M), and one in the western portion (10526M) of the
38
property. Sampling was completed in early December, 2007, by Ionex Ltd., of Springdale, NL.
A total of 62 B-horizon soil samples were collected where available over three licenses along
flagged, N-S lines at an average sample spacing of 50 m. Analyses were completed by Eastern
Analytical of Springdale, NL, with ICP-11 (Fe, Mn, Pb, Zn, Co, Cu, Ni, Mo, Ag, As, Sb) and Au
fire assay methods employed. Details of the analytical procedures, and assay certificates of
results for this work are presented in Appendix VII. No significant anomalies were defined;
however, sampling in each of the areas was limited to single line traverse, and results should
therefore be reviewed in conjunction with historical soil geochemical data once historical data
has been compiled. Details of the surveys are discussed below.
Data from the soil surveys were plotted using MapInfo© software, and statistics for Cu,
Pb and Zn data is presented below in Table 3. Figures 10 and 11 below show the sample
locations and metal values for the soil samples collected.
Table 3: Soil survey, sample statistics.
28 samples – 10526M
Cu (ppm)
Pb (ppm)
Zn (ppm)
Minimum Value
2
5
3
Maximum Value
20
14
44
9.11
8.57
17.79
Average Value
Standard Deviation
4.92
2.62
10.12
Variance
24.17
6.85
102.47
90th Percentile
15.30
12.00
30.00
Cu (ppm)
Pb (ppm)
Zn (ppm)
Minimum Value
1
4
3
Maximum Value
20
17
160
Average Value
6.32
7.94
38.85
Standard Deviation
4.61
3.90
31.94
Variance
21.26
15.21
1020.01
90th Percentile
12.00
14.70
61.80
34 samples – 10547M, 10548M
39
Figure 10: Soil sampling locations and Cu, Pb, Zn values from License 10526M.
40
The distribution of Cu, Pb and Zn for the soil samples collected within mineral license
10526M indicate an area of anomalous Cu in samples 12 and 16, and sample 24, in the central
and northern portion of the survey, respectively. There is no coincident anomalous Pb and Zn
within the aforementioned samples.
Figure 11: Soil sampling locations and Cu, Pb, Zn values from License 10547, 10548M.
41
The distribution of metals within the soils collected on mineral licenses 10547M and
10548M shows one sample with coincident Cu and Zn anomalies; this is sample 34 in the
western portion of license 10548M. One other sample worthy of comment in sample 47 located
in the northeast portion of license 10548M, having the second highest Zn value of the 34
samples collected within the two licenses.
Diamond Drilling
metre drill program on the Little Sandy copper prospect in August 2007, as well as completion of
an 8 hole, 4,059 metre fall drill program designed to test targets previously proposed and
prioritized by Billiton Resources Canada Inc., in May 2001.
All drilling was conducted by
Springdale Forest Resources of Springdale, NL. NQ-size holes were drilled using a Duralite
500 (Triton, NL built) drill rig. Appendix VI includes all drill logs, cross sections, and location
plans for all drilling completed under this report. Certificates of analyses completed on drill core
are found within Appendix VII.
The Little Sandy drill program was designed to test the Little Sandy prospect which
represents a known outcropping zone of copper stringer mineralization informally reported to
host an uncategorized historical resource of 160,000 tonnes of 1.9% Cu.
This historical
resource estimate is not NI 43-101 compliant and is presented on several maps compiled by
past explorers; however, no specific reference could be found for the source of this estimate,
and as such, the resource should not be relied upon. Prior to drilling the prospect, previous
drilling had returned intersections assaying up to 3.30% Cu over 7.9 metres (e.g., hole BJ-38;
Thurlow and Pearce, 1979). Highlights from BUV’s drilling include intersections of 3.21% Cu
over 3.1 metres and 0.42% Cu over 17.96 metres at shallow vertical depths of 100 m or less.
While results are considered favourable, further review of the drill results in conjunction with
available historical data is recommended before additional work is proposed for this prospect.
42
Among the questions to be addressed is the prospect’s relative stratigraphic position with
respect to the geology of the Buchans deposits located 13 km to the west of the prospect.
Previous workers have assigned the prospect to various units within the belt including rocks
interpreted to represent both older and younger volcanic stratigraphy than those rocks which
host the Buchans orebodies (e.g., Thurlow and Swanson, 1981; Thurlow and Swanson, 1987;
and Thurlow, 2001). Furthermore, ongoing mapping and research by the GSC is expected to
refine the geology of this relatively poorly explored portion of the Buchans property (e.g.,
Zagorevski and Rogers, 2008).
Between October 2007 and January 2008, the company drilled 8 holes on targets
prioritized by former JV partner Billiton Resources Canada Inc., in May 2001. All eight holes
intersected targeted favourable felsic volcanic rocks, but failed to identify significant sulphide
accumulations as either massive sulphides or transported sulphide clasts typical of ores
previously mined at Buchans.
Intersected mineralization was limited to disseminated and
stringer sulphides, as well as sections hosting altered and sulphide-mineralized clasts. Billiton
selected the targets after detailed compilation and re-interpretation of the geology of the former
Buchans mines yielded 126 targets totaling 46,020 metres of proposed drilling. The highest
priority targets were drilled by BUV in the fall of 2007 and had been assigned their priority as the
targets were defined as areas of favourable stratigraphy near known deposits, where sufficient
room existed to host high-grade massive sulphide deposits analogous in size and grade to the
former Lucky Strike mine. Historical production from the main Lucky Strike mine totaled 4.75
million tonnes averaging 18.36% Zn, 8.42% Pb, 1.67% Cu, 113 g/t Ag and 1.7 g/t Au (Thurlow
and Swanson, 1981). Shortly after compiling the targets, Billiton abandoned all Newfoundland
joint ventures and allowed their option on the Buchans property to lapse without further drilling.
Further consideration will be given to the others targets identified by Billiton, once BUV has
completed its own compilation of the property.
Details of both drill programs are presented below.
43
Little Sandy
A six-hole, 848 m diamond drilling program was completed at Little Sandy, located
approximately 14 km east of the former Buchans mine (Figure 12, from July 19, 2007 to August
10, 2007. Minor amounts of stringer chalcopyrite mineralization were intersected in most of the
holes, with LS-07-17 returning the most impressive sulphide intersection; 9.30 m of 1.80% Cu,
including 3.9 m of 3.21% Cu, and 8.40% Cu over 0.50 m. Other highlights include drill hole LS07-13 which intersected 17.96 m averaging 0.42% Cu.
The mineralization highlights are
presented below in Table 4.
Table 4: Assay highlights, Little Sandy drill program, July-August 2007
Drill hole
LS-07-13
incl.
and.
and
and
LS-07-14
incl.
incl.
LS-07-15
LS-07-16
and
incl.
incl.
incl.
LS-07-17
incl.
incl.
LS-07-18
From
(m)
5.32
5.32
14.00
18.52
22.07
82.25
90.96
94.33
142.46
140.20
158.49
158.49
168.35
172.77
81.70
84.75
88.15
94.85
109.00
To (m)
23.28
6.28
14.57
19.18
23.28
95.00
91.41
95.00
143.46
140.76
173.48
159.16
169.05
173.48
91.00
88.65
88.65
95.30
109.50
* Core
Length
(m)
17.96
0.69
0.57
0.66
1.21
12.75
0.45
0.67
1.00
0.56
14.99
0.67
0.70
0.71
9.30
3.90
0.50
0.45
0.50
Collar
Dip
Angle
-90º
-90º
-90º
-90º
-90º
-90º
-90º
-90º
-60º
-60º
-60º
-60º
-60º
-60º
-60º
-60º
-60º
-60º
-60º
Approx.
Vertical
Depth (m)
5
82
123
121
137
71
82
94
Zn
(%)
0.00
0.01
0.01
0.01
0.01
0.00
0.02
0.02
0.01
0.01
0.01
0.01
0.04
0.02
0.01
0.01
0.01
0.01
0.01
Pb (%)
0.00
0.01
0.01
0.01
0.01
0.00
0.01
0.01
0.00
0.01
0.00
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
Cu
(%)
0.42
1.23
1.18
1.67
1.12
0.39
2.29
3.00
0.47
1.06
0.39
1.57
1.67
3.90
1.80
3.21
8.40
2.19
1.84
Ag
(g/t)
0.44
0.34
0.34
0.68
0.68
0.63
4.11
3.42
0.34
0.34
0.40
0.68
1.71
1.71
1.82
2.79
9.93
1.71
3.08
Au (g/t)
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
<0.005
* Note: stringer style of mineralization is not considered suitable for estimation of “True Widths”. Readers
are referred to Buchans River drill sections for an interpretation of the mineralization’s attitude and
distribution.
Billiton Targets
An eight-hole, 4,059 m diamond drilling program was completed to test targets identified by
Billiton in 2001, with drilling undertaken from October 25, 2007 to January 8, 2008 (Figure 13).
The best assays returned from the program included an interval in hole H-3351, located 400 m
44
northwest of the former Oriental mine, and approximately 2 km northeast of the former Lucky
Strike mine. This hole cut a 1.5 m wide section of mineralized felsic volcanic rocks assaying
1.34% Zn, 2.95% Pb, 0.13% Cu, 24.4 g/t Ag and 0.68 g/t Au; including 1.50% Zn, 4.40% Pb,
0.13% Cu, 38.0 g/t Ag and 1.82 g/t Au over a core length of 0.5 m. Highlights from the Billiton
target drill program are presented below in Table 5.
45
Figure 12: Diamond drilling plan map – Little Sandy.
46
Figure 13: Diamond drilling plan map – Billiton Targets.
47
Table 5: Assay highlights, Billiton Targets drill program, October 2007 to January 2008.
Hole
From
To
Width
Zn-Pb-Cu Combined (%) **
Zn%
Pb%
Cu%
Ag g/t
Au g/t
H-07-3350
and
and
H-07-3351
226.60
228.10
458.65
193.50
227.60
228.60
459.15
194.00
1.00
0.50
0.50
0.50
1.75
1.60
3.09
1.63
1.24
1.16
1.52
0.45
0.48
0.41
1.40
1.11
0.03
0.03
0.17
0.07
47.30
28.40
4.45
2.74
1.38
2.38
0.21
0.04
and
and
including
and
H-07-3352
H-07-3353
198.50
202.50
202.50
305.00
327.00
210.49
199.00
204.00
203.00
308.00
328.00
211.50
0.50
1.50
0.50
3.00
1.00
1.01
2.31
4.42
6.03
1.50
1.78
2.72
0.60
1.34
1.50
0.84
0.71
1.58
1.64
2.95
4.40
0.63
0.98
1.07
0.07
0.13
0.13
0.03
0.09
0.07
8.56
24.43
38.00
1.60
2.4
46.60
0.09
0.68
1.82
0.03
0.034
0.33
Whole Rock Geochemistry (Lithogeochemistry)
A total of 145 lithogeochemical whole rock samples were collected from diamond drill
cores during the 2007 drilling programs (33 from Little Sandy holes & 112 from Billiton Target
holes) and shipped to ALS Chemex in Sudbury Ontario for whole rock analyses. Samples were
comprised of representative rock material collected at 30 m intervals or lithology changes with
each sample comprising either sawed drill core up to 20 cm long or a complete core up to 10 cm
long. In all cases, care was taken not to include exotic material such as quartz veins and or
significant sulphide mineralization which could contaminate analyses of the primary lithology.
The purpose of this survey was to:
(i) define areas of favourable alteration using Na2O depletion as an alteration indicator,
(ii) define areas of base metal enrichment, and
(iii) aid identification of lithologies.
Complete analytical results, certificates of assay and rock sample logs are presented in
Appendix VII.
At time of writing this report analytical results for the sampling had been
received but remains to be reviewed and interpreted. This work will be undertaken at a later
date in conjunction with historical whole rock data that may be available from previous
exploration on the property.
48
RECOMMENDATIONS
Recommendations for future work on the property include review of Titan 24 datasets for
identification drill targets potentially associated with high grade sulphide deposits analogous to
those previously mined at Buchans (i.e. buried high grade deposits). Other recommendations
include further compilation of past drilling results (including assays) in areas adjacent to nearsurface past producing mines (i.e. Oriental and Old Buchans deposit areas), as possible bulk
tonnage, lower grade, open pit mineable resources. Furthermore, ongoing efforts to compile
previous exploration data should be accelerated to help identify and assess other targets that
may exist on the property, including the undeveloped Clementine, Sandfill and Middle Branch
sulphide prospects. Of these, the Clementine prospect is located approximately 2 km west of
the former Buchans Mines, and hosts an undeveloped resource (uncategorized, historical, non43-101 compliant resource estimate) of 363,000 tonnes averaging 4.9% Zn, 2.6% Pb, 0.3% Cu
& 10.3 g/t Ag at depths ranging between 207 and 485 m below surface (Calhoun and
Hutchinson, 1981). A three dimensional model of this prospect may yield additional drilling
targets in conjunction with Titan 24 results.
Data compiled from the above initiatives should perhaps be imported into a three
dimensional GIS software package for further review and target identification. The GOCAD
platform should be investigated as a possible platform for this work.
Respectfully Submitted:
Buchans River Ltd.
Paul Moore, M.Sc. P. Geo
And
David J. Butler, P. Geo.
Exploration Manager
49
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Winter, L.S., and Wilton, D.H.C.,
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Zagorevski, A., and Rogers, N., van Staal, C., McClenaghan, S. and Haslam, R.,
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Silurian terranes?. In Current research, Edited by C. P. G. Pereira and D. G. Walsh,
Government of Newfoundland and Labrador, Department of Natural Resources,
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Assessment Reports (sorted by date, then author, NL Geofile numbers in bold text)
Harris, J.,
2005 Report on Diamond Drilling, Buchans Project, Newfoundland. Assessment report
prepared for Buchans River Limited. Newfoundland and Labrador Geological Survey,
Assessment File 12A/15/1203, 16 pages.
Jenner, G.A.,
2002: Assessment report on geochemical exploration for 2001 submission for fee simple
grants volume 1 folios 61-62 and for second year supplementary, fourth year
supplementary, fifth year, sixth year supplementary, seventh year and ninth year
supplementary assessment for licence 4805 on claim 16398, licence 4823 on claims
16431-16432, licence 4867 on claims 16397, 16400-16401, 16424-16426 and 17688,
licence 4868 on claim block 6648, and licences 5576M, 5649M, 5668M, 6003M, 7420M,
8295M, 8312M and 8444M on claims in the Buchans area, central Newfoundland.
Assessment report prepared for Billiton Exploration Canada and Buchans River
Limited. Newfoundland and Labrador Geological Survey, Assessment File 12A/1008,
131 pp.
Wallis, R.H.,
2002: Third, sixth and seventh year, seventh year supplementary, and ninth year
supplementary assessment report on compilation and exploration history for licence
4317 on claim block 6665, licence 4865 on claim 16399, licence 4867 on claims 16397,
16400-16401, 16424-16426 and 17688, licence 4868 on claim block 6648, licence 4869
on claim block 6649, licence 4875 on claim blocks 6663 and 7793-7794 and licences
53
4974M and 6973M on claims in the Buchans area, central Newfoundland. Assessment
report prepared for Buchans River Limited (owner of property). Newfoundland and
Labrador Geological Survey, Assessment File 12A/15/0936, 325 pages.
ERA-Maptec Limited,
2001: First year supplementary and sixth year supplementary assessment report on geological
exploration for licence 4823 on claims 16431-16432, licence 4865 on claim 16399,
licence 4867 on claims 16397, 16400-16401, 16424-16426 and 17688 and licence
7420M on claims in the Buchans area, central Newfoundland. Assessment report
prepared for Billiton Exploration Canada Limited (joint venture partner) and Buchans
River Limited (owner of property). Newfoundland and Labrador Geological Survey,
Harris, J.,
2001: Fifth year supplementary assessment on diamond drilling exploration for licence 5668M
on claims in the Wileys Brook area, Buchans, central Newfoundland. Assessment report
prepared for Billiton Resources Canada Incorporated (joint venture partner), Billiton
Exploration Canada Limited (joint venture partner), and GT Exploration Limited
(owner of property). Newfoundland and Labrador Geological Survey, Assessment File
12A/15/0975, 25 pages.
Harris, J., and Woods, D.V.,
2001a: Assessment report on geophysical and diamond drilling exploration for 2000 submission
for fee simple grant volume 1 folio 62 and for fourth, sixth and eighth year assessment
for licence 4603 on claim 16496, licence 4859 on claim blocks 7916-7917 and claim
16513, and licence 5649M on claims in the Buchans area, central Newfoundland, 2
reports. Assessment report prepared for Billiton Resources Canada Incorporated
(joint venture partner) and Buchans River Limited (owner of property). Newfoundland
and Labrador Geological Survey, Assessment File 12A/15/0996, 101 pages.
Harris, J., and Woods, D.V.,
2001b: Eighth year and eighth year supplementary assessment report on geophysical and
diamond drilling exploration for licence 4317 on claim block 7984 and licence 4875 on
claim blocks 6663 and 7793-7794 in the Buchans area, central Newfoundland, 2 reports.
Assessment report prepared for Billiton Resources Canada Incorporated (joint
venture partner), Billiton Exploration Canada Limited (joint venture partner), and
Newfoundland Mining and Exploration Limited (owner of property). Newfoundland
Harris, J., Saunders, P., and Wallis, R.,
2001: First year supplementary and sixth year assessment report on structural interpretation
for licence 4823 on claims 16431-16432, licence 4867 on claims 16397, 16400-16401,
16424-16426, and 17688 and licence 7420M on claims in the Buchans area, central
Newfoundland, 4 reports. Assessment report prepared for Billiton Exploration Canada
Limited (joint venture partner), GT Exploration Limited (owner of property), Buchans
River Limited (owner of property), and Newfoundland Mining and Exploration
Limited (owner of property).
Newfoundland and Labrador Geological Survey,
Harris, J., Saunders, P., and Wilton, D. H. C.,
54
2001: Eighth year supplementary assessment report on compilation and geochemical
exploration for licence 4858 on claim blocks 6666-6668 and claims 16512 and 16514 in
the Clementine Lake-Wileys Lake area, Buchans, central Newfoundland. Assessment
Millar, G.,
2001: Re-interpretation of Sections across the Lucky Strike Deposit, Buchans Camp,
Newfoundland. Unpublished Report for Billiton Exploration Canada Limited.
Saunders, P.,
2001: Assessment report on geochemical exploration for 2000 submission for fee simple grant
volume 1 folio 62 and for second year, second year supplementary, third year, fourth
year, fifth year, eighth year, and eighth year supplementary assessment for licence 4319
on claim blocks 6663-6664 and 7793-7794, licence 4858 on claim blocks 7919-7921 and
claims 16512 and 16514, licence 4859 on claim blocks 7916-7917 and claim 16513 and
licences 4973M, 5576M, 5668M, 6285M, 6712M, 6715M, 7225M and 7376M on claims
in the Buchans area, central Newfoundland, 2 reports. Assessment report prepared for
Billiton Exploration Canada Limited (joint venture partner), Billiton Resources
Canada Incorporated (joint venture partner), Newfoundland Mining and Exploration
Limited (owner of property), Buchans River Limited (owner of property), and GT
Exploration Limited (owner of property). Newfoundland and Labrador Geological
Survey, Assessment File 12A/0983, 106 pages.
Saunders, P., and Harris, J.,
2001: Sixth year supplementary report on diamond drilling exploration for licence 4319 on
claim blocks 7793-7794 and claim 16441 in the Clementine Lake area, near Buchans,
central Newfoundland. Assessment report prepared for Billiton Exploration Canada
Limited (joint venture partner) and Newfoundland Mining and Exploration Limited
12A/15/0887, 37 pages.
Saunders, P., Woods, D.V., and Reed. L.E.,
2001: Assessment report on geochemical and geophysical exploration for 2001 submission for
fee simple grants volume 1 folios 61-62 and the Anglo-Newfoundland Development
Company Limited Charter and for third year supplementary, fourth year supplementary
and seventh year supplementary to ninth year supplementary assessment for licence
4273 on claim block 7915, licence 4293 on claim block 7898, licence 4548 on claim
16507 and licences 5649M, 5769M and 7225M on claims in the Buchans area, central
Newfoundland, 3 reports. Assessment report prepared for Billiton Resources Canada
Incorporated (joint venture partner), Buchans River Limited (owner of property), GT
Exploration Limited (owner of property), and Newfoundland Mining and Exploration
Wallis, R.H.,
2001a: Assessment report on geological and geophysical interpretation for 2001 submission for
Company Limited Charter and for third year supplementary, fourth year supplementary,
sixth year, sixth year supplementary and seventh year supplementary assessment for
licence 4548 on claim 16507 and licences 4973M, 5651M, 5769M, 6192M, 6474M,
55
7219M-7222M and 7758M on claims in the Little Sandy Lake area, near Buchans,
central Newfoundland. Assessment report prepared for Billiton Resources Canada
Incorporated (joint venture partner), Newfoundland Mining and Exploration Limited
(owner of property), Buchans River Limited (owner of property), and GT Exploration
Wallis, R.H.,
2001b: Assessment report on geochemical interpretation for 2001 submission for fee simple
grants volume 1 folios 61-62 and the Anglo-Newfoundland Development Company
Limited Charter and for first year supplementary to ninth year supplementary
assessment for licence 4273 on claim block 7915, licence 4293 on claim block 7898,
licence 4294 on claim block 7896, licence 4295 on claim block 7855, licence 4317 on
claim block 6665, licence 4470 on claim block 4919, licence 4497 on claim 16090,
licence 4547 on claim 16171, licence 4548 on claim 16507, licence 4603 on claim
16946, licence 4744 on claim 16407, licence 4805 on claim 16398, licence 4823 on
claims 16431-16432, licence 4858 on claim blocks 7919-7921 and claims 16512 and
16514, licence 4859 on claim blocks 7916-7917 and claim 16513, licence 4865 on claim
16399, licence 4867 on claims 16397, 16400-16401, 16424-16426 and 17688, licence
blocks 6663 and 7793-7794 and licences 4973M-4974M, 5649M-5652M, 5668M,
5769M, 6003M, 6192M, 6279M, 6285M, 6368M, 6429M, 6474M, 6712M, 6715M,
7219M-7222M, 7225M-7226M, 7376M, 7420M, 7758M, 7932M and 8025M on claims in
the Buchans area, central Newfoundland. Assessment report prepared for Billiton
Resources Canada Incorporated (joint venture partner), GT Exploration Limited
(owner of property), Buchans River Limited (owner of property), and Newfoundland
Mining and Exploration Limited (owner of property). Newfoundland and Labrador
Geological Survey, Assessment File 12A/1002, 44 pages.
Wilton, D.H.C.,
2001: Assessment report on geochemical exploration for 2001 submission for fee simple grant
volume 1 folio 62 and for sixth year supplementary, seventh year supplementary and
ninth year supplementary assessment for licence 4317 on claim block 6665, licence
4603 on claim 16946, licence 4823 on claims 16431-16432, licence 4859 on claim
blocks 7916-7917 and claim 16513, licence 4875 on claim blocks 6663 and 7793-7794
and licence 4973M on claims in the Buchans area, central Newfoundland. Assessment
report prepared for Billiton Exploration Canada Limited (joint venture partner) and
Buchans River Limited (owner of property). Newfoundland and Labrador Geological
Survey, Assessment File 12A/15/0917, 37 pages.
Wallis, R.H., and Barrett, T.J.,
2001: Assessment report on geochemical interpretation for 2001 submission for fee simple
grants volume 1 folios 61-62 and the Anglo-Newfoundland Development Company
Limited Charter and for first year, second year, third year, fourth year, fourth year
supplementary, fifth year, fifth year supplementary, sixth year, sixth year supplementary,
seventh year, seventh year supplementary, eighth year, ninth year and ninth year
supplementary assessment for licence 4273 on claim block 7915, licence 4293 on claim
block 7898, licence 4294 on claim block 7896, licence 4295 on claim block 7855, licence
16090, licence 4547 on claim 16171, licence 4548 on claim 16507, licence 4603 on
claim 16946, licence 4744 on claim 16407, licence 4805 on claim 16398, licence 4823
56
on claims 16431-16432, licence 4858 on claim blocks 7919-7921 and claims 16512 and
16514, licence 4859 on claim blocks 7916-7917 and claim 16513, licence 4865 on claim
16399, licence 4867 on claims 16397, 16400-16401, 16424-16426 and 17688, licence
blocks 6663 and 7793-7794 and licences 4973M-4974M, 5649M-5652M, 5668M,
5769M, 6003M, 6192M, 6279M, 6285M, 6368M, 6429M, 6474M, 6712M, 6715M,
7219M-7222M, 7225M-7226M, 7376M, 7420M, 7758M, 7932M and 8025M on claims in
the Buchans area, central Newfoundland, 2 reports. Assessment report prepared for
Billiton Resources Canada Incorporated (joint venture partner), Buchans River
Limited (owner of property), GT Exploration Limited (owner of property), and
and Labrador Geological Survey, Assessment File 12A/0992, 242 pages.
Harris, J., Saunders, P., and Scott, S. A.,
2000: Second year supplementary, third year supplementary, fourth year supplementary and
seventh year supplementary assessment report on geophysical and diamond drilling
exploration and relogging of diamond drill core for licence 4272 on claim blocks 79167917 and 7919-7921 and claims 16512-16514, licence 4319 on claim blocks 6663-6664
and 7793-7794 and licences 5576M, 5668M and 7225M on claims in the Clementine
Lake area, near Buchans, central Newfoundland, 2 reports. Assessment report
prepared for Billiton Exploration Canada Limited (joint venture partner), Buchans
River Limited (owner of property), Newfoundland Mining and Exploration Limited
(owner of property), and GT Exploration Limited (owner of property). Newfoundland
and Labrador Geological Survey, Assessment File 12A/0947, 239 pages.
Saunders, P.,
2000: Third year supplementary assessment report on geochemical exploration for licence
5652m on claims in the Harry’s River area, near Buchans, central Newfoundland.
Assessment report prepared for Billiton Exploration Canada Limited (joint venture
partner), Billiton Resources Canada Incorporated (joint venture partner), and GT
Saunders, P.,
2000: First year supplementary assessment report on geochemical exploration for licence
6976M on claims in the Red Indian Lake area, central Newfoundland. Assessment
Saunders, P., Harris, J., and Scott, S.A.,
2000: Assessment report on geophysical and diamond drilling exploration for 1999 submission
for fee simple grants volume 1 folios 61-62 and for first year, first year supplementary,
second year supplementary, third year, fourth year supplementary and fifth year
supplementary assessment for licence 4548 on claim 16507, licence 4793 on claims
16420-16421 and licences 4973M, 5769M, 6192M, 6303M-6305M, 6474M and 7319M
on claims in the Little Sandy Lake area, near Buchans, central Newfoundland, 2 reports.
Assessment report prepared for Billiton Exploration Canada Limited (joint venture
partner), Buchans River Limited (owner of property), Newfoundland Mining and
Exploration Limited (owner of property), and GT Exploration Limited (owner of
property).
Newfoundland and Labrador Geological Survey, Assessment File
12A/15/0942, 86 pages.
57
Saunders, P., Harris, J., Reed. L.E., and Scott, S.A.,
2000: Second year supplementary, third year supplementary and seventh year supplementary
assessment report on geophysical and diamond drilling exploration for licence 4319 on
claim blocks 6663-6664 and 7793-7794 and licences 5576M, 7225M and 7376M on
claims in the Clementine Lake area, near Buchans, central Newfoundland, 3 reports.
Billiton Exploration Canada Limited (joint venture partner). Assessment report prepared
for Buchans River Limited (owner of property), GT Exploration Limited (owner of
property), and Newfoundland Mining and Exploration Limited (owner of property).
Newfoundland and Labrador Geological Survey, Assessment File 12A/0966, 155 pages.
Saunders, P., Harris, J., Reed, L. E., and Woods, D. V.,
2000: First year supplementary, third year supplementary, fifth year supplementary, seventh
year supplementary and eighth year assessment report on geophysical and diamond
drilling exploration for licence 4273 on claim block 7915, licence 4293 on claim block
7898, licence 4294 on claim block 7896, licence 4317 on claim block 7984, licence 4806
on claims 16397, 16399-16401, 16424-16426 and 17686-17688, licence 4823 on claims
16431-16432, and licences 5649M and 7420M on claims in the Buchans area, central
Newfoundland, 3 reports. Assessment report prepared for Billiton Exploration Canada
Limited (joint venture partner), Buchans River Limited (owner of property),
Newfoundland Mining and Exploration Limited (owner of property), and GT
Saunders, P., Harris, J., Wilton, D. H. C., and Winter, L. S.,
2000: Assessment report on geochemical exploration for 2000 submission for fee simple
grants volume 1 folios 61-62 and for first year and first year supplementary to seventh
year supplementary assessment for licence 4273 on claim block 7915, licence 4293 on
claim block 7898, licence 4294 on claim block 7896, licence 4317 on claim block 7984,
licence 4319 on claim blocks 6663-6664 and 7793-7794, licence 4547 on claim 16171,
16406-16407, licence 4793 on claims 16420-16421, licence 4805 on claim 16398,
licence 4806 on claims 16397, 16399-16401, 16424-16426 and 17686-17688, licence
4823 on claims 16431-16432, licence 4858 on claim blocks 7919-7921 and claims
16512 and 16514, licence 4859 on claim blocks 7916-7917 and claims 16513 and
licences 4973M, 5649M, 5668M, 6003M, 6712M, 7319M and 7420M on claims in the
Buchans area, central Newfoundland, 2 reports. Assessment report prepared for
Buchans River Limited, Newfoundland Mining and Exploration Limited, GT
Exploration Limited and Billiton Exploration Canada Limited. Newfoundland and
Saunders, P., Harris, and Woods, D. V.,
2000: Assessment report on geophysical and diamond drilling exploration for 2000 submission
for fee simple grants volume 1 folios 61-62 and the Anglo-Newfoundland Development
Company Limited Charter and for second year and second year supplementary to sixth
year supplementary assessment for licence 4548 on claim 16507, licence 4793 on
claims 16420-16421 and licences 5651M, 6192M, 6303M-6307M, 6429M and 7219M7223M on claims in the Little Sandy Lake area, near Buchans, central Newfoundland, 3
reports. Assessment report prepared for Billiton Exploration Canada Limited (joint
venture partner), Buchans River Limited (owner of property), Newfoundland Mining
and Exploration Limited (owner of property), and GT Exploration Limited (owner of
58
property).
12A/15/0991, 244 pages.
Geoterrex-Dighem,
1999: Assessment report on geophysical exploration for 1998 submission for fee simple grants
volume 1 folios 61-62 and the Anglo-Newfoundland Development Company Limited
Charter and for first year, first year supplementary, second year, third year, fourth year,
fifth year, fifth year supplementary, sixth year, and sixth year supplementary assessment
for licence 4272 on claim blocks 7916-7917 and 7919-7921 and claims 16512-16514,
claim block 7896, licence 4295 on claim block 7855, licence 4296 on claim block 7854,
licence 4317 on claim block 7984, licence 4319 on claim blocks 6663-6664 and 77937794, licence 4470 on claim block 4919, licence 4483 on claim blocks 8439-8440,
16507, licence 4603 on claim 16946, licence 4744 on claims 16406-16407, licence 4745
on claim 16504, licence 4746 on claims 16410, 16413 and 16501-16503, licence 4793
on claims 16420-16421, licence 4805 on claim 16398, licence 4806 on claims 16397,
16399-16401, 16424-16426 and 17686-17688, licence 4823 on claims 16431-16432,
and licences 4609M, 4724M, 4787M-4788M, 4973M-4974M, 5226M-5227M, 5274M,
5574M, 5576M, 5649M-5652M, 5668M, 5769M, 5907M, 6003M, 6044M-6045M, 6066M,
6133M, 6146M-6147M, 6167M, 6192M, 6245M-6248M, 6271M-6272M, 6275M-6285M,
6297M-6300M, 6303M-6307M, 6368M, 6375M-6376M, 6429M-6430M, 6472M-6474M,
6712M and 6715M-6716M on claims in the Red Indian Lake area, central
Newfoundland. Assessment report prepared for Billiton Exploration Canada Limited
(joint venture partner), Altius Resources Incorporated (owner of property), Buchans
River Limited (owner of property), Celtic Minerals Limited (owner of property), GT
Exploration Limited (owner of property), Newfoundland Mining and Exploration
Assessment File NFLD/2764, 351 pages.
Harris, J., Saunders, P., and Reed, L.E.,
1999: First year, third year supplementary, fourth year supplementary and seventh year
supplementary assessment report on diamond drilling exploration and relogging of
diamond drill core for licence 4272 on claim blocks 7916-7917 and 7919-7921 and
claims 16512-16514, licence 4294 on claim block 7896, licence 4805 on claim 16398,
licence 4806 on claims 16397, 16399-16401, 16424-16426 and 17686-17688, licence
4823 on claims 16431-16432 and licences 4974M and 6973M on claims in the Buchans
area, central Newfoundland. Assessment report prepared for Billiton Exploration
Canada Limited (joint venture partner), Buchans River Limited (owner of property),
and GT Exploration Limited (owner of property). Newfoundland and Labrador
Geological Survey, Assessment File 12A/15/0946, 304 pages.
Harris, J., Saunders, P., and Robertson, K.A.,
1999: Sixth year supplementary assessment report on geophysical exploration and relogging
of diamond drill core for licence 4272 on claim blocks 7916-7921 in the Buchans area,
central Newfoundland, 2 reports. Assessment report prepared for Billiton Exploration
Canada Limited (joint venture partner) and Buchans River Limited (owner of
property).
12A/15/0940, 76 pages.
59
1999: First, second, fifth and sixth year assessment report on compilation for licence 4296 on
claim block 7854, licence 4483 on claim blocks 8439-8440 and licence 4609m on claims
in the Buchans Brook, Red Indian Lake area, central Newfoundland. Assessment report
prepared for United Bolero Development Corporation (owner of property).
Newfoundland and Labrador Geological Survey, Assessment File 12A/15/0846, 50
pages.
Saunders, P., Reed. L.E., and Woods, D.V.,
1999: Assessment report on prospecting and geophysical exploration for 1999 submission for
the Anglo-Newfoundland Development Company Limited Charter and fee simple grant
volume 1 folio 61 and for first year supplementary, second year, third year
supplementary, fourth year supplementary, fifth year supplementary, seventh year, and
seventh year supplementary assessment for licence 4272 on claim blocks 7916-7921,
licence 4294 on claim block 7896, licence 4319 on claim blocks 7793-7794 and claim
16441, licence 4497 on claim 16090, licence 4793 on claims 16420-16421 and licences
6044M, 6277M and 6715M on claims in the Buchans area, central Newfoundland, 4
reports. Assessment report prepared for Billiton Exploration Canada Limited (joint
venture partner), Buchans River Limited (owner of property), Newfoundland Mining
and Exploration Limited (owner of property), and GT Exploration Limited (owner of
property).
12A/15/0941, 90 pages.
Wallis, R.H.,
1999: Assessment report on geological and geophysical interpretation for 1999 submission for
Company Limited Charter and for first year, first year supplementary, second year,
second year supplementary, third year, fourth year, fifth year, fifth year supplementary,
sixth year, seventh year and seventh year supplementary assessment for licence 4272
on claim blocks 7916-7917, 7919-7921 and claims 16512-16514, licence 4273 on claim
blocks 6663-6664 and 7793-7794, licence 4470 on claim block 4919, licence 4497 on
claim 16090, licence 4547 on claim 16171, licence 4548 on claim 16507, licence 4603
on claim 16946, licence 4744 on claims 16406-16407, licence 4793 on claims 1642016421, licence 4805 on claim 16398, licence 4806 on claims 16397, 16399-16401,
16424-16426 and 17686-17688, licence 4823 on claims 16431-16432, licence 4852 on
claim blocks 7854 and 8439-8440 and licences 4609M, 4973M-4974M, 5574M, 5576M,
5649M-5652M, 5668M, 5769M, 6003M, 6044M-6045M, 6192M, 6275M, 6277M-6280M,
6282M, 6285M, 6297M-6300M, 6303M-6307M, 6368M, 6429M-6430M, 6474M, 6712M,
6715M-6716M, 6973M, 6976M and 7219M-7226M on claims in the Buchans area,
central Newfoundland. Assessment report prepared for Billiton Exploration Canada
Limited (joint venture partner), Buchans River Limited (owner of property), GT
Exploration Limited (owner of property), and Newfoundland Mining and Exploration
Assessment File 12A/0963, 201 pages.
Noranda,
1998: Precious and base metal properties available for option in central Newfoundland,
Summary Report. Internal company report. Newfoundland Department of Natural
Resources Geofile Number 012A/1231. 500 pp.
60
1998a: First, second, third and fourth year assessment report on geochemical exploration and
relogging of diamond drill core for licence 4319 on claim blocks 7793-7794 and claim
16441, licence 4806 on claims 16397, 16399-16401, 16424-16426 and 17686-17688
and licences 5574m and 5668m on claims in the Buchans area, central Newfoundland.
Assessment report prepared for Newfoundland Mining and Exploration Limited
(owner of property) and GT Exploration Limited (owner of property). Newfoundland
1998b: Fourth year assessment report on geochemical exploration and relogging of diamond
drill core for licence 4272 on claim blocks 7916-7921 in the Buchans area, central
Newfoundland. Assessment report prepared for Buchans River Limited (owner of
property).
12A/15/0810, 261 pages.
Saunders, P., Harris, J., and Winter, L. S.,
1998: Second, third and fifth year assessment report on compilation and relogging of diamond
drill core for licence 4317 on claim block 7984, licence 4806 on claims 16397, 1639916401, 16424-16426 and 17686-17688 and licence 4974m on claims in the Buchans
area, central Newfoundland, 2 reports. Assessment report prepared for GT Exploration
Limited (owner of property) and Newfoundland Mining and Exploration Limited
(owner of property), and Newminex (owner of property). Newfoundland and Labrador
Saunders, P., Harris, J., Winter, L. S., Wilton, D. H. C., Spurvey, P., and Scott, W.J.,
1998: First, third, fourth and fifth year assessment report on geochemical, geophysical and
diamond drilling exploration for licence 4273 on claim block 7915, licence 4293 on claim
4470 on claim block 4919, licence 4497 on claim 16090, licence 4547 on claim 16171,
licence 4603 on claim 16496, licence 4744 on claim 16406, licence 4805 on claim 16398
and licences 5574m, 5649m-5651m and 6003m on claims in the Buchans area, central
Newfoundland, 6 reports. Assessment report prepared for CBM Resources (owner of
property) and Buchans River Limited (owner of property). Newfoundland and Labrador
Harris, J., and Saunders, P.,
1997a: First year assessment report on compilation and relogging of diamond drill core for
licences 4910m and 5575m on claims in the Clench Brook-Wileys Lake area, near
Buchans, central Newfoundland. Assessment report prepared for GT Exploration
Harris, J., and Saunders, P.,
1997b: First year, second year and third year supplementary assessment report on geochemical
exploration and relogging of diamond drill core for licence 4319 on claim blocks 77927794 and claim 16441, licence 4806 on claims 16397, 16399-16401, 16424-16426 and
17686-17688 and licence 4974m on claims in the Clementine Lake area, near Buchans,
central Newfoundland. Assessment report prepared for Newfoundland Mining and
Exploration Limited (owner of property), GT Exploration Limited (owner of property),
61
and Newminex (owner of property). Newfoundland and Labrador Geological Survey,
Harris, J., Saunders, P., and Wilton, D. H. C.,
1997: First year supplementary and fourth year assessment report on relogging of diamond
drill core for licence 4317 on claim block 7984 and licence 4806 on claims 16397,
16399-16401, 16424-16426 and 17686-17688 in the Buchans area, central
Newfoundland. Assessment report prepared for GT Exploration Limited (owner of
property) and Newfoundland Mining and Exploration Limited (owner of property).
pages.
Saunders, P.,
1997a First year assessment report on geological and geochemical exploration and relogging
of diamond drill core for licence 4548 on claim 16507, licence 4793 on claims 1642016421, licence 4794 on claims 16417-16419, licence 4795 on claim 16422 and licences
4601m and 4973m on claims in the Little Sandy Lake area, near Buchans, central
Newfoundland. Assessment report prepared for GT Exploration Limited (owner of
property), Newfoundland Mining and Exploration Limited (owner of property),
Newminex (owner of property). Newfoundland and Labrador Geological Survey,
Saunders, P.,
1997b First year assessment report on prospecting and geochemical exploration for licence
4743 on claim 16416 and licence 4724m on claims in the Middle Branch Brook and East
Branch Brook areas, central Newfoundland. Assessment report prepared for GT
Saunders, P.,
1997c Second and third year assessment report on prospecting and geochemical exploration
for licence 4548 on claim 16507, licence 4793 on claims 16420-16421 and licences
4724m and 4973m on claims in the Red Indian Lake area, central Newfoundland.
(owner of property) and GT Exploration Limited (owner of property). Newfoundland
Saunders, P., and Scott, W.J.,
1996: First, second and third year assessment report on geophysical exploration for licence
4806 on claims 16397, 16399-16401, 16424-16426 and 17686-17688, licence 4317 on
claim block 7984 and licence 4319 on claim blocks 7792-7794 and claim 16441 in the
Buchans area, central Newfoundland, 2 reports. Assessment report prepared for
Newfoundland Mining and Exploration Limited (owner of property), GT Exploration
Limited (owner of property), and Newminex (owner of property). Newfoundland and
Saunders, P., and Scott, W.J., and Laletsang, K, B.,
1996: First, second and third year assessment report on geological, geochemical, geophysical
and diamond drilling exploration for licence 4294 on claim block 7896, licence 4295 on
claim block 7855, licence 4470 on claim block 4919, licence 4547 on claim 16171,
licence 4603 on claim 16496 and licence 4744 on claims 16406-16407 in the Buchans
62
Brook, Middle Branch, East Branch and Woodmans Brook areas, central Newfoundland,
2 reports. Assessment report prepared for Newfoundland Mining and Exploration
Limited (owner of property), GT Exploration Limited (owner of property), and
Newminex (owner of property). Newfoundland and Labrador Geological Survey,
Saunders, P., and Scott, W.J.,
1995: First and second year assessment report on geological, geochemical and geophysical
exploration for licence 4293 on claim block 7898, licence 4294 on claim block 7896,
claim block 16090, licence 4547 on claim block 16171 and licence 4603 on claim block
16496 in the Buchans River, Middle Branch River, East Branch River and Woodmans
Brook areas, central Newfoundland, 2 reports. Assessment report prepared for
Thurlow, J. G.,
1997: First year assessment report on compilation for licence 4775 on claim 16431 in the
Buchans area, central Newfoundland. Assessment report prepared for Phelps Dodge
Corporation of Canada Limited (owner of property). Newfoundland and Labrador
Thurlow, J. G.,
1997: Second year assessment report on diamond drilling exploration for licence 4823 on
claims 16431-16432 in the Buchans area, central Newfoundland. Assessment report
prepared for Phelps Dodge Corporation of Canada Limited (owner of property).
pages.
Thurlow, J. G.,
1996a: First year assessment report on diamond drilling exploration for licence 4749 on claim
16432 in the Buchans area, central Newfoundland. Assessment report prepared for
Phelps Dodge Corporation of Canada Limited (owner of property). Newfoundland
Thurlow, J. G.,
1996b: First year assessment report on diamond drilling exploration for licence 4805 on claim
16398 in the Buchans area, central Newfoundland. Assessment report prepared for
Phelps Dodge Corporation of Canada Limited, and GT Exploration Limited (owner
of property).
12A/15/0832, 22 pages.
Tallman, P.,
1995: First year assessment report on diamond drilling exploration for the Buchans Project for
licence 4273 on claim block 7915 in the Buchans River area, central Newfoundland.
Assessment report prepared for Thunderwood Resources Incorporated (owner of
property).
12A/15/0703, 26 pages.
Pickett, J. W., and Watson, D.,
63
1994: First year assessment report on geochemical, geophysical and diamond drilling
exploration for the Buchans Project for licence 4272 on claim blocks 7916-7921 in the
Clementine Lake and Lake 8 areas, west-central Newfoundland. Assessment report
prepared for Thunderwood Resources Incorporated (owner of property).
pages..
Tuach, J., and Saunders, P.,
1994: First year assessment report on compilation, relogging of drill core and geochemical
exploration for licence 4293 on claim block 7898, licence 4294 on claim block 7896,
licence 4295 on claim block 7855, licence 4317 on claim block 7984 and licence 4319 on
claim blocks 7792-7794 in the Buchans River area, central Newfoundland, 2 reports.
12A/0680, 107 pages.
Tuach, J., Saunders, P., and Adorjan, L. A.,
1994: First year supplementary assessment report on geochemical exploration for licence
4296 on claim block 7854 in the Buchans River Delta area, Red Indian Lake,
Newfoundland [2 reports]. Assessment report prepared for Newfoundland Mining and
Tuach, J.,
1993: First year assessment report on review and proposals for licence 4296 on claim block
7854 in the Buchans Brook and Red Indian Lake areas, central Newfoundland.
Assessment report prepared for Grant, B., (joint venture partner), Tuach, J., (owner of
property), J Tuach Geological Consultants Incorporated, and Newfoundland Mining
and Exploration Limited. Newfoundland and Labrador Geological Survey, Assessment
File 12A/15/0671, 37 pages.
Thurlow, J. G., and Pearce, D.,
1979: 1978 Exploration Report on Fee Simple Lot Vol. 1, Fol. 62 (Little Sandy Prospect),
granted to Terra Nova Properties Limited. Assessment report, prepared for Terra Nova
Explorations Limited, Newfoundland and Labrador Geofile Number 012A/15/0258. 32
pp.
64
PROFESSIONAL CERTIFICATION
I, Paul J. Moore, with business address at Suite E-130, 120 Torbay Road, St. John’s,
Newfoundland certify that:
1)
I am a graduate (1990) of Memorial University, with a Master of Science degree in Earth
Sciences.
2)
I am a registered member, in good standing, of the Professional Engineers and
Geoscientists of Newfoundland.
3)
I have practiced my profession for approximately 19 years in Newfoundland and
Labrador, New Brunswick and Ontario.
4)
This report is based on my direct involvement with the Buchans property through
fieldwork and data compilation. I have no interest in mineral claims in Newfoundland
and Labrador.
5)
I hold securities of Buchans River Ltd., though options granted me by the company.
Dated in St. John’s, Newfoundland this 5th day of May, 2008.
Paul Moore, M.Sc. P. Geo.
Buchans River Ltd.
65
PROFESSIONAL CERTIFICATION
I, David Butler, with business address at Suite E-130, 120 Torbay Road, St. John’s,
Newfoundland certify that:
6)
I am a graduate (1987) of Memorial University, with a Bachelors of Science degree in
Earth Sciences.
7)
I am a registered member, in good standing, of the Professional Engineers and
Geoscientists of Newfoundland.
8)
I have practiced my profession for approximately 19 years in Newfoundland and
Labrador, Nova Scotia, New Brunswick and Ontario.
9)
This report is based on my direct involvement with the Buchans property through
fieldwork and data compilation. I have no interest in mineral claims in Newfoundland
and Labrador.
10)
I hold securities of Buchans River Ltd., though options granted me by the company.
Dated in St. John’s, Newfoundland this 5th day of May, 2008.
David J. Butler, B.Sc., P. Geo.
Exploration Manager
Buchans River Ltd.
1
APPENDIX I
Compilation of Previous Work – Digital Archive of Drill Logs & Archived Asarco
Mine Plans and Drawings (PDF Files on 6 DVDs).
(In Folder)
1
APPENDIX II
Review of Past Mining Operations at Buchans. Report
prepared by Paul J. O’Brien P. Eng., for Buchans River Limited.
(In Folder)
1
APPENDIX III
Buchans Property, Aerial Photography and Topographic Processing
Summary Report – Eagle Mapping Ltd.
(In Folder)
Buchans and
Red Indian Lake
Mapping Project Report
Projects # 07-063
and 07-067
Buchans River Ltd.
Royal Roads Corp.
Suite E130 – 120 Torbay Road
St. John’s
Newfoundland & Labrador
A1A 2G8
December 21 2007
Eagle Mapping Limited
Shirley McLaren M.Sc.
Project Manager
Contact Telephone:
1-877-942-5551
Buchans and Red Indian Lake Mapping Project
Eagle Mapping Ltd.
Page 2 of 6
Table of Contents
1.0
2.0
3.0
3.1
3.2
3.3
3.4
4.0
Introduction..........................................................................................................2
Ground Control and Aerial Photography Survey ..................................................3
Digital Mapping....................................................................................................3
Air Photo Scanning ............................................................................................................. 3
Image Georeferencing (Aerial Triangulation) ..................................................................... 3
Digital Mapping ................................................................................................................... 4
Orthophotography............................................................................................................... 5
Project Deliverables.............................................................................................5
Eagle Mapping Ltd.
1.0
Page 2 of 6
Introduction
Eagle Mapping Ltd. (“Eagle Mapping”) was contracted by Buchans River Ltd. (“Buchans River”)
and Royal Roads Corp. (“Royal Roads”) in July 2007 to acquire colour aerial photography for detailed
topographic and orthophoto mapping in and around the town of Buchans and Red Indian Lake. The
project included photography and mapping for Messina Minerals Inc. and Mountain Lake Resources Ltd.
under separate contract.
Two photo scales were acquired; 1:20,000 photo scale for the regional areas and 1:10,000 photo
scale for detailed 1:1,000 scale mapping. The 1:20,000 photo scale was used to generate an “ortho-only”
digital terrain model (DTM) and colour orthophotos; the 1:10,000 photo scale was used to generate
1:1,000 scale detailed mapping with 1m contours and colour orthophotos of the town of Buchans and the
Daniel’s Pond property.
Figure 1: Buchans and Red Indian Lake Flight Plan
Eagle Mapping Ltd.
2.0
Page 3 of 6
Ground Control and Aerial Photography Survey
Prior to the aerial photo mission Stephen Burt Surveys Ltd. set out and surveyed 25 ground
control targets using real-time kinematic (RTK) GPS survey equipment to an accuracy of +/- 10cm in XY
and Z. Each target is in the shape of a cross and is 3.5m long in each direction. Four other ground control
points were surveyed under separate contract at the Bobby’s Pond property.
Aerial photography was flown on July 5 and 26 2007 in 13 east-west flight lines for the 1:20,000
scale photo, in two flight lines for the 1:10,000 scale photo over Buchans and in one north-south flight
line at 1:10,000 scale over Daniel’s Pond. The photography was acquired by Airborne Remote Sensing
Ltd. using a LMK 1015 aerial camera with a 6 inch lens. Airborne GPS (ABGPS) data, which provides a
coordinate of the centre of each air photo, was also acquired during the photo mission. Figure 1 and 2
shows the flight lines, photo centres and ground control point locations over the project.
Aerial photography was acquired so that each photo overlaps 60% of the adjacent photo along a
flight line (forward lap) and 30% of the adjacent photo on the next flight line (side lap). From these
overlapping aerial photographs any visible feature can be digitized using a stereo pair of photos, to create
points, lines or polygons in 3D.
3.0
Digital Mapping
3.1
Air Photo Scanning
We scanned the processed film negatives using our Wehrli RM-6 automatic roll feed
photogrammetric scanner, housed in a climate controlled clean room. The film was scanned at a
resolution of 16µms.
3.2
Image Georeferencing (Aerial Triangulation)
The scanned imagery was aerial triangulated using DVP softcopy triangulation workstations and
Aerosys software. LH Socet Set and Leica LPS software was used with the exterior orientation files to
create the stereo models for compilation.
Aerial triangulation uses the ABGPS data in conjunction with the 25 ground survey points and a
large number of common tie points on each photo, to provide the photo orientation parameters necessary
to capture mapping data in the correct projection. The result of aerial triangulation is a series of
georeferenced stereo models for topographic and feature collection in 3D.
The result of the aerial triangulation procedure is shown in Figure 2. The residuals between the
ground control points and the aerial triangulation solution are well within the accuracy specifications for
1:1,000 or 1:2,000 scale mapping.
Eagle Mapping Ltd.
Page 4 of 6
Figure 2: Flight Plan with Aerial Triangulation Results
The mapping project is referenced to UTM zone 21 coordinates using the NAD83 horizontal
datum. Elevations are provided in metres above sea level (geodetic elevations).
3.3
Digital Mapping
In order to create contours and orthophotos, a digital terrain model (DTM) was collected
manually by a team of photogrammetrists from the scanned imagery. A DTM consists of a grid of XYZ
points and break lines which define the geomorphology of the landscape. The result is a very accurate 3D
surface model of the terrain, the hydrography and any other feature observed on an air photo.
Our photogrammetrists used the LH and Leica Pro-600 softcopy systems for compilation of the
DTM data on a MicroStation platform. Models of data were digitally “stitched” together and edited to
ensure that there are no elevation spikes and that all the possible data content is captured. Preliminary
contours were generated in stereo to check that the DTM follows topographic rules (e.g. rivers do not run
uphill). DTM editing is an iterative process and may take up to three quality control passes depending on
the terrain. The edited DTM is used to create a triangulated irregular network (TIN) as input to the final
contour generation and the orthophoto process.
Eagle Mapping Ltd.
3.4
Page 5 of 6
Orthophotography
Using PCI OrthoEngine® software, the scanned imagery was rectified using the DTM to create an
orthophoto mosaic with a 20 cm pixel size. The rectified images were mosaicked and colour balanced into
a single orthophoto image. The 1:10,000 photo from Buchans was tiled into 8 1km x 1km orthophoto
tiles. The 1:10,000 photo from Daniel’s Pond was mosaicked into a single orthophoto image. The
1:20,000 photo was tiled into 2 km x 2km tiles to make the files a more manageable size. A compressed
ER Mapper ecw file of each block of four tiles (4 km x 4 km) was also provided.
4.0
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Project Deliverables
Aerial film (stored by Eagle Mapping for a period of seven years in our secure facility).
Orthophoto tile index in ACAD format.
Mapping project report (pdf file).
One set of colour contact prints of the aerial photography.
DTM data suitable for 1m contours in ASCII text.
DTM data suitable for orthophotos tiled in 2 km x 2km and 4km x 4km blocks to match the
corresponding orthophoto files.
Planimetric data (e.g. hydrography, tree lines, infrastructure, trails, and roads) in two ACAD files
and MapInfo files (one north of Red Indian Lake and one south of Red Indian Lake).
Contour data at 1m intervals over Daniel’s Pond and Buchans detailed areas.
One set of original colour orthophoto tiles (2 km x 2km) with a 20 cm pixel size in GeoTIFF
format.
One set of compressed colour orthophoto tiles (4 km x 4 km) with a 20 cm pixel size in “ecw”
format.
All deliverables were completed and delivered on DVD and hard drive and via Eagle Mapping’s
ftp site by December 21 2007.
Shirley McLaren M.Sc.
Project Manager
Eagle Mapping Ltd.
1
APPENDIX IV
DGPS Surveys of Titan Grid, Buchans Property.
Logistics Report, DGPS Positioning on Titan Grid, Buchans Mine Area,
Project 0706, By Eastern Geophysics Limited.
(In Folder)
Eastern Geophysics Limited.
LOGISTICS REPORT
Buchans River Ltd.
DGPS Positioning on Titan Grid
Buchans Mine Area
Buchans, NL, NTS: 12A/15
Project Manager: Paul Moore
Project # 0706
Ref: lr0706GPS
Introduction
This field report covers the survey procedures and parameters for the precise
X, Y, and Z positioning carried out for Buchans River Ltd. on the Buchans Mine
Titan grid, Buchans NL. This logistics report deals with the field work portion of
this contract.
Survey Equipment
1 – Leica GPS System 1230 Dual Frequency Real Time DGPS/GLONASS Base
Station
1 – Leica GPS System 1230 Dual Frequency Real Time DGPS/GLONASS Rover
2 - Pentium laptop computers
Registered users of Geosofttm geophysical software
Registered users of Leica Geo-Officetm GPS software
Survey Specifications
- Detailed station positioning on Titan grid.
- Positioning was tied-in to CSRS monument # 79GT001.
- All X and Y units were transformed to NAD 27 UTM zone 21 using the National
Transformation program NTv2.
- The Z coordinate (elevations) are in height above mean sea level (MSL)
calculated using the HTv2.0 geoidal model.
CSRS monument # 79GT001 Value:
– NAD83 UTM zone 21 with MSL elevations
79GT001 - 510331.620 E, 5408745.200 N 296.734m.
– NAD27 UTM zone 21
79GT001 – 510258.875 E 5408524.637 N
Logistics Report
CSRS monument # 79GT001 Description:
Located on a prominent rock outcrop about 700m NNE of Buchan’s Post Office and
about 200m E of road to airport. An iron survey bolt 2 cm in diameter and stamped with
an X and the number 79GT001 is cemented in bedrock.
Control Point 1 is located on a big flat rock close to the road about 100m S and 20 E of
monument number 79GT001. Marked with orange spray paint.
Nad 27 Zone 21 UTM value for Control PT 1 is 510280.135 E 5408416.158 N
Orthometric Height is 283.984m.
Personnel
Eldon Norman, Karen Norman, Daniel Sheppard, Rodney Kelly and Pratt Lewis
Operator Journal:
Project # 0706 June 19 to July 16, 2007.
Tuesday, June 19, 2007
Day-1: Travel: Drove to Buchan’s and located CSRS monument # 79GT001 and
went in and located grid, but rain prevented us from doing any field work.
Wednesday, June 20, 2007
Day-2: Operating: Read 112 stations, 5400 meters. Read L13200E from 10000N to
10450N, L11800E from 10000N to 11800N, L12000E from 11800N to 9800N
and L13000E from 10000N to 11150N.
(Running total = 5.40 km.)
Thursday, June 21, 2007
11800N, L11400E from 11800N to 10000N and L11200E from 10000N to
11350N( This was as far as the line cutters had cut on this line).
Friday, June 22, 2007
11800N. We also read L10800E from 11800N to 10150N only to find a chaining
error causing the data to be no good since it switched the even stations to odd
ones. We will have to redo the line due to line cutting errors.
Logistics Report
Days Off: June 23 and 24
Monday, June 25, 2007
10000N.
Note: June 26 to July 8, GPS crew work on another project
Monday, July 9, 2007
Day-6: Operating: Read 63 stations, 3400 meters. Read L12000E from 9800N to 8200N
and L11800E from 8200N to 10000N.
Tuesday, July 10, 2007
8200N, L12400E from 8200N to 10000N and L12200E from 10000N to 9650N.
Wednesday, July 11, 2007
Thursday, July 12, 2007
8200N.
Friday, July 13, 2007
10000N.
Saturday, July 14, 2007
8200N, L10800E from 8200N to 10000N, L11000E from 10000N to 9600N,
L13000E from 10000N to 9250N and L13200E from 9150N to 10000N.
Logistics Report
Sunday, July 15, 2007
11150N.
Monday, July 16, 2007
-----------------------------------------------------------------------------------------------------------* Invoice 0706-1 included DGPS surveying from June 19 to July 16, 2007.
The following totals reflect that invoice amount.
1.0 - Travel day
12.0 - Operating days
13.0 - Total days
45800 m - Total line kilometers surveyed, 920 stations
-----------------------------------------------------------------------------------------------------------Tuesday, July 17, 2007
* Crew worked on another project while line cutting resumed on this grid.
Friday, August 10, 2007
11800N and L12400E from 11800N to 10000N.
Saturday, August 11, 2007
11550N, we could not cross the brook to get the end of L10600E due to the
water being to high.
Logistics Report
Sunday, August 12, 2007
Day-17: Operating: Read 103 stations, 5050 meters. Read L12800N from 10000N to
11800N, L13000E from 11800N to 11650N, L12600E from 11800N to 10000N,
L13400E from 10150N to 11000N and L13200E from 10900N to 10450N.
Saturday, August 25, 2007
Day-19: Bad Weather: Heavy rain fell all day.
Sunday, August 26, 2007
Day-20: Operating: Read 76 stations and one repeat, 3750 meters. Read L13600E from
10150N to 8200N (chaining error – pickets misplaced between 9050N and
8950N) and L13800E from 8200N to 10000N (chaining error – line 25m to long,
75m between 8600N to 8650N).
Monday, August 27, 2007
Day-21: Operating: Read 90 stations and 3 repeats, 4500 meters. Read L14000E from
10600N to BL10000N (Chaining error – picket 9925N missing, only 25m
between 9950N and 9900N), L14200E from 10450N to 8200N and L14400E
from 8200N to 9850N at lake.
Tuesday, August 28, 2007
Day-22: Operating: Read 38 stations and two repeats, 2000 meters. Read L13600E from
10150N to 11150N, L14000E from 11150N to 10600N and L14400E from
10300N to 9850N. We had to do some maintenance with the DGPS system this
morning causing a late start in the field today.
Wednesday, August 29, 2007
10200N to 8200N, L14800E from 8200N to 9900N and L15000E from 8200N to
9350N. This section of the grid was difficult because of the large flooded area
near the old mine mill site that was not shown on the maps we were using
resulting in a lot of walking around the other ponds there.
Logistics Report
Thursday, August 30, 2007
10450N to 11600N, L14400E from 11800N to 10300N, L14600E from 10200N
to 11800N and L14800E from 11800N to 9900N. There was a chaining error on
L14800E resulting in the need to resurvey the section from 11150N to 11800N.
9350N and we reread L14800E from 11150N to 11800N after that chaining error
was fixed.
Tuesday, September 4, 2007
Day-26: Operating: Read 45 stations and two repeats, 2200 meters. Read L14000E from
10000N to 8200N and reread L13800E from 8200N to 8600N.
This completes the grid.
PROJECT SUMMARY
* Invoice 0706-1 includes DGPS surveying from June 19 to July 16, 2007.
The following totals reflect that invoice amount.
1.0 - Travel day
13.0 - Total days
45800 m - Total line kilometers surveyed on -1
* Invoice 0706-2 includes DGPS surveying on July 17 and from August 10 to
September 04, 2007.
July 17 and August 10 to September 4, 2007
1.0 –Bad weather day
0.0 - Travel day
13.0 - Total days
Inv.# 0706-1 = 45.80 km.
Inv.# 0706-2 = 47.15 km.
Project Total = 92.95 km.
47150 meters - Total line kilometers surveyed on -2
Logistics Report
For additional information, please contact the following:
Brian d’Entremont
Eastern Geophysics Limited
819, Hwy. 335, West Pubnico, NS B0W 3S0
Phone: (902) 762-3037
Fax: (902) 762-3434
Brian.d@ns.sympatico.ca
Bennett d’Eon
Eastern Geophysics Limited
33 Pratt Street, Corner Brook, NL
Phone: (709) 634-8512
Fax: (709) 634-8515
b.deon@nl.rogers.com
Logistics Report
Buchans River - Titan Grid, Buchans, NL, June 19 to September 4, 2007 - NAD83, Zone 21
Line
Station
UTMX
UTMY
Orth. Height
10000E
8200N
504215.397
5408387.716
306.422
10000E
8250N
504239.013
5408431.454
306.837
10000E
8300N
504262.797
5408475.516
306.794
10000E
8350N
504286.216
5408519.174
306.481
10000E
8400N
504309.719
5408563.257
306.029
10000E
8450N
504333.408
5408607.458
305.845
10000E
8500N
504357.139
5408651.673
305.922
10000E
8550N
504380.436
5408695.745
305.563
10000E
8600N
504404.437
5408740.024
305.696
10000E
8650N
504427.454
5408784.018
305.737
10000E
8700N
504450.658
5408827.23
305.687
10000E
8750N
504474.333
5408871.754
306.088
10000E
8800N
504497.562
5408914.519
306.399
10000E
8850N
504521.41
5408958.582
306.977
10000E
8900N
504544.804
5409002.425
306.786
10000E
8950N
504568.099
5409046.674
306.807
10000E
9000N
504591.51
5409090.343
307.228
10000E
9050N
504615.383
5409133.786
307.608
10000E
9100N
504638.373
5409177.586
309.423
10000E
9150N
504661.304
5409220.354
309.109
10000E
9200N
504684.895
5409264.138
305.473
10000E
9250N
504708.217
5409308.383
303.912
10000E
9300N
504731.598
5409352.533
303.19
10000E
9350N
504754.633
5409395.781
302.683
10000E
9400N
504777.981
5409439.73
302.678
10000E
9450N
504801.287
5409483.62
302.463
10000E
9500N
504824.558
5409527.619
302.182
10000E
9550N
504848.315
5409571.252
301.523
10000E
9600N
504871.306
5409615.124
300.865
10000E
9650N
504894.908
5409658.6
300.341
10000E
9700N
504915.881
5409698.285
298.696
10000E
9750N
504942.628
5409747.144
300.369
10000E
9800N
504965.132
5409791.338
301.266
10000E
9850N
504989.318
5409835.646
301.744
10000E
9900N
505012.719
5409880.211
302.056
10000E
9950N
505036.114
5409924.136
302.369
10000E
10000N
505059.945
5409968.129
303.219
10000E
10050N
505083.345
5410012.461
303.327
10000E
10100N
505106.789
5410056.721
303.209
10000E
10150N
505130.462
5410101.281
303.038
10000E
10200N
505154.319
5410145.633
303.517
10000E
10250N
505177.887
5410189.898
303.99
10000E
10300N
505201.233
5410234.637
304.161
10000E
10350N
505224.768
5410277.965
304.217
10000E
10400N
505247.344
5410321.719
304.337
10000E
10450N
505270.966
5410365.371
305.088
10000E
10500N
505294.434
5410410.253
305.919
10000E
10550N
505317.607
5410453.155
306.354
10000E
10600N
505340.918
5410496.476
306.362
10000E
10650N
505363.918
5410540.837
306.299
10000E
10700N
505387.422
5410584.923
306.371
10000E
10750N
505410.661
5410629.164
306.16
10000E
10800N
505433.855
5410673.131
305.886
10000E
10850N
505457.295
5410717.415
305.488
10000E
10900N
505480.387
5410760.65
304.847
10000E
10950N
505504.093
5410804.896
303.917
10000E
11000N
505527.907
5410850.555
303.256
10000E
11050N
505550.395
5410893.301
302.951
Line
Station
UTMX
UTMY
Orth. Height
10000E
11100N
505573.545
5410937.279
303.657
10000E
11150N
505597.265
5410981.504
304.477
10000E
11200N
505619.898
5411024.37
305.145
10000E
11250N
505642.478
5411067.038
305.935
10000E
11300N
505666.275
5411112.859
306.676
10000E
11350N
505689.664
5411156.462
307.83
10000E
11400N
505711.731
5411199.428
309.258
10000E
11450N
505735.298
5411243.229
310.296
10000E
11500N
505757.907
5411287.027
310.982
10000E
11550N
505781.602
5411331.633
311.62
10000E
11600N
505804.722
5411376.352
312.025
10000E
11650N
505827.888
5411420.569
312.377
10000E
11700N
505851.075
5411464.652
312.782
10000E
11750N
505873.626
5411507.913
312.761
10000E
11800N
505896.5
5411551.257
312.472
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
10200E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
504384.511
504408.414
504431.763
504455.372
504479.325
504502.698
504526.557
504549.503
504573.179
504596.959
504620.308
504643.777
504666.98
504691.308
504714.62
504739.045
504762.398
504785.898
504809.099
504833.056
504856.823
504880.048
504903.661
504927.526
504951.398
504974.734
504998.466
505022.049
505046.03
505070.215
505093.549
505116.311
505139.984
505163.555
505186.839
505210.417
505234.306
505257.867
505281.477
505305.003
505329.968
505352.596
5408292.278
5408336.088
5408380.104
5408423.641
5408467.273
5408510.982
5408554.534
5408598.176
5408642.347
5408686.606
5408729.895
5408773.848
5408817.032
5408860.781
5408905.526
5408949.595
5408993.837
5409037.795
5409081.31
5409125.403
5409169.357
5409213.677
5409257.499
5409301.808
5409345.743
5409389.978
5409433.954
5409478.204
5409522.785
5409567.616
5409610.747
5409653.465
5409697.674
5409741.555
5409785.272
5409830.042
5409874.445
5409918.095
5409962.31
5410006.594
5410051.384
5410095.239
307.567
307.511
307.835
308.25
308.673
309.066
309.488
309.743
309.945
310.027
310.412
312.171
312.445
312.632
312.553
312.826
313.393
313.402
313.062
311.386
309.104
307.602
306.036
305.179
304.327
303.513
302.939
301.724
300.218
298.212
300.011
300.742
301.054
301.415
301.563
301.44
301.528
301.626
301.522
301.712
301.504
301.305
Line
Station
UTMX
UTMY
Orth. Height
10200E
10300N
505375.741
5410139.14
301.312
10200E
10350N
505399.346
5410182.972
301.15
10200E
10400N
505422.95
5410227.655
300.628
10200E
10450N
505446.36
5410271.599
300.289
10200E
10500N
505470.311
5410315.579
300.101
10200E
10550N
505493.641
5410359.261
299.901
10200E
10600N
505517.226
5410403.242
299.965
10200E
10650N
505540.606
5410447.086
300.188
10200E
10700N
505564
5410490.99
300.44
10200E
10750N
505587.631
5410534.725
300.585
10200E
10800N
505611.172
5410578.428
300.76
10200E
10850N
505634.571
5410622.574
300.757
10200E
10900N
505658.368
5410666.863
300.64
10200E
10950N
505682.007
5410710.971
300.648
10200E
11000N
505705.691
5410754.908
299.977
10200E
11050N
505729.165
5410798.847
298.983
10200E
11100N
505753.65
5410844.434
298.165
10200E
11150N
505776.757
5410887.038
299.535
10200E
11200N
505799.999
5410931.24
300.298
10200E
11250N
505823.492
5410974.674
300.105
10200E
11300N
505847.117
5411018.994
300.716
10200E
11350N
505870.895
5411063.019
301.3
10200E
11400N
505894.39
5411106.8
302.503
10200E
11450N
505917.693
5411150.623
303.377
10200E
11500N
505941.656
5411194.525
304.1
10200E
11550N
505965.166
5411238.712
305.251
10200E
11600N
505988.679
5411282.744
305.557
10200E
11650N
506012.149
5411326.926
305.882
10200E
11700N
506035.63
5411370.607
306.513
10200E
11750N
506059.325
5411414.51
307.28
10200E
11800N
506082.565
5411458.328
307.543
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
10400E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
504563.339
504586.184
504610.22
504633.459
504656.864
504679.841
504702.774
504726.168
504749.784
504772.914
504796.397
504820.912
504843.289
504866.631
504890.08
504913.385
504938.215
504959.408
504979.524
505007.372
505029.941
505053.368
505076.765
505100.177
505124.176
505147.321
5408200.334
5408244.207
5408288.931
5408332.566
5408376.608
5408420.814
5408464.001
5408508.219
5408552.068
5408596.176
5408640.453
5408685.669
5408729.241
5408773.078
5408817.032
5408860.693
5408903.074
5408947.116
5408986.285
5409035.333
5409079.755
5409123.166
5409166.794
5409210.989
5409256.015
5409299.16
308.389
308.862
309.465
310.037
310.86
312.524
314.033
315.655
317.109
317.872
319.356
320.788
320.855
323.137
324.989
326.749
327.396
325.299
324.746
323.622
320.102
316.806
313.783
310.324
308.088
305.492
Line
Station
UTMX
UTMY
Orth. Height
10400E
9500N
505171.005
5409342.981
303.804
10400E
9550N
505194.251
5409386.995
302.302
10400E
9600N
505217.334
5409430.524
300.269
10400E
9650N
505240.592
5409473.104
298.838
10400E
9700N
505265.163
5409518.992
298.813
10400E
9750N
505288.462
5409562.221
299.231
10400E
9800N
505311.881
5409605.839
299.311
10400E
9850N
505335.57
5409649.821
299.247
10400E
9900N
505358.882
5409694.313
299.292
10400E
9950N
505383.192
5409737.206
298.858
10400E
10000N
505406.74
5409781.341
299.319
10400E
10050N
505432.214
5409824.636
299.911
10400E
10100N
505454.35
5409869.055
300.017
10400E
10150N
505477.941
5409912.604
300.06
10400E
10200N
505501.578
5409956.126
299.899
10400E
10250N
505522.099
5409993.846
299.845
10400E
10300N
505545.166
5410036.855
299.435
10400E
10350N
505568.675
5410080.395
298.867
10400E
10400N
505591.219
5410121.536
298.092
10400E
10450N
505614.28
5410163.821
297.893
10400E
10500N
505637.317
5410206.267
297.005
10400E
10550N
505660.342
5410248.782
296.807
10400E
10600N
505683.702
5410291.845
296.65
10400E
10650N
505706.681
5410334.581
296.785
10400E
10700N
505729.748
5410376.745
297.351
10400E
10750N
505752.745
5410419.446
297.941
10400E
10800N
505775.662
5410462.577
298.058
10400E
10850N
505799.396
5410504.895
298.13
10400E
10900N
505822.905
5410548.354
297.918
10400E
10950N
505846.024
5410590.88
297.503
10400E
11000N
505869.207
5410633.657
296.932
10400E
11050N
505892.605
5410676.323
296.45
10400E
11100N
505915.489
5410719.053
297.234
10400E
11150N
505936.871
5410760.058
293.618
10400E
11200N
505959.442
5410804.916
293.608
10400E
11250N
505986.078
5410847.593
293.525
10400E
11300N
506005.507
5410892.524
294.61
10400E
11350N
506036.08
5410928.979
293.509
10400E
11400N
506054.485
5410979.766
296.352
10400E
11450N
506077.298
5411023.217
297.256
10400E
11500N
506100.011
5411067.712
297.566
10400E
11550N
506122.63
5411109.884
298.56
10400E
11600N
506145.944
5411153.535
299.593
10400E
11650N
506168.591
5411196.696
300.857
10400E
11700N
506191.177
5411239.714
301.519
10400E
11750N
506213.875
5411283.273
302.472
10400E
11800N
506236.497
5411326.349
302.771
10600E
10600E
10600E
10600E
10600E
10600E
10600E
10600E
10600E
10600E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
504731.569
504755.487
504778.826
504801.975
504825.871
504848.939
504873.043
504896.359
504920.81
504944.351
5408112.971
5408156.969
5408199.489
5408243.153
5408285.794
5408329.203
5408373.09
5408417.096
5408460.891
5408505.38
307.83
309.12
309.821
310.084
310.725
313.231
314.418
316.305
317.283
318.322
Line
Station
UTMX
UTMY
Orth. Height
10600E
8700N
504967.96
5408548.926
319.248
10600E
8750N
504990.554
5408591.278
321.039
10600E
8800N
505017.259
5408641.143
322.901
10600E
8850N
505042.408
5408673.231
322.947
10600E
8900N
505062.887
5408724.042
324.347
10600E
8950N
505089.047
5408771.073
329.089
10600E
9000N
505107.28
5408806.644
332.098
10600E
9050N
505134.137
5408854.343
337.149
10600E
9100N
505152.189
5408905.063
333.912
10600E
9150N
505176.912
5408938.622
329.865
10600E
9200N
505205.516
5408986.258
324.345
10600E
9250N
505226.973
5409032.375
318.87
10600E
9300N
505251.581
5409073.503
314.091
10600E
9350N
505275.053
5409117.554
310.299
10600E
9400N
505298.384
5409160.93
306.868
10600E
9450N
505321.901
5409205.499
304.317
10600E
9500N
505345.739
5409250.082
302.424
10600E
9550N
505369.181
5409294.6
299.935
10600E
9600N
505392.636
5409338.226
299.061
10600E
9650N
505416.617
5409382.367
298.586
10600E
9700N
505438.683
5409422.734
298.092
10600E
9750N
505461.658
5409466.457
298.118
10600E
9800N
505487.681
5409515.864
298.482
10600E
9850N
505510.161
5409556.436
298.594
10600E
9900N
505533.364
5409600.333
298.589
10600E
9950N
505556.907
5409644.237
298.469
10600E
10000N
505580.473
5409687.737
298.605
10600E
10050N
505603.692
5409731.338
298.672
10600E
10100N
505626.917
5409774.746
298.626
10600E
10150N
505650.241
5409818.169
298.599
10600E
10200N
505673.069
5409860.98
298.474
10600E
10250N
505697.319
5409906.113
298.311
10600E
10300N
505720.178
5409949.255
297.889
10600E
10350N
505742.977
5409992.711
297.466
10600E
10400N
505766.127
5410029.48
295.548
10600E
10450N
505793.612
5410085.123
298.109
10600E
10500N
505816.123
5410128.014
298.47
10600E
10550N
505838.823
5410172.714
298.027
10600E
10600N
505862.236
5410217.203
298.096
10600E
10650N
505886.485
5410261.285
297.67
10600E
10700N
505909.797
5410305.691
298.68
10600E
10750N
505933.253
5410349.733
299.244
10600E
10800N
505956.675
5410393.938
299.635
10600E
10850N
505980.092
5410438.281
300.041
10600E
10900N
506003.359
5410482.611
300.254
10600E
10950N
506027.3
5410527.192
300.236
10600E
11000N
506050.657
5410571.408
299.794
10600E
11050N
506073.688
5410615.753
299.489
10600E
11100N
506096.986
5410660.229
299.004
10600E
11150N
506120.902
5410704.851
298.473
10600E
11200N
506144.768
5410748.835
298.027
10600E
11250N
506167.832
5410793.772
297.647
10600E
11300N
506190.99
5410838.314
297.299
10600E
11350N
506214.501
5410882.24
297.135
10600E
11400N
506238.648
5410926.122
296.514
10600E
11450N
506261.721
5410970.423
296.53
10600E
11500N
506285.557
5411014.537
295.883
10600E
11550N
506309.005
5411058.539
294.797
Line
Station
UTMX
UTMY
Orth. Height
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
10800E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
10600N
10650N
10700N
10750N
10800N
10850N
10900N
10950N
11000N
11050N
504901.548
504925.336
504949.761
504973.305
504997.737
505021.71
505045.934
505069.883
505093.894
505117.993
505140.538
505165.416
505188.845
505212.599
505236.33
505260.204
505283.814
505308.26
505331.075
505355.051
505376.949
505402.519
505424.942
505448.474
505471.996
505495.376
505519.258
505543.004
505566.386
505588.382
505636.978
505660.699
505684.473
505714.658
505731.872
505755.925
505779.417
505802.248
505826.028
505849.579
505872.782
505895.974
505920.488
505944.197
505967.863
505991.315
506015.178
506038.556
506061.99
506085.884
506109.166
506133.527
506157.449
506180.282
506203.735
506227.116
506251.317
5408014.087
5408057.818
5408101.752
5408145.475
5408189.07
5408232.661
5408276.59
5408321.216
5408364.599
5408408.275
5408449.924
5408495.037
5408537.426
5408581.251
5408625.288
5408669.488
5408713.017
5408758.358
5408800.585
5408845.089
5408887.38
5408934.934
5408976.431
5409020.121
5409064.26
5409108.108
5409152.021
5409196.765
5409240.389
5409280.993
5409372.131
5409417.34
5409460.796
5409508.493
5409548.868
5409593.566
5409637.195
5409680.547
5409724.92
5409768.479
5409813.051
5409857.393
5409902.372
5409947.183
5409991.852
5410036.03
5410080.317
5410124.254
5410168.453
5410212.74
5410256.843
5410300.742
5410345.783
5410389.511
5410433.54
5410477.741
5410521.542
310.112
309.891
309.897
310.072
311.288
311.625
311.45
311.72
312.454
313.676
314.985
316.325
316.912
316.572
316.593
316.391
318
319.783
318.331
317.392
313.669
309.635
306.552
304.014
301.775
299.936
298.622
298.022
297.942
297.998
297.722
297.387
297.341
296.406
297.547
296.962
297.269
298.337
297.837
297.423
297.573
296.809
297.935
298.869
299.66
300.276
300.67
300.938
301.216
301.356
301.64
302.175
302.949
302.899
302.66
302.642
302.458
Line
Station
UTMX
UTMY
Orth. Height
10800E
11100N
506274.927
5410565.476
302.406
10800E
11150N
506298.231
5410609.848
302.206
10800E
11200N
506321.988
5410654.388
302.238
10800E
11250N
506345.94
5410697.818
302.146
10800E
11300N
506369.034
5410742.167
302.127
10800E
11350N
506392.05
5410786.388
302.234
10800E
11400N
506415.994
5410830.351
302.367
10800E
11450N
506439.813
5410874.434
302.345
10800E
11500N
506462.996
5410918.627
302.145
10800E
11550N
506486.526
5410962.978
302.392
10800E
11600N
506510.67
5411007.586
301.719
10800E
11650N
506534.386
5411051.601
300.968
10800E
11700N
506557.214
5411095.708
300.82
10800E
11750N
506581.249
5411139.722
299.881
10800E
11800N
506607.076
5411181.174
298.369
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
11000E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
505079.728
505103.886
505127.406
505151.101
505175.105
505198.54
505222.028
505245.336
505269.18
505292.336
505316.002
505339.339
505363.235
505386.583
505410.387
505433.49
505456.83
505480.887
505503.719
505527.94
505551.219
505575.366
505598.755
505622.208
505646.313
505670.117
505693.777
505717.532
505740.79
505764.462
505788.421
505812.231
505835.944
505860.567
505884.29
505907.647
505931.959
505955.694
505979.54
506003.298
506027.004
506050.76
5407911.702
5407956.476
5408000.295
5408044.269
5408088.374
5408132.484
5408176.559
5408220.441
5408264.611
5408308.494
5408352.434
5408396.447
5408440.838
5408484.368
5408529.184
5408572.301
5408616.718
5408660.675
5408704.17
5408748.363
5408792.628
5408837.422
5408880.771
5408925.057
5408969.592
5409013.635
5409057.193
5409101.17
5409145.081
5409188.625
5409232.644
5409276.651
5409321.078
5409365.781
5409409.63
5409453.216
5409497.873
5409542.055
5409585.782
5409629.664
5409673.602
5409717.349
310.786
310.561
311.724
311.267
311.378
311.315
310.911
310.91
311.308
311.75
312.23
312.469
312.597
313.148
313.24
311.847
310.466
308.964
307.196
304.788
302.599
301.655
300.484
299.604
298.788
297.939
297.731
297.712
297.74
297.408
297.791
297.51
297.182
297.327
298.221
298.318
298.614
298.062
298.236
298.392
299.114
299.652
Line
Station
UTMX
UTMY
Orth. Height
11000E
10300N
506074.546
5409761.479
300.295
11000E
10350N
506098.827
5409806.548
300.569
11000E
10400N
506122.457
5409850.138
301.601
11000E
10450N
506146.625
5409894.469
302.164
11000E
10500N
506170.572
5409938.574
303.235
11000E
10550N
506194.488
5409983.104
303.303
11000E
10600N
506218.457
5410027.201
303.872
11000E
10650N
506242.059
5410071.227
304.349
11000E
10700N
506266.101
5410115.137
305.056
11000E
10750N
506290.44
5410159.589
306.417
11000E
10800N
506314.021
5410203.654
306.934
11000E
10850N
506338.019
5410247.849
306.851
11000E
10900N
506362.084
5410292.07
306.814
11000E
10950N
506385.993
5410335.785
306.906
11000E
11000N
506409.986
5410379.968
307.283
11000E
11050N
506433.911
5410424.126
307.324
11000E
11100N
506457.575
5410468.044
307.602
11000E
11150N
506481.449
5410511.775
307.434
11000E
11200N
506505.281
5410555.703
307.816
11000E
11250N
506529.146
5410599.711
308.869
11000E
11300N
506553.149
5410643.058
309.545
11000E
11350N
506576.731
5410686.614
310.051
11000E
11400N
506600.358
5410730.296
310.158
11000E
11450N
506624.048
5410774.489
310.731
11000E
11500N
506648.12
5410818.244
310.381
11000E
11550N
506671.949
5410861.943
309.097
11000E
11600N
506695.899
5410905.843
308.312
11000E
11650N
506719.725
5410949.767
307.604
11000E
11700N
506743.404
5410993.803
306.197
11000E
11750N
506767.41
5411037.188
303.66
11000E
11800N
506791.258
5411081.094
302.277
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
11200E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
505247.263
505271.197
505283.734
505306.425
505353.621
505376.252
505399.933
505423.94
505447.773
505471.719
505494.06
505517.019
505540.11
505563.934
505587.465
505611.532
505637.76
505657.828
505677.911
505706.2
505728.832
505752.747
505776.554
505803.191
505824.117
505847.825
5407800.768
5407844.943
5407916.217
5407961.409
5407999.303
5408041.926
5408087.924
5408131.7
5408174.822
5408217.152
5408261.951
5408305.061
5408348.623
5408392.687
5408436.732
5408480.706
5408522.938
5408567.596
5408603.274
5408656.822
5408699.746
5408743.414
5408787.482
5408832.21
5408875.922
5408920.012
307.087
307.554
307.056
307.015
307.772
308.655
308.774
308.739
308.777
308.772
310.326
311.128
311.465
312.203
311.148
309.406
307.741
305.826
303.932
301.368
300.544
299.582
298.064
299.103
299.706
299.885
Line
Station
UTMX
UTMY
Orth. Height
11200E
9500N
505871.414
5408962.939
301.278
11200E
9550N
505894.766
5409006.421
302.065
11200E
9600N
505918.077
5409049.375
302.884
11200E
9650N
505941.727
5409093.472
303.712
11200E
9700N
505965.768
5409137.738
304.904
11200E
9750N
505989.283
5409181.73
305.498
11200E
9800N
506012.924
5409225.816
306.303
11200E
9850N
506036.754
5409270.056
306.782
11200E
9900N
506060.783
5409314.189
306.929
11200E
9950N
506084.878
5409358.364
306.842
11200E
10000N
506108.496
5409402.361
306.412
11200E
10050N
506131.752
5409444.632
305.527
11200E
10100N
506154.364
5409487.382
305.625
11200E
10150N
506177.447
5409529.953
305.879
11200E
10200N
506200.585
5409572.496
306.139
11200E
10250N
506224.032
5409615.312
306.828
11200E
10300N
506247.035
5409658.497
308.174
11200E
10350N
506269.979
5409700.938
307.123
11200E
10400N
506292.891
5409743.818
306.775
11200E
10450N
506318.652
5409790.516
306.86
11200E
10500N
506339.595
5409835.282
307.226
11200E
10550N
506364.062
5409874.784
307.182
11200E
10600N
506387.316
5409917.527
307.587
11200E
10650N
506410.235
5409960.385
307.936
11200E
10700N
506433.392
5410002.965
308.756
11200E
10750N
506456.048
5410045.176
309.408
11200E
10800N
506478.928
5410088.164
309.461
11200E
10850N
506502.171
5410130.575
309.89
11200E
10900N
506525.037
5410173.182
310.388
11200E
10950N
506547.698
5410216.227
311.58
11200E
11000N
506570.973
5410258.332
312.145
11200E
11050N
506593.156
5410299.684
312.936
11200E
11100N
506616.506
5410343.267
313.772
11200E
11150N
506639.606
5410385.965
313.943
11200E
11200N
506662.434
5410428.601
314.156
11200E
11250N
506685.267
5410471.072
315.073
11200E
11300N
506708.326
5410513.995
315.846
11200E
11350N
506730.826
5410556.438
316.119
11200E
11400N
506755.078
5410603.317
317.072
11200E
11450N
506778.781
5410646.266
317.408
11200E
11500N
506803.011
5410691.224
317.227
11200E
11550N
506827.078
5410735.813
316.419
11200E
11600N
506851.005
5410780.211
315.542
11200E
11650N
506875.003
5410824.838
314.275
11200E
11700N
506899.143
5410870.088
312.637
11200E
11750N
506923.25
5410914.336
311.339
11200E
11800N
506947.46
5410959.217
310.39
11400E
11400E
11400E
11400E
11400E
11400E
11400E
11400E
11400E
11400E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
505439.759
505463.795
505486.856
505511.021
505537.339
505559.04
505583.711
505605.666
505629.149
505653.661
5407732.927
5407776.831
5407822.248
5407864.866
5407909.104
5407954.548
5408001.029
5408042.614
5408086.422
5408131.595
310.65
310.967
312.209
313.81
315.952
309.729
305.896
304.957
306.015
307.574
Line
Station
UTMX
UTMY
Orth. Height
11400E
8700N
505675.355
5408173.301
309.995
11400E
8750N
505697.717
5408215.282
313.214
11400E
8800N
505724.532
5408263.298
315.234
11400E
8850N
505742.286
5408302.967
314.726
11400E
8900N
505770.277
5408351.033
312.882
11400E
8950N
505797.003
5408389.875
308.901
11400E
9000N
505816.708
5408437.566
305.268
11400E
9050N
505840.362
5408480.163
301.586
11400E
9100N
505863.96
5408524.293
299.906
11400E
9200N
505906.974
5408605.829
299.006
11400E
9250N
505931.063
5408650.716
301.176
11400E
9300N
505955.599
5408695.04
302.329
11400E
9350N
505978.317
5408739.171
303.616
11400E
9400N
506002.39
5408782.993
304.942
11400E
9450N
506026.339
5408827.257
307.021
11400E
9500N
506049.501
5408871.232
308.765
11400E
9550N
506073.342
5408914.809
310.6
11400E
9600N
506096.655
5408959.053
312.077
11400E
9650N
506120.63
5409002.467
313.295
11400E
9700N
506144.129
5409046.679
313.818
11400E
9750N
506167.608
5409090.684
314.341
11400E
9800N
506191.748
5409133.203
314.777
11400E
9850N
506214.374
5409177.516
314.69
11400E
9900N
506237.971
5409220.194
314.279
11400E
9950N
506261.858
5409264.364
313.777
11400E
10000N
506284.665
5409307.673
313.1
11400E
10050N
506308.56
5409352.375
312.975
11400E
10100N
506332.288
5409397.324
313.312
11400E
10150N
506356.65
5409441.813
313.909
11400E
10200N
506380.377
5409486.798
314.018
11400E
10250N
506404.215
5409530.446
313.607
11400E
10300N
506427.65
5409574.851
312.895
11400E
10350N
506451.301
5409619.104
312.093
11400E
10400N
506475.443
5409663.999
311.196
11400E
10450N
506498.832
5409708.071
310.794
11400E
10500N
506522.761
5409752.071
310.825
11400E
10550N
506546.369
5409796.238
310.702
11400E
10600N
506570.747
5409841.665
310.878
11400E
10650N
506593.481
5409884.438
311.184
11400E
10700N
506616.967
5409928.541
311.664
11400E
10750N
506640.381
5409972.348
312.596
11400E
10800N
506663.879
5410016.881
313.48
11400E
10850N
506688.964
5410063.151
315.158
11400E
10900N
506711.061
5410105.366
315.8
11400E
10950N
506734.656
5410149.082
318.54
11400E
11000N
506758.354
5410193.109
321.147
11400E
11050N
506781.41
5410237.105
323.6
11400E
11100N
506805.373
5410282.131
326.213
11400E
11150N
506829.127
5410326.573
327.722
11400E
11200N
506852.986
5410370.829
327.989
11400E
11250N
506876.53
5410415.106
327.294
11400E
11300N
506900.281
5410459.521
328.085
11400E
11350N
506924.108
5410504.266
329.168
11400E
11400N
506947.244
5410545.753
326.739
11400E
11450N
506971.547
5410591.255
324.926
11400E
11500N
506995.329
5410635.654
322.673
11400E
11550N
507019.055
5410679.396
321.531
11400E
11600N
507043.076
5410723.495
320.722
Line
Station
UTMX
UTMY
Orth. Height
11400E
11650N
507066.88
5410767.294
319.91
11400E
11700N
507090.66
5410811.198
319.519
11400E
11750N
507114.478
5410855.085
318.674
11400E
11800N
507138.431
5410899.192
316.96
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
11600E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8700N
8750N
8800N
8850N
8900N
8950N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
10600N
10650N
10700N
10750N
10800N
10850N
10900N
10950N
11000N
11050N
11100N
505608.951
505634.453
505658.305
505682.34
505706.851
505730.571
505755.505
505835.935
505860.178
505883.822
505909.749
505930.275
505955.477
506059.086
506082.601
506106.374
506130.289
506154.513
506176.607
506200.421
506224.251
506247.654
506271.483
506296.032
506319.735
506348.071
506368.014
506390.479
506413.832
506434.761
506461.055
506484.584
506508.141
506531.958
506555.421
506578.693
506602.844
506626.192
506649.516
506675.21
506699.169
506723.057
506746.78
506770.312
506794.098
506817.997
506841.529
506865.118
506889.009
506912.481
506935.567
506958.829
506981.976
5407636.231
5407679.591
5407724.217
5407769.177
5407813.828
5407858.525
5407903.421
5408050.548
5408094.58
5408137.653
5408181.902
5408227.827
5408272.138
5408463.26
5408507.199
5408551.179
5408595.155
5408641.075
5408682.501
5408727.137
5408770.73
5408814.338
5408858.822
5408904.013
5408947.617
5408995.125
5409035.544
5409080.729
5409124.182
5409165.618
5409212.729
5409256.503
5409300.703
5409344.895
5409388.709
5409432.689
5409476.742
5409520.972
5409564.372
5409612.055
5409655.981
5409701.213
5409745.302
5409789.158
5409833.395
5409877.367
5409921.225
5409965.459
5410009.338
5410052.887
5410096.156
5410139.772
5410184.079
309.344
307.819
306.459
304.347
301.876
301.114
300.172
300.145
300.987
304.011
304.559
303.076
299.708
300.163
303.623
307.145
310.373
312.25
312.44
314.12
315.338
317.957
319.463
319.843
320.243
320.126
321.262
322.34
322.049
320.789
320.177
321.268
320.87
320.472
315.702
315.073
314.583
313.637
313.047
312.064
311.573
311.99
312.55
313.357
314.092
315.807
317.036
319.361
323.368
328.537
332.702
342.365
350.557
Line
Station
UTMX
UTMY
Orth. Height
11600E
11150N
507005.387
5410227.521
358.952
11600E
11200N
507028.736
5410271.049
356.557
11600E
11250N
507050.662
5410313.343
348.715
11600E
11300N
507074.99
5410357.412
342.79
11600E
11350N
507097.337
5410401.218
338.481
11600E
11400N
507120.787
5410444.927
335.526
11600E
11450N
507144.275
5410488.959
332.692
11600E
11500N
507167.781
5410532.837
331
11600E
11550N
507190.802
5410576.261
330.553
11600E
11600N
507214.033
5410619.995
330.124
11600E
11650N
507238.01
5410664.514
328.838
11600E
11700N
507261.045
5410708.167
326.636
11600E
11750N
507284.391
5410751.686
324.152
11600E
11800N
507307.694
5410795.455
321.917
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
11800E
8200N
8250N
8300N
8350N
8400N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
505776.773
505800.296
505823.779
505847.679
505872.233
506017.916
506040.133
506063.842
506087.83
506111.678
506135.263
506158.768
506182.928
506206.601
506230.369
506254.269
506278.426
506302.41
506326.244
506350.598
506374.331
506398.299
506422.507
506446.488
506469.988
506494.091
506517.956
506542.014
506565.951
506589.529
506613.741
506637.301
506660.842
506684.264
506707.602
506730.439
506753.601
506776.676
506799.801
506823.066
506846.007
506869.897
506892.513
5407519.525
5407563.453
5407607.276
5407651.961
5407695.104
5407965.625
5408009.599
5408053.678
5408098.034
5408142.49
5408186.446
5408230.39
5408274.917
5408319.187
5408363.798
5408408.096
5408452.581
5408496.785
5408540.975
5408586.383
5408630.87
5408675.229
5408719.285
5408763.85
5408807.412
5408851.826
5408896.508
5408940.61
5408983.749
5409029.162
5409072.976
5409117.65
5409161.218
5409204.846
5409248.187
5409290.472
5409333.906
5409376.681
5409419.454
5409462.615
5409505.692
5409548.87
5409592.229
304.502
304.995
303.155
301.23
299.897
299.922
300.966
301.993
302.502
302.284
302.191
301.934
303.673
305.594
307.526
310.066
313.32
315.723
317.813
319.948
321.041
322.59
323.726
324.156
324.155
324.28
324.865
324.446
323.311
322.167
320.669
316.562
319.743
316.404
315.854
312.58
312.26
312.054
311.282
310.805
310.523
310.443
310.571
Line
Station
UTMX
UTMY
Orth. Height
11800E
10600N
506915.692
5409635.251
310.73
11800E
10650N
506939.139
5409678.381
311.455
11800E
10700N
506962.392
5409721.537
312.409
11800E
10750N
506985.851
5409765.287
314.005
11800E
10800N
507008.931
5409808.55
315.828
11800E
10850N
507032.614
5409852.148
318.129
11800E
10900N
507055.713
5409895.45
320.156
11800E
10950N
507078.981
5409938.831
323.791
11800E
11000N
507102.344
5409981.755
326.944
11800E
11050N
507126.063
5410025.684
331.087
11800E
11100N
507149.715
5410069.4
336.204
11800E
11150N
507173.367
5410113.067
339.063
11800E
11200N
507196.68
5410156.496
339.743
11800E
11250N
507219.918
5410199.849
340.514
11800E
11300N
507243.403
5410243.208
344.114
11800E
11350N
507266.756
5410286.629
343.344
11800E
11400N
507290.236
5410330.246
343.326
11800E
11450N
507313.582
5410373.516
342.378
11800E
11500N
507337.16
5410417.363
339.68
11800E
11550N
507360.484
5410460.653
337.982
11800E
11600N
507383.535
5410503.72
337.291
11800E
11650N
507407.369
5410547.479
333.953
11800E
11700N
507431.947
5410592.857
331.596
11800E
11750N
507454.07
5410634.208
329.092
11800E
11800N
507479.279
5410680.17
325.994
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
12000E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
506017.376
506039.659
506062.028
506084.063
506105.781
506127.701
506149.445
506171.59
506193.426
506215.354
506237.665
506259.61
506281.63
506303.245
506325.723
506347.058
506369.412
506391.532
506413.251
506434.886
506457.17
506479.074
506500.83
506523.071
506544.926
506567.709
506590.091
506611.797
506633.702
506655.978
506678.022
506700.468
5407418.089
5407462.894
5407508.23
5407553.126
5407597.719
5407642.08
5407686.865
5407731.471
5407775.817
5407820.193
5407865.125
5407910.4
5407955.269
5407999.98
5408044.942
5408088.562
5408134.206
5408179.269
5408224.101
5408267.898
5408313.507
5408357.452
5408401.973
5408447.222
5408491.828
5408537.372
5408581.782
5408625.885
5408669.628
5408714.114
5408758.659
5408803.188
304.26
304.442
304.549
304.39
304.408
305.235
305.776
307.412
308.968
310.065
310.798
311.49
311.881
312.21
313.584
315.243
316.228
316.492
317.169
317.593
319.55
321.977
322.124
320.99
321.279
321.693
320.44
319.41
319.018
319.768
318.812
317.829
Line
Station
UTMX
UTMY
Orth. Height
12000E
09800N
506723.44
5408848.056
319.065
12000E
09850N
506744.921
5408891.97
314.071
12000E
09900N
506767.634
5408935.218
315.834
12000E
09950N
506790.893
5408978.595
312.771
12000E
10000N
506814.951
5409022.176
309.645
12000E
10050N
506838.414
5409066.423
308.232
12000E
10100N
506862.464
5409110.716
307.187
12000E
10150N
506886.318
5409154.58
306.92
12000E
10200N
506910.052
5409198.767
305.535
12000E
10250N
506934.095
5409242.702
305.065
12000E
10300N
506957.702
5409286.775
305.071
12000E
10350N
506981.362
5409330.571
305.298
12000E
10400N
507005.54
5409374.918
305.685
12000E
10450N
507029.461
5409419.123
305.8
12000E
10500N
507054.331
5409464.625
306.01
12000E
10550N
507077.983
5409508.186
306.267
12000E
10600N
507101.587
5409552.329
306.673
12000E
10650N
507125.6
5409596.488
307.812
12000E
10700N
507149.511
5409640.481
308.887
12000E
10750N
507173.182
5409684.469
310.264
12000E
10800N
507196.72
5409728.328
311.565
12000E
10850N
507220.535
5409771.597
314.008
12000E
10900N
507244.24
5409815.641
315.964
12000E
10950N
507268.024
5409859.841
319.008
12000E
11000N
507291.651
5409902.882
322.277
12000E
11050N
507315.062
5409946.397
323.315
12000E
11100N
507338.827
5409989.956
326.6
12000E
11150N
507362.359
5410033.698
330.238
12000E
11200N
507386.014
5410077.678
332.503
12000E
11250N
507409.809
5410121.258
336.597
12000E
11300N
507432.673
5410163.909
340.468
12000E
11350N
507457.101
5410208.083
345.155
12000E
11400N
507480.544
5410252.089
344.055
12000E
11450N
507503.7
5410295.511
341.325
12000E
11500N
507527.569
5410339.205
339.719
12000E
11550N
507551.4
5410383.306
338.801
12000E
11600N
507574.826
5410427.268
335.221
12000E
11650N
507597.148
5410468.937
331.844
12000E
11700N
507621.86
5410514.372
328.253
12000E
11750N
507645.462
5410557.956
325.531
12000E
11800N
507669.116
5410601.563
322.588
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
12200E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
506143.249
506171.838
506197.099
506221.777
506246.303
506270.186
506293.554
506317.412
506341.987
506366.659
506386.062
506410.379
506433.246
506455.906
506479.972
506503.414
5407342.396
5407396.225
5407443.465
5407489.13
5407534.021
5407578.995
5407621.963
5407665.254
5407709.92
5407748.749
5407795.411
5407839.396
5407882.906
5407925.123
5407969.671
5408013.25
305.084
305.01
304.857
305.072
306.085
307.107
309.72
311.342
315.423
318.677
316.903
318.488
319.631
320.963
323.07
325.412
Line
Station
UTMX
UTMY
Orth. Height
12200E
9000N
506526.621
5408057.579
326.89
12200E
9050N
506549.661
5408100.286
329.218
12200E
9100N
506572.501
5408143.305
333.405
12200E
9150N
506595.91
5408186.749
337.953
12200E
9200N
506618.965
5408230.161
340.763
12200E
9250N
506642.692
5408273.827
337.238
12200E
9300N
506665.347
5408316.893
331.76
12200E
9350N
506689.781
5408360.176
329.269
12200E
9400N
506712.82
5408404.218
326.787
12200E
9450N
506735.5
5408447.46
323.522
12200E
9500N
506759.181
5408490.653
320.57
12200E
9550N
506782.681
5408534.705
318.099
12200E
9600N
506806.646
5408578.293
315.792
12200E
9650N
506829.736
5408622.237
313.726
12200E
9700N
506853.352
5408665.52
312.021
12200E
9750N
506876.894
5408709.94
310.825
12200E
9800N
506899.593
5408752.885
309.771
12200E
9850N
506923.469
5408796.613
307.217
12200E
9900N
506946.596
5408839.52
305.988
12200E
9950N
506969.301
5408882.97
305.283
12200E
10000N
506993.196
5408926.458
303.172
12200E
10050N
507016.241
5408970.614
300.634
12200E
10100N
507039.837
5409014.588
299.33
12200E
10150N
507063.535
5409058.432
298.105
12200E
10200N
507086.825
5409101.605
297.301
12200E
10250N
507110.359
5409145.535
297.506
12200E
10300N
507134.496
5409190.703
298.465
12200E
10350N
507157.901
5409233.9
299.456
12200E
10400N
507180.981
5409277.276
300.34
12200E
10450N
507204.636
5409320.837
300.092
12200E
10500N
507227.765
5409364.196
300.973
12200E
10550N
507251.56
5409407.672
300.759
12200E
10600N
507275.083
5409451.464
300.925
12200E
10650N
507298.391
5409495.332
301.562
12200E
10700N
507322.071
5409538.944
302.206
12200E
10750N
507345.318
5409582.42
303.374
12200E
10800N
507369.265
5409626.568
304.809
12200E
10850N
507392.583
5409670.105
306.172
12200E
10900N
507416
5409714.047
307.145
12200E
10950N
507439.79
5409757.968
308.301
12200E
11000N
507463.53
5409802.317
309.576
12200E
11050N
507487.092
5409846.189
310.222
12200E
11100N
507510.703
5409890.18
311.631
12200E
11150N
507533.945
5409933.692
313.041
12200E
11200N
507557.236
5409976.775
315.11
12200E
11250N
507580.334
5410019.825
316.202
12200E
11300N
507603.707
5410063.687
317.626
12200E
11350N
507627.437
5410107.63
319.092
12200E
11400N
507651.115
5410151.838
320.79
12200E
11450N
507674.302
5410195.816
321.485
12200E
11500N
507697.823
5410239.359
321.885
12200E
11550N
507720.948
5410282.677
321.68
12200E
11600N
507744.439
5410326.477
320.549
12200E
11650N
507767.777
5410371.298
319.066
12200E
11700N
507791.719
5410414.79
317.151
12200E
11750N
507814.759
5410459.896
314.796
12200E
11800N
507838.228
5410510.024
312.752
Line
Station
UTMX
UTMY
Orth. Height
12400E
8200N
506311.484
5407229.062
303.518
12400E
8250N
506322.498
5407282.025
303.575
12400E
8300N
506360.513
5407315.096
303.615
12400E
8350N
506368.877
5407368.224
304.822
12400E
8400N
506392.81
5407412.759
305.289
12400E
8450N
506417.039
5407457.203
305.519
12400E
8500N
506441.936
5407501.823
305.483
12400E
8550N
506465.035
5407546.092
305.356
12400E
8600N
506488.937
5407590.659
305.37
12400E
8650N
506512.773
5407634.646
305.38
12400E
8700N
506537.738
5407680.654
305.955
12400E
8750N
506560.961
5407723.539
307.857
12400E
8800N
506584.861
5407767.247
309.508
12400E
8850N
506611.464
5407813.299
311.592
12400E
8900N
506638.504
5407854.772
315.285
12400E
8950N
506658.153
5407899.597
319.875
12400E
9000N
506683.164
5407943.809
323.983
12400E
9050N
506708.483
5407988.643
327.403
12400E
9100N
506732.705
5408031.959
331.879
12400E
9150N
506757.039
5408075.931
335.851
12400E
9200N
506781.659
5408120.55
338.464
12400E
9250N
506812.182
5408165.153
335.303
12400E
9300N
506831.763
5408211.097
332.875
12400E
9350N
506855.151
5408258.178
329.784
12400E
9400N
506882.335
5408300.759
326.345
12400E
9450N
506904.804
5408345.405
324.084
12400E
9500N
506928.869
5408388.907
322.464
12400E
9550N
506952.957
5408434.75
318.575
12400E
9600N
506977.697
5408479.432
315.905
12400E
9650N
507001.692
5408523.556
313.024
12400E
9700N
507025.819
5408568.148
309.14
12400E
9750N
507049.185
5408611.132
305.627
12400E
9800N
507074.006
5408657.447
302.539
12400E
9850N
507097.88
5408701.195
300.098
12400E
9900N
507121.934
5408744.939
297.336
12400E
9950N
507145.527
5408788.145
295.798
12400E
10000N
507169.545
5408832.457
294.241
12400E
10050N
507192.556
5408875.595
293.408
12400E
10100N
507217.07
5408920.192
292.417
12400E
10150N
507240.777
5408963.839
291.274
12400E
10200N
507264.271
5409007.776
290.512
12400E
10250N
507288.43
5409051.977
289.735
12400E
10300N
507312.06
5409095.516
289.828
12400E
10350N
507335.722
5409139.738
290.012
12400E
10400N
507359.017
5409182.85
290.078
12400E
10450N
507383.485
5409227.389
290.231
12400E
10500N
507406.865
5409270.725
289.432
12400E
10550N
507430.606
5409314.285
289.874
12400E
10600N
507454.118
5409357.197
289.884
12400E
10650N
507478.318
5409401.338
290.614
12400E
10700N
507502.193
5409445.066
291.513
12400E
10750N
507526.656
5409490.444
292.979
12400E
10800N
507549.871
5409532.59
293.45
12400E
10850N
507573.725
5409576.255
294.799
12400E
10900N
507598.51
5409621.144
295.524
12400E
10950N
507621.646
5409663.577
296.123
12400E
11000N
507645.553
5409707.43
296.725
12400E
11050N
507669.491
5409751.339
297.574
Line
Station
UTMX
UTMY
Orth. Height
12400E
11100N
507693.82
5409795.143
298.124
12400E
11150N
507717.35
5409838.132
299.007
12400E
11200N
507741.426
5409882.134
300.436
12400E
11250N
507765.829
5409926.768
301.505
12400E
11300N
507789.863
5409970.411
301.832
12400E
11350N
507814.272
5410014.681
301.348
12400E
11400N
507838.04
5410058.558
301.091
12400E
11450N
507862.088
5410101.713
301.221
12400E
11500N
507885.85
5410145.421
301.395
12400E
11550N
507909.724
5410188.954
301.27
12400E
11600N
507933.631
5410232.655
300.889
12400E
11650N
507957.981
5410275.756
300.812
12400E
11700N
507981.597
5410323.746
299.722
12400E
11750N
508004.624
5410361.479
298.914
12400E
11800N
508029.278
5410406.845
297.566
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
12600E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
9750N
9800N
9850N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
506479.439
506503.39
506526.812
506552.256
506552.305
506601.666
506625.451
506649.914
506674.052
506698.041
506722.319
506746.313
506770.565
506794.816
506819.345
506843.23
506867.352
506891.779
506915.797
506939.75
506963.593
506987.725
507013.047
507035.282
507060.954
507084.532
507109.12
507131.623
507155.585
507179.326
507202.714
507226.509
507251.269
507274.527
507299.154
507322.846
507346.294
507369.828
507393.973
507418.375
507441.76
507466.281
5407135.386
5407179.6
5407222.554
5407268.505
5407269.181
5407358.279
5407402.442
5407447.112
5407491.803
5407535.671
5407580.058
5407624.4
5407668.477
5407713.884
5407757.43
5407801.733
5407846.416
5407890.783
5407935.027
5407979.274
5408023.019
5408067.959
5408114.052
5408156.337
5408201.852
5408244.979
5408288.038
5408335.71
5408379.597
5408424.405
5408468.746
5408513.308
5408558.692
5408601.44
5408647.76
5408692.013
5408736.115
5408780.24
5408825.495
5408870.241
5408914.486
5408959.537
305.451
306.852
309.299
310.749
310.693
306.832
305.308
304.209
303.159
302.13
301.243
300.411
299.333
299.7
299.281
300.068
301.761
304.455
306.609
308.076
310.014
310.629
310.091
309.759
310.085
310.017
308.603
307.263
306.366
305.608
303.688
302.967
300.949
298.301
295.904
292.757
290.944
289.805
288.788
287.555
286.066
284.592
Line
Station
UTMX
UTMY
Orth. Height
12600E
10300N
507489.986
5409004.507
283.363
12600E
10350N
507514.409
5409048.854
282.4
12600E
10400N
507538.295
5409093.444
282.469
12600E
10450N
507561.996
5409138.123
282.09
12600E
10500N
507586.085
5409182.557
281.892
12600E
10550N
507610.11
5409227.332
281.712
12600E
10600N
507632.802
5409270.181
281.739
12600E
10650N
507657.953
5409316.147
282.376
12600E
10700N
507681.892
5409360.993
282.647
12600E
10750N
507706.507
5409406.557
282.58
12600E
10800N
507729.977
5409450.321
282.408
12600E
10850N
507753.826
5409494.366
282.319
12600E
10900N
507777.577
5409539.169
283.052
12600E
10950N
507802.228
5409585.265
283.823
12600E
11000N
507826.361
5409629.404
284.295
12600E
11050N
507850.425
5409673.866
285.102
12600E
11100N
507874.566
5409718.534
287.023
12600E
11150N
507898.418
5409763.375
288.289
12600E
11200N
507922.393
5409807.081
288.46
12600E
11250N
507946.856
5409852.317
288.538
12600E
11300N
507971.225
5409897.515
288.155
12600E
11350N
507995.027
5409941.122
288.115
12600E
11400N
508018.907
5409986.121
287.114
12600E
11450N
508042.952
5410030.312
286.568
12600E
11500N
508066.978
5410074.593
285.894
12600E
11550N
508091.003
5410119.151
285.449
12600E
11600N
508114.784
5410162.825
285.308
12600E
11650N
508137.771
5410205.311
284.674
12600E
11700N
508162.693
5410251.733
284.449
12600E
11750N
508187.098
5410296.373
284.53
12600E
11800N
508210.64
5410340.042
284.203
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
12800E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9400N
9450N
9500N
9550N
9600N
506636.814
506662.374
506688.008
506714.49
506738.681
506764.158
506789.803
506815.807
506841.399
506866.459
506892.534
506917.635
506943.015
506968.299
507068.119
507092.019
507116.431
507140.617
507164.375
507188.765
507212.705
507236.379
507260.568
507284.308
507308.078
507331.86
5407059.198
5407101.84
5407144.96
5407186.386
5407231.343
5407274.538
5407318.328
5407362.349
5407405.295
5407448.191
5407492.234
5407535.856
5407579.105
5407621.991
5407793.311
5407838.014
5407882.61
5407927.933
5407972.098
5408016.38
5408061.062
5408105.1
5408149.957
5408195.144
5408239.344
5408283.247
305.563
307.513
309.85
309.691
308.333
306.019
304.664
303.896
303.58
302.019
301.614
300.957
300.052
299.236
299.434
299.907
300.557
301.328
301.693
302.956
303.858
304.279
304.719
305.043
306.295
307.64
Line
Station
UTMX
UTMY
Orth. Height
12800E
9650N
507356.194
5408328.955
308.434
12800E
9700N
507380.461
5408373.072
307.653
12800E
9750N
507405.63
5408419.294
303.972
12800E
9800N
507428.291
5408462.968
302.007
12800E
9850N
507452.331
5408506.936
298.17
12800E
9900N
507476.298
5408551.789
296
12800E
9950N
507500.16
5408596.754
295.125
12800E
10000N
507524.275
5408640.876
293.26
12800E
10050N
507548.117
5408685.072
292.061
12800E
10100N
507571.426
5408728.694
291.556
12800E
10150N
507593.963
5408771.651
289.949
12800E
10200N
507617.324
5408813.833
287.253
12800E
10250N
507640.407
5408857.068
285.596
12800E
10300N
507663.501
5408900.078
284.273
12800E
10350N
507686.987
5408943.378
283.339
12800E
10400N
507710.589
5408986.651
282.896
12800E
10450N
507733.751
5409030.275
282.883
12800E
10500N
507757.388
5409073.625
281.993
12800E
10550N
507780.53
5409116.417
281.462
12800E
10600N
507804.2
5409160.125
280.711
12800E
10650N
507828.531
5409205.248
279.725
12800E
10700N
507852.277
5409249.318
278.788
12800E
10750N
507875.545
5409292.969
277.959
12800E
10800N
507899.184
5409337.102
278.171
12800E
10850N
507922.716
5409380.631
278.555
12800E
10900N
507946.382
5409424.083
278.616
12800E
10950N
507969.732
5409468.075
278.253
12800E
11000N
507993.399
5409512.128
277.955
12800E
11050N
508017.047
5409556.921
278.432
12800E
11100N
508040.404
5409599.097
278.928
12800E
11150N
508064.194
5409643.219
279.036
12800E
11200N
508087.854
5409687.222
278.815
12800E
11250N
508111.847
5409731.527
278.398
12800E
11300N
508135.411
5409775.567
277.664
12800E
11350N
508158.718
5409819.211
275.675
12800E
11400N
508182.536
5409863.699
274.229
12800E
11450N
508204.704
5409906.011
273.454
12800E
11500N
508229.602
5409952.458
273.004
12800E
11550N
508254.075
5409997.122
273.915
12800E
11600N
508278.512
5410042.694
273.898
12800E
11650N
508303.308
5410087.882
274.901
12800E
11700N
508328.371
5410132.54
275.499
12800E
11750N
508352.281
5410176.87
276.37
12800E
11800N
508377.778
5410222.645
276.966
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
13000E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
506843.349
506864.266
506883.11
506907.437
506929.338
506951.018
506972.39
506994.355
507016.182
507037.612
507059.815
507081.943
507102.81
5406944.106
5406988.507
5407029.379
5407078.619
5407123.853
5407169.123
5407214.06
5407261.073
5407306.728
5407351.149
5407396.527
5407441.91
5407485.513
297.641
298.949
302.547
301.696
302.02
302.341
302.588
302.269
301.895
301.488
301.251
300.52
299.85
Line
Station
UTMX
UTMY
Orth. Height
13000E
9250N
507350.975
5407891.698
299.485
13000E
9300N
507374.541
5407935.137
300.636
13000E
9350N
507398.084
5407978.809
302.197
13000E
9400N
507422.095
5408021.831
302.988
13000E
9450N
507445.059
5408065.848
303.815
13000E
9500N
507468.878
5408109.573
304.473
13000E
9550N
507493.869
5408155.824
306.401
13000E
9600N
507515.613
5408196.754
306.962
13000E
9650N
507538.361
5408238.826
306.466
13000E
9700N
507561.733
5408283.667
306.132
13000E
9750N
507584.793
5408323.888
305.865
13000E
9800N
507608.564
5408372.574
305.295
13000E
9850N
507633.083
5408415.841
304.472
13000E
9900N
507657.284
5408460.947
301.049
13000E
9950N
507679.515
5408504.07
299.043
13000E
10000N
507701.985
5408545.785
297.417
13000E
10050N
507725.766
5408591.091
294.686
13000E
10100N
507749.651
5408635.369
292.877
13000E
10150N
507773.388
5408679.91
291.475
13000E
10200N
507796.719
5408724.347
290.724
13000E
10250N
507821.14
5408769.492
290.381
13000E
10300N
507844.396
5408813.714
288.72
13000E
10350N
507868.135
5408858.299
287.67
13000E
10400N
507891.752
5408902.443
287.466
13000E
10450N
507915.199
5408946.664
286.688
13000E
10500N
507938.85
5408991.096
283.897
13000E
10550N
507962.548
5409035.575
281.806
13000E
10600N
507985.844
5409080.231
279.723
13000E
10650N
508009.302
5409123.787
277.761
13000E
10700N
508033.003
5409168.277
275.994
13000E
10750N
508056.524
5409212.672
274.348
13000E
10800N
508079.621
5409256.146
273.306
13000E
10850N
508103.29
5409300.604
272.972
13000E
10900N
508126.58
5409344.012
271.699
13000E
10950N
508149.722
5409388.404
270.797
13000E
11000N
508173.669
5409433.258
270.669
13000E
11050N
508197.444
5409477.504
270.639
13000E
11100N
508220.944
5409522.825
269.374
13000E
11150N
508245.296
5409567.349
268.407
13000E
11650N
508473.631
5410001.627
268.02
13000E
11700N
508495.385
5410047.039
268.576
13000E
11750N
508517.7
5410092.592
269.488
13000E
11800N
508539.69
5410137.927
270.715
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
13200E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
9150N
507016.742
507038.748
507060.905
507082.378
507104.839
507126.686
507148.351
507170.162
507190.822
507220.845
507236.978
507258.686
507276.237
507476.507
5406850.311
5406895.046
5406939.431
5406984.485
5407029.078
5407075.337
5407118.372
5407163.473
5407208.237
5407250.55
5407299.11
5407342.466
5407380.036
5407708.946
296.553
297.885
299.14
299.912
300.656
301.531
301.698
301.606
301.515
301.36
301.106
300.303
299.683
300.01
Line
Station
UTMX
UTMY
Orth. Height
13200E
9200N
507497.271
5407746.164
299.558
13200E
9250N
507520.678
5407789.625
299.372
13200E
9300N
507544.601
5407832.902
299.364
13200E
9350N
507569.339
5407877.961
299.629
13200E
9400N
507593.265
5407918.4
300.35
13200E
9450N
507616.508
5407965.112
300.998
13200E
9500N
507641.344
5408007.439
303.106
13200E
9550N
507664.692
5408053.366
303.922
13200E
9600N
507687.526
5408096.537
303.711
13200E
9650N
507710.701
5408141.149
305.194
13200E
9700N
507736.181
5408185.551
306.9
13200E
9750N
507758.791
5408229.992
309.75
13200E
9800N
507784.513
5408275.055
310.464
13200E
9850N
507805.073
5408314.486
306.871
13200E
9900N
507831.639
5408363.199
303.341
13200E
9950N
507855.78
5408406.405
300.641
13200E
10000N
507879.283
5408450.457
298.844
13200E
10050N
507903.417
5408494.442
298.163
13200E
10100N
507927.14
5408538.071
298.398
13200E
10150N
507950.804
5408582.055
297.634
13200E
10200N
507974.182
5408625.149
293.636
13200E
10250N
507997.617
5408668.632
291.032
13200E
10300N
508021.589
5408712.503
289.781
13200E
10350N
508045.389
5408756.271
289.169
13200E
10400N
508068.943
5408799.738
288.606
13200E
10450N
508092.565
5408843.329
285.748
13200E
10500N
508116.058
5408886.74
283.643
13200E
10550N
508139.226
5408930.324
280.667
13200E
10600N
508162.974
5408974.184
278.121
13200E
10650N
508186.691
5409017.763
276.195
13200E
10700N
508210.165
5409061.737
274.257
13200E
10750N
508234.322
5409105.206
273.268
13200E
10800N
508257.179
5409148.622
270.936
13200E
10850N
508281.364
5409192.888
269.082
13200E
10900N
508301.85
5409231.665
267.405
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
13400E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
507199.927
507227.011
507251.387
507275.186
507299.446
507323.994
507348.04
507371.679
507395.867
507419.93
507445.576
507490.907
507508.436
507532.259
507556.728
507579.583
507603.306
507627.874
507651.428
507675.351
507699.158
507723.039
5406754.664
5406805.135
5406849.78
5406894.159
5406939.202
5406983.77
5407028.333
5407073.164
5407118.615
5407163.743
5407210.269
5407279.664
5407328.681
5407373.001
5407418.375
5407461.473
5407506.578
5407551.477
5407596.143
5407640.881
5407685.542
5407730.735
303.946
303.928
303.757
303.947
303.984
303.736
303.328
303.122
302.842
302.41
302.04
301.372
300.802
300.425
299.712
300.341
300.375
301.1
301.347
301.213
301.05
300.367
Line
Station
UTMX
UTMY
Orth. Height
13400E
9350N
507747.116
5407774.839
299.613
13400E
9400N
507771.229
5407819.577
298.622
13400E
9450N
507794.688
5407864.119
297.265
13400E
9500N
507818.757
5407909.606
297.723
13400E
9550N
507843.336
5407955.62
297.983
13400E
9600N
507866.352
5407998.854
298.359
13400E
9650N
507890.285
5408043.857
298.867
13400E
9700N
507914.328
5408088.589
299.946
13400E
9750N
507938.039
5408131.5
302.65
13400E
9800N
507962.432
5408178.915
304.198
13400E
9850N
507986.01
5408224.169
304.997
13400E
9900N
508009.696
5408266.279
303.443
13400E
9950N
508032.349
5408309.949
301.965
13400E
10000N
508055.994
5408355.511
302.498
13400E
10050N
508081.09
5408398.691
302.335
13400E
10100N
508104.337
5408444.134
298.449
13400E
10150N
508128.086
5408488.252
292.633
13400E
10200N
508150.955
5408531.111
291.304
13400E
10250N
508174.77
5408575.606
290.211
13400E
10300N
508198.58
5408619.54
289.696
13400E
10350N
508222.062
5408664.474
286.562
13400E
10400N
508243.372
5408704.001
284.934
13400E
10450N
508267.131
5408749.095
282.681
13400E
10500N
508291.766
5408793.653
280.764
13400E
10550N
508321.625
5408833.784
280.16
13400E
10600N
508337.511
5408879.234
278.483
13400E
10650N
508361.327
5408923.637
276.956
13400E
10700N
508385.74
5408968.131
275.452
13400E
10750N
508404.143
5409002.315
274.787
13400E
10800N
508431.672
5409053.463
273.659
13400E
10850N
508455.259
5409097.753
272.762
13400E
10900N
508479.317
5409142.251
271.993
13400E
10950N
508503.078
5409186.873
270.807
13400E
11000N
508525.008
5409228.118
269.061
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
13600E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
507382.697
507407.014
507430.5
507454.483
507477.991
507501.616
507525.146
507548.643
507572.823
507596.25
507620.016
507643.51
507667.002
507690.283
507713.723
507737.43
507760.867
507784.009
507807.949
507830.84
507855.652
507878.2
507901.605
5406674.399
5406719.177
5406762.676
5406806.923
5406849.907
5406894.123
5406937.548
5406981.471
5407026.545
5407070.413
5407114.651
5407158.457
5407202.801
5407245.414
5407289.244
5407333.173
5407377.093
5407420.726
5407464.828
5407508.539
5407552.346
5407596.803
5407640.799
311.921
310.756
309.85
309.192
307.481
306.069
304.954
304.48
304.137
303.853
303.558
302.899
301.894
301.855
301.806
301.906
301.861
302.303
302.624
303.058
303.595
303.943
304.587
Line
Station
UTMX
UTMY
Orth. Height
13600E
9350N
507925.005
5407684.559
304.347
13600E
9400N
507949.087
5407728.776
303.62
13600E
9450N
507973.655
5407774.314
301.734
13600E
9500N
507999.284
5407822.827
300.081
13600E
9550N
508020.304
5407861.528
297.311
13600E
9600N
508044.27
5407905.458
295.964
13600E
9650N
508068.032
5407949.537
295.183
13600E
9700N
508091.895
5407993.191
295.458
13600E
9750N
508115.643
5408038.004
295.801
13600E
9800N
508139.821
5408082.449
296.17
13600E
9850N
508163.673
5408126.802
296.32
13600E
9900N
508187.583
5408171.147
295.126
13600E
9950N
508211.514
5408214.914
296.314
13600E
10000N
508235.472
5408258.875
296.513
13600E
10050N
508259.089
5408303.008
295.915
13600E
10100N
508282.64
5408346.575
294.414
13600E
10150N
508306.831
5408391.304
293.477
13600E
10200N
508332.53
5408438.588
292.995
13600E
10250N
508356.926
5408482.574
292.394
13600E
10300N
508381.032
5408526.179
288.756
13600E
10350N
508404.961
5408570.11
286.198
13600E
10400N
508431.174
5408617.645
284.551
13600E
10450N
508455.075
5408661.411
283.095
13600E
10500N
508479.201
5408704.952
282.436
13600E
10550N
508502.5
5408750.521
281.987
13600E
10600N
508527.003
5408795.476
281.49
13600E
10650N
508550.802
5408839.852
281.038
13600E
10700N
508574.581
5408884.153
280.125
13600E
10750N
508598.36
5408927.85
279.237
13600E
10800N
508622.908
5408973.753
279.042
13600E
10850N
508647.234
5409018.13
277.245
13600E
10900N
508671.284
5409062.331
277.362
13600E
10950N
508695.056
5409106.579
278.192
13600E
11000N
508720.327
5409152.418
277.618
13600E
11050N
508742.12
5409198.219
275.899
13600E
11100N
508765.407
5409242.346
272.629
13600E
11150N
508788.051
5409286.658
269.375
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
13800E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9050N
9100N
9150N
507546.323
507569.339
507593.797
507617.374
507640.99
507665.535
507688.707
507713.785
507738.47
507762.606
507787.06
507810.992
507835.007
507859.038
507883.534
507907.678
507931.838
507956.422
507979.813
508004.095
5406560.705
5406604.556
5406649.363
5406692.942
5406736.85
5406782.012
5406824.607
5406871.078
5406915.478
5406960.41
5407005.591
5407050.131
5407094.475
5407138.58
5407183.299
5407227.949
5407272.074
5407318.091
5407361.495
5407406.114
319.641
316.872
312.593
309.429
307.716
306.393
305.746
304.691
303.732
303.071
301.639
301.022
300.395
299.616
299.63
300.332
300.853
301.304
301.57
302.729
Line
Station
UTMX
UTMY
Orth. Height
13800E
9200N
508028.055
5407450.063
303.792
13800E
9250N
508052.304
5407494.608
304.752
13800E
9300N
508074.374
5407536.406
306.251
13800E
9350N
508099.988
5407583.532
307.466
13800E
9400N
508127
5407627.062
308.744
13800E
9450N
508152.259
5407673.883
306.91
13800E
9500N
508178.131
5407711.682
305.235
13800E
9550N
508197.853
5407764.04
303.107
13800E
9600N
508220.475
5407805.98
300.773
13800E
9650N
508244.73
5407850.545
298.308
13800E
9700N
508268.669
5407894.754
295.87
13800E
9750N
508292.759
5407939.756
294.048
13800E
9800N
508317.328
5407984.442
295.677
13800E
9850N
508340.969
5408028.874
296.647
13800E
9900N
508365.288
5408073.381
297.383
13800E
9950N
508389.727
5408117.573
298.033
13800E
10000N
508413.606
5408162.644
296.475
13800E
10050N
508437.686
5408206.73
296.158
13800E
10100N
508461.601
5408251.498
295.727
13800E
10150N
508486.042
5408296.698
294.214
13800E
10200N
508510.298
5408341.724
293.532
13800E
10250N
508534.369
5408386.012
292.29
13800E
10300N
508558.8
5408431.043
288.907
13800E
10350N
508582.893
5408475.544
288.008
13800E
10400N
508606.751
5408520.53
286.791
13800E
10450N
508630.446
5408564.567
286.406
13800E
10500N
508655.301
5408610.27
284.783
13800E
10550N
508680.053
5408655.558
284.192
13800E
10600N
508704.007
5408700.389
282.622
13800E
10650N
508728.242
5408745.111
281.152
13800E
10700N
508752.077
5408790.014
279.747
13800E
10750N
508775.974
5408834.262
278.561
13800E
10800N
508799.976
5408878.394
278.015
13800E
10850N
508824.511
5408923.063
277.424
13800E
10900N
508848.313
5408967.5
277.572
13800E
10950N
508873.476
5409013.887
276.65
13800E
11000N
508897.563
5409058.179
274.972
13800E
11050N
508922.217
5409102.276
272.466
13800E
11100N
508946.655
5409147.346
270.748
13800E
11150N
508970.152
5409190.82
268.003
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
14000E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
507734.411
507757.978
507782.077
507805.488
507829.875
507853.236
507876.971
507900.712
507924.633
507949.052
507972.724
507996.733
508020.737
508044.656
508068.585
508093.483
508115.986
5406481.807
5406526.078
5406570.36
5406614.301
5406658.277
5406702.56
5406746.927
5406790.571
5406834.748
5406878.09
5406922.736
5406966.796
5407010.607
5407055.293
5407098.797
5407145.975
5407187.004
319.601
316.897
312.857
308.239
304.734
302.103
300.052
298.201
296.859
294.833
293.634
292.629
291.978
291.507
291.759
292.358
292.968
Line
Station
UTMX
UTMY
Orth. Height
14000E
9050N
508139.924
5407231.196
293.074
14000E
9100N
508163.823
5407275.859
294.262
14000E
9150N
508187.384
5407319.777
294.191
14000E
9200N
508210.899
5407363.274
296.299
14000E
9250N
508234.802
5407407.224
298.79
14000E
9300N
508258.372
5407451.12
300.368
14000E
9350N
508282.132
5407495.533
300.91
14000E
9400N
508305.828
5407539.573
302.484
14000E
9450N
508329.822
5407583.946
302.846
14000E
9500N
508353.399
5407627.639
301.936
14000E
9550N
508377.224
5407672.062
300.658
14000E
9600N
508400.291
5407716.066
297.5
14000E
9650N
508423.906
5407759.967
294.418
14000E
9700N
508447.211
5407804.559
293.397
14000E
9750N
508470.141
5407847.694
291.781
14000E
9800N
508493.069
5407890.924
288.96
14000E
9850N
508517.292
5407935.695
292.537
14000E
9900N
508538.511
5407977.716
294.589
14000E
9950N
508564.878
5408023.511
295.416
14000E
10000N
508588.916
5408067.893
293.737
14000E
10050N
508613.042
5408112.265
293.619
14000E
10100N
508636.909
5408156.357
293.463
14000E
10150N
508660.896
5408200.553
293.361
14000E
10200N
508684.798
5408244.776
293.114
14000E
10250N
508708.355
5408288.391
293.047
14000E
10300N
508732.166
5408332.254
291.579
14000E
10350N
508756.197
5408376.252
289.026
14000E
10400N
508780.516
5408420.698
287.907
14000E
10450N
508804.57
5408464.88
286.963
14000E
10500N
508828.438
5408508.678
285.778
14000E
10550N
508852.505
5408553.176
285.1
14000E
10600N
508876.71
5408597.336
284.714
14000E
10650N
508900.978
5408641.826
284.305
14000E
10700N
508924.635
5408685.307
279.397
14000E
10750N
508948.8
5408729.675
277.14
14000E
10800N
508972.766
5408774.041
275.774
14000E
10850N
508996.448
5408817.809
273.735
14000E
10900N
509020.306
5408861.804
273.652
14000E
10950N
509044.179
5408905.73
271.895
14000E
11000N
509068.088
5408949.932
271.194
14000E
11050N
509091.702
5408993.54
269.865
14000E
11100N
509115.647
5409037.636
268.989
14000E
11150N
509138.969
5409080.597
267.935
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
14200E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8850N
8900N
507894.675
507918.529
507942.684
507966.992
507991.437
508015.854
508040.37
508064.704
508089.004
508113.203
508137.634
508161.96
508210.938
508235.136
5406386.036
5406429.857
5406473.857
5406517.938
5406561.998
5406606.209
5406650.307
5406694.536
5406738.514
5406782.47
5406826.523
5406870.585
5406959.269
5407003.107
302.762
299.411
295.707
292.952
292.248
290.698
289.863
289.65
289.633
289.011
288.592
287.984
287.714
287.176
Line
Station
UTMX
UTMY
Orth. Height
14200E
8950N
508259.448
5407047.104
287.096
14200E
9000N
508283.761
5407091.072
286.367
14200E
9050N
508308.076
5407134.921
285.426
14200E
9100N
508332.16
5407178.722
286.214
14200E
9150N
508356.395
5407223.064
288.108
14200E
9200N
508380.381
5407267.033
289.031
14200E
9250N
508404.452
5407310.933
289.339
14200E
9300N
508428.96
5407355.356
289.592
14200E
9350N
508453.178
5407400.091
289.508
14200E
9400N
508477.352
5407444.396
289.86
14200E
9450N
508501.604
5407488.598
289.551
14200E
9500N
508525.569
5407532.744
289.455
14200E
9550N
508550.004
5407576.994
289.79
14200E
9600N
508573.839
5407621.019
288.758
14200E
9650N
508597.795
5407665.347
288.15
14200E
9700N
508621.467
5407708.984
287.975
14200E
9750N
508645.619
5407753.448
287.433
14200E
9800N
508669.315
5407796.804
286.802
14200E
9850N
508693.155
5407841.336
286.338
14200E
9900N
508716.755
5407885.215
285.132
14200E
9950N
508741.011
5407929.452
284.937
14200E
10000N
508764.433
5407973.014
285.782
14200E
10050N
508788.52
5408017.06
286.82
14200E
10100N
508812.247
5408061.693
288.3
14200E
10150N
508835.656
5408104.41
289.558
14200E
10200N
508859.579
5408148.551
293.733
14200E
10250N
508883.261
5408191.859
293.56
14200E
10300N
508907.515
5408235.751
292.879
14200E
10350N
508930.414
5408279.55
291.36
14200E
10400N
508955.959
5408323.604
287.428
14200E
10450N
508979.866
5408367.497
285.636
14200E
10500N
509005.812
5408414.625
285.572
14200E
10550N
509028.528
5408455.808
286.254
14200E
10600N
509052.706
5408499.787
286.292
14200E
10650N
509076.435
5408543.672
284.986
14200E
10700N
509100.45
5408586.46
278.954
14200E
10750N
509124.423
5408629.897
275.51
14200E
10800N
509148.672
5408673.343
273.225
14200E
10850N
509173.157
5408717.677
271.762
14200E
10900N
509197.571
5408761.223
270.803
14200E
10950N
509221.651
5408804.749
269.66
14200E
11000N
509246.023
5408848.649
268.742
14200E
11050N
509269.934
5408894.154
268.909
14200E
11100N
509294.637
5408936.736
268.978
14200E
11150N
509319.305
5408980.691
269.185
14200E
11200N
509343.599
5409024.914
269.424
14200E
11250N
509368.251
5409068.919
269.507
14200E
11300N
509392.205
5409112.435
269.759
14200E
11350N
509416.646
5409156.62
269.373
14200E
11400N
509441.081
5409200.401
269.09
14200E
11450N
509465.201
5409244
268.796
14200E
11500N
509489.447
5409287.862
268.334
14200E
11550N
509513.894
5409332.204
268.092
14200E
11600N
509538.485
5409376.553
267.955
14400E
14400E
14400E
8200N
8250N
8300N
508081.296
508104.863
508128.897
5406287.552
5406331.713
5406376.194
287.454
286.964
286.572
Line
Station
UTMX
UTMY
Orth. Height
14400E
8350N
508152.703
5406420.646
286.287
14400E
8400N
508176.079
5406465.924
286.001
14400E
8450N
508201.024
5406509.84
285.625
14400E
8500N
508225.028
5406554.418
284.564
14400E
8550N
508244.95
5406600.528
284.667
14400E
8600N
508272.257
5406642.635
285.442
14400E
8650N
508296.374
5406687.404
286.36
14400E
8700N
508320.586
5406731.992
287.163
14400E
8750N
508344.647
5406776.871
287.641
14400E
8800N
508368.719
5406821.229
287.723
14400E
8850N
508392.629
5406865.799
287.33
14400E
8900N
508416.83
5406910.212
286.878
14400E
8950N
508440.85
5406954.975
286.434
14400E
9000N
508464.827
5406999.731
285.697
14400E
9050N
508488.737
5407043.946
285.273
14400E
9100N
508512.432
5407087.381
284.286
14400E
9150N
508536.541
5407132.189
284.387
14400E
9200N
508560.782
5407176.792
284.719
14400E
9250N
508585.077
5407221.645
285.192
14400E
9300N
508609.181
5407266.492
285.336
14400E
9350N
508633.191
5407311.069
285.407
14400E
9400N
508660.378
5407359.275
285.301
14400E
9450N
508683.096
5407402.905
285.358
14400E
9500N
508706.891
5407447.672
284.716
14400E
9550N
508725.937
5407491.528
284.072
14400E
9700N
508795.056
5407612.507
284.546
14400E
9750N
508819.106
5407656.485
285.925
14400E
9800N
508843.205
5407700.4
285.613
14400E
9850N
508863.432
5407737.849
284.478
14400E
10000N
508939.526
5407877.893
284.136
14400E
10050N
508963.348
5407921.657
284.4
14400E
10100N
508987.734
5407966.355
284.382
14400E
10150N
509011.736
5408010.654
284.693
14400E
10200N
509035.765
5408054.874
284.534
14400E
10250N
509060.189
5408098.943
284.27
14400E
10300N
509084.75
5408144.249
284.649
14400E
10350N
509108.79
5408188.257
284.374
14400E
10400N
509133.059
5408232.593
283.519
14400E
10450N
509157.405
5408277.62
282.457
14400E
10500N
509181.629
5408322.247
281.282
14400E
10550N
509205.888
5408366.997
280.15
14400E
10600N
509230.221
5408411.493
278.222
14400E
10650N
509254.468
5408455.927
276.157
14400E
10700N
509278.742
5408500.405
275.224
14400E
10750N
509302.674
5408544.557
274.574
14400E
10800N
509326.797
5408588.973
272.742
14400E
10850N
509351.107
5408633.539
271.835
14400E
10900N
509375.36
5408678.262
270.881
14400E
10950N
509399.453
5408722.706
269.519
14400E
11000N
509423.464
5408766.819
269.142
14400E
11050N
509447.223
5408810.222
268.879
14400E
11100N
509471.19
5408854.294
270.162
14400E
11150N
509495.493
5408898.653
271.137
14400E
11200N
509519.382
5408942.543
271.913
14400E
11250N
509543.905
5408987.589
273.184
14400E
11300N
509568.235
5409032.238
273.924
14400E
11350N
509592.371
5409076.428
274.145
14400E
11400N
509607.824
5409123.774
274.495
Line
Station
UTMX
UTMY
Orth. Height
14400E
11450N
509636.458
5409164.936
274.506
14400E
11500N
509663.708
5409207.466
274.361
14400E
11550N
509688.126
5409251.97
274.299
14400E
11600N
509712.482
5409296.531
274.131
14400E
11650N
509736.551
5409340.845
274.226
14400E
11700N
509760.776
5409385.05
274.608
14400E
11750N
509785.037
5409429.92
275.2
14400E
11800N
509809.529
5409474.588
275.415
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
14600E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9000N
9400N
9450N
9500N
9550N
9600N
9650N
9700N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
10600N
10650N
10700N
10750N
10800N
10850N
10900N
10950N
11000N
11050N
11100N
11150N
11200N
11250N
508256.349
508280.858
508305.234
508329.712
508354.003
508378.449
508402.714
508427.21
508451.643
508475.001
508499.324
508524.085
508548.344
508573.212
508597.901
508622.32
508646.005
508835.854
508860.228
508884.418
508909.124
508932.845
508956.924
508981.032
509152.185
509176.292
509200.476
509224.638
509248.766
509273.141
509295.48
509321.289
509345.783
509371.247
509394.509
509418.579
509442.942
509467.426
509491.58
509515.969
509540.404
509564.788
509589.046
509613.247
509638.397
509662.074
509686.065
509710.154
509734.947
5406208.417
5406252.742
5406297.011
5406341.15
5406384.987
5406429.458
5406473.355
5406517.446
5406561.633
5406603.789
5406647.96
5406692.333
5406736.133
5406781.106
5406825.168
5406869.275
5406912.025
5407267.053
5407311.637
5407355.832
5407401.037
5407444.528
5407489.054
5407533.187
5407847.784
5407892.297
5407936.487
5407980.894
5408024.863
5408069.451
5408115.078
5408157.796
5408202.308
5408248.207
5408290.4
5408334.89
5408379.487
5408423.821
5408468.359
5408512.951
5408557.395
5408602.022
5408646.148
5408690.59
5408736.545
5408779.793
5408824.017
5408868.278
5408912.327
284.18
284.482
284.467
284.324
284.261
283.674
284.639
285.373
285.556
285.727
286.309
287.119
287.904
287.337
286.38
285.387
284.774
284.307
284.49
284.734
284.466
284.03
284.33
284.512
284.062
284.151
283.531
283.411
281.557
280.956
279.75
280.013
280.728
278.811
276.148
275.399
274.703
275.417
276.448
277.199
277.534
276.603
274.969
276.79
277.775
278.059
277.744
277.352
277.279
Line
Station
UTMX
UTMY
Orth. Height
14600E
11300N
509758.525
5408956.833
277.456
14600E
11350N
509782.313
5409000.9
277.634
14600E
11400N
509806.574
5409045.473
277.705
14600E
11450N
509830.57
5409089.443
277.711
14600E
11500N
509855.012
5409134.409
278.37
14600E
11550N
509879.18
5409178.921
279.471
14600E
11600N
509903.402
5409223.404
279.462
14600E
11650N
509927.711
5409267.941
279.438
14600E
11700N
509951.851
5409312.421
280.033
14600E
11750N
509976.001
5409356.552
279.989
14600E
11800N
510000.391
5409401.609
280.884
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
14800E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8850N
8900N
8950N
9350N
9400N
9450N
9500N
9550N
9600N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
10600N
10650N
10700N
10750N
10800N
10850N
10900N
10950N
11000N
11050N
508436.762
508460.144
508483.93
508507.713
508531.486
508555.498
508579.278
508602.918
508626.977
508650.726
508674.903
508699.204
508721.972
508745.559
508769.589
508787.973
508989.499
509012.531
509036.825
509060.613
509084.703
509108.471
509244.544
509268.495
509292.756
509317.36
509341.548
509365.608
509390.175
509414.096
509438.742
509463.034
509487.444
509511.816
509536.52
509561.086
509585.819
509610.593
509634.888
509660
509684.824
509709.978
509734.242
509759.013
509783.408
509808.249
5406112.554
5406156.17
5406199.621
5406243.518
5406287.308
5406330.959
5406375.546
5406419.314
5406463.475
5406507.97
5406550.897
5406598.297
5406639.166
5406683.757
5406727.351
5406761.717
5407131.001
5407174.681
5407218.122
5407261.573
5407305.416
5407349.073
5407598.058
5407642.075
5407685.968
5407730.755
5407775.41
5407819.699
5407863.808
5407907.98
5407952.665
5407997.2
5408041.09
5408085.127
5408129.891
5408174.253
5408218.597
5408263.236
5408307.232
5408351.8
5408395.978
5408440.459
5408484.162
5408527.597
5408571.639
5408615.864
281.421
281.776
282.202
283.388
284.038
284.007
283.785
284.425
284.636
284.747
285.623
285.979
286.223
286.27
285.149
284.95
284.405
284.644
284.747
284.715
284.782
284.676
284.051
284.214
284.358
284.64
284.5
284.533
284.483
284.4
282.932
282.821
282.661
282.783
283.375
283.436
284.056
286.022
288.848
289.458
290.036
291.34
290.909
290.651
289.982
290.367
Line
Station
UTMX
UTMY
Orth. Height
14800E
11100N
509832.891
5408659.626
285.899
14800E
11200N
509881.851
5408747.302
283.329
14800E
11250N
509906.259
5408791.212
282.084
14800E
11300N
509930.743
5408835.231
281.26
14800E
11350N
509955.24
5408879.33
280.357
14800E
11400N
509979.958
5408923.391
279.159
14800E
11450N
510004.546
5408967.669
279.514
14800E
11500N
510028.812
5409011.567
279.864
14800E
11550N
510053.77
5409056.217
280.18
14800E
11600N
510078.373
5409100.333
280.588
14800E
11650N
510103.405
5409145.153
280.706
14800E
11700N
510128.023
5409189.569
280.976
14800E
11750N
510153.027
5409234.445
281.429
14800E
11800N
510177.646
5409278.681
281.818
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
15000E
8200N
8250N
8300N
8350N
8400N
8450N
8500N
8550N
8600N
8650N
8700N
8750N
8800N
8900N
8950N
9000N
9050N
9100N
9150N
9200N
9250N
9300N
9350N
9900N
9950N
10000N
10050N
10100N
10150N
10200N
10250N
10300N
10350N
10400N
10450N
10500N
10550N
10600N
10650N
10700N
10750N
10800N
10850N
508622.672
508645.859
508668.888
508692.403
508715.969
508738.623
508762.368
508786.231
508809.635
508835.437
508859.115
508886.754
508906.924
508957.614
508981.379
509009.036
509025.431
509052.926
509076.423
509100.39
509124.247
509148.428
509171.878
509422.175
509446.541
509469.848
509493.414
509517.056
509540.828
509564.379
509588.373
509612.518
509636.266
509660.451
509684.341
509708.114
509732.095
509756.394
509779.323
509803.156
509826.635
509850.006
509873.162
5406011.806
5406055.575
5406099.068
5406143.076
5406186.85
5406229.246
5406273.571
5406318.19
5406360.943
5406409.298
5406453.948
5406505.007
5406542.109
5406637.298
5406681.58
5406724.877
5406764.537
5406814.244
5406858.981
5406903.536
5406947.963
5406992.241
5407036.205
5407502.164
5407327.271
5407590.284
5407634.384
5407678.677
5407722.936
5407766.9
5407811.614
5407855.729
5407899.921
5407944.593
5407989.337
5408033.74
5408078.259
5408123.48
5408166.587
5408210.836
5408255.019
5408298.649
5408342.46
280.659
281.73
282.194
282.058
282.028
281.219
281.434
281.82
282.054
282.316
283.036
283.778
283.707
284.346
284.89
285.769
287.411
289.417
288.506
288.161
286.792
285.318
284.76
284.067
284.239
284.455
284.55
284.554
285.21
287.866
286.444
286.142
287.439
287.347
286.658
287.75
287.812
289.066
291.412
292.373
293.772
298.464
304.458
Line
Station
UTMX
UTMY
Orth. Height
15000E
10900N
509895.932
5408384.598
321.255
15000E
10950N
509920.094
5408428.268
306.996
15000E
11000N
509944.027
5408472.069
300.909
15000E
11050N
509967.663
5408515.337
294.052
15000E
11100N
509991.802
5408559.561
290.424
15000E
11150N
510016.061
5408603.3
287.434
15000E
11200N
510040.183
5408647.368
286.093
15000E
11250N
510064.255
5408691.566
286.105
15000E
11300N
510088.792
5408736.413
287.275
15000E
11350N
510112.435
5408780.306
287.496
15000E
11400N
510136.781
5408824.195
286.617
15000E
11450N
510160.72
5408868.214
285.755
15000E
11500N
510184.386
5408912.896
284.157
15000E
11550N
510207.593
5408956.737
282.693
15000E
11600N
510230.988
5409001.039
281.298
15000E
11650N
510254.487
5409044.966
280.122
15000E
11700N
510278.2
5409089.607
278.982
15000E
11750N
510301.753
5409133.887
278.611
15000E
11800N
510325.57
5409178.794
278.042
1
APPENDIX V
Titan 24 Geophysical Surveys
Quantec Geoscience Ltd., Geophysical Survey Logistics Report Regarding
the Quantec Titan-24 Distributed Acquisition System Tensor MT and
DCIP Surveys over the Buchans Project, Buchans, NL
on behalf of Buchans River Limited, St. John’s NL.
(In Folder)
Attached
1
APPENDIX VI
Diamond Drilling
Drill Logs
Little Sandy Drill Plan & Sections (in folder)
Billiton Targets Drill Plan & Sections (in folder)
(In Folder)
LS-07-13
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Property
Licence
NTS:
524640.456
5406546.119
229.724
Little Sandy
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-90
0
Springdale Forest
7/19/2002
7/22/2002
J. Reeves
7/20/2002
7/23/2002
Objective:
Length:
Casing:
Boxes:
Core Size:
Core Location:
101
24
NQ
"Buchans, NL"
Depth Azi_TN Azi_Grid Dip
50
8.4
-89.7
Test Type
FlexIT
100
FlexIT
295
-89.7
Comments:
LS-07-13
Lithology
From
To
0
2.74
Mineralogy
Length
2.74
OB
Description:
Glacial till and peat
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
2.74
25.62 22.88
IBX
REG
S
Description:
Clasts/Cryst:
"Rhyolite breccia, grey-green with grey and pale
pink fragments of rhyolite in a fine grain greygreen matrix. Fragments generally less than 10
cm dlameter. Fractures at 50 and 70 degrees to
ca. Quartz carbonate veining throughout. Thicker
veins at 4.90m - 10 cm, 17.84m - 10 cm, 22.07 23.28 m - 1.21 m. Pyrite in blebs and small
cubes throughout - less than 1 percent,
chalcopyrite in blebs and veins less than 1 cm
thick, locally 2-3 percent over 10 cm.
Mineralization commonly associated with
quartz/carbonate veining (22.07m)."
90
To
Width Samp
Zn%
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
Chl
Cu%
Pb%
Ag g/t Au g/t
<1% BLEBS
STR
<1% BLEBS
MIN_V
Galena:
Chalco:
LS-07-13
Lithology
From
To
Mineralogy
Length
25.62 82.45 56.83
TEC
IAND
D
Description:
"Andesiite, dark grey green, top 82 cm of unit is
sheared and foliated at 30 degrees to ca.
Diseminated pyrite in cubes and blebs (<2mm)
throughout. Core is broken from 25.46 to 31.60
m. Shearing at 40.80-41.50, 51.00-51.70, and
Clasts/Cryst:
From
4.8
5.32
6.28
6.77
7.38
8
8.59
9
9.53
To
5.32
6.28
6.77
7.38
8
8.59
9
9.53
10.2
Width Samp
0.52 43251
0.96 43252
0.49 43253
0.61 43254
0.62 43255
0.59 43256
0.41 43257
0.53 43258
0.67 43259
10.2
11
11.54
12.42
13.04
14
14.57
15.16
15.65
16.2
17
11
11.54
12.42
13.04
14
14.57
15.16
15.65
16.2
17
17.88
0.8
0.54
0.88
0.62
0.96
0.57
0.59
0.49
0.55
0.8
0.88
17.88
18.52
19.18
20
20.59
21.5
22.07
23.28
18.52
19.18
20
20.59
21.5
22.07
23.28
23.88
0.64
0.66
0.82
0.59
0.91
0.57
1.21
0.6
Zn%
0.01
0.01
0
0
0
0.01
0
0
0
Cu%
0.23
43261
43262
43263
43264
43265
43266
43267
43268
43269
43271
43272
0.01
0.01
0
0.01
0.01
0.01
0.01
0
0.01
0
0
0.02
0.25
0.04
43273
43274
43275
43276
43277
43278
43279
43281
0
0.01
0
0
0
0
0.01
0
0.09
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
1.23
0.03
0.41
0.01
0.82
0.3
0.18
0.02
0.51
0.72
1.18
0.57
0.02
0.83
0.1
0.08
1.67
0.09
0
0.02
0.01
1.12
0
Pb%
0
0.01
0
0
0
0
0
0
0
Ag g/t
0.34
0.34
0.34
0.34
0.68
0.34
0.68
0.68
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0
0
0.01
0
0
0
0
0
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
1.03
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0.01
0
0
0
0
0.01
0
0.34
0.68
0.68
0.34
0.34
0.34
0.68
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<1% DISS
Chalco:
Page 2 of 4
LS-07-13
Lithology
From
To
Mineralogy
Length
53.60-54.50. Fault gouge at 77.60-77.70 znd
79.10-79.15m. Siliceous alteration from 73.12 to
75.04. Quartz veining tnroughout with thicker
veins at: 28 27 - 15cm with <1% py and chpy,
30.13 - 4 cm with <1% py and 1% chpy, 33.35 15 cm with 1% py and chpy, 34.90 - 2cm with 1%
py and chpy, 36.62 - 3 cm with 1% py and tr chpy,
38.11 - 7 cm with 1% py and chpy, 40.04 - 7 cm
with 1% py, 43.87 - 13 cm with 1% py, 68.58 - 3
cm with 1% py and 1-2% chpy."
Minor Lithology
40.75
45.12
4.37
Upp Ctc:
REG
IBX
S
Description:
"Rhyolite breccia, grey green with
fragments of pale pink to grey
rhyolite."
Colour: G_G
40
Clasts/Cryst
Foliation:
Texture:
Pyrite:
Alteration:
<1% DISS
Sphalerite:
Minor Lithology
49.44
50.75
1.31
Description:
rhyolite."
Colour: G_G
Upp Ctc:
REG
S
IBX
From
27.27
To
Width Samp
28.27
1
43282
Zn%
0.01
Cu%
0.05
Pb%
0
Ag g/t Au g/t
0.34 0.01
28.27
29
29.8
30.58
32.8
33.22
33.59
36.12
36.62
37.55
38.3
29
29.8
30.58
31.08
33.22
33.59
33.89
36.62
37.55
38.3
38.6
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.19
0.03
0.26
0.04
0.18
0
0
0
0
0
0
0
0
0
0
0
0.68
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.73
0.8
0.78
0.5
0.42
0.37
0.3
0.5
0.93
0.75
0.3
43283
43284
43285
43286
43287
43288
43289
43291
43292
43293
43294
0.73
0.02
0.02
0.04
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
40
Clasts/Cryst
Foliation:
Texture:
Alteration:
Pyrite:
<1% DISS
Sphalerite:
Page 3 of 4
LS-07-13
Lithology
From
To
Mineralogy
Length
Minor Lithology
57.94
59.46
1.52
Upp Ctc:
REG
S
IBX
Description:
rhyolite."
Colour: G_G
40
Clasts/Cryst
Foliation:
Texture:
Pyrite:
Alteration:
<1% DISS
Sphalerite:
82.45 101
18.55
IAND
REG
S
Description:
Clasts/Cryst:
"Andesite porphyry with light green blebs of
possibly altered feldspar. Upper 10 cm at contact
appears to be tuffaceous with contact at 60
degrees to ca. Quartz veining throughout.
Siliceous alteration from 89.87 to 90.75. Pyrite,
<1 %, diseminated throughout. Chalcopyrite (1%)
in a 3 cm thick quartz vein from 91.60 to 92.00
and ~85 degrees to ca."
60
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Chl
<1% DISS
Galena:
Chalco:
From
91.08
91.6
92
To
91.6
92
92.4
Width Samp
0.52 43295
0.4
43296
0.4
43297
Zn%
0.01
0.01
0.03
Cu%
0.02
0.95
0.02
Pb%
0
0
0
Ag g/t
0.34
0.68
0.34
Au g/t
0.01
0.01
0.01
EOH: 101
Page 4 of 4
LS-07-14
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
524700.015
5406452.688
228.877
Little Sandy
Property
Licence
NTS:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-90
0
Springdale Forest
7/22/2002
7/24/2002
J. Reeves
7/24/2002
7/25/2002
Objective:
Length:
Casing:
Boxes:
Core Size:
Core Location:
101
24
NQ
"Buchans, NL"
50
87.6
-89.7
Test Type
FlexIT
100
FlexIT
110.7
-89.4
Comments:
LS-07-14
Lithology
From
To
0
2.74
Mineralogy
Length
2.74
OB
Description:
Glacial till and peat
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
2.74
9.78
7.04
IBX
"Rhyolite breccia, grey
green with grey and
pale plnk rhyolite
fragments in a grey
green matrix. Fractures
at 45 and 60 degrees
to ca. Core is blocky.
Trace of finely
diseminiated pyrite in
core"
Colour: G_G
S
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
LS-07-14
Lithology
From
To
Mineralogy
Length
Description:
Clasts/Cryst:
Rhyolite
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
9.78
22.75 12.97
IBST
Description:
"Basalt, dark green
with rare small (<3 cm)
fragments of basalt
Trace of finely
diseminated pyrite in
core. Occasiinal (1-2
mm) carb. vein at
various angles to ca.
Fractures at 45 and 60
degrees to ca. Flow
from 15.98 to 22.75 is
lighter green and
contain
REG
S
To
Width Samp
Zn%
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
50
Clasts/Cryst:
Chalco:
From
22.75 24.18 1.43
IBX
green with grey and
pale plnk rhyolite
fragments in a grey
green matrix. Fractures
at 45 and 60 degrees
to ca. Randonly
orientated carbonate
veins (<2mm)
throughout Trace of
finely diseminiated
pyrite in core. Trace of
epidote."
REG
S
Colour: G_G
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
55
Page 2 of 5
LS-07-14
Lithology
From
To
Mineralogy
Length
Description:
Clasts/Cryst:
Rhyolite
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
24.18 35.13 10.95
IBST
Description:
"Basalt, dark green
with occasional small
amygdules of pyrite
and carbonate. Trace
of finely diseminated
pyrite in core.
Occasiinal (1-2 mm)
carb. vein at various
angles to ca. Fractures
at 45 degrees to ca.
Flow contains a slightly
higher pyrite content
REG
S
Clasts/Cryst:
To
Width Samp
Zn%
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
50
Chalco:
From
35.13 49.22 14.09
IBX
green with grey and
pale plnk rhyolite
fragments in a grey
green matrix. Upper
contact is broken.
Fractures at 45 and 60
degrees to ca. Trace of
pyrite diseminated in
core and locally up to
1% over 5 cm. Trace of
epidote."
TEC
Colour: G_G
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
B
Page 3 of 5
LS-07-14
Lithology
From
To
Mineralogy
Length
Description:
Clasts/Cryst:
Rhyolite
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
49.22 101
Description:
51.78
IBST
"Basalt, dark green
with rare rhyolite
fragment in the top 3 m
of the interval. Pyrite
(<1%) in blebs,
stringers (<5mm) and
amygdules. Fractures
commonly at 60
degrees to ca and also
at 45 degrees to ca.
Trace of chalcopyrite
at 54.47m. Slight
increase i
Clasts/Cryst:
TEC
To
Width Samp
Zn%
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
<1% DISS
B
TR BLEBS
Chalco:
From
81.75
82.25
82.66
90.46
90.96
91.41
92
92.5
92.9
To
Width Samp
82.25
0.5
43298
82.66
0.41 43299
83.1
0.44 43301
90.96
0.5
43302
91.41
0.45 43303
92
0.59 43304
92.5
0.5
43305
92.9
0.4
43306
93.33
0.43 43307
Zn%
0.02
0.02
0.03
0.02
0.02
0.01
0.02
0.02
0.01
Cu%
0.03
93.33
93.83
94.33
95
93.83
94.33
95
95.5
0.01
0.02
0.02
0.01
0.01
0.03
0.5
0.5
0.67
0.5
43308
43309
43311
43312
1.62
0.01
0.12
2.29
0.08
1.21
1.31
0.03
3
0.01
Pb%
0
0.01
0
0
0.01
0
0.01
0.01
0
Ag g/t
0.34
1.71
0.34
0.34
4.11
0.34
2.74
2.05
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0.01
0
0.34
0.34
3.42
0.34
0.01
0.01
0.01
0.01
Page 4 of 5
LS-07-14
Lithology
From
To
Mineralogy
Length
EOH: 101
Page 5 of 5
LS-07-15
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
524517.036
5406582.557
227.985
Little Sandy
Property
Licence
NTS:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-60
150
Springdale Forest
7/25/2002
8/1/2002
J. Reeves
7/26/2002
8/1/2002
Objective:
Length:
Casing:
Boxes:
Core Size:
Core Location:
167
41
NQ
"Buchans, NL"
50
150.9
-59
Test Type
FlexIT
100
151.7
-59.1
FlexIT
150
152.3
-58.6
FlexIT
Comments:
LS-07-15
Lithology
From
To
0
1.52
Mineralogy
Length
1.52
OB
Description:
Overburden with
glacial till and peat.
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
1.52
63.68 62.16
FFG
"Felsic fragments up to
7 cm in diamete in
adark grey ground
mass. Core is blocky
with fault gouge from
15.58 to 15.93m. Trace
fo finely diseminated
pyrite . Rare qtz/carb
veins <2mm thick.
Pyrite and qtz/carb
vein 2-3 cm thick from
11.12 to 11.54 and at
REG
S
Colour: DGRN
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
LS-07-15
Lithology
From
To
Mineralogy
Length
Description:
Clasts/Cryst:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
Minor Lithology
15.07
20.81
5.74
FFG
Description:
"Siliceous felsic
fragmental with
diseminated pyrite.
Pyrite/qtz carb veining
from 17.08 to 18.22 m,
<2 cm thick and ~// to
ca."
Upp Ctc:
REG
G
Clasts/Cryst
Colour: G_G
Foliation:
Texture:
Alteration:
Pyrite:
SIL
TR DISS
From
16.43
17.08
17.55
18.16
18.79
19.2
To
Width Samp
17.08
0.65 43313
17.55
0.47 43314
18.16
0.61 43315
18.79
0.63 43316
19.2
0.41 43317
19.8
0.6
43318
Zn%
0
0
0
0
0
0
Cu%
0
0
0
0
0
0
Pb%
0
0
0
0
0
0
Ag g/t
0.34
0.34
0.34
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
19.8
20.32
61.08
62
63.1
20.32
20.81
62
63.1
63.66
0
0.02
0.01
0.01
0
0
0
0
0
0
0
0
0
0
0
0.34
0.34
0.34
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.52
0.49
0.92
1.1
0.56
43319
43321
43322
43323
43324
Sphalerite:
Minor Lithology
53
54.45
1.45
IBX
Description:
Upp Ctc:
Rhyolite fragmental with REG
pale pink fragments <10 G
cm diameter in a green
grey ground mass. Core
is blocky. Trace of pyrite.
Clasts/Cryst
Rhyolite
Colour: G_G
Foliation:
Texture:
Pyrite:
Alteration:
TR DISS
Sphalerite:
63.66 64.18 0.52
FFG
"Strongly chloritized
felsic fragmental, dark
grey to black,
containing rare
reminant felsic
fragments and 2-3%
REG
Colour: DKG
Pyrite:
3% DISS
B
Page 2 of 5
LS-07-15
Lithology
From
To
Mineralogy
Length
pyrite in small blebs
<3mm and also
diseminated. Core is
blocky."
Sphalerite:
Texture:
Description:
Clasts/Cryst:
Alteration:
S
Chl
Galena:
Chalco:
From
63.66
64.18 85.75 21.57
FFG
Description:
Felsic fragmental with
felsic fragments <10
cm diameter.Core is
blocky. Fractures at 30
and 50 deg. to ca.
Occasional thin
(<1mm) veins of
qtz/carb Trace of
diseminated pyrite. 1%
diseminated pyrite from
64.52 to 65.00m
REG
To
Width Samp
64.18
0.52 43325
Zn%
0.02
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
0
Pb%
0.01
Ag g/t Au g/t
1.37 0.01
TR DISS
B
Clasts/Cryst:
Felsic
Chalco:
From
64.18
65
85.75 131.74 45.99
IBX
Fragmental with felsic
fragments in the top 10
m and grading into a
rhyolitic fragmental.
Fragments in a green
grey ground mass.
Core is blocky with
fractures at 30 and 50
degrees to ca. Traces
REG
Colour: G_G
To
65
65.5
Width Samp
0.82 43326
0.5
43327
Zn%
0
0
Pyrite:
Cu%
0.01
0
Pb%
0
0
Ag g/t Au g/t
0.34 0.01
0.34 0.01
TR DISS
G
Page 3 of 5
LS-07-15
Lithology
From
To
Mineralogy
Length
of diseminated pyrite
and rarely in blebs
(<5mm). Broken co
Description:
Clasts/Cryst:
Felsic/Rhyolite
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
131.74 167
Description:
35.26
MAND
"Andesite, dark green
with ocassional felsic
fragment, more
common from148.5167.0 m. Traces of
pyrite in small blebs
(<2mm) and rarely in
thin veins. Weak
chlorite alteration.
Traces of carbonate
veining (<2mm) and
rare qtz/carb veining.
Diseminated pyri
Clasts/Cryst:
Felsic
REG
S
To
Width Samp
Zn%
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
85
Chalco:
From
141.36
142.46
143.46
144.31
145.31
To
Width Samp
142.46 1.1
43328
143.46 1
43329
144.31 0.85 43331
145.31 1
43332
146.31 1
43333
146.31 146.95
146.95 147.61
147.61 148.48
0.64
0.66
0.87
43334
43335
43336
TR BLEBS
Zn%
0.01
0.01
0.01
0.01
0.01
Cu%
0.01
0.47
0.02
0.06
0.01
Pb%
0
0
0
0
0
Ag g/t
0.34
0.34
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.1
0.02
0.04
0
0
0
0.34
0.34
0.34
0.01
0.01
0.01
Page 4 of 5
LS-07-15
Lithology
From
To
Mineralogy
Length
EOH: 167
Page 5 of 5
LS-07-16
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
524557.449
5406605.237
229.669
Little Sandy
Property
Licence
NTS:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-60
150
Springdale Forest
8/1/2002
8/1/2002
J. Reeves
Objective:
Length:
Casing:
Boxes:
Core Size:
Core Location:
191
46
NQ
"Buchans, NL"
50
154.4
-60.4
Test Type
FlexIT
100
155.1
-60.7
FlexIT
152
155.6
-60.6
FlexIT
191
155.7
-60.4
FlexIT
Comments:
LS-07-16
Lithology
Mineralogy
From
To
Length
0
1
1
OB
Description:
Glacial till
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
TR DISS
Chalco:
From
1
5.87
4.87
FFG
REG
S
Description:
Clasts/Cryst:
"Felsic fragmental, grey green, with clasts up to 6 felsic
cm diameter. Fractures at 45 and 60 degrees to
ca. Core is blocky. Trace of pyrite in blebs
(<2mm) and diseminate."
10.9
5.03
MBST
Width Samp
Zn%
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Chalco:
From
5.87
To
REG
Colour: DGRN
To
Width Samp
Zn%
Pyrite:
TR DISS
LS-07-16
Lithology
From
To
Mineralogy
Length
B
Sphalerite:
Texture:
Description:
Clasts/Cryst:
"Basalt, dark green with occasional reworked
fragment. Carbonate filling fractures. Diseminated
pyrite (<1%) in blebs <2mm diameter. Core is
broken. Fractures at 45 and 60 degrees to ca.
Trace of amethyst."
Alteration:
Chl
Chalco:
From
10.9
23.69 12.79
FFG
REG
B
Description:
Clasts/Cryst:
Felsic fragmental with fragments <6cm diameter. felsic
Core is blocky with fractures at 50 degrees to ca.
Diseminated pyrite and also in occasiinal blebs
up to 2 cm. Carbonate material along fractjure
surfaces. Strong chlorite alteration from 23.36 to
23.69. Lost core from 15.50 to 17.00m.
IBX
Zn%
Texture:
Sphalerite:
Chl
Cu%
Pb%
Ag g/t Au g/t
<1% DISS
Galena:
Chalco:
REG
Description:
Clasts/Cryst:
Rhyolite breccia - grey green with angular
rhyolite
fragments of pale pink rholite and occasional red
jasper. Fragments are commonly 2-3 cm
diameter and rarely up to 12 cm. Core is blocky.
Trace of pyrite in blebs and rarely up to 1%
locally over 3-4 cm. Strong chlorite alteration
from 31.37 to 31.80m with <1% pyrite .
90
To
Width Samp
Zn%
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
Chl
Cu%
Pb%
Ag g/t Au g/t
<1% PATCH
Galena:
Chalco:
From
FFG
Width Samp
Pyrite:
Alteration:
G
32.69 98.38 65.69
To
Colour: G_G
From
23.69 32.69 9
Galena:
REG
Colour: G_G
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
<1% DISS
Page 2 of 5
LS-07-16
Lithology
From
To
Mineralogy
Length
G
Minor Lithology
66.6
98.38
Alteration:
From
47.86
48.86
49.86
50.86
51.86
53
54
55
55.64
56.3
60
Description:
Clasts/Cryst
Felsic fragmental - grey green with
felsic
occasional small fragment (<2mm).
Siliceous alteration with thin pink
quartz veining containing carbonate
and <1% pyrite. Fractures at 60
degrees to ca and rarely at 30
degrees to ca. White quartz veins at
83.97 (9 cm) at 80 degrees to ca and
at 86.41 (10cm) at 60 degrees to ca.
Colour: G_G
Chl
Galena:
Chalco:
Upp Ctc:
REG
S
31.78 FFG
Sphalerite:
Texture:
Description:
Clasts/Cryst:
"Felsic fragmental - grey green, with rare pale
felsic
pink rhyolite fragments. Upper contact is
gradational. Fractures at 60 degrees to ca. Trace
of pyrite in blebs (rarely up to 3 cm) and also
diseminated. Core is blocky. Fault at 47.27 to
47.74 m with gouge. Pyrite content in rock
increases slightly below fault. Strongly chloritic
from 47.86 to 56.30 with 1% pyrite. Siliceous
alteration from 56.30 to 59.00 with pink quartz.
Quartz vein (pink) from 57.65 to 58.57m."
To
Width Samp
48.86
1
43337
49.86
1
43338
50.86
1
43339
51.86
1
43341
53
1.14 43342
54
1
43343
55
1
43344
55.64
0.64 43345
56.3
0.66 43346
57.3
1
43347
Zn%
0.01
0.01
0.01
0.02
0
0.01
0.01
0.01
0
0
Cu%
0
0
0
0
0
0
0
0
0
0
Pb%
0
0
0
0.01
0
0
0
0
0.01
0
Ag g/t
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
Foliation:
Texture:
Alteration:
Pyrite:
SIL
<1% PATCH
Sphalerite:
98.38 131.33 32.95
REG
IBX
B
Description:
Rhyolite breccia - grey green with pale pink
rhyolite clasts and occasional felsic clast.
Siliceous and chloritic alteration. Trace of pyrite.
Fractures at 40 degrees to ca. Fault at 115.39 (
21 cm) gouge. Core is blocky. Quartz /carbonate
veining from 122.17 to 122.79 with <1% pyrite
and <1% chalcopyrite with locally 2-3% over 3
cm. Traces of chalcopyrite at 131.14m.
Clasts/Cryst:
rhyolite
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
SIL
Chl
<1% DISS
DISS
Galena:
Chalco:
TR
Page 3 of 5
LS-07-16
Lithology
From
To
Mineralogy
Length
From
121.17
122.17
122.79
131.3 185.55 54.25
MAND
REG
S
Description:
Clasts/Cryst:
"Andesite - dark green with diseminated pyrite
(<1%). Quartz carbonate veining <1cm wide.
Fractures at 70 dgrees to ca. Trace of
chalcopyrite at 132.27m. Quartz/carbonate
veining from 140.20 to 149.00 with pyrite and
chalcopyrite (up to 2-3% over 20 cm), 154.73 to
159.16 with up to 1-3% cpy over 3cm, 168.35 to
174.84 with up to 25% cpy over 20cm at 173.26m
and 179.81 to 182.02 with up to 10% cpy over
2cm. At 186.26m, pyrite a d up to 6% cpy over 3
cm."
45
To
Width Samp
122.17 1
43348
122.79 0.62 43349
123.79 1
43351
Zn%
0.01
0.01
0
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Cu%
0.02
0.94
0
Pb%
0
0
0
Ag g/t
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
<1% DISS
Galena:
Chl
Chalco:
TR MIN_V
From To
Width Samp
131.33 131.83 0.5
43352
131.83 132.33 0.5
43353
Zn%
0.01
0.01
Cu%
0.02
0.03
Pb%
0
0
Ag g/t Au g/t
0.34 0.01
0.34 0.01
132.33
139.7
140.2
140.76
143.73
144.13
144.7
145.2
145.91
146.41
146.91
132.94
140.2
140.76
141.26
144.13
144.7
145.2
145.91
146.41
146.91
147.41
0.61
0.5
0.56
0.5
0.4
0.57
0.5
0.71
0.5
0.5
0.5
43354
43355
43356
43357
43358
43359
43361
43362
43363
43364
43365
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.01
0.02
0.01
0.04
0.02
0.5
0.05
0.02
0.03
0.11
0.01
0
0
0.01
0
0
0
0
0
0
0
0
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
147.41
148.23
148.73
149.24
158
148.23
148.73
149.24
149.74
158.49
0.82
0.5
0.51
0.5
0.49
43366
43367
43368
43369
43371
0.01
0.01
0.01
0.01
0.01
0.01
0.08
0.32
0.01
0.01
0
0
0
0
0
0.34
1.03
0.34
0.34
0.34
0.01
0.01
0.01
0.01
0.01
1.06
0.04
0.03
Page 4 of 5
LS-07-16
Lithology
From
To
185.26 191
Mineralogy
Length
5.74
REG
FBX
S
Description:
Felsic fragmental with angular fragments <2cm
diameter. Diseminated pyrite with trace of
chalcopyrite at 189.01m.
Clasts/Cryst:
felsic
45
158.49
159.16
160
160.5
167.85
168.35
169.05
169.55
170
170.43
170.93
159.16
160
160.5
161
168.35
169.05
169.55
170
170.43
170.93
171.43
0.67
0.84
0.5
0.5
0.5
0.7
0.5
0.45
0.43
0.5
0.5
43372
43373
43374
43375
43376
43377
43378
43379
43381
43382
43383
0.01
0.01
0.01
0.01
0.02
0.04
0.02
0.02
0.03
0.03
0.03
171.43
171.93
172.77
173.48
174.2
174.91
179.81
180.34
181.07
181.58
171.93
172.77
173.48
174.2
174.91
175.41
180.34
181.07
181.58
182
0.5
0.84
0.71
0.72
0.71
0.5
0.53
0.73
0.51
0.42
43384
43385
43386
43387
43388
43389
43391
43392
43393
43394
0.02
0.01
0.02
0.01
0.02
0.01
0.01
0.01
0.02
0.02
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Chl
1.56
0.01
0.02
0.01
0.05
1.67
0.04
0.11
0.07
0.07
0.81
0.06
0.23
3.9
0.02
0.15
0
0.09
0.67
0.01
0.29
0.68
0.34
0.34
0.34
0.34
1.71
0.34
0.34
0.68
0.68
1.71
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0.01
0
0
0
0
0
0
0
0.34
0.34
1.71
0.34
0.34
0.34
0.34
0.68
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
TR DISS
DISS
Galena:
Chalco:
From
185.55
186.05
186.55
0.01
0
0
0
0
0.01
0
0
0
0
0.01
To
Width Samp
186.05 0.5
43395
186.55 0.5
43396
187.05 0.5
43397
Zn%
0.02
0.02
0.01
TR DISS
Cu%
0.01
0.38
0.01
Pb%
0
0.01
0
Ag g/t
0.34
1.03
0.68
Au g/t
0.01
0.01
0.01
EOH: 191
Page 5 of 5
LS-07-17
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Property
Licence
NTS:
524600.977
5406626.036
230.868
Little Sandy
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-60
150
Springdale Forest
8/1/2002
8/7/2002
A. Hilchey
8/1/2002
8/7/2002
Objective:
Length:
Casing:
Boxes:
Core Size:
Core Location:
140
34
NQ
"Buchans, NL"
50
150
-59.3
Test Type
FlexIT
100
150.9
-59.7
FlexIT
140
151.4
-60
FlexIT
Comments:
LS-07-17
Lithology
From
To
0
3.05
Mineralogy
Length
3.05
OB
Description:
Overburden - peat and glacial till
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
3.05
52.39 49.34
IBX
Description:
Clasts/Cryst:
"Rhyolite breccia with angular fragments of
rhyolite
rhyolite and occasional felsic fragments. Siliceous
alteration. <1% pyrite in blebs. Band of 50%
pyrite, 4 cm thick at 11.69 cm. Fractures at 60
degrees to ca. Core is blocky. Lost core from
32.0-33.0 m."
22.31
FFG
Width Samp
Zn%
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
<1% DISS
Chalco:
From
52.39 74.7
To
REG
Colour: G_G
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
<1% DISS
LS-07-17
Lithology
From
To
Mineralogy
Length
G
Description:
Clasts/Cryst:
Felsic fragmental - green grey with felsic
felsic
fragments and occasional rhyolite fragments.
Upper contact is gradational. Fractures at 60
degrees to ca. Trace of carbonate along
fractures. Diseminated pyrite with occasional
blebs. Rarely up to 10% pyrite in lenses up to 10
cm thick. Massive patchy pervasive strong pink
quartz veining from 65.0 to 74.70 m. This zone
also locally contains distinctly sil frags and relict l 2 mm feldspar shards.
Sphalerite:
Texture:
Alteration:
L
P
SIL
Ser
From
74.7
98.58 23.88
IBX
REG
B
Description:
Clasts/Cryst:
"Rhyolite Breccia - Faint pink to pinkish green
rhyolite
rhyolite clasts set in a pervasive grey-green
groundmass. Rhyolite blocks/horizons up to 90
cm, rhy fragments have fluidal shapes (alt'n
overprint?),rhy contains 1-2 mm chl alt mafics as
well as 0.5 cm chl-filled amygdules. Patchy diss
py blebs (up to 10% over 10 cm), mod QC, mod
chl, mod ser, mod sil. 77.55-81.70 m: tr cpy as
diss blebs and in vns. 81.70-91.00 m: 1-5 % cpy
frequently constituting entire vns/strngrs (with
host rx clasts) but is usually accompanied by qtzcarb and lesser py; @82.15 m- 1 cm cpy vn,0 tca;
@83.80 m- 2 cm cpy vn,45 tca,q-c,brx; @84.90
m-4 cm cpy vn, 35 tca,q-c,brx;@ 86.85 m-1 cm qc cpy vn,55 tca; @87.00 m-1cm cpy q-c vn,25
tca; @88.4-88.65 m, q-c brx,50% cpy; @89.55 m,
2 cm cpy vn; @90.55 m,3 cm q-c vn, cpy clots;
95.82-98.58 m: 0.5 % scattered splashy blebs of
cpy in irreg qtz-carb veins accompanied by blebb"
Colour: PNK
Texture:
Alteration:
Chalco:
To
Width Samp
Zn%
Cu%
Pyrite:
G_G
Pb%
Ag g/t Au g/t
2% BLEBS
Sphalerite:
MOT
M
W
Galena:
SIL
Ser
From
75
76
76.55
Galena:
Chalco:
To
Width Samp
76
1
43398
76.55
0.55 43399
77.55
1
43401
Zn%
0
0
0.01
2% MIN_V
Cu%
0
0
0.02
Pb%
0
0
0
Ag g/t
0.34
0.34
0.34
STR
Au g/t
0.01
0.01
0.01
Page 2 of 3
LS-07-17
Lithology
From
To
Mineralogy
Length
77.55
78.55
79.55
80.55
81.15
81.7
82.4
82.9
83.4
83.9
84.75
78.55
79.55
80.55
81.15
81.7
82.4
82.9
83.4
83.9
84.75
85.25
1
1
1
0.6
0.55
0.7
0.5
0.5
0.5
0.85
0.5
43402
43403
43404
43405
43406
43407
43408
43409
43411
43412
43413
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.03
0.04
0.03
0.03
0.02
0
0
0
0
0
0.01
0
0
0.01
0
0.01
0.34
0.34
0.34
0.34
0.68
1.37
2.05
0.34
2.05
0.34
2.4
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
85.25
85.75
86.65
87.15
88.15
88.65
89.2
89.55
90.45
91
92
85.75
86.65
87.15
88.15
88.65
89.2
89.55
90.45
91
92
93
0.5
0.9
0.5
1
0.5
0.55
0.35
0.9
0.55
1
1
43414
43415
43416
43417
43418
43419
43421
43422
43423
43424
43425
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
6.1
0.8
3.4
0.39
1.46
0.01
0
0.01
0
0.01
0
0.01
0.01
0.01
0
0.01
0
0
4.79
1.03
2.05
0.34
9.93
1.37
1.71
0.34
1.71
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
93
94
95
95.8
96.5
97.05
97.55
98.08
94
95
95.8
96.5
97.05
97.55
98.08
98.58
1
1
0.8
0.7
0.55
0.5
0.53
0.5
43426
43427
43428
43429
43431
43432
43433
43434
0
0
0.01
0.01
0.01
0.01
0.01
0.01
0
0.01
0.05
0.15
0.3
0.04
0.13
0.07
0
0
0
0
0
0
0
0
0.34
0.34
0.34
1.03
0.34
0.34
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
1.25
0.62
0.07
1.68
0.14
4.9
8.4
1.14
1.58
0.03
EOH: 140
Page 3 of 3
LS-07-18
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
524636
5406669
233.306
Little Sandy
Property
Licence
NTS:
-60
150
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
8/7/2002
8/10/2002
A. Hilchey
8/7/2002
8/10/2002
Objective:
148
Length:
Casing:
Boxes:
Core Size:
Core Location:
36
NQ
"Buchans, NL"
50
148
-58.6
Test Type
FlexIT
101
148.5
-58.7
FlexIT
147.5
149.3
-58.7
FlexIT
Comments:
LS-07-18
Lithology
From
To
0
3.05
Mineralogy
Length
3.05
OB
Description:
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
3.05
13.61 10.56
FRY
Colour: G_G
Texture:
Description:
Clasts/Cryst:
"Amygdaloidal Rhyolite: Medium greenish grey
with dark green spots. Aphanitic silica-sericitic
groundmass. Local patchy faint pink hue. 3% 315 mm subrounded dark chl filled amygdules. 3%
1 mm chl alt'd mafics. Silicified overprint. 3% py
as disseminated blebs in stringers and frac fills,
locally semimassive over 10 cm. Upper 1 m
contains limonite stain. Broken and blocky."
Alteration:
GREY
BB
Zn%
Cu%
Pb%
Ag g/t Au g/t
3% MIN_V
BLEBS
Sphalerite:
Ser
SIL
From
Structure
Width Samp
Pyrite:
APHA
W
W
To
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
LS-07-18
Lithology
From
To
Mineralogy
Length
To
From
3.05
14.75
BB
13.61 60.15 46.54
FFG
REG
Colour: G_G
G
Texture:
Description:
Clasts/Cryst:
Felsic Fragmental: Medium dark greyish-green;
felsic
20-30% 0.5-5 cm angular pink aphan rhy clasts
set in an aphanitic massive silica-ser
groundmass; wk chl; 3% py as non-uniformily
distributed 0.4-1 cm blebs; sporadic 1-3 cm qtzcarb-py-chl veins; locally badly broken; scattered
10-20 cm rubble/gouge zones after 57.50 m
Alteration:
PNK
Pyrite:
SIL
3% BLEBS
STR
Sphalerite:
W
W
Ser
SIL
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
59.5
60
FLT "badly broken,gouge
mush, chl alt'n"
60.15 85.9
25.75
FRY
TEC
S
Description:
Clasts/Cryst:
Amygdaloidal Rhyolite: Medium greenish grey
felsic
with a light pinkish hue; aphanitic silica-ser
groundmass with 15% 0.3-1.5 cm subrounded to
rounded dark chl filled vesicles often with pink
silica halos; 2% 1 mm chl alt'd mafics; local
rubble zones contain strong chl on fractures; wk
scattered qtz carb stringrs at 50 tca; 2% py blebs
and in stringers; lwr ct shp @65 tca and weak fol
may imply shearing
Colour: G_G
60
Texture:
Alteration:
PNK
Pyrite:
APHA
W
W
LBB
STR
Sphalerite:
SIL
Ser
From
2% BLEBS
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
60.15
GOU contact
Page 2 of 6
LS-07-18
Lithology
Mineralogy
From
To
Length
85.9
100.25 14.35
REG
FBX
S
Colour: G_G
65
Description:
Clasts/Cryst:
"Rhyolite Breccia: Greenish grey with a local pink rhyolitic
hue; rhy is aphanitic(sil-ser) with 15% 2-5 mm chlfilled irregular amygdules; rhy fragments up to 10
cm have fluidal delicate textures; groundmass is
also weakly chl; fine to blebby dissem py
throughout and in qtz-carb vns; 94.85-95.25 m,
shr with cloudy qtz frags and 15% blebby
splashes of cpy; wk qtz carb strngrs and vns
throughout"
Minor Lithology
97.3
98
0.7
Alteration:
Upp Ctc:
REG
S
IDAC
60
Description:
Clasts/Cryst
Medium Grained Dacite: Dark
felsic
grey/black with 25% siliceous 2-5 mm
irreg spots; siliceous material is
locally strained and boudined; upper
ct truncates fol; aphan chl-ser
groundmass; looks like an altered
granite; chl slicks on broken core;
diss py
Colour: DKG
Texture:
Alteration:
G_G
ST
60
PHY
Chl
QC
100.25 123.88 23.63
Foliation:
M
W
Pyrite:
2% DISS
Pyrite:
LBB
ST
W
W
5% DISS
BLEBS
Sphalerite:
Ser
SIL
Galena:
Chalco:
From
Structure
92.45
To
93.45
From
94.5
95.73
94.45
SHR Local 20 cm segments of94.85
weakly fol dark chl with 95.3
0.5 cm reduced qtz
frags; local rhy blocks; 95.73
shr'd qtz vn from 94.85- 96.5
95.25 m with 15% cpy 97.15
splashes
98
Structure
99
To
From
87.8
88.1
BB gouge material; strong
chl
<1% MIN_V
To
Width Samp
93.45
1
43447
94.45
1
43448
94.85
0.4
43449
95.3
0.45 43451
95.73
0.43 43452
96.5
0.77 43453
97.15
0.65 43454
98
0.85 43455
99
1
43456
Zn%
0.01
0.01
0.01
0.01
0.01
0
0
0.01
0
Cu%
0.03
0.01
0.04
100.25
0
1.25
43457
2.19
0
0
0
0.02
0
Pb%
0
0
0
0.01
0
0
0
0
0
Ag g/t
5.14
0.34
0.34
1.71
0.34
0.34
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
0.01
0.01
0.01
0.2
0.01
0.01
0
0
0.34
0.01
Sphalerite:
REG
ITL
S
Description:
"Chloritized Andesitic Lapilli Tuff: Dark greenishgrey with 15% 1-20 mm pink crystal shards and
irregular fluidal felsic fragments set in a dark
aphanitic chl-ser-sil groundmass; strong irreg,
locally boudined andw folded qtz carb vns and
strngrs with splashy blebs and stringers of cpy
associated with py; locally badly broken; tr-0.5%
cpy from 100.25-105.60 m; 0.5-1% cpy from
Texture:
GREY
Clasts/Cryst:
felsic
Colour: G_G
55
Texture:
Alteration:
Pyrite:
GRN
LBB
S
M
MOT
Chl
QC
3% DISS
BLEBS
Sphalerite:
Galena:
Chalco:
<1% MIN_V
STR
Page 3 of 6
LS-07-18
Lithology
From
To
Mineralogy
Length
105.60 -116.95 m but locally 10% over 20 cm; tr0.5% cpy fro.m 116.95-126.50 m;120.25 m, 4 cm
qtz vn with 5% cpy at 60 tca; 106.20-106.35 m,
qtz,6% cpy;109.22 -109.40 m, qtz strngrs @ 50
tca,6% cpy; 110.75-110.95 m, array of cpy strngrs
at 45 tca, 5% cpy"
Structure
To
From
105.5
108.5
BB
Structure
To
From
110.6
114.7
BB
From
100.25
101
102
103
To
101
102
103
104
Width Samp
0.75 43458
1
43459
1
43461
1
43462
Zn%
0.01
0.01
0.02
0.02
Cu%
0.12
0.08
0.04
0.02
Pb%
0
0
0
0
Ag g/t
0.34
0.34
0.34
0.34
Au g/t
0.01
0.01
0.01
0.01
104
105
105.5
106
106.5
107.5
108
108.5
109
109.5
110
105
105.5
106
106.5
107.5
108
108.5
109
109.5
110
110.5
1
0.5
0.5
0.5
1
0.5
0.5
0.5
0.5
0.5
0.5
43463
43464
43465
43466
43467
43468
43469
43471
43472
43473
43474
0.01
0.02
0.02
0.01
0.02
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.25
0.24
0.07
0.07
0.13
0.04
1.84
0.01
0.46
0
0
0
0
0
0.01
0
0
0.01
0
0
0.34
0.34
0.34
0.34
0.34
0.34
0.34
0.34
3.08
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
110.5
111
111.5
112
112.5
113.5
114.4
115
116
116.5
117
111
111.5
112
112.5
113.5
114.4
115
116
116.5
117
118
0.5
0.5
0.5
0.5
1
0.9
0.6
1
0.5
0.5
1
43475
43476
43477
43478
43479
43481
43482
43483
43484
43485
43486
0.01
0.01
0.02
0.01
0.01
0.02
0.02
0.02
0.02
0.02
0.01
0.46
0.38
0.32
0.21
0.03
0.13
0.47
0.02
0.03
0.1
0.03
0
0
0
0
0
0
0
0
0
0
0
0.68
0.34
0.34
0.34
0.34
95.2
0.34
0.34
0.34
0.34
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
120.5
121
121.5
123.3
121
121.5
122
123.7
0.5
0.5
0.5
0.4
43487
43488
43489
43491
0.01
0.01
0.01
0.01
0
0.1
0.01
0.06
0
0
0
0
0.34
0.34
0.34
0.34
0.01
0.01
0.01
0.01
Page 4 of 6
LS-07-18
Lithology
From
To
Mineralogy
Length
123.88 135.4 11.52
REG
IDAC
Colour: G_G
G
3.35
Alteration:
S
3% DISS
MIN_V
TR STR
BLEBS
Sphalerite:
M
L
CHL
EPI
Upp Ctc:
REG
IAND
Pyrite:
Texture:
Description:
Clasts/Cryst:
"Dacite: Medium grained and equigranular, weak
faint fol; dark green with light pink spots; 25-30%
2-4 mm irregular siliceous grains set in a chl-ser
groundmass; local epi spots; local patches of
siliceous rhy; wk qtz car vn with tr cp clots; diss
py and py wisps in strngrs"
Minor Lithology
132.05 135.4
PNK
From
125
Galena:
Chalco:
To
Width Samp
125.5
0.5
43492
Zn%
0.01
Cu%
0.03
Pb%
0
Ag g/t Au g/t
0.34 0.01
2% FF
BLEBS
Pb%
Ag g/t Au g/t
70
Description:
Clasts/Cryst
Andesite Fragmental: Dark grey
felsic
green with 5-10% angular 0.2-2 cm
felsic fragments and shards set in a
dark aphanitic chl-ser sil groundmass;
2% diss py and as blebs and strngrs;
wk qtz carb veining
Colour: G_G
Texture:
Alteration:
GREY
Foliation:
PHY
Chl
Ser
135.4 147.5 12.1
W
M
Pyrite:
1% DISS
Sphalerite:
REG
FRY
S
Description:
Clasts/Cryst:
Rhyolite: Grey-green and aphanitic; speckled with
10% 1-2 mm chl alt'd mafics /amygdules;
groundmass comprises sil/ser; scattered rounded
1 cm py-filled amygdules as well as strngrf; wk
qtz carb veinlets and fracture fills; unit not as
amygdaloidal as prev rhy but is texturally the
same
Minor Lithology
139.25 143.24
Description:
3.99
STR
Texture:
Alteration:
Upp Ctc:
REG
S
IAND
Colour: G_G
50
PNK
Pyrite:
MASS
W
M
Sphalerite:
Ser
SIL
From
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Clasts/Cryst
Page 5 of 6
LS-07-18
Lithology
From
To
Mineralogy
Length
Amygdaloidal Andesite: Dark grey
and massive/aphanitic with local
clusters of 20% pink silica-ser/chl
zoned irreg 0.5-2.5 cm amygdules
and fragments; diss py within these
vesicles; grdms consists of chl/ser/sil;
lwr ct is shp at 70 tca
Colour: DKG
Texture:
Alteration:
PNK
felsic amygdules
Foliation:
MASS
Chl
Ser
S
W
Pyrite:
3% DISS
BLEBS
Sphalerite:
EOH: 148
Page 6 of 6
H-07-3348
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
6450
3450
508467
5387228
Property
Buchans
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Objective:
Licence
NTS:
-50
320
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
24/10/2002
04/11/2002
A.Hilchey/J.Reeves
27/10/2002
04/11/2002
Exploration Infilling
500
29.9
114
NQ
Buchans
Length:
Casing:
Boxes:
Core Size:
Core Location:
50
153.8
-89.8
101
206.6
-88.6
152
199.3
-83
176
204.2
-82.6
206
203.4
-82.5
250
206.1
-82.1
302
204.3
-81.8
353
202
-81.7
404
201.3
-81.5
452
202.2
-81
500
202.7
-81.4
Test Type
Comments:
H-07-3348
Lithology
From
To
0
29.9
Mineralogy
Length
29.9
OB
Description:
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
29.9
123.22 93.32
IFG
Dacite Fragmental
Colour: DGRN
Texture:
Description:
Dacite Fragmental: Dark grey-green monomictic
volcanoclastic with weak fol'n; weakly sorted
Clasts/Cryst:
15%, 2 - 10 mm felsic qtz grains; 2-5%, 110% rhyolite porphyry frags
Alteration:
PHY
P
S
To
G_G
Width Samp
Zn%
Pyrite:
FOLw
Chl
CARB
Sphalerite:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
H-07-3348
Lithology
From
To
Mineralogy
Length
clasts comprise 15%, 2-10 mm (avg 4 mm),
subrounded clear to orange qtz
amygdules/phenos and 5%, 1-20 cm aphanitic
pink rhyolite fragments that contain vesicles
described above (locally filled with epidote),
dacitic/felsic frags have delicate fluidal to angular
shapes; very fine gr. matrix is moderately
siliceous accompanied by weak pervasive chl; wkmod x-cutting qtz-carb strngrs at 30 tca; tr diss
py, tr spec hem in QC strngrs
Minor Lithology
47
48.15
1.15
Chalco:
Upp Ctc:
REG
MSI
S
From
50
Description:
Clasts/Cryst
Basaltic Sill: Dark-grey to grey green,
calcic, massive and aphanitic; weak
silica and wk-mod chl; wk qtz car
strngrs x-cut at 70 and 30 tca with tr
py and spec; shp ct's
Colour: DKG
Texture:
Alteration:
DGRN
mass
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
From
To
41
41.5
FLT Gouge and badly broken
Foliation:
Apha
Chl
QC
Minor Lithology
50.5
52.72
To
Structure
P
W
2.22
Pyrite:
TR DISS
Sphalerite:
Upp Ctc:
REG
S
MSI
60
Description:
Clasts/Cryst
Basaltic Sill: Dark-grey/black, calcic,
massive and aphanitic; cross-cutting
qtz-carb strngrs at 30 and 70 tca with
tr py and spec; ct's are sharp,
paralleling fol'n and undulating with
faint chills
Colour: DKG
Texture:
Alteration:
mass
Chl
QC
DGRN
Foliation:
Apha
P
W
Pyrite:
TR DISS
Sphalerite:
Page 2 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
Minor Lithology
75.55
76.3
0.75
MSI
Description:
Basaltic Sill: Dark-greyish black,
aphanitic, strongly calcic and
massive; local wk fol'n; sharp
contacts parallel to fol'n of host rock
Colour: DKG
Texture:
Alteration:
Upp Ctc:
REG
S
40
Upp Ctc:
REG
S
30
40
Apha
QC
CARB
Minor Lithology
79.4
80.66
40
Clasts/Cryst
Foliation:
mass
Upp Ctc:
REG
S
W
S
1.26
Pyrite:
Sphalerite:
MSI
Description:
Clasts/Cryst
Basaltic Sill: see description for 75.5576.30 m; upper ct's sharp at 40 and
35 tca, respectively; weak qtz-carb
strngrs
Colour: DKG
Texture:
Alteration:
BLK
mass
Apha
QC
CARB
Minor Lithology
83.4
84.23
Foliation:
W
S
0.83
Pyrite:
Sphalerite:
MSI
Description:
Clasts/Cryst
Basaltic Sill: see description for 75.5576.30 m
Colour: DKG
Texture:
Alteration:
mass
BLK
Foliation:
Apha
QC
W
CARB
S
Pyrite:
Sphalerite:
Page 3 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
Minor Lithology
92
92.44
0.44
Description:
Mafic Dyke: Fine-grained, noncalcareous, massive and aphanitic;
lwr ct shp, cuts fol'n at 50 tca and is
chilled
Colour: G_G
Texture:
Alteration:
Upp Ctc:
REG
S
MDY
45
Clasts/Cryst
Foliation:
mass
Apha
Chl
W
Pyrite:
Sphalerite:
Minor Lithology
95.3
96.7
1.4
Description:
Mafic Dyke: Fine-grained, noncalcareous, massive and aphanitic;
shp but brkn ct's
Colour: G_G
Texture:
Alteration:
mass
Chl
Upp Ctc:
REG
B
MDY
Clasts/Cryst
Foliation:
Apha
W
Pyrite:
Sphalerite:
Page 4 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
Minor Lithology
97.9
102.02
4.12
MSI
Upp Ctc:
REG
S
30
Upp Ctc:
REG
S
40
Description:
Clasts/Cryst
Basalt Dyke: Dark-grey to grey-green,
massive and aphanitic; strongly
calcareous groundmass and wk carb
veining; local finely laminated
foliations; upper ct is shp @30 tca
and parallels foliation, lwr ct is irreg,
truncates fol'n at 25 tca
Colour: DKG
Texture:
Alteration:
G_G
mass
Chl
CARB
Minor Lithology
106
108.25
Foliation:
30
Apha
2.25
W
S
Pyrite:
Sphalerite:
MSI
Description:
Clasts/Cryst
Basalt Sill: Dark-grey, massive and
aphanitic, strongly calcic groundmass
with fine carb strngrs; both ct's shp
and parallel fol'n at 40 tca
Colour: DKG
Texture:
Alteration:
mass
CARB
Foliation:
Apha
P
Pyrite:
Sphalerite:
Page 5 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
Minor Lithology
120.5
122.35
1.85
Upp Ctc:
REG
G
MSI
30
Description:
Clasts/Cryst
Basaltic Sill: Dark-grey green, very
fine-grained, massive and aphanitic;
weak internal fol'n; strongly calcic
groundmass with wk chl overprint; wk
x-cutting hairline carb-filled fractures
at 20 tca; strong fracturing at 30 tca;
upper and lwr ct's shp at 30 and 35
tca respectively and paralleling fol'n
Colour: DKG
Texture:
Alteration:
G_G
mass
30
Apha
CARB
QC
123.22 165.85 42.63
Foliation:
P
W
IV
Pyrite:
Sphalerite:
Foliated Intermediate
Volcanic
REG
G
Colour: DGRN
Texture:
Description:
Clasts/Cryst:
Foliated Intermediate Volcanic: Dark- green to
light grey-green, fine-grained and strongly
foliated; alternating 1 cm laminated coloured
compositional banding; local patches of 0.4 cm
rounded qtz amygdules; weakly siliceous with
moderate to strong pervasive chl overprint with
wk ser banding; planar to crenulated fol'n; 5-10%
carb as x-cutting frac fills and irreg blebs along
fol'n; tr diss py to 144.5 m, 1-10% fine wispy diss
py from 144.5-159.15 m; 158.15-158.95 m, 0.5%
cp, very tr gal and sph; intruded by several
foliation parallel aphanitic mafic basaltic sills
(144.26-144.55 m,145.26-145.83 m)
Minor Lithology
140.05 140.92
0.87
MSI
Description:
Clasts/Cryst
Basalt Sill/Dyke: Green, fine-grained,
massive and aphanitic;calcic and chl
FOLs
Alteration:
Upp Ctc:
REG
S
G_G
Pyrite:
1% DISS
Sphalerite:
TR DISS
Galena:
TR DISS
Chalco:
TR DISS
30
60
Structure
To
From
142.3
142.8
SHR
S
M
BD
CARB
Chl
From
144.55
145.25
145.83
146.8
To
Width Samp
145.25 0.7
43731
145.83 0.58 43732
146.8
0.97 43733
147.8
1
43734
Zn%
0.03
0.03
0.02
0.02
Cu%
0.01
0.02
0.01
0.01
Pb%
0.03
0
0
0.01
Ag g/t Au g/t
1.37
0.68
1.37
1.37
Page 6 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
in gms; carb on fracs that cut over
ct's; ct's shp and parallel fol'n
Colour: GRN
Texture:
Alteration:
Foliation:
mass
Apha
CARB
Chl
Minor Lithology
161.97 165.85
P
P
3.88
Pyrite:
Sphalerite:
Upp Ctc:
REG
S
MSI
55
Description:
Clasts/Cryst
Basaltic Sill: Dark green-grey, very
fine-grained, massive and aphanitic;
stoped xenoliths of underlying unit;
moderately siliceous with a mod perv
chl overprint; moderate
microfracturing filled with carb that
post-dates ct's; shp ct's are parallel to
fol'n @ 55 and 40 tca respectively;
local faulting
Colour: DGRN
Texture:
Alteration:
G_G
mass
147.8
148.8
149.8
150.8
151.8
152.8
153.8
154.85
155.85
156.85
157.65
148.8
149.8
150.8
151.8
152.8
153.8
154.85
155.85
156.85
157.65
158.15
FLT fault breccia with grey- 158.15 158.65
clay heal, ct's at 20 and 158.65 159.15
25 tca resp.
159.15 159.65
1
1
1
1
1
1
1.05
1
1
0.8
0.5
43735
43736
43737
43738
43739
43741
43742
43743
43744
43745
43746
0.02
0.02
0.02
0.01
0.01
0.01
0.02
0.01
0.01
0.02
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.02
0
0
0
0
0
0
0
0
0
0.01
0
0.34
3.42
1.37
3.42
0.34
1.71
1.08
1.08
1.71
2.74
0.34
0.5
0.5
0.5
43747
43748
43749
0.03
0.44
0.02
0.13
0.04
0.01
0.18
0.24
0
9.93
5.14
1.08
Foliation:
Apha
CARB
Chl
165.85 199.95 34.1
Structure
From
To
146.5
GOU 1 cm
Structure
To
From
147.4
147.67
FLT Gouge, fol'n parallel
Structure
To
From
164.93 165.85
M
P
IV
Pyrite:
Sphalerite:
REG
S
Description:
Clasts/Cryst:
Intermediate Volcanics: Dark-green to greenlocal 0.5-4 cm rhy fragments
grey, well foliated; dominantly interbedded
horizons of strongly foliated fine-grained
(tuffaceous-local lapilli tuff) volcanics with lesser:
rhyolitic agglomeratic breccias (0.5-4 cm frags)
and calcite vesicle-rich flows/frags (30 cm); tr py;
moderate carbonate-filled irregular blebs and
fractures; fragments are strained along fabric;
well foliated horizons are identical to the overlying
unit
Colour: DGRN
25
Texture:
Alteration:
FOLs
M
M
G_G
Pyrite:
ST
CARB
Chl
TR DISS
Sphalerite:
Galena:
Chalco:
Page 7 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
169.9
169.91
GOU 1 cm
Structure
To
From
170.15 170.16
GOU 1 cm
199.95 219.6 19.65
REG
FRY
S
Description:
Rhyolite Flows: Light pinkish-grey, very finegrained, massive to weakly foliated with depth;
locally 5% 1 mm qtz phenos; 10% 0.5 cm carbfilled vesicles to 103.30 m; unit is abundant in
carb-healed microfractures; strained fabric
intensifies with depth to a breccia along fol'n; 25% blebby and diss py on microfracs and fol'n;
strongly siliceous and weakly ser; LBB; localized
20 cm brx flowtops.
Colour: PNK
45
Clasts/Cryst:
Texture:
LGTG
FOLw
mass
W
W
Alteration:
Pyrite:
CARB
Ser
From
5% DISS
BLEBS
Sphalerite:
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
206.65
GOU 1 cm
219.6 234.02 14.42
FBX
Felsic Breccia
REG
G
Description:
Clasts/Cryst:
Felsic Breccia: Dark-green to red brown,
1-5 cm felsic fragments
moderately fol'd and intensely strained; healed
with light-green silica and ser to 229.33 m;
remainder of unit comprises 15% angular 1-5 cm
angular carb-altered felsic fragments elongated
along fol'n and locally boudined, mtrx consists of
strong chl and wk patchy sil, and strong patchy
perv hem also conc on clasts and fol'n; this could
be a healed fault?; reactivated flt from 222.55-
Colour: GRN
40
Texture:
Alteration:
FOLm
S
M
PRPL
Pyrite:
ST
CARB
Chl
Sphalerite:
Galena:
Chalco:
Page 8 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
229.25 manifested as locally badly broken zones
with gouge; 1 ft lost core @224.30 m
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
219.6
234.02
FLT healed and reactivated
fault, resembles the
HAG, see litho desc
234.02 300.5 66.48
SCGL
REG
S
Colour: PNK
50
Description:
Clasts/Cryst:
Polylithic Conglomerate: Pinkish-grey to reddish- dominantly cobble-sized rounded to angular
orange, massive to very poorly sorted; clasts
aphan to phyric rhyolitic and mafic volcanics
range from 0.5-30 cm and are well-rounded to
angular in shape, lithologies range from massive
to qtz-phyric aphanitic rhyolites, lesser mafic
volcanics and jasper; several fining upwards
sequences from granule sst to conglom; mtrx
comprises fine to granule sand; str perv sil, buff
pale-green ser on irr fractures; microfracs contain
carb and lesser chl /hem; abundant faulting and
badly broken core; tr py
Texture:
Alteration:
ORG
Pyrite:
mass
S
W
LBB
TR DISS
Sphalerite:
SIL
Chl
Galena:
Chalco:
From
Structure
To
From
239.55 239.85
FLT brkn and gouge
Structure
To
From
246.75 250.2
FLT badly brkn fault with
gouge
Structure
To
From
253.9
FLT >10 cm wide qtz-carb hld
fault breccia
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Page 9 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
Structure
To
From
274.7
GOU 1 cm gouge
Structure
To
From
292
293.6
BB
Structure
To
From
293.15
GOU 2 cm
300.5 335.8 35.3
FRY
REG
S
Description:
Clasts/Cryst:
Feldspar Phyric Hematitic Rhyolite: Dark-red
brown with brick-red microfracture selvages;
10%, 1-5 mm anhedral pink k-spar phenos;
moderately siliceous aphanitic groundmass with a
strong pervasive hem overprint; 1% dissem spec;
carb frac fills @ 45 tca, epidote/ser on fractures;
blocky and locally badly broken; unit often
resembles a hematitic crackle breccia; upper ct
is weakly brecciated and ser hld @ 45 tca, lwr ct
is shp, irreg and chilled
Colour: BRN
45
Texture:
Pyrite:
PHY
Alteration:
Apha
M
W
SIL
CARB
From
TR DISS
Sphalerite:
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
321.8
322.4
BB
Structure
To
From
327.6
329.1
BB
335.8 344.3 8.5
IVBX
REG
Colour: DGRN
G_G
Pyrite:
3% DISS
Page 10 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
S
65
Description:
Clasts/Cryst:
Intermediate Vesicular Volcanic Breccia
0.5-30 cm vesicular clasts
(Agglomerate): Clastic, very poorly sorted, darkgreen and locally bedded; 60%, 0.5-30 cm
aphanitic dark-green strongly vesicular (calcite
filled) angular fragments of intermediate basalt(?);
rare clasts of jasper and pink rhyolite otherwise
monomictic; localized irregular fine-grained
tuffaceous bedding; 3-4% diss py and strngrs,tr
f.g. gal?; moderately chloritic; @342.70 -342.90
m, green f.g. dykelet x-cutting at 40 tca, 10%
clear soft green 2 mm phenos, 5% diss py and
carb vesicles
Sphalerite:
Texture:
Alteration:
M
M
Chl
CARB
From
335.8
336.8
337.8
338.3
338.8
339.8
340.8
341.8
Galena:
Chalco:
To
Width Samp
336.8
1
58851
337.8
1
58852
338.3
0.5
58853
338.8
0.5
58854
339.8
1
58855
340.8
1
58856
341.8
1
58857
342.8
1
58858
342.8 343.55
343.55 344.33
344.33 357.8 13.47
REG
FRY
S
Description:
Felsic Rhyolite: Light-pink to light pinkish green;
5%, 1-3 mm anhedral yellow-green phenos
(unknown mineral, clear, green, soft, not
olivine?); aphanitic silica-kspar groundmass;
crackle brx to 344.90 m; wk diss py, tr diss gal
and sph; tr cp in carb fracs; moderate carb in
microfracs; upper ct is shp @ 45 tca
Clasts/Cryst:
Colour: PNK
45
Texture:
Alteration:
PHY
S
W
LGTG
Apha
SIL
CARB
0.75
0.78
58859
58861
Zn%
0.01
0.02
0.02
0.1
0.04
0.03
0.03
0.06
Cu%
0.01
0.01
0.01
0.02
0.01
0.01
0.01
0.01
Pb%
0
0.01
0.01
0.04
0.01
0.01
0.01
0.02
Ag g/t Au g/t
0.68
1.08
2.05
5.82
4.45
5.14
4.45
3.42
0.09
0.09
0.01
0.03
0.03
0.06
3.42
2.74
Pyrite:
1% DISS
Sphalerite:
TR DISS
Galena:
TR DISS
Chalco:
TR DISS
From To
Width Samp
344.33 345.3
0.97 58862
345.3 346.3
1
58863
Zn%
0.49
0.1
Cu%
0.05
0.01
Pb%
0.31
0.02
Ag g/t Au g/t
116.4
6.85
Page 11 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
357.8 372.4 14.6
IVBX
REG
S
Description:
Intermediate Vesicular Volcanic Breccia
(Agglomerate): Dark to pale-green, poorly sorted
and monomictic; 70% fluidal /delicate to angular
clasts that range in size from 2 mm-70 cm's;
phyric clasts comprise 10% carb-filled vesicles,
10% 1-3 mm anhedral alt'd pyroxenes?(soft,
transparent green and soft), gms is aphanitic, wk
siliceous and mod chloritic; mtrx is strongly
chloritized; tr py in clasts, mod carb on fracs;
bedded towards ct's, lwr ct conformable; 371.45371.98 m, mafic dyke with chilled ct's @ 70 and
75 resp.
Colour: DGRN
45
Clasts/Cryst:
dominantly intermed-mafic carb vesicular
clasts, 2 mm-20 cm that have fluidal to
angular shapes; 5-10% anhedral
unidentified phenos described in above unit
346.3
347.3
348.3
349.3
350.3
351.3
352.3
353.3
354.3
355.3
356.3
347.3
348.3
349.3
350.3
351.3
352.3
353.3
354.3
355.3
356.3
357
1
1
1
1
1
1
1
1
1
1
0.7
58864
58865
58866
58867
58868
58869
58871
58872
58873
58874
58875
0.12
0.02
0.02
0.01
0
0
0.01
0
0.01
0.03
0.01
0.02
0.01
0
0.01
0
0
0
0
0
0
0
0.04
0.02
0.02
0.01
0
0
0.01
0.01
0.02
0.02
0
7.19
357
357.8
0.8
58876
0.01
0
0
1.71
LgtGrn
Pyrite:
S
M
Chl
CARB
FRY
REG
S
Description:
Rhyolitic Breccia: Light greyish green to pink,
60% 1-20 cm subangular rhy clasts; clast size
Galena:
Chalco:
From
357.8
370.95
371.45
372
372.4 376.25 3.85
-1% DISS
Sphalerite:
Texture:
Alteration:
44.2
9.93
3.08
3.08
2.05
3.42
3.08
6.16
4.79
0.68
Clasts/Cryst:
rhyolitic fragments 0.3-5 cm
Colour: LGTG
60
Texture:
Alteration:
PNK
MASS
M
W
SIL
SIL
Ser
To
Width Samp
358.8
1
58877
371.45 0.5
58878
372
0.55 58879
372.4
0.4
58881
Zn%
0.01
0.01
0.02
0.02
Cu%
0.01
0.01
0.02
0.01
Pb%
0
0
0
0
Ag g/t Au g/t
1.08
0.01
0.34
0.34
Pyrite:
5% DISS
Sphalerite:
TR DISS
Galena:
TR DISS
Chalco:
TR BLEBS
Page 12 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
and abundance decreases towards conformable,
gradational contacts as primary bedding is
introduced; 5% fine diss py as wisps dominantly
in the fine mtrx; tr sph and gal in rhy clasts, cp
splashes in upper 10 cm; tr carb in fracs;
From
372.4
372.9
373.9
374.9
375.6
376.25 392.98 16.73
SCGL
REG
S
Colour: PNK
55
Description:
Clasts/Cryst:
Polymictic Conglomerate: Light pink-orange grey, pebble to cobble-sized
massive and moderately sorted to poorly sorted;
interbedded sst horizons; clasts pebble to cobblesized, subrounded to angular and comprise pink
rhyolite, qtz and lesser mafic volcanic; local
bedding ranges from 50-60 tca; pervasive
moderate silicification; conformable ct's
Texture:
Alteration:
LGTG
mass
SIL
CARB
Structure
To
From
386.78 387.13
FLT Fault Zone with gouge
392.98 500
107.02
SSST
REG
S
Description:
Clasts/Cryst:
Sandstone: Fine-medium grained, grey to pinkishorange; well sorted massive beds with local
bedding planes at 45 tca; locally interbedded
pebble conglomerates; pervasive silicification
with wk carb on fracs; locally BB. Locally minor
argilliceous banding with traces of carbonaceous
material with graphic material along fracture
surfaces. Thin beds (@ 478.51m) at 70 deg to ca,
exhibiting graded bedding with tops up. Faulting
Colour: PNK
55
Texture:
Alteration:
mass
P
W
Zn%
0.55
0.21
0.09
0.17
0.31
Cu%
0.09
0.02
0.01
0
0.01
Pyrite:
SIL
P
W
To
Width Samp
372.9
0.5
58882
373.9
1
58883
374.9
1
58884
375.6
0.7
58885
376.25 0.65 58886
SIL
CARB
TR DISS
Galena:
Chalco:
Zn%
0.24
0
Pyrite:
SIL
Ag g/t Au g/t
3.08
0.68
0.68
1.08
2.05
Sphalerite:
From To
Width Samp
376.25 376.75 0.5
58887
376.75 377.75 1
58888
GREY
Pb%
0.17
0.01
0
0.02
0.02
Cu%
0.01
0
Pb%
0.07
0
Ag g/t Au g/t
0.68
0.01
TR DISS
Sphalerite:
Galena:
Chalco:
Page 13 of 14
H-07-3348
Lithology
From
To
Mineralogy
Length
at 474.50 - 475.01m (fractured and rehealed),
480.83 - 480.93m ( broken core), 482.84 484.79m (broken core).
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
411.8
411.95
FLT Broken with gouge
EOH: 500
Page 14 of 14
H-07-3349
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
6350
3450
508532
5387310
Property
Buchans
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Objective:
Licence
NTS:
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
-50
320
Springdale Forest
04/11/2002
13/11/2002
J.Reeves
05/11/2002
13/11/2002
Length:
Casing:
Boxes:
Core Size:
Core Location:
500
38.5
115
NQ
Buchans
51
199.5
-88.7
102
199.3
-88.5
150
205.8
-88.8
201
222.1
-88.5
249
214.7
-88.3
300
234.6
-88.3
351
248.7
-88.5
402
237.6
-88.3
450
240.1
-87.9
500
250.3
-88.2
Test Type
Comments:
H-07-3349
Lithology
Mineralogy
From
To
Length
0
38.48 38.48
OB
Description:
Clasts/Cryst:
Overburden - Glacial till with with boulders up to
2 - 3 m diameter and numerous smaller diameter
boulders. Vert difficult to set casing due to bit
wear and caving.
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
38.48 45.42 6.94
FCGL
REG
Colour: PNK
DGRN
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
H-07-3349
Lithology
From
To
Mineralogy
Length
B
Texture:
Description:
Clasts/Cryst:
Intermediate conglomerate - Pink to dark green
rhyolite conglomerate with minor felsic fragments.
Fragments commonly <3-4 cm and rarely up to
10 cm diameter. Core is badly broken (faulted)
with hematite, calcite and minor epidote. Qtz
fragments <1 cm dia.
BB
Sphalerite:
Galena:
Alteration:
Chalco:
From
45.42 74.77 29.35
TEC
MBST
Colour: DKG
B
Texture:
Description:
Clasts/Cryst:
Intermediate volcanic - Dark grey with black fine
grained phenocrysts and amygdules of calcite.
Calcite also filling fractjures along with minor
epidote. Core is badly broken (faulted) with
hematite staining to 47m. Upper contact is
faulted. Fractures commonly at 70 deg to ca.
Fault at 51.87 - 52 98 m with broken rock< gouge
and calcite.
20.53
APHA
Description:
Clasts/Cryst:
Rhyolite Flow - Pink to light green, fine grained.
Rhyolite
Weakly siliceous. Upper contact at 20 deg to ca.
Core is badly broken (faulted) from 77.60 - 79.10
and 84.75 - 89.00 m. Rx is rehealed fRom 84.75 87.30 m.
Description:
5.65
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Galena:
Colour: PNK
20
Texture:
To
G_G
Width Samp
Zn%
Pyrite:
Apha
Sphalerite:
Galena:
Alteration:
Chalco:
Upp Ctc:
TEC
B
FCGL
Cu%
Chalco:
S
Minor Lithology
79.1
84.75
Zn%
Sphalerite:
Alteration:
REG
FRY
Width Samp
Pyrite:
From
74.77 95.3
To
From
To
Width Samp
Zn%
Clasts/Cryst
Page 2 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
Rhyolite Conglomerate - Pink to
maroon rhyolite and red jasper
fragments in a grey green matrix.
Fragments are primarily rhyolite and
jasper up to 10 cm dia and angular.
Rx is broken. Smaller (<1 cm) qtz and
lithic fragments also present.
Colour: PNK
Texture:
PRPL
Foliation:
BB
Pyrite:
Alteration:
Sphalerite:
SIL
95.3
Rhyolite
103.28 7.98
REG
FCGL
S
Colour: G_G
20
Description:
Clasts/Cryst:
Rhyolite Conglomerate - grey green - dark green Rhyolite
matrix with rhyolite fragments grading to maroon.
Over printed with white carbonate <2mm dia.
Weakly siliceous but more siliceous in the
maroon intervals. Slightly chloritic. Upper contact
at 20 deg to ca.
GRN
Pyrite:
Sphalerite:
Texture:
Alteration:
P
Chl
SIL
From
103.28 124.29 21.01
TEC
FCGL
S
Description:
Clasts/Cryst:
Polylithic Conglomerate - Brown grey with 1-5 cm
dia fragments of rhyolite, basalt and tuff. Upper
contact is broken but at 80 deg to ca. Fractures
commonly at 80 deg to ca. Hematite stain within
30 cm of upper contact. Clast sizes increase with
depth.
Minor Lithology
108.43 114.2
5.77
Description:
Lithic Conglomerate - Grey with 1-2
Clasts/Cryst
Tuffaceous
PNK
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
0
0
0
0
Pb%
0.01
0.01
0.01
0.01
Ag g/t Au g/t
1.08
0.34
0.34
1.71
Pyrite:
Sphalerite:
Texture:
Alteration:
W
SIL
Galena:
Chalco:
Upp Ctc:
REG
G
FCGL
Colour: GREY
80
Galena:
From
107.63
108.43
108.93
109.43
To
Width Samp
108.43 0.8
58889
108.93 0.5
58891
109.43 0.5
58892
109.93 0.5
58893
Zn%
0.02
0.02
0.02
0.01
Page 3 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
cm diam fragments of primarily
tuffaceous material with occasional
rhyolite fragments. Upper contact is
gradational. Trace of diseminated
pyrite.
Colour: GREY
109.93
110.43
110.93
111.43
111.93
112.43
112.93
113.43
113.93
114.3
Foliation:
Texture:
Pyrite:
Alteration:
TR DISS
Sphalerite:
124.29 150.62 26.33
REG
IBX
S
Description:
Rhyolite breccia - Grey green to pink; grey green
matrix with pale pink to pink rhyolite fragments
and rare basalt and tuff fragments. Occasional
qtz clasts and carbonate over printing. Rx is
weakly siliceous. Trace of calcite along fracture
surfaces. Upper contact at 70 deg to ca. Tr
diseminated pyrite. Faulting with broken rock at
128.43-128.82 and 138.97-139.58 m. Jasper
cobbles (10cm) from 149.40-150.00 m.
Clasts/Cryst:
RhyolIte
Colour: G_G
70
PNK
FCGL
TEC
B
Description:
Clasts/Cryst:
Rhyolite - Pink to maroon, fine grained with qtz
Rhyolite
feldspar phenocrysts. Rare pink rhyolite
fragments (<3 cm). Fractures commonly at 60
deg to ca. Tr of epidote along fractjure surfaces.
Rx is badly broken from 150.00-152.67 m, 155.90157.45 m, 160.00-161.20 m, 163.11-164.78 m.
Upper contact is broken. Rx is siliceous.
W
Colour: PNK
SIL
CARB
0.01
0.01
0.02
0.01
0.02
0.01
0.01
0.01
0.01
0.01
0
0.01
0
0
0
0
0
0
0
0
0.01
0.02
0.01
0
0.01
0
0
0
0
0
1.08
1.37
1.37
1.37
1.08
1.37
0.68
0.01
1.71
1.71
TR DISS
Galena:
Chalco:
To
PRPL
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Sphalerite:
Texture:
Alteration:
58894
58895
58896
58897
58898
58899
58901
58902
58903
58904
Sphalerite:
Texture:
Alteration:
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.37
0.48
Pyrite:
From
150.62 173.74 23.12
110.43
110.93
111.43
111.93
112.43
112.93
113.43
113.93
114.3
114.78
W
SIL
CARB
From
Galena:
Chalco:
To
Width Samp
Zn%
Page 4 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
173.74 210.52 36.78
REG
FCGL
S
Colour: GREY
60
Description:
Clasts/Cryst:
Polylithic Conglomerate - Grey to dark grey with Rhyolite
fragments of pink rhyolite and grey to dark grey
basalt and tuff. Rare lithic fragments containing
<1% disseminated pyrite. Qtz grains throughout.
Upper contact at 60 deg to ca. Rare bedding at
70 deg to ca. Thin tuffaceous beds (<10 cm) at
187.63 m and at 189.14 m. Weak chlorite and
carbonate alteration. Thin calcareous filling along
some fracture surfaces. Tr of disseminated pyrite.
Blebs (<0.5) cm of pyrite (<1%) in basal 50 cm of
unit.
DKG
Pyrite:
Sphalerite:
Texture:
Alteration:
W
SIL
CARB
From
210.52 214.6 4.08
REG
IT
S
Description:
Tuff - Beige to light grey, fine to occasionally
medium grained. Bedding at 60 degrees to ca.
Upper contact at 20 degrees to ca.
Colour: BGE
20
Clasts/Cryst:
Texture:
Alteration:
IRY
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Apha
Sphalerite:
W
SIL
Galena:
Chalco:
REG
S
Description:
Clasts/Cryst:
Rhyolite - Pink, occasionally grading into light
green and rare maroon. Aphanitic with occasional
phenocrysts of feldspar. Rx is broken from 225 235 m, 250.770 - 253.43 and 284.50 - 284.99.
Faulting at 300.40 - 301.30 m (with indications
that part of the zone was rehealed) and at
319.41 - 319.52 m with gouge. Fractures
commonly at 60 deg to ca but also at 30 deg to
ca. Traces of epidote along some fractures.
Galena:
GREY
From
214.6 321.99 107.39
TR DISS
Colour: PNK
60
Texture:
Alteration:
LgtGrn
Width Samp
Zn%
Pyrite:
Apha
W
To
Sphalerite:
SIL
Galena:
Chalco:
Page 5 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
From
321.99 351.67 29.68
FCGL
REG
S
Colour: PNK
70
Description:
Clasts/Cryst:
Rhyolite Conglomerate - Pink rhyolite fragments Rhyolite
with lesser amounts of dark grey basalt and grey
tuff in a dark grey matrix. Fragments up to 4-5
cm but decreasing in size with depth, especially
below 333 m where the sequence grades into
interbedded coarse grey sandstone with rhyolite
fragments. Upper contact is at 70 deg to ca.
Fractures commonly at 70 deg to ca. Indications
of minor movement and poorly developed gouge
from 337.09 - 337.63 m. Rare bedding at 60 deg
to ca. Tr of finely diseminated pyrite in the matrix.
GREY
MBST
TEC
S
W
QC
Pb%
Ag g/t Au g/t
TR DISS
Galena:
10
To
Width Samp
Zn%
Colour: DGRN
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
Chalco:
From
FSST
Cu%
Chalco:
Description:
Clasts/Cryst:
Basalt - Dark green grey basalt with dark green
phenocrysts (<0.5 cm). Upper contacted is
faulted at 10 deg to ca and rehealed with qtz/carb
veining over 45 cm. Occasionally amygdules .
Core is badly broken from 354.90 - 356.10 m.
Occasional thin (<0.5 cm) qtz/carb veins
randomly cutting core. Tr of finely diseminated
pyrite.
401.04 406.76 5.72
Zn%
Sphalerite:
Texture:
Alteration:
Width Samp
Pyrite:
From
351.67 401.04 49.37
To
TEC
Colour: PNK
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Page 6 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
S
60
Description:
Clasts/Cryst:
Sandstone - Pale pink, medium to coarse grained Rhyolitic sandstone
with rhyolite, quartz and lithic fragments. Upper
contact is at 60 deg to ca. Fractures commonly at
80 deg to ca.
Minor Lithology
403.97 405.2
1.23
Upp Ctc:
TEC
S
MDY
Description:
Mafic Dyke - Grey green, fined
grained. Rock is broken. Upper
contacr at 45 deg to ca. Similar dyke
at 404.83 - 404.93 m and dyke
material along the sides of the core
at 405.20 - 405.30 m.
Colour: GREY
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
45
Clasts/Cryst
Foliation:
Texture:
Pyrite:
Alteration:
Sphalerite:
406.76 434.52 27.76
FCGL
TEC
S
Description:
Clasts/Cryst:
Felsic Conglomerate - Pink to grey, medium to
Rhtolite
coarse grained sandstone with conglomeritic
intervals containing fragments up to 12 cm
diameter. Grains are primarily rhyolite with lesser
amounts of tuff, basalt and granite. Upper
contact is soft indicating minor shearing. Minor
chlorite alteration. Fractures commonly at 60 deg
to ca. Interval is comprized of two fining upwards
sequences from 406.76 - 430.95 and 430.95 434.52 m. Rare graded bedding indicating " tops
up".
Colour: PNK
GREY
Pyrite:
Sphalerite:
Texture:
Alteration:
W
SIL
Chl
From
Galena:
Chalco:
To
Width Samp
Zn%
Page 7 of 8
H-07-3349
Lithology
From
To
Mineralogy
Length
434.52 438.01 3.49
REG
FT
S
Description:
Clasts/Cryst:
Felsic Tuff - Grey, fine grained. Upper contact at Rhyolite
90 deg to ca. Poorly developed bedding at 70 deg
to ca. Occasional thin beds ( 1-2 cm) of medium
grained tuff. Wisps of carbonaceous material in
core.
90
Colour: GREY
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
438.01 500
61.99
REG
FCGL
G
Description:
Felsic Conglomerate - Pink, generally medium
grained with coarser fragments up to 12 cm
diameter. Fragments are comprized of rhyolite,
tuff, basalt and granite. Occasional quartz grains
and rare jasper fragments. Fractures commonly
at 60 - 70 deg to ca. Thin quartz/carbonate veins
(<0.5 cm) at randon zangles to ca. Poorly
developed bedding at 60 deg to ca. Interval
contains several fining upward sequences.
SilIficed and bleached along fractures at 483.30,
484.78, 485.55, 492.00, 492.75 and 493.45.
Clasts/Cryst:
Rhyolite
To
Width Samp
Zn%
Colour: PNK
Pyrite:
Texture:
Sphalerite:
Alteration:
T
QC
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Galena:
Chalco:
From
To
Width Samp
Zn%
EOH: 500
Page 8 of 8
H-07-3350
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
6050
3450
508782
5387505
Property
Buchans
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
Objective:
Licence
NTS:
-55
270
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
14/11/2002
23/11/2002
J.Reeves/A.Hilchey
14/11/2002
24/11/2002
550
44
121
NQ
Buchans
Length:
Casing:
Boxes:
Core Size:
Core Location:
52
104.9
-89.3
101
168.9
-89.5
152
169.5
-89.5
200
138.9
-89.6
251
161.2
-89.4
302
159
-88.8
350
195.1
-89.3
401
183.2
-89.2
450
187.1
-88.8
500
187.1
-88.3
550
192.2
-88
Test Type
Comments:
H-07-3350
Lithology
Mineralogy
From
To
Length
0
42
42
OB
Description:
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
42
55.05 13.05
Colour: G_G
FCGL
Texture:
Description:
Felsic Breccia/Conglomerate: Brownish-red and
dark greenish-grey; 70% angular to minor well-
Clasts/Cryst:
70% 1 cm -30 cm angular to lesser wellrounded clasts
Alteration:
MF
W
W
PNK
To
Width Samp
Zn%
Pyrite:
SIL
CARB
EPI
Sphalerite:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
H-07-3350
Lithology
From
To
Mineralogy
Length
rounded red-brown 1-30 cm granitic clasts, lesser
fragments of aphanitic pink rhyolite and crimson
jasper; poorly sorted granule-sand fill; creampistachio green epidote on fracturing; wk carb on
micro-fractures; blocky core; broken lwr ct
Chalco:
From
55.05 62.8
7.75
MDY
TEC
Colour: GRN
B
Texture:
Description:
Clasts/Cryst:
Faulted Mafic Dyke: Dark-green, massive and
aphanitic, strong chl overprint with 5% 1 mm
black pyroxene phenos; scattered 1-20 cm hemhealed breccias @30-50 tca; 3 cm healed breccia
at lwr ct at 50 tca; 57.30 -62.80 m, strong
hematite -healed brecciated fault with irreg.
fragments of calcite-vesicular dyke/flow?, broken
reactivated zones of broken core and gouge,
upper flt ct is shp @ 50 tca, lwr ct is shp/brx and
is epidote healed
Alteration:
BRN
Apha
MASS
P
71.4
8.6
FCGL
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Chl
Sphalerite:
Galena:
Chalco:
From
62.8
To
TEC
S
Colour: LgtGrn
60
Description:
Clasts/Cryst:
Sheared Felsic Breccia/Conglomerate: Light60% 1-30 cm angular to subrounded red
green to green, 60% angular to subrounded 1-30 granite, pink rhyolite and porph dacite
cm red granite and green dacite porphyry clasts
with lesser pink rhy fragments, also scattered
crimson chert frags; matrix comprises granule
sand fill; entire unit has been sheared with
secondary fragmentation and chl/epi alt'n; this
unit looks similar to the above unit; carb on
microfractures
Texture:
Alteration:
To
PNK
Zn%
Pyrite:
FOLw
M
W
Width Samp
TR DISS
Sphalerite:
Chl
EPI
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Page 2 of 9
H-07-3350
Lithology
Mineralogy
From
To
Length
71.4
84.35 12.95
REG
IDAC
S
Colour: G_G
80
Description:
Clasts/Cryst:
Fragmental Dacite Flows: Dark-grey green to
fragmental qtz-phyric dacite frags to 84.35 m
green, 15-20% 2-3 mm anhedral qtz phenocrysts
set in a grey green to dark-green aphanitic
silica/lesser chl groundmass, moderate pervasive
chl-overprint; unit contains fragmental horizons
(flow brx's) 20-60 cm thick , frags are angular and
set in an aphyric sil/ser grdms; majority of the unit
is coherent; wk carb on microfractures; brkn lwr ct
and shp conf upper ct
Texture:
Alteration:
GRN
Pyrite:
PHY
Sphalerite:
P
M
Chl
SIL
Galena:
Chalco:
From
84.35 113.95 29.6
REG
IDY
Colour: G_G
B
Texture:
Description:
Clasts/Cryst:
Intermediate Dyke: Greenish-grey with weak
pinkish hue, massive and aphanitic, moderately
siliceous (pink k-spar) with a perv chl overprint;
5% 1-10 mm black chl and carb filled vesicles; wk
carb in groundmass; tr py blebs wk carb
fracturing chill margins and cross-cuts lwr rhyolite
porphyry
Alteration:
mass
P
REG
FRY
S
Description:
Hematitic Feldspar-Phyric Rhyolite: Red-brown,
10% 1-3 mm euhedral to anhedral feldspar
phenocrysts set in a strongly siliceous hematitic
aphanitic groundmass; carb and epidote on
moderate microfracturing; locally badly broken
Clasts/Cryst:
To
PNK
Apha
Chl
CARB
Texture:
Alteration:
PHY
S
W
Zn%
Cu%
Pb%
Ag g/t Au g/t
TR BLEBS
Sphalerite:
Galena:
Chalco:
To
Colour: BRN
40
Width Samp
Pyrite:
From
113.95 124.55 10.6
TR DISS
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
mass
SIL
CARB
From
Sphalerite:
Galena:
Chalco:
To
Width Samp
Zn%
Page 3 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
124.55 136.9 12.35
FCGL
REG
S
Colour: GRN
70
Description:
Clasts/Cryst:
Felsic Conglomerate: Grey-green but locally pink felsic rhyolite and granite fragments as well
and reddish brown, sedimentary; 50% felsic
as qtz-phyric dacite frags described at 80 m
/intermediate qtz and feldspar phyric fragments
as well as lesser pink rhyolite fragments; clasts
are angular to subrounded; gradational local
horizons of bedded normally graded sandstones
with floating clasts; crimson jasper-rich horizons;
unit is moderately silicified with patchy pervasive
chl and lesser hem overprint; sst hosted 3% diss
py from 130.45-132.15 m
Pyrite:
PNK
Sphalerite:
Texture:
Alteration:
M
M
SIL
Chl
Galena:
Chalco:
From
129.4
130.4
131.2
132.1
136.9 226.6 89.7
FRY
REG
S
Colour: LgtGrn
60
Description:
Clasts/Cryst:
Felsic Rhyolitic Breccia: Orange-pink, patchy
rhyolite fragmental horizons, 0.5-10 cm
pervasive lime-green, grey-green in colour,
clasts that are angular to subrounded
aphanitic with local wk shr'd fabric; unit is
dominated by green-grey rhyolite fragmental
horizons that are moderately silicified, mod to str
sericitized and weakly chloritized; clast supported
frags are 0.5-10 cm dia, angular to subang and
have pnk silicified rims, and are aphan to qtzphyric; unit also comprises alternating 2-5 m
massive/aphan orange-pnk strongly silicified
flows (1-2 mm qtz phenos), local fine flow
banding at 50 tca; broken reactivated fault zone
from 192.60-201.60 m; tr diss py; fragmental
horizons are likely pyroclastic flow tops '
1% DISS
Texture:
Alteration:
To
Width Samp
130.4
1
58905
131.2
0.8
58906
132.1
0.9
58907
133.1
1
58908
PNK
Zn%
0.01
0.03
0.03
0.01
Cu%
0
0.01
0.01
0
Pyrite:
mass
Apha
S
SIL
M
Ser
Pb%
0
0.01
0.01
0
Ag g/t Au g/t
0.68
3.42
2.05
0.68
TR DISS
Sphalerite:
Galena:
Chalco:
From
214.6
215.6
216.6
To
Width Samp
215.6
1
58909
216.6
1
58911
217.6
1
58912
Zn%
0
0.02
0.01
Cu%
0
0
0
Pb%
0
0
0.01
Ag g/t Au g/t
0.68
0.68
4.79
Page 4 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
217.6
218.6
219.6
220.6
221.6
222.6
223.6
224.6
225.6
226.1
226.6 233
6.4
REG
FRY
S
Description:
Rhyolite Flow: Light-pink in colour, massive and
aphanitic, local ghosted feldspars; strongly
silicified with local wk green patchy sericite;
scattered irreg 0.5 cm gal (up to 1%) stringers
and fracture fills containing lesser f.g. sphalerite,
py and tr cp; upper 40 cm is a fragmented
hyaloclastite; shp wkly shr'd upper ct at 20 tca,
lwr ct is shp but irreg @ 50 tca
233
256.47 23.47
IVBX
Clasts/Cryst:
Colour: PNK
20
Texture:
Alteration:
REG
1
1
1
1
1
1
1
1
0.5
0.5
GREY
mass
Apha
S
W
Colour: G_G
218.6
219.6
220.6
221.6
222.6
223.6
224.6
225.6
226.1
226.6
SIL
Ser
GRN
58913
58914
58915
58916
58917
58918
58919
58921
58922
58923
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.03
0.12
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0
0
0
0
0
0.01
0.01
0.06
2.05
2.05
2.05
0.68
1.37
1.08
1.37
4.11
5.82
25
Pyrite:
<1% DISS
STR
Sphalerite:
<1% STR
vfg
Galena:
-1% STR
DISS
Chalco:
TR DISS
From
226.6
227.1
227.6
228.1
228.6
229.1
229.6
230.1
230.6
231.1
To
Width Samp
227.1
0.5
58924
227.6
0.5
58925
228.1
0.5
58926
228.6
0.5
58927
229.1
0.5
58928
229.6
0.5
58929
230.1
0.5
58931
230.6
0.5
58932
231.1
0.5
58933
231.6
0.5
58934
Zn%
1.74
0.74
0.34
1.16
0.32
0.27
0.75
0.7
0.33
0.02
Cu%
0.04
0.02
0.01
0.03
0.01
0.01
0.02
0.01
0.01
0
Pb%
0.66
0.3
0.12
0.41
0.08
0.17
0.43
0.33
0.12
0.01
Ag g/t Au g/t
231.6
232.1
232.1
233
0.04
0.01
0
0
0.02
0.01
10.3
3.08
0.5
0.9
58935
58936
65.8
28.8
8.9
28.4
10.6
53.1
55.5
38.4
22
4.79
Pyrite:
Page 5 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
S
Description:
Feldspar-Phyric Dacitic Fragmental: Grey-green
to green; 10-50%, 0.5-10 cm green angular to
rounded dacitic fragments comprising 5% 1-2 mm
euhedral feldspar phenos and 10% 2-3 mm qtz
carb-filled vesicles? in aphan grndms; f.g.
ser/sil/chl olive green matrix with qtz-carb
vesicles; lwr 2 m contains 2-10 cm rhy fragments
from underlyling unit; local intermixed rnd'd rhyl
frags; graded lwr ct
50
Clasts/Cryst:
horizons with 1-5 cm angular to subrounded
qtz-carb phyric intermediate clasts and
lesser pink rhyolite frags that increase with
depth
Texture:
Alteration:
mass
PHY
M
M
Chl
Ser
Galena:
Chalco:
From
233
234
256.47 285.77 29.3
FRY
REG
Colour: PNK
G
Description:
Rhyolite Flows: Pink, aphanitic and massive,
locally contains feldspar phenocrysts; alternating
rhyolite breccia/hyaloclastic horizons and
coherent flows; flows are very fine-grained, pink,
strongly silicified and have graded fragmental
contacts; rhy brx zone from 263.45-271.00 m,
frags are 0.5-20 cm diam, subang with chl/ser
alt'd rims and f.g chl/ser matrix; wk qtz-carb on
microfractures and chl on selvages
Texture:
Clasts/Cryst:
0.5-20 cm pink rhyolite fragmental horizons
Alteration:
MFG
REG
S
Aphy
S
P
Description:
Clasts/Cryst:
Vesicular Basaltic Fragmental: Pale-green with
0.5-40 cm angular to rare subrounded
patchy green and minor red-brown hem stain; 60- pumice fragments
70% 0.2-40 cm angular vesicular basalt bombs
and lapilli sized frags with irreg delicate
boundaries, comprising pale green to grey,
fragment supported in a sausaurite mtrx; frags
often contain pale saus't alt'n rims; MNZN- Gal
Texture:
Alteration:
SIL
Ser
Zn%
0.01
0.01
Cu%
0
0
Ag g/t Au g/t
0.68
0.01
TR DISS
Sphalerite:
Chalco:
PHY
Ser
Chl
Pb%
0
0
Galena:
GRN
MOT
S
M
Width Samp
1
58937
1
58938
Pyrite:
mass
Colour: LgtGrn
60
To
234
235
LgtGrn
From
285.77 343.75 57.98
Sphalerite:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
TR DISS
Sphalerite:
TR DISS
Galena:
TR BLEBS
Chalco:
TR DISS
FF
Page 6 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
manifested as scattered blebs in fracs and
vesicles with late qtz carb phase and tr sph and
cpy, tr py is also common in frags and strngrs,
338.70-342.10 m contains scattered gal clots;
mtrx locally comprises crimson jasper; fragments
have not travelled far from source; local strong
shearing from 334.70-338.15 m and 342.90343.75 m at 15 tca
From
305.65
306.65
307.65
To
Width Samp
306.65 1
58939
307.65 1
58941
308.65 1
58942
Zn%
0.01
0.04
0.02
Cu%
0
0
0
Pb%
0.01
0.03
0.02
Ag g/t Au g/t
2.4
1.08
0.68
308.65
309.65
310.65
311.65
312.65
313.15
314.15
315.15
316.15
317.15
309.65
310.65
311.65
312.65
313.15
314.15
315.15
316.15
317.15
318.15
1
1
1
1
0.5
1
1
1
1
1
58943
58944
58945
58946
58947
58948
58949
58951
58952
58953
0.02
0.01
0
0.03
0.74
0.01
0.01
0.02
0.01
0.01
0
0
0
0
0.02
0
0
0
0
0
0.02
0.01
0.01
0.06
0.14
0.02
0.01
0
0
0
4.45
2.74
2.74
3.42
7.19
2.74
1.37
0.34
1.37
0.68
318.15
319.15
320.15
321.15
322.15
322.65
323.65
324.65
325.65
326.45
326.95
319.15
320.15
321.15
322.15
322.65
323.65
324.65
325.65
326.45
326.95
327.95
1
1
1
1
0.5
1
1
1
0.8
0.5
1
58954
58955
58956
58957
58958
58959
58961
58962
58963
58964
58965
0.01
0.02
0.03
0.05
0.61
0.03
0.02
0.35
0.04
0.25
0.02
0
0.01
0.01
0.01
0.03
0
0.01
0.03
0.01
0.02
0.01
0
0
0.02
0.02
0.21
0.01
0
0.15
0.02
0.13
0.01
2.05
2.4
3.42
3.42
3.77
1.71
1.37
2.05
1.71
2.05
0.01
327.95
338
338.5
339
340
328.95
338.5
339
340
341
1
0.5
0.5
1
1
58966
58967
58968
58969
58971
0.11
0.02
0.02
0.02
0.02
0.01
0
0.01
0.01
0.01
0.04
0
0.03
0
0
0.68
0.34
0.34
1.08
0.34
Page 7 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
341
342
342.5
343.75 351.8 8.05
REG
FDY
S
Colour: PNK
25
Description:
Clasts/Cryst:
Feldspar-Phyric Felsic Dyke: Pinkish red-brown in 5% 1-2 mm feldspar phenos
colour, 5% 1-2 mm euhedral feldspar phenos,
aphanitic strongly silicified groundmass; shp xcutting ct's with strong chill margins
Texture:
Alteration:
S
PHY
Apha
S
Colour: GRN
20
Description:
Clasts/Cryst:
Vesicular Basalt: Green to pale-green in colour,
local 1-10 m horizons of 0.5-20 cm fluidal
vesicular, porphyritic, locally fragmental; 2-5%
basaltic frags (hyaloclastites)
concentrated horizons of irreg to rounded white
and red carb filled vesicle flow tops; 5% 2-3 mm
chl-alt'd feldspar phenos; aphanitic chl
groundmass; flow ct's range from 30-40 tca;
vesicular basalt fragmental horizons; local tr gal
blebs in qtz carb strngrs and spots with tr cpy; 1%
diss py; irreg qtz-carb filled fracs
Minor Lithology
367.15 383.1
Upp Ctc:
REG
S
15.95 MFG
50
Description:
Clasts/Cryst
Vesicular Basaltic Fragmental: Same
0.5-40 cm vesicular phyric fragmental basalt
description as 285.87-343.75 m; local
shearing
Colour: GRN
Texture:
Alteration:
LgtGrn
58972
58973
58974
0.03
0.22
0.01
0.01
0.02
0.01
0.08
0.47
0.01
1.08
2.05
1.37
SIL
Cu%
Pb%
Ag g/t Au g/t
Sphalerite:
Galena:
Chalco:
REG
MBST
1
0.5
0.5
Pyrite:
From
351.8 413.8 62
342
342.5
343
Texture:
Alteration:
Width Samp
Zn%
Pyrite:
LgtGrn
1% DISS
Sphalerite:
PHY
S
M
To
Chl
Ser
From
361.5
362
362.5
396.5
397
397.5
Galena:
TR BLEBS
Chalco:
TR DISS
To
Width Samp
362
0.5
58975
362.5
0.5
58976
363
0.5
58977
397
0.5
58978
397.5
0.5
58979
398
0.5
58981
Zn%
0.05
0.03
0.02
0.03
0.04
0.02
Cu%
0.01
0.01
0.01
0.01
0.01
0.01
Pb%
0.03
0.05
0.02
0.01
0.08
0.01
FF
Ag g/t Au g/t
1.08
1.71
2.74
2.4
2.74
0.34
Foliation:
PHY
Chl
Ser
S
M
Pyrite:
1% DISS
Sphalerite:
Page 8 of 9
H-07-3350
Lithology
From
To
Mineralogy
Length
413.8 456.4 42.6
MBX
REG
S
Description:
Polylithic Mafic-Intermediate Breccia (Debris
Flow): Grey-green to dark green, comprises 6080% poorly sorted frags (see clast descrip); clasts
are dominantly carb vesicular - chl phyric aphan
int dacites (largest frags) and black aphan bslt's
with lesser rhy and vesicular bslt; fragments are
angular, 0.5->40 cm (avg 3 cm); 0.1-2 cm dark
green/blk bslt frags dominate the matrix
accompanied by fine-grained chl, wk-sil; clast to
matrix
Colour: G_G
40
Clasts/Cryst:
60% fragments, 4 clast types: 1) 35% greengrey-pink angular fluidal aphanitic 1->40 cm
(avg. 4 cm) dacitic fragments (mod sil),
commonly comprising irreg 2-5 mm carb
vesicles as well as 5% 1-3 mm soft clear
green chl alt'd phenos/vesic?; 2) scattered
black calcite-vesicular basalt (rnd and
uniform) to 434.60 m; 3) rare 0.5 -2 cm
angular pink rhyolite frags with dusty py, rhyl
frags increase in abundance to 2%/clasts
after 440 m; 4) 20% 0.1-2 cm angular blackgreen mafic frags
Pyrite:
GRN
Sphalerite:
Texture:
Alteration:
1% DISS
S
M
Chl
CARB
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
EOH: 550
Page 9 of 9
H-07-3351
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Property
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
512400
5408600
GPS
Flexit
-90
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
24/11/2002
03/12/2002
J. Reeves
25/11/2002
03/12/2002
Length:
Casing:
Boxes:
Core Size:
Core Location:
500
10
120
NQ
Buchans
Buchans
Objective:
Licence
NTS:
51
52.9
-89.7
102
9.8
-88.8
150
343.4
-89.5
201
282.6
-89.2
252
288.9
-89
300
306.1
-89.2
351
274.7
-88.7
402
255.4
-89
450
283.3
-88.8
507
263.4
-88.9
Test Type
Comments:
H-07-3351
Lithology
Mineralogy
From
To
Length
0
9.5
9.5
OB
Description:
Overburden - Peat and glacial till
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
9.5
61.7
52.2
IDAC
Description:
Clasts/Cryst:
Dacite - Dark grey green massive with quartz
phenocrysts and rarely quartz eyes. Occasionally
amygdaloidal. Very siliceous with moderate
chlorite alteration. Core is blocky with fractures
To
Width Samp
Zn%
Colour: G_G
Pyrite:
Texture:
Sphalerite:
Alteration:
S
M
SIL
Chl
Galena:
Chalco:
Cu%
Pb%
Ag g/t Au g/t
H-07-3351
Lithology
From
To
Mineralogy
Length
commonly at 50 deg to ca. Faulted from 60.80 to
61.70 m
From
61.7
77.15 15.45
TEC
FRY
B
Description:
Rhyolite Flow - Pink, fine grained. Silicified with
minor chlorite alteration. Rock is badly faulted
and broken with gouge and rarely exhibits signs
of being recemented.
Clasts/Cryst:
IDAC
Texture:
Sphalerite:
S
M
Colour: LgtGrn
B
SIL
Chl
Alteration:
FRY
TEC
B
Description:
Clasts/Cryst:
Rhyolite Flows - Pink, fine grained, with small
phenocrysts of quartz and feldspar. Core is
broken and stress fractured with qtz/carb material
30
To
Width Samp
Zn%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Sphalerite:
S
M
Chl
SIL
Galena:
Chalco:
To
Width Samp
Zn%
Colour: PNK
Pyrite:
Texture:
Sphalerite:
Alteration:
Pb%
Chalco:
PNK
From
124.72 139.2 14.48
Cu%
Galena:
Texture:
Description:
Clasts/Cryst:
Dacite - Green to grey green with occasional
green pink lenses. White flecks of carbonate
throughout. Core is badly broken and faulted with
gouge. Rarely recemented with carbonate
material. Strong chlorite alteration with
silicification. Becomes less structurally disturbed
below 100 m. Smaller fault zones with gouge at
106.22 - 106.84, 111.25 - 111.60, 111.90 112.37, 112.62 - 113.45 and 114.16 - 114.64m.
Minor shearing throughout interval.
Zn%
Pyrite:
Alteration:
TEC
Width Samp
Colour: PNK
From
77.15 124.72 47.57
To
M
W
SIL
Chl
Galena:
Chalco:
Page 2 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
along fracture surfaces. Upper contact is a fault
contact at 30 degrees to ca. Core is broken from
137.42 to lower contact at 139.20 m.
From
139.2 142.98 3.78
MDY
TEC
B
20
Description:
Clasts/Cryst:
Diabase Dyke - Dark grey, fine grained with
occasional small dark green phencryst
(pyroxenite). Trace of pyrite in small cubes and
rarely along fine fractures cutting core. Chill
margins at upper and lower contacts. Inclusion of
overlying rhyolite (38 cm) within dyke.
IDAC
TEC
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Colour: G_G
30
Description:
Clasts/Cryst:
Dacite Flows - Green grey to pale pink, crystalline
with rare dacite fragments. Upper contact with
dyke is at 30 degrees to ca. Rock is altered to
grey within 50 cm of upper contact. Rare quartz
eyes. Fractures commonly at 45 degrees to ca.
S
Description:
Clasts/Cryst:
Felsic Breccia - Dark grey green with angular
fragments of dacite with occasional rhyolite,
jasper and tuff fragments. Fragments range from
coarse sand size to 5-6 cm diameter. Occasional
thin (<1 cm) qtz/carb veins at various angles to
Cu%
Pb%
Ag g/t Au g/t
TR BLEBS
M
SIL
W
Chl
G_G
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Galena:
Chalco:
To
Width Samp
Zn%
Pyrite:
TR DISS
Sphalerite:
Texture:
Alteration:
Zn%
Sphalerite:
Colour: DKG
70
Width Samp
Pyrite:
Texture:
Alteration:
REG
To
PNK
From
FBX
Zn%
Chalco:
S
150.11 187.72 37.61
Width Samp
Colour: DKG
From
142.98 150.11 7.13
To
M
Chl
Galena:
Chalco:
Page 3 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
ca. Diabase dyke (10 cm) at 156.90 m. Fine
grained tuff beds at 180.54 - 180.91 (upper
contact at 90 deg to ca), 183.45 - 183.76 m
(upper contact at 70 deg to ca), and 187.06 187.31 m (upper contact at 60 deg to ca). Tr of
finely diseminated pryite at 187.41 - 187.53 m.
From
187.72 191.07 3.35
FRY
TEC
S
Description:
Clasts/Cryst:
Rhyolite Dyke - Pink, massive, with fractures at
30 degrees to ca. Upper contact at 80 degrees to
ca.
80
To
Width Samp
Colour: PNK
Pyrite:
Texture:
Sphalerite:
Alteration:
M
SIL
FBX
Pb%
Ag g/t Au g/t
Cu%
0
Pb%
0.01
Ag g/t Au g/t
3.77
Chalco:
TEC
B
Description:
Clasts/Cryst:
Felsic Breccia - Grey with tuff and volcanic
Tuff, Volcanic
fragments up to 12 cm dia. but commonly <2 cm
diameter. Fragments are angular. Tr of finely
diseminated sulphides throughout with increased
concentrations of galena (tr), chalcopyrite (tr),and
sphalerite (tr) from 199 to 207 m. Mineralization is
rarely in thin veins at random angles to ca.
Fractures commonly at 60 degrees to ca. Upper
contact is broken. Strong green chlorite alteration
within the first 70 cm of the contact. Faults from
247.18 - 247.23 and 249.65 - 250.00m. Coarser
grained breccia from 283 - 287m. Darker grey
breccia with basalt clasts from 287.75 m. Contact
at 40 degrees to ca. Tr of diseminated py, chpy,
galena and sphalerite .
Cu%
Galena:
From To
Width Samp
190.57 191.07 0.5
60556
191.07 382.6 191.53
Zn%
Zn%
0.01
Colour: GREY
Pyrite:
TR DISS
Texture:
Sphalerite:
TR DISS
Galena:
TR DISS
Chalco:
TR DISS
Alteration:
W
Chl
From To
Width Samp
191.07 191.5
0.43 60557
191.5 192
0.5
60558
Zn%
0.03
0.01
Cu%
0
0
Pb%
0.01
0.01
Ag g/t Au g/t
3.08
6.85
Page 4 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
192
192.5
193
193.5
194
194.5
195
195.5
196
196.5
197
192.5
193
193.5
194
194.5
195
195.5
196
196.5
197
197.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60559
60561
60562
60563
60564
60565
60566
60567
60568
60569
60571
0.37
0.38
0.27
0.45
0.06
0.36
0.06
0.06
0.03
0.22
0.08
0.02
0.02
0.03
0.07
0
0.01
0
0
0
0.01
0
0.21
0.27
0.19
197.5
198
198.5
199
199.5
200
200.5
201
201.5
202
202.5
198
198.5
199
199.5
200
200.5
201
201.5
202
202.5
203
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60572
60573
60574
60575
60576
60577
60578
60579
60581
60582
60583
0.03
0.09
0.6
0.14
0.07
0.01
0.01
0.32
0.12
0.16
1.5
0
0.01
0.07
0.01
0.01
0
0
0.03
0
0.02
0.13
0.03
0.1
203
203.5
204
204.5
205
205.5
206
206.5
207
207.5
203.5
204
204.5
205
205.5
206
206.5
207
207.5
208
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60584
60585
60586
60587
60588
60589
60591
60592
60593
60594
2
0.51
0.14
0.18
0.02
0.06
0.01
0.01
0.01
0.02
0.15
0.1
0.02
0.13
0
0.29
0
0
0
0
208
208.5
209
209.5
210
208.5
209
209.5
210
210.5
0.5
0.5
0.5
0.5
0.5
60595
60596
60597
60598
60599
0.28
0.02
0.02
0.01
0.01
0.01
0
0
0
0
1.11
0.04
0.23
0.04
0.03
0.02
0.35
0.14
7.19
3.77
1.71
2.74
0.68
1.08
0.34
0.34
0.34
1.08
2.05
1.64
0.19
0.1
0.01
0.01
0.98
0.11
0.21
0.68
0.34
8.56
1.71
3.08
1.71
1.08
6.85
1.37
1.71
4.4
38
3
1.46
0.2
0.36
0.01
0.08
0
0.01
0
0.01
22.6
12.7
5.48
5.82
0.68
7.19
0.68
1.08
1.08
1.08
0.03
0.01
0.01
0
0
2.74
1.08
1.71
2.05
0.68
Page 5 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
210.5
211
211.5
212
212.5
213
213.5
214
214.5
215
215.5
211
211.5
212
212.5
213
213.5
214
214.5
215
215.5
216
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60601
60602
60603
60604
60605
60606
60607
60608
60609
60611
60612
0.02
0.03
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.02
0.02
0
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0
0
0.01
0
0
0.01
0.01
0.03
0.01
0.01
0.01
0.68
0.01
0.34
1.08
0.34
1.37
1.08
0.34
1.08
216
216.5
217
217.5
218
218.5
219
219.5
220
220.5
221
216.5
217
217.5
218
218.5
219
219.5
220
220.5
221
221.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60613
60614
60615
60616
60617
60618
60619
60621
60622
60623
60624
0.01
0.04
0.01
0.01
0.02
0.02
0.01
0.03
0.01
0.01
0.01
0
0
0
0
0
0.01
0
0
0
0
0
0.01
0.02
0.01
0
0.01
0.01
0
0
0
0
0
0.01
1.08
0.01
0.34
0.34
0.68
0.01
0.01
0.01
0.01
0.34
221.5
222
222.5
223
223.5
224
224.5
225
225.5
226
222
222.5
223
223.5
224
224.5
225
225.5
226
226.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
60625
60626
60627
60628
60629
60631
60632
60633
60634
60635
0.01
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0.01
0
0
0
0
0
0
0
0
0
0
0.01
0
0
0
0
0
0.68
0.34
0.01
0.01
0.68
0.01
0.68
0.01
1.08
0.68
226.5
227
227.5
228
228.5
227
227.5
228
228.5
229
0.5
0.5
0.5
0.5
0.5
60636
60637
60638
60639
60641
0.01
0.01
0.01
0.01
0.01
0
0
0
0
0
0.01
0
0.02
0
0.01
0.34
0.68
0.01
0.01
0.01
Page 6 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
229
229.5
230
230.5
231
231.5
232
232.5
233
233.5
234
229.5
230
230.5
231
231.5
232
232.5
233
233.5
234
235
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
1
60642
60643
60644
60645
60646
60647
60648
60649
60651
60652
60653
0.02
0.01
0.04
0.03
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0.01
0
0.01
0
0
0.03
0
0
0
0.02
0
0.04
0.02
0.01
0
0
0
0
0
0.01
1.08
0.01
0.34
0.01
0.68
1.08
0.68
0.34
0.68
0.34
0.68
235
236
237
238
239
240
241
242
243
244
245
236
237
238
239
240
241
242
243
244
245
246
1
1
1
1
1
1
1
1
1
1
1
60654
60655
60656
60657
60658
60659
60661
60662
60663
60664
60665
0.16
0.01
0.01
0.01
0.03
0.15
0.03
0.02
0.01
0.02
0.01
0.05
0
0
0
0
0.01
0
0
0
0
0
0.37
0
0
0
0.02
0.08
0.01
0.01
0
0.01
0
2.74
1.08
0.34
0.34
0.34
0.34
0.34
0.01
0.34
0.68
0.01
246
247
248
249
250
251
252
253
254
255
247
248
249
250
251
252
253
254
255
256
1
1
1
1
1
1
1
1
1
1
60666
60667
60668
60669
60671
60672
60673
60674
60675
60676
0.02
0.01
0.01
0.02
0.02
0.02
0.04
0.01
0.01
0.01
0
0
0
0
0
0.01
0
0
0
0
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0.01
1.37
1.08
2.05
2.4
1.08
1.08
0.34
0.01
0.01
0.01
256
257
258
259
260
257
258
259
260
261
1
1
1
1
1
60677
60678
60679
60681
60682
0.06
0.04
0.02
0.02
0.03
0
0
0
0
0
0.03
0.02
0.01
0
0.01
0.68
0.01
0.34
0.01
0.68
Page 7 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
261
262
263
264
265
266
267
268
269
270
271
262
263
264
265
266
267
268
269
270
271
272
1
1
1
1
1
1
1
1
1
1
1
60683
60684
60685
60686
60687
60688
60689
60691
60692
60693
60694
0.02
0.09
0.01
0.04
0.03
0.02
0.04
0.35
0.06
0.02
0.04
0
0.01
0
0
0
0
0
0.04
0
0
0
0.01
0.08
0
0.02
0.05
0
0.02
0.1
0.06
0
0.02
0.68
1.08
1.08
1.08
0.68
0.68
1.37
1.71
0.34
0.01
0.68
272
273
274
275
276
277
278
279
280
281
282
273
274
275
276
277
278
279
280
281
282
283
1
1
1
1
1
1
1
1
1
1
1
60695
60696
60697
60698
60699
70251
70252
70253
70254
70255
70256
0.02
0.02
0.01
0.03
0.06
0.03
0.01
0.02
0.01
0.02
0.03
0
0
0
0.01
0
0
0
0
0
0
0
0.01
0
0
0.02
0.05
0.01
0
0
0.01
0.01
0.01
0.68
1.08
0.34
0.01
0.34
1.37
2.05
1.71
0.34
1.37
0.34
283
284
285
286
287
287.75
289
290
291
292
284
285
286
287
287.75
289
290
291
292
293
1
1
1
1
0.75
1.25
1
1
1
1
70257
70258
70259
70261
70262
70263
70264
70265
70266
70267
0.03
0.02
0.02
0.02
0.03
0.08
0.05
0.03
0.12
0.05
0
0
0
0
0.01
0.02
0.01
0.01
0.02
0.01
0.01
0.01
0.01
0.01
0.02
0.04
0.01
0.01
0.05
0.02
0.34
1.08
0.68
1.37
1.08
0.01
0.01
1.71
0.01
0.01
293
294
295
296
297
294
295
296
297
298
1
1
1
1
1
70268
70269
70271
70272
70273
0.04
0.06
0.32
0.09
0.31
0.02
0.01
0.03
0.01
0.02
0.01
0.04
0.22
0.04
0.18
0.01
0.01
1.71
0.68
1.08
Page 8 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
298
299
300
301
302
303
304
305
306
307
308
299
300
301
302
303
304
305
306
307
308
309
1
1
1
1
1
1
1
1
1
1
1
70274
70275
70276
70277
70278
70279
70281
70282
70283
70284
70285
0.16
0.04
0.14
0.02
0.18
0.02
0.02
0.67
0.89
0.97
0.09
0.01
0
0.01
0.02
0.02
0.01
0.01
0.02
0.02
0.05
0.01
0.07
0.03
0.1
0.01
0.11
0
0
0.52
0.65
0.73
0.04
1.37
0.34
1.08
0.01
0.34
0.34
0.01
1.71
2.4
0.68
0.68
309
310
311
312
313
314
315
316
317
318
319
310
311
312
313
314
315
316
317
318
319
320
1
1
1
1
1
1
1
1
1
1
1
70286
70287
70288
70289
70291
70292
70293
70294
70295
70296
70297
0.04
0.06
0.02
0.06
0.03
0.06
0.08
0.04
0.05
0.02
0.01
0
0
0
0
0
0.01
0.01
0.01
0
0
0
0.01
0.04
0.01
0.04
0.01
0.04
0.06
0.01
0.02
0.01
0
0.01
0.01
1.37
0.01
0.01
0.01
0.01
0.68
0.01
0.34
1.37
320
321
322
323
324
325
326
327
328
329
321
322
323
324
325
326
327
328
329
330
1
1
1
1
1
1
1
1
1
1
70298
70299
70301
70302
70303
70304
70305
70306
70307
70308
0.01
0.02
0.01
0.02
0.02
0.02
0.01
0.02
0.02
0.01
0
0.01
0
0
0
0
0
0
0
0
0
0.02
0
0
0.01
0.02
0
0
0.02
0
0.34
0.01
0.01
0.34
0.01
0.68
0.68
0.01
0.34
0.01
330
331
332
333
334
331
332
333
334
335
1
1
1
1
1
70309
70311
70312
70313
70314
0.01
0.02
0.01
0.01
0.01
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0.01
0.01
0.01
Page 9 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
335
336
337
338
339
340
341
342
343
344
345
336
337
338
339
340
341
342
343
344
345
346
1
1
1
1
1
1
1
1
1
1
1
70315
70316
70317
70318
70319
70321
70322
70323
70324
70325
70326
0.02
0.02
0.02
0.02
0.03
0.02
0.03
0.03
0.01
0.12
0.06
0
0
0
0
0.01
0
0
0.01
0
0.01
0.01
0.01
0
0.01
0
0.02
0.01
0.02
0.02
0
0.07
0.04
0.01
0.34
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
346
347
348
349
350
351
352
353
354
355
356
347
348
349
350
351
352
353
354
355
356
357
1
1
1
1
1
1
1
1
1
1
1
70327
70328
70329
70331
70332
70333
70334
70335
70336
70337
70338
0.02
0.02
0.01
0.03
0.01
0.01
0.01
0.02
0.02
0.03
0.02
0.01
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0.01
0.01
0
0
0
0
0.01
0.01
0
0.01
0.01
1.08
1.08
0.01
0.68
1.71
1.37
1.08
0.01
1.37
357
358
359
360
361
362
363
364
365
366
358
359
360
361
362
363
364
365
366
367
1
1
1
1
1
1
1
1
1
1
70339
70341
70342
70343
70344
70345
70346
70347
70348
70349
0.02
0.08
0.31
0.06
0.02
0.02
0.02
0.02
0.05
0.02
0
0
0.01
0.01
0
0
0
0
0
0
0
0.05
0.19
0.04
0.01
0
0.01
0
0.03
0.01
1.08
0.68
1.08
1.08
0.01
0.68
0.34
1.37
0.34
1.37
367
368
369
370
371
368
369
370
371
372
1
1
1
1
1
70351
70352
70353
70354
70355
0.12
0.02
0.02
0.02
0.03
0.01
0
0
0
0.01
0.06
0
0.01
0.01
0.07
0.68
1.08
0.34
0.34
0.68
Page 10 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
372
373
374
375
376
377
378
379
380
381
382
382.6 388.39 5.79
FRY
TEC
S
80
Description:
Clasts/Cryst:
Rhyoli e Dyke - Pink, massive with occasional qtz
blebs and feldspar laths in the central area of the
dyke. Rare qtz veins <1 cm thick.
SSST
S
Description:
Clasts/Cryst:
Sandstone - Pink grading to grey green with
Rhyolite, mafic volcanic and jasper
depth, medium to coarse grained and rarely fine
grained. Interbedded with dark grey siltstone from
467.87 to 488.87 m. Grains are comprized of
rhyolite. granite, quartz and lesser amounts of
mafic volcanics and jasper. Upper contact is at 45
deg to ca. Unit is comprized ofa series of fining
upwards sequences with rare bedding at 50
degrees to ca. Occasiinal thin wisps of quartz
veining. Rock is very siliceous. Thin mafic dykes
at 404.67 - 404.91, 407.82 - 407.97 and 414.17 415.03 with upper contacts at 60 degrees to ca.
Fault af 408.64 - 408.83 m and 475.33 - 476.39 m
with broken rock and minor gouge.
0.02
0.02
0.02
0.02
0.02
0.01
0.01
0.01
0.02
0.02
0.03
Texture:
Sphalerite:
S
C
Colour: PNK
45
70356
70357
70358
70359
70361
70362
70363
70364
70365
70366
70367
Pyrite:
Alteration:
TEC
1
1
1
1
1
1
1
1
1
1
0.6
Colour: PNK
SIL
Chl
From
382.6
388.39 488.87 100.48
373
374
375
376
377
378
379
380
381
382
382.6
G_G
0
0.01
0.02
0
0
0
0
0
0
0.01
0.01
1.08
1.08
0.68
1.71
1.08
1.37
0.34
0.34
0.34
0.68
0.68
Cu%
0
Pb%
0
Ag g/t Au g/t
0.34
Galena:
Chalco:
To
Width Samp
383.6
1
70368
Zn%
0.01
Pyrite:
Sphalerite:
Texture:
Alteration:
0
0
0
0
0
0
0
0
0
0
0
S
C
SIL
Chl
Galena:
Chalco:
Page 11 of 12
H-07-3351
Lithology
From
To
Mineralogy
Length
From
488.87 507
18.13
REG
VBX
S
Description:
Volcanic Breccia - Dark grey green comprized of
a series of breccia flows with hematite staining
within the top 1-2m of the flow tops. Upper
contact at 90 degrees to ca and top 30 cm is a
sandstone containing basalt grains similar to
those in the breccia. Fragments are angular
amygoidal basalt (<10 cm) suspended in a grey
fine grained matrix. Minor qtz/carb fracture and
void filling.
Clasts/Cryst:
Mafic Basalt
90
To
Width Samp
Zn%
Colour: DKG
Pyrite:
Texture:
Sphalerite:
Alteration:
W
Chl
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Galena:
Chalco:
From
To
Width Samp
Zn%
EOH: 500
Page 12 of 12
H-07-3352
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
512000
5408800
GPS
Flexit
-90
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
04/12/2002
J. Reeves
05/12/2002
Length:
Casing:
Boxes:
Core Size:
Core Location:
500
NQ
Property
Objective:
Licence
NTS:
17
249.2
-89.7
50
246.9
-89.5
101
230.2
-89.3
152
227.6
-89.2
200
243.1
-89.7
251
251.9
-89.3
302
189.8
-89.6
350
193.5
-89.6
401
215.9
89
452
186
-88.8
500
201
-88.8
Test Type
Comments:
H-07-3352
Lithology
Mineralogy
From
To
Length
0
10
10
OB
Description:
Overburden - Glacial till with peat and boulders
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
10
15.4
5.4
SCGL
REG
Colour: G_G
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR DISS
H-07-3352
Lithology
From
To
Mineralogy
Length
S
Description:
Clasts/Cryst:
Conglomerate - Dark grey green wiTh pebbles
and boulders of granite and rhyolite. Core is badly
broken. Minor epidote alteration along fractures.
Rock is silicified. Tr of pyrite.
Sphalerite:
Texture:
SIL
Alteration:
Chalco:
From
14.4
15.4
20.57 5.17
TEC
SSST
B
Description:
Sandstone - Grey, medium grained with
fragments of qtz and felsic volcanics. Upper
contact is faulted and broken. Fractures
commonly at 30-40 degrees to ca. Tr of finely
diseminated pyrite throughout.
20.57 38.61 18.04
Clasts/Cryst:
IRY
To
15.4
Width Samp
1
70369
Zn%
0.01
Colour: GREY
Pyrite:
Texture:
Sphalerite:
SIL
Alteration:
Cu%
0
Pb%
0
Ag g/t Au g/t
0.01
TR DISS
Galena:
Chalco:
TEC
B
Description:
Clasts/Cryst:
Rhyolite Flow - Grey green grading to mraoon
with depth. Contains qtz and feldspar
phenocrysts in a aphanitic matrix. Upper contact
is broken. Fractures commonly at 70 degrees to
ca. Rock is strongly silicified. Fractures commonly
contain calcareous material.
Galena:
Colour: G_G
From
15.4
16.4
17.4
To
16.4
17.4
18.4
18.4
19.4
19.4
20.57
PRPL
1
1.17
70374
70375
Zn%
0.03
0.02
0.01
Cu%
0.01
0.01
0.01
Pb%
0.01
0
0
Ag g/t Au g/t
0.01
0.68
0.34
0.01
0.08
0.01
0
0
0.03
1.08
1.08
Pyrite:
TR DISS
Sphalerite:
Texture:
Alteration:
Width Samp
1
70371
1
70372
1
70373
SIL
Galena:
Chalco:
From
20.57
21.37
22.37
To
Width Samp
21.37
0.8
70376
22.37
1
70377
23.37
1
70378
Zn%
0.1
0.1
0.03
Cu%
0
0
0
Pb%
0.01
0.03
0
Ag g/t Au g/t
1.08
1.08
0.68
Page 2 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
38.61 63.89 25.28
TEC
ITFG
B
Description:
Clasts/Cryst:
FelsIc Tuff - Grey to ey green. Interbedded fine to Felsic volcanic and rhyolite
coarse grained sequences of tuff and fragmental
tuff. Clasts are primarily felsic volcanics and
rhyolite. Poorly developed bedding and rare fining
upward sequences in the finer grained intervals.
Tr of volcanic glass in the fine grained sections.
Tr of pyrite finely diseminated throughout interval.
Minor Lithology
57.38
60.55
3.17
Upp Ctc:
TEC
B
IRY
Colour: GREY
Pyrite:
Texture:
Sphalerite:
Alteration:
M
SIL
Chl
From
TR DISS
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
20
Description:
Clasts/Cryst
Rhyolite Dyke - Pink - grey. Upper
contact is irregular at ~20 degrees to
ca. Minor hematite staining along
upper contact. Fracturing within dyke
is rehealed with quartz and hematite.
Colour: PNK
GREY
Foliation:
Texture:
Alteration:
SIL
S
Pyrite:
Sphalerite:
63.89 223.46 159.57
IRY
REG
S
Description:
Clasts/Cryst:
Rhyolite Flow - Maroon, porphyitic wIth
phenocrysts of quarrz and feldspar. Rock is
strongly siliceous. Epidote and rare trace of
hematite along fracture surfaces. Fractures at 30.
40, and 70 degees to ca. Upper Contact at 50
degrees to ca. Rare tr of pyrite along fracture
surfaces. Rhyolite conglomerate from 73.90 74.64 and 78.78 - 79.10 m. Faulted with broken
rock at 94.47 - 96.18, 126.60 - 129.70, 144.22 152.00 and 158.00 - 168.67 m. Minor recemented
fractured zones (<30 cm wide) occasionally
throughout interval.
50
Colour: PRPL
Pyrite:
Texture:
Sphalerite:
Alteration:
S
SIL
EPI
TR FF
Galena:
Chalco:
Page 3 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
From To
Width Samp
222.96 223.46 0.5
70379
223.46 329.46 106
REG
FBX
S
Description:
Clasts/Cryst:
Felsic Breccia - Altered to green at upper contact Volcanic Clasts
with rhyolite but alteration decreases with depth
and rocK is grey by 236 m. Upper contact at 90
degrees to ca. Angular volcanic fragments
commonly 2-3 cm and rarely 8 - 10 cm diameter
suspended in an aphanitic matrix. Tr pyrite finely
diseminated and occasiinally in volcanic
fragments. Sulphides more visible below 240 m.
Tr of white carbonate flects in green alteration
zone from 223.46 to 240 m. Core is highly
fracturedrom 271.00 to 303.50 m and represents
a fault zone comprized a series of closely spaced
faults.
Minor Lithology
303.5
315.35
Description:
Rhyolite Dyke - Pink to pale green.
Aphanitic. Highly fractured with
inclusions of overlying felsic breccia
from 305.50 - 307.15 m. Contacts
with breccia are sheared. Tr of
chlorite and calcite along fracture
surfaces.
Colour: PNK
LgtGrn
Clasts/Cryst
Foliation:
Texture:
Alteration:
SIL
T
Pyrite:
Sphalerite:
GRN
Cu%
0
Pyrite:
Pb%
0
Ag g/t Au g/t
0.34
TR DISS
Sphalerite:
Texture:
Alteration:
L
CHL
Galena:
Chalco:
Upp Ctc:
TEC
B
11.85 IRY
Colour: GREY
90
Zn%
0
From
223.46
224
225
To
224
225
226
226
227
228
229
230
231
232
233
234
235
236
227
228
229
230
231
232
233
234
235
236
237
1
1
1
1
1
1
1
1
1
1
1
237
238
239
240
241
238
239
240
241
242
1
1
1
1
1
Zn%
0.01
0.01
0
Cu%
0
0
0
Pb%
0
0.01
0
Ag g/t Au g/t
1.08
0.01
1.08
70384
70385
70386
70387
70388
70389
70391
70392
70393
70394
70395
0
0
0.01
0.03
0.08
0.01
0.01
0.01
0.02
0.05
0.14
0
0
0
0
0.01
0
0
0
0
0
0.01
0
0
0
0.02
0.05
0
0
0
0.01
0.02
0.07
0.34
0.34
1.71
2.05
0.68
1.08
0.01
1.08
1.37
2.05
1.71
70396
70397
70398
70399
70401
0.05
0.01
0.01
0.01
0.02
0
0
0
0
0
0.05
0.01
0
0.01
0.01
1.37
0.01
0.01
0.01
0.34
Width Samp
0.54 70381
1
70382
1
70383
Page 4 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
242
243
244
245
246
247
248
249
250
251
252
243
244
245
246
247
248
249
250
251
252
253
1
1
1
1
1
1
1
1
1
1
1
70402
70403
70404
70405
70406
70407
70408
70409
70411
70412
70413
0.02
0.02
0.01
0.02
0.02
0.02
0.03
0.02
0.02
0.02
0.01
0
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0
0.01
0.01
0.01
0.02
0.01
0
0.01
0.01
0.01
0.34
0.01
2.05
0.68
0.34
0.34
0.01
0.01
0.01
0.01
253
254
255
256
257
258
259
260
261
262
263
254
255
256
257
258
259
260
261
262
263
264
1
1
1
1
1
1
1
1
1
1
1
70414
70415
70416
70417
70418
70419
70421
70422
70423
70424
70425
0.02
0.05
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0
0
0.01
0
0
0
0
0
0
0
0
0
0.03
0.15
0
0
0
0
0
0
0
0.03
0.01
0.34
0.34
1.37
0.01
0.01
0.01
0.34
0.01
0.01
0.34
264
265
266
267
268
269
270
271
272
273
265
266
267
268
269
270
271
272
273
274
1
1
1
1
1
1
1
1
1
1
70426
70427
70428
70429
70431
70432
70433
70434
70435
70436
0.03
0.02
0.1
0.05
0.04
0.1
0.02
0.08
0.02
0.02
0.01
0.01
0.02
0.01
0.01
0.01
0
0.01
0.01
0.01
0.02
0.01
0.08
0.04
0.02
0.06
0.01
0.05
0.01
0.01
0.01
0.01
0.34
0.34
1.37
0.68
1.08
0.68
0.68
1.37
274
275
276
277
278
275
276
277
278
279
1
1
1
1
1
70437
70438
70439
70441
70442
0.02
0.02
0.02
0.02
0.02
0.01
0.01
0
0
0
0.01
0
0
0
0
0.68
1.71
2.74
0.01
0.01
Page 5 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
279
280
281
282
283
284
285
286
287
288
289
280
281
282
283
284
285
286
287
288
289
290
1
1
1
1
1
1
1
1
1
1
1
70443
70444
70445
70446
70447
70448
70449
70451
70452
70453
70454
0.02
0.04
0.02
0.02
0.21
0.2
0.02
0.03
0.1
0.03
0.05
0.01
0.05
0
0
0.02
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0.15
0
0.01
0.16
0.12
0.01
0.04
0.06
0.04
0.03
1.08
1.71
0.68
1.08
2.74
1.08
0.68
0.01
1.37
0.01
0.01
290
291
292
293
294
295
296
297
298
299
300
291
292
293
294
295
296
297
298
299
300
301
1
1
1
1
1
1
1
1
1
1
1
70455
70456
70457
70458
70459
70461
70462
70463
70464
70465
70466
0.02
0.03
0.04
0.17
0.02
0.05
0.02
0.02
0.01
0.02
0.03
0.01
0.01
0
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.02
0.12
0.01
0.03
0.01
0.01
0
0.01
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.68
0.68
0.01
301
302
303
304
305
306
307
308
309
310
302
303
304
305
306
307
308
309
310
311
1
1
1
1
1
1
1
1
1
1
70467
70468
70469
70471
70472
70473
70474
70475
70476
70477
0.05
0.05
0.03
0.02
0.01
0.02
0
0
0.01
0.01
0.02
0.02
0
0
0
0
0
0
0
0
0.03
0.04
0.01
0.01
0
0
0
0
0
0
0.01
0.01
1.08
0.01
0.01
0.01
0.01
0.68
0.01
0.01
311
312
313
314
315.35
312
313
314
315.35
316
1
1
1
1.35
0.65
70478
70479
70481
70482
70483
0
0
0
0.01
0.08
0
0
0
0
0.02
0
0
0
0
0.06
0.01
0.01
0.68
1.37
0.68
Page 6 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
335.16 347.9 12.74
SSST
TEC
S
40
Description:
Clasts/Cryst:
Sandstone - Pink, fine to medium grained with
quartz, feldspar, rhyolite and felsic volcanic
fractures at 50 and 80 degrees to ca. Interval
contains a series of fining upward sequences with
bedding at 60 degrees to ca. Grains are
comprized of quartz, feldspar, rhyolite and felsic
volcanics. Diabase dykes long the edge of the
core at 335.61 (11 cm) and 335.85 (10 cm) and
cutting the core at 344.60 m (23 cm) at 40
degrees to ca with upper and lower chill margins.
Sandstone is siliceous. Tr of pyrite along fracture
surfaces. Wisps of calcite filling fractures.
316
317
318
319
320
321
322
323
324
325
326
317
318
319
320
321
322
323
324
325
326
327
1
1
1
1
1
1
1
1
1
1
1
70484
70485
70486
70487
70488
70489
70491
70492
70493
70494
70495
0.07
0.02
0.05
0.13
0.08
0.18
0.07
0.05
0.03
0.03
0.04
0.02
0.01
0.01
0.01
0.01
0.02
0.01
0.01
0.01
0.01
0.01
0.05
0
0.04
0.08
0.05
0.22
0.01
0.03
0.01
0.01
0.03
0.68
0.68
0.68
1.71
1.08
1.37
0.01
0.01
1.08
0.34
0.01
327
328
329
328
329
329.46
1
1
0.46
70496
70497
70498
0.71
0.08
0.08
0.09
0.02
0.02
0.98
0.06
0.05
2.4
0.68
0.01
Colour: PNK
Pyrite:
Texture:
Sphalerite:
Alteration:
T
SIL
SSST
TEC
S
Description:
Sandstone - Grey, medium to fine grained with
bedding at 60 degrees to ca. Occasional graded
bedding fining upwards. Sands are comprized of
qtz, feldspar, rhyolite and felsic volcanic
10
Clasts/Cryst:
quartz, feldspar, rhyolite and felsic volcanic
Galena:
Chalco:
From
362.51 379.78 17.27
TR FF
To
Width Samp
Zn%
Colour: GREY
Pyrite:
Texture:
Sphalerite:
Alteration:
T
SIL
Cu%
Pb%
Ag g/t Au g/t
Galena:
Chalco:
Page 7 of 8
H-07-3352
Lithology
From
To
Mineralogy
Length
fragments. Rock is siliceous. Upper contact at 10
degrees to ca. Interbedded sandstone and
hematitic basalt from 373.38 to 379.38 m.
Sandstone is grey with hematitic basalt
fragments. Basalt is dark grey to maroon to red.
Sandstone/basalt contact at 60 degrees to ca.
From
379.78 500
120.22
MBST
REG
B
Description:
Clasts/Cryst:
Hematitic Basalt - Maroon to red to dark green
with fractures at 50 degrees to ca. Contact with
overlying sandstone/basalt transition zone is
faulted and broken with tr of calcite along fracture
surfaces. Intervals appear to be stacked flows
with hematitic material at the top and grading
down to dark green amygduloidal material at the
base. Carbonate veining increases with depth.
Rock is weakly siliceous.
Colour: PRPL
To
DGRN
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Sphalerite:
Texture:
Alteration:
Width Samp
T
SIL
Galena:
Chalco:
From
To
Width Samp
Zn%
EOH: 500
Page 8 of 8
H-07-3353
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
511880
5408970
GPS
Flexit
-90
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
17/11/2002
25/11/2002
J. Barr/M.Clough
19/11/2002
26/11/2002
450
5.3
108
NQ
Buchans
Length:
Casing:
Boxes:
Core Size:
Core Location:
Buchans
Property
Objective:
Licence
NTS:
12
156.2
-88.9
51
146.6
-88.8
99
148.1
-89
150
133.8
-89
201
135.1
-88.8
255
133.5
-88.7
300
156.2
-89
351
147.7
-88.9
402
144.4
-88.5
450
150.1
-88.7
Test Type
Comments:
12A/15
H-07-3353
Lithology
Mineralogy
From
To
Length
0
5.3
5.3
OB
Description:
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
5.3
99.06 93.76
FRY
Prominent Quartz
Rhyolite
Colour: RED
Texture:
Description:
Rock is characterized by porphyritic texture of
rounded qtz eyes, indiscriminantly throughout.
Heterolithic fragments up to 20cm of rhylite to
Clasts/Cryst:
Unit is characterized by Quartz porphytic
texture indiscriminantly throughout, Qtz eyes
Alteration:
DKG
Width Samp
Zn%
Pyrite:
PHY
T
To
QE
SIL
Sphalerite:
Galena:
Cu%
Pb%
Ag g/t Au g/t
TR PY
PATCH
H-07-3353
Lithology
From
To
Mineralogy
Length
dacite composition, with frequent jasper patches
throughout matrix.
eyes are generaly rounded up to 1cm, with
<5% 2mm K-felds.
Chalco:
Minor Lithology
28.84
73.47
44.63 FRY
Upp Ctc:
REG
G
Prominent Quartz
Rhyolite
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Description:
Clasts/Cryst
Unit is similar to above, except
Quartz eyes are less prominent, with <5%
lacking the prominent qtz eyes, matris K-felds crysts.
is dk-grey to black with local zone of
strong hematization in jasper, occ
small Py blebs throughout rimmed
with black material (chl?)
Colour: BLK
Texture:
Alteration:
RED
PHY
QE
SIL
EPI
Minor Lithology
73.47
99.06
Foliation:
T
L
25.59 FRY
Pyrite:
TR PY
PATCH
Sphalerite:
Upp Ctc:
REG
G
Prominent Quartz
Rhyolite
Description:
Clasts/Cryst
Unit is same as above, with quartz
Quartz eyes waning, but still present, <5%
eye content waning, localized epidote overall.
alteration (91.4-97.27). Unit is
fractured and broken throughout, occ
black rounded vfg clasts of
intermediate to mafic composittion
Colour: DKG
Texture:
Alteration:
RED
PHY
SIL
EPI
99.06 153.17 54.11
Foliation:
QE
T
L
FRY
Pyrite:
B
Sphalerite:
Prominent Quartz
Rhyolite
REG
Colour: GREY
DKG
Pyrite:
TR PY
STR
G
Page 2 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
Texture:
Description:
Clasts/Cryst:
Prominent Quartz porphyritic unit, grey to dk grey, Prominent qtz eyes, rounded up to 1cm,
unit is less silicified that above, segments of large also <5% K-felds (2mm).
polylithic fragments (aphyric rhyolite, dacite).
Evidence of chl alteration around py stringers (3040tca) locally buckshot.
Minor Lithology
143.38 147.05
3.67
FRY
Colour: BLK
Texture:
Alteration:
PHY
Chl
M
SIL
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Foliation:
QE
Pyrite:
M
FDAC
TR PY
STR
PATCH
Rhyo-dacite Breccia
TEC
SHR
Description:
Clasts/Cryst:
Unit is composed of rhyo-dacite and is brecciated qtz porphyritic crysts, litho clasts are qtz
throughout, strongly hematized with numerous
phyric rhyolite to aphyric dacite
sericite shears.
Colour: RED
Texture:
Alteration:
Pyrite:
PHY
QE
T
FXTAL
Rhyo-dacite Crystal Tuff
TEC
FLT
Description:
Unit cpomposed of lithified crystal tuff, strong
sericite along med foliation. Fractured locally,
strain increases to lwr ctc.
Clasts/Cryst:
rare qtz phyric felsic clasts
B
Sphalerite:
HEM
Galena:
Chalco:
From
170.69 177.91 7.22
Sphalerite:
Clasts/Cryst
Intense porphyry, qtz eyes throughout, up
to 1cm
Sphalerite:
153.17 170.69 17.52
QE
Upp Ctc:
REG
G
Prominent Quartz
Rhyolite
Description:
Prominent quartz unit, with dominant
chloritic matrix with fg Py stringers.
Alteration:
PHY
Colour: GREY
Texture:
Alteration:
YEL
Width Samp
Zn%
Pyrite:
MICCRYS
L
To
MYL
Ser
Cu%
Pb%
Ag g/t Au g/t
B
Sphalerite:
Galena:
Chalco:
Page 3 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
From
177.91 220.27 42.36
REG
FAGL
Minor Lithology
177.91 182.16
4.25
FAGL
Description:
Unit same as major, except clasts
contain up to 1% cpy.
Colour: GREY
Texture:
60
Clasts/Cryst:
Agglomerate clasts are primarily of dacitic
composition, bedded into a sedsy
groundmass.
Upp Ctc:
REG
S
Felsic Agglomerate
75
Clasts/Cryst
Rounded agglomate clasts, up to 5cm
Foliation:
Pyrite:
Sphalerite:
Minor Lithology
185.29 190.65
5.36
FRY
1% CPY
PATCH
DISS
Rhyolitic Agglomerate
Upp Ctc:
REG
G
Description:
Clasts/Cryst
Unit is same as above, but contains
Rhylitic clasts, 70% overall, sub-angular
higher percentage of rhyolitic
fragments which contain up to 5% Py,
and tr-BM. Grey, sedsy matrix itself
contains up to 1% Py.
Colour: GREY
Texture:
Alteration:
Foliation:
APHY
Pyrite:
Sphalerite:
Texture:
Alteration:
Cu%
Pyrite:
Sphalerite:
FOLw
L
Zn%
Galena:
EPI
Pb%
Ag g/t Au g/t
TR PB
PATCH
DISS TR
CPY
PATCH DISS
Chalco:
FOLw
Alteration:
Width Samp
Colour: GREY
S
Description:
Dk grey matrix hosting rounded polylithic felsic
clasts. Unit resembles a debris flow, supported
by matrix, with 5+ different zoned events. Clasts
are 2mm to 5cm with tr visible Base Metals.
To
1% PY
<1%
DISS
ZN
From
184.7
185.3
186.3
187.3
188.1
189
190
191
192
193
To
Width Samp
185.3
0.6
60501
186.3
1
60502
187.3
1
60503
188.1
0.8
60504
189
0.9
60505
190
1
60506
191
1
60507
192
1
60508
193
1
60509
194.38 1.38 60511
Zn%
0.01
0.03
0.02
0.16
0.22
0.31
0.38
0.24
0.21
0.21
Cu%
0
0.01
0
0.02
0.01
0.02
0.03
0.02
0.02
0.03
Pb%
0
0.01
0.01
0.07
0.09
0.17
0.18
0.14
0.13
0.11
Ag g/t Au g/t
0.01
0.34
0.68
3.08
1.37
4.11
5.48
5.48
4.11
3.77
194.38
195.38
196.38
197.38
198.38
208
208.5
209.5
210.49
211.5
212.5
195.38
196.38
197.38
198.38
199
208.5
209.5
210.49
211.5
212.5
213.47
1
1
1
1
0.62
0.5
1
0.99
1.01
1
0.97
60512
60513
60514
60515
60516
60517
60518
60519
60521
60522
60523
0.02
0.02
0.02
0.01
0.03
0.36
0.02
0.03
1.58
0.32
0.25
0.01
0.05
0
0.03
0.01
0.04
0
0
0.07
0.02
0.05
0
0
0
0
0
0.2
0
0.02
1.08
0.34
0.68
0.34
0.34
5.48
1.08
1.08
1.07
0.17
0.13
46.6
6.16
5.48
213.47
214.5
215.5
216.5
214.5
215.5
216.5
216.95
1.03
1
1
0.45
60524
60525
60526
60527
0.4
0.31
0.17
0.13
0.05
0.03
0.01
0.02
0.24
0.18
0.12
0.1
7.88
8.22
32.2
7.88
Page 4 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
Minor Lithology
190.65 194.38
3.73
FAGL
Felsic Agglomerate
Upp Ctc:
REG
G
Description:
Clasts/Cryst
Agglomerate composed of 20%
20% felsic fragments overall, rounded to
clasts, up to 2cm, numerous clasts
sub-angular
contain 1% visible BM, mainly galena
and sphalerite. Occasssional Py
stringer in matrix.
Colour: GREY
Texture:
Foliation:
FOLw
Aphy
Alteration:
Minor Lithology
194.38 200.53
6.15
IT
Description:
Lithified Tuff, qta-filled fractures
towards bottom ctc, locally
carbonitized (?), rare 1-3mm Py
stringers. Boulder?
Colour: GREY
Texture:
Alteration:
GRN
Pyrite:
1% PY
STR
Sphalerite:
vfg TR
PB
Intermediate Lithified
Tuff
Upp Ctc:
REG
D
Clasts/Cryst
Foliation:
mass
QC
CARB
L
W
Pyrite:
1% PY
STR
Sphalerite:
Page 5 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
Minor Lithology
200.53 207.09
6.56
FRY
Upp Ctc:
REG
D
Felsic Agglomerate
Description:
Clasts/Cryst
Agglomerate with >75% Rhy
>75% rounded rhyolite clasts
fragments, local sercite shears (up to
3cm).
Colour: GRN
Texture:
Alteration:
BGE
Foliation:
45
FOLm
Ser
Pyrite:
L
B
Sphalerite:
Minor Lithology
207.09 220.27
13.18 FAGL
Felsic Agglomerate
Description:
tuffaceous unit, with felsic to quartz
fragments. Locally mylonitic at
60tca. Occassional sulphide clast
(eg. @ 211.35m) with 50% Py, 10%
Gal, 5% Sphal, diss Py throughout
matrix.
Colour: GREY
Texture:
Clasts/Cryst
10-15% felsic fragments, rounded
BGE
FOLs
Upp Ctc:
REG
G
Foliation:
60
Myl
Pyrite:
Alteration:
1% PB
Sphalerite:
220.27 227.22 6.95
MBX
Mafic Lapilli Tuff
1%
ZN
REG
S
Description:
Mafic lappilli tuff unit, moderately hematized
throughout. Lappilli fragments include calcite
filled amygdaloidal basalt with few scoria
fragments? Locally carbonitized. Unit becomes
slightly foliated towards lwr ctc @ 50tca.
PATCH
Colour: GRN
70
Clasts/Cryst:
numerous mafic clasts, scoria to basalt?
RED
Pyrite:
Sphalerite:
Texture:
Alteration:
B
M
HEM
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Page 6 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
227.22 322.5 95.28
SSS
Colour: BLK
Argillaceous Siltstone
Texture:
Description:
Clasts/Cryst:
Argillaceous Siltstone. Black-Dark grey.
Interbedded fine grained, grey, sanstone
throughout. Locally strong interbedded sandstone
between 274.00-286.74m. Sandstone bedding up
to 1.00m in this section. Localized fault gouges,
2.5cm, throughout. Locally silicified. Locally badly
broken. Trace pyrite mineralizion occurs as blebs
throughout unit.
DKG
Pyrite:
SW
LBB
Sphalerite:
SIL
Alteration:
TR DISS
Galena:
Chalco:
From
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
TR FF
BLEBS
Structure
To
From
264.63 267.05
SHR Shearing complex with
minor gouging, 1-3cm
thick.
Structure
To
From
293.23 294.06
SHR Shearing complex with
minor gouging, 1-3cm
thick.
Structure
To
From
309.57 309.74
GOU
Structure
To
From
315.05 315.35
GOU
322.5 373.87 51.37
SSST
REG
Sandstone
G
Description:
Sandstone. Beige to brown colour. Medlium to
fine grained. Localized strong interbedded
(swirled) black siltstone between 338.45-
Clasts/Cryst:
Colour: BGE
35
BRN
Pyrite:
Sphalerite:
Texture:
Alteration:
SIL
Galena:
Chalco:
Page 7 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
340.95m. Siliceous throughout. Locally broken.
Trace pyrite associated with fractures (mylonite
filled) occuring as Xtals between 330.20 333.90m. Minor qtz veining (0.5-1cm) 70-80
degrees Tca.
Minor Lithology
369.78 373.87
4.09
SSST
Upp Ctc:
REG
S
Basal Sandstone.
From
45
Description:
Clasts/Cryst
Medium to coarse grained sandstone. Qtz-feldspar, jasper.
Brownish orange colour. Qtz-feldspar
and jasper clasts sub angular. More
basal than major overlying unit.
Colour: BRN
ORG
Foliation:
Texture:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
330.2
333.9
SHR Shear complex. Trace
fracture filled pyrite.
Structure
To
From
338.45 338.5
GOU
Pyrite:
Alteration:
Sphalerite:
373.87 379.75 5.88
SBX
Sedimentary fault
breccia.
TEC
S
Description:
Clasts/Cryst:
Sedimentary, recemented, faulted breccia. Beige Felsic
colour. Series of gouges between 376.55378.50m with the largest being 50cm, generally 25cm.
Colour: BGE
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
80
Chalco:
From
To
Width Samp
Zn%
Structure
To
From
376.55 378.5
SHR Shear complex with a
series of gouges, the
largest Being 50cm.
Generally 2.5cm.
379.75 450
70.25
MVFW
Mafic Volcanic Flow
TEC
Colour: DGRN
Pyrite:
Page 8 of 9
H-07-3353
Lithology
From
To
Mineralogy
Length
S
80
Description:
Clasts/Cryst:
Mafic volcanic flow. Dark Green, localized lighter Qtz-feldspar filled vesicles.
green. Reddish colour associated with hematite
banding. Hematite banding pervasive. Epidote
mineralization occuring as stringers, generally
surrounding hematite bands. Qtz-carbonate filled
vesicles present throughout (0.5-1.0cm),
increasing abundance associated with hematite
bands.
Minor Lithology
423
423.66
LBB
Alteration:
Upp Ctc:
0.66
MDY
Description:
Mafic dyke. Trace pyrite blebs.
Colour:
Texture:
Mafic dyke.
REG
S
Clasts/Cryst
T
L
Sphalerite:
SIL
EPI
From
40
Galena:
Chalco:
To
Width Samp
Zn%
Cu%
Pb%
Ag g/t Au g/t
Structure
To
From
393.28 394.21
GOU
Foliation:
Texture:
Alteration:
Pyrite:
TR BLEBS
Sphalerite:
EOH: 450
Page 9 of 9
H-07-3354
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
511500
5408600
GPS
Flexit
-90
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
27/11/2002
Length:
Casing:
Boxes:
Core Size:
Core Location:
M. Clough
28/11/2002
NQ
Buchans
Buchans
Property
Objective:
Licence
NTS:
15
150.4
-89.4
500
4.95
51
149.4
-89.1
102
144
-89.9
150
159.3
-88.9
201
133.8
-89.5
252
112.7
-88.9
300
131.6
-88.7
351
102.5
-89.1
402
99.6
-89.5
450
122.8
-89.5
501
124
-89
Test Type
Comments:
H-07-3354
Lithology
Mineralogy
From
To
Length
0
5.4
5.4
OB
Description:
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
5.4
72.75 67.35
FVBX
REG
S
Description:
Felsic volcanic breccia. Green-greyish colour,
localized reddish associated with hematite
Colour: G_G
40
Clasts/Cryst:
Felsic, mafic, minor jasper, reworked
hematite rich volcanic fragments.
Texture:
Alteration:
Width Samp
Zn%
Pyrite:
SIL
W
P
To
Sphalerite:
Chl
SIL
Galena:
Cu%
Pb%
Ag g/t Au g/t
H-07-3354
Lithology
From
To
Mineralogy
Length
fragments and bands. Very fine grained matrix
with localized clast supported. Angular clasts
ranging from 0.5-5.0cm. Overall, clasts fining
upwards. Distinct flows from 5.40-20.62m, 20.6233.68m, 33.68-43.20m, 43.20- 63.34. Volcanic
sequences consist of hematite rich mafic flows
with qtz-carbonate filled vesicles and brecciated
tops. Brecciated material contains reworked flow
fragments.
Chalco:
From
120.28 165.1 44.82
MVBX
REG
G
Description:
Mafic Volcanic Breccia: Green to dark green grey,
fragmental (see clast description), weakly
polylithic comprising dominantly vesicular bslt
with minor smaller mafic and intermed frags and
rare felsics; groundmass is fine-grained, has
been pervasively chloritized, is wkly siliceous and
contains small fragments; epidote and lesser qtz
carb on irreg microfractures; local 10-30 cm
horizons of well bedded siltstone/f.g sst after
158.70 m that ranges from 45 to 60 tca; Shr from
162.80-165.10 m that has been heavily
microfractured healed with silica and clay; this
unit is sedime
Clasts/Cryst:
40-60% fragments, 3 main clast-types: 1)
qtz-carb vesicular basalt, dominant of the
larger clasts, 1-50 cm (5 cm avg),
irreg/fluidal subangular- subrounded,
vesicles range from 1 mm to 2 cm in size in
aph grdms; 2) minor dark-green aphan
mafics and aph grey intermediate frags, 0.22 cm; 3) rare (131.40 m) 0.5-4 cm pink felsic
frags that are subang
Colour: GRN
Texture:
Alteration:
To
G_G
Zn%
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
LBB
P
W
Width Samp
Sphalerite:
Chl
EPI
Galena:
Chalco:
From
To
Width Samp
Zn%
EOH: 500
Page 2 of 2
H-07-3355
Grid_E:
Grid_N:
Nad27_E:
Nad27_N:
Elevation:
Property
Collar Survey:
Downhole Method:
Dip:
Azi_Grid:
Azi_TN:
511230
5408410
GPS
Flexit
-90
Drill Company:
Drill Start:
Drill Finish:
Logged By:
Log Start:
Log Finish:
Springdale Forest
NQ
Buchans
Buchans
Objective:
Licence
NTS:
50
0.3
-89.3
501
Length:
Casing:
Boxes:
Core Size:
Core Location:
101
38.1
-89.8
152
158.5
-88.8
200
102.1
-89.6
250
119.2
-89.7
299
257.7
-89.8
350
41.9
-89.9
402
196.1
-89.6
452
151.5
-89.5
500
144.6
-89
551
150.2
89.3
Test Type
Comments:
H-07-3355
Lithology
Mineralogy
From
To
Length
0
15.65 15.65
OB
Description:
Overburden - Glacial Till
Overburden
Clasts/Cryst:
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
15.65 116
100.35
FDAC
Colour: G_G
Texture:
Description:
Clasts/Cryst:
Qtz-Feldspar Phyric Dacite Flow: Light greyPhyric: 1) 1-2% subrounded to angular 0.5-1
green with lesser patchy-pink hue, local horizons mm qtz phenocrysts; 2) 5%, 1-3 mm
Alteration:
PHY
S
P
To
PNK
Width Samp
Zn%
Pyrite:
Apha
SIL
CHL
Sphalerite:
Galena:
Cu%
Pb%
Ag g/t Au g/t
H-07-3355
Lithology
From
To
Mineralogy
Length
anhedral (locally euhedral) pink to cream
containing irregular fragments of host dacite
coloured feldspar shards; weakly fragmental
(more prominent after 67 m); qtz and feldspar
phenocrystic shards (see pheno desc.) set in an with 0.5-2 cm angular pink felsic clasts
aphanitic strongly siliceous groundmass that has
been blended with weak pervasive chl and patchy
saus/epi; abundant irregular hairline fractures
with silica-leucoxene heals; rare patches of nonaltered pink dacite still contain 5%, <0.5 mm
pyroxene phenocrysts; <5% diss leucoxene; this
unit is siliceous enough to be felsic but the
chl/sauss suggest a more intermediate rx;
major
structure from 38.00-70.90 m
manifested as strongly broken zones with fault
gouge (rubble/
Chalco:
From
Structure
To
From
41
70.8
FLT "locally strongly broken
with gouge otherwise
blocky, strongly
broken/gouge from
38.00-47.20 m and
59.00-61.00 m, 68.6570.80 m' scattered intact
gouge at 20 tca @ 38.10
and 40.90 m
respectively, also gouge
material at 69.80 m"
Structure
To
From
70.8
116
LBB
Structure
To
From
92
92.1
GOU grey clay gouge
138.86 192.12 53.26
IRY
TEC
Colour: PRPL
To
Width Samp
Zn%
Pyrite:
Cu%
Pb%
Ag g/t Au g/t
TR
Page 2 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
B
Texture:
Description:
Clasts/Cryst:
Rhyolite Flows - Maroon with quartz and feldspar
phenocrysts. Core is badly broken (commonly
less than 5 cm long) with gouge and fine gravel.
Highly fractured grey diabase dykes from
154.10 - 155.10 and 157.75 - 158.33 m. Rhyolite
below 158.00 m is more competent with fractures
at 80 degrees to ca and less commonly at 45
degrees to ca. Calcite filling fractures and in fault
zones (up to 2 cm diameter) with traces of pyrite.
Trace of epidote and hematite in factures. Rock is
siliceous. Faults also at
Alteration:
Apha
Sphalerite:
S
SIL
Chalco:
From
190.62
191.12
192
192.12 220.92 28.8
SCGL
REG
S
Description:
Clasts/Cryst:
Felsic Conglomerate - Pink to pink grey with felsic
pebbles in a sand matrix. Pebbles are primarily
felsic volcanics and tuffs with lesser amounts of
rhyolite and quartz. Many of the tuff and felsic
volcanic fragments contain finely diseminated
pyrite (sulphides?) occasionally banded. Rare
boulders up to 25 cm diameter. Larger fragments
tend to be angular. Rock is siliceous. Fractures at
50 degrees to ca. Minor sericite alteration with
traces of epidote along fractures.
Galena:
Colour: PNK
60
To
Width Samp
191.12 0.5
60528
192
0.88 60529
193
1
60531
GREY
Cu%
0
0
0
Pyrite:
Pb%
0
0
0
Ag g/t Au g/t
0.01
0.34
0.01
TR DISS
Sphalerite:
Texture:
Alteration:
Zn%
0
0.01
0.01
M
SIL
Galena:
Chalco:
From
193
194
195
To
194
195
196
196
197
198
199
200
197
198
199
200
201
Width Samp
1
60532
1
60533
1
60534
1
1
1
1
1
60535
60536
60537
60538
60539
Zn%
0.01
0.01
0.01
Cu%
0
0
0
Pb%
0
0
0
Ag g/t Au g/t
1.71
0.68
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0
0
0
0
0
0.01
0.01
0.01
0.34
0.01
0.01
0.01
Page 3 of 12
H-07-3355
Lithology
From
To
220.92 250
Mineralogy
Length
29.08
IRY
TEC
S
Description:
Clasts/Cryst:
Rhyolite - Maroon with shearing and serictic and
chloritic alteration to green from 220.92 to 224.04
m. Rhyolite appears locally to be a rehealed
breccia with sericitic and chloritic alteration along
fracture surfaces. Rock is bleached to a light pink
adjacent to joint fractures. Rhyolite contains
phenocrysts of feldspar and quartz. Fractures at
70 degrees to ca. Upper contact at 60 degrees to
ca. Rock is siliceous with less silicification in the
sheared interval.
201
202
203
204
205
206
207
208
209
210
211
202
203
204
205
206
207
208
209
210
211
212
1
1
1
1
1
1
1
1
1
1
1
60541
60542
60543
60544
60545
60546
60547
60548
60549
60251
60252
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0.01
0
0
0
0
0
0
0
0
0
0
0
0
0.01
0.01
0
0
0.01
0
0
0
0
0
0
0.01
0.01
0.01
0.34
0.34
1.08
0.01
0.68
1.71
1.08
1.08
212
213
214
215
216
217
218
219
220
213
214
215
216
217
218
219
220
220.92
1
1
1
1
1
1
1
1
0.92
60253
60254
60255
60256
60257
60258
60259
60261
60262
0
0
0
0
0.01
0.01
0.01
0.03
0.02
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0.02
0.01
0.01
0.01
0.34
0.01
0.01
0.01
0.68
0.01
1.08
Cu%
0
0
Pb%
0.01
0
Ag g/t Au g/t
2.4
0.01
Colour: PRPL
60
Texture:
Alteration:
Pyrite:
Apha
S
C
Sphalerite:
SIL
CHL
Galena:
Chalco:
From To
Width Samp
220.92 221.42 0.5
60263
249.5 250
0.5
60264
250
258.27 8.27
SSST
REG
Colour: GREY
Zn%
0.03
0.01
Pyrite:
TR DISS
Page 4 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
S
70
Description:
Clasts/Cryst:
"Sandstone - Grey, medium to coarse grained.
Rare fragments up to 3 cm diameter. Clasts are
comprized of felsic volcanics with lesser amounts
of rhyolite and quartz. Upper contact at 70
degrees to ca. Sandstone is bleached to a light
green adjacent to upper contact. Rare bedding at
60 degrees to ca. Occasional thin wisps of calcite
and hematite. Rhyolite pebbles up to 5 cm
diameter within 30 cm of the base of the
sequence.Rock is siliceous. Trace of pyrite finely
diseminated throughout sequence."
Sphalerite:
Texture:
Alteration:
M
W
SIL
Chl
From
250
251
252
253
254
255
256
257
258.27 264.94 6.67
IRY
REG
S
Description:
Clasts/Cryst:
Rhyolite - Maroon with phenocrysts of feldspar
and quartz. Locally the unit appears to be a
rhyolite breccia. Upper contact is at 90 degrees to
ca. Fractures at 90 degrees to ca. Wisps of
calcite at random angles to ca.
Colour: PRPL
90
Texture:
Alteration:
Galena:
Chalco:
To
Width Samp
251
1
60265
252
1
60266
253
1
60267
254
1
60268
255
1
60269
257
2
60271
258.27 2.27 60272
258.27 1.27 60273
VBX
Cu%
0
0
0
0
0
0
0
0
Pb%
0.01
0.01
0.05
0.02
0.01
0.01
0.01
0.01
Ag g/t Au g/t
0.34
0.01
2.4
1.08
1.08
3.08
0.34
0.34
Cu%
0
0
Pb%
0
0
Ag g/t Au g/t
0.34
0.34
Pyrite:
Apha
Sphalerite:
T
SIL
Galena:
Chalco:
From To
Width Samp
258.27 258.78 0.51 60274
264.44 264.94 0.5
60275
264.94 315.39 50.45
Zn%
0.01
0.01
0.04
0.02
0.02
0.01
0.01
0.01
REG
Colour: GREY
GRN
Zn%
0.01
0.01
Pyrite:
TR DISS
Page 5 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
S
Description:
Clasts/Cryst:
Volcanic Breccia - Green adjacent to overlying
rhyolite and grading to grey with depth. Rock is
comprized of felsic/intermediate volcanic
fragments and angular pebbles up to 10 cm
diameter. Rare rhyolite pebbles. Diseminated
pyrite in the matrix and occasionally in fragments.
Trace of galena in small blebs (<5mm) and
veinlettes. Upper contact at 60 degrees to ca.
Fractures at 70 degrees to ca. Occasional
amygdule with pyrite lining around the inner
surface. Rock is chloritic. Fragments are
commonly surrounded by a light green alteration
halo. Occasional trace of pyrite with hematite.
Frequency of larger clasts increases with depth
(fining upwards). Clasts are dominantly basaltic
after 305.94 m
60
Sphalerite:
Texture:
Alteration:
W
T
SIL
Chl
Galena:
TR DISS
Chalco:
From
264.94
266
267
268
269
To
266
267
268
269
270
Width Samp
1.06 60276
1
60277
1
60278
1
60279
1
60281
270
271
272
273
274
275
276
277
278
279
280
271
272
273
274
275
276
277
278
279
280
281
1
1
1
1
1
1
1
1
1
1
1
281
282
283
284
285
282
283
284
285
286
1
1
1
1
1
Zn%
0.01
0.01
0.01
0.01
0.01
Cu%
0
0
0
0
0
Pb%
0
0
0
0.01
0
Ag g/t Au g/t
0.34
0.34
0.34
1.08
1.37
60282
60283
60284
60285
60286
60287
60288
60289
60291
60292
60293
0.07
0.22
0.22
0.28
0.11
0.14
0.06
0.06
0.02
0.04
0.09
0.01
0.03
0.03
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0
0.03
0.12
0.09
0.12
0.03
0.08
0.02
0.02
0
0.01
0.02
2.74
3.08
2.05
1.71
0.68
0.34
0.34
0.34
0.68
0.34
0.68
60294
60295
60296
60297
60298
0.09
0.28
0.25
0.03
0.02
0.01
0.02
0.01
0.01
0.01
0.03
0.12
0.08
0.03
0
0.34
0.68
1.08
0.34
0.68
Page 6 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
315.39 358.85 43.46
MBST
Basalt Flows
REG
S
Description:
"Basalt Flows: Grey-green, vesicular, phyric and
aphanitic; 5%, <0.5 mm soft chl-alt'd plag laths;
5%, 2-3 mm subrounded chl-filled vesicles and
scattered clusters of carb vesicles; groundmass is
very-fine grained, moderately soft and chl;
Colour: G_G
40
Clasts/Cryst:
"Phyric: 5%, <0.5 mm soft chl alt'd plag
laths; Vesicular: 5%, 1-3 mm subrounded
chl-filled vesicles, local patchy clusters of
irregular carb-filled vesicles"
Texture:
Alteration:
286
287
288
289
290
291
292
293
294
295
297
287
288
289
290
291
292
293
294
295
296
297
1
1
1
1
1
1
1
1
1
1
0
60299
60301
60302
60303
60304
60305
60306
60307
60308
60309
60311
0.02
0.02
0.02
0.03
0.02
0.01
0.02
0.02
0.02
0.02
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0.01
0
0
0
0
0.01
0
0
0.34
0.01
0.01
0.68
0.01
1.08
0.34
0.34
1.08
0.68
0.01
297
298
299
300
301
302
303
304
306
306
307
298
299
300
301
302
303
304
305
306
307
308
1
1
1
1
1
1
1
1
0
1
1
60312
60313
60314
60315
60316
60317
60318
60319
60321
60322
60323
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0
0
0
0
0
0
0
0.02
0
0.34
0.01
0.01
0.01
0.01
0.01
0.01
1.37
0.01
1.37
0.01
308
309
310
311
312
313
314
309
310
311
312
313
314
315.39
1
1
1
1
1
1
1.39
60324
60325
60326
60327
60328
60329
60331
0.02
0.02
0.02
0.02
0.02
0.02
0.04
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0.01
0.01
0
0.01
0
0.01
0.01
0.01
1.71
1.08
1.08
1.37
1.08
GRN
Pyrite:
Apha
P
PHY
Chl
TR DISS
Sphalerite:
Galena:
Chalco:
Page 7 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
localized pillow structures. Scattered 10-20 cm
fragmental horizons (flow tops). Upper ct is
conformable and slightly gradational while the
lower ct is shp. Unit is pyritic after 345.54 m (3%
py) manifested primarily in microfractures and as
blebs in qtz-veins, cpy blebs (<1%) are commonly
associated with the veining; @ 347.65 m, 3 cm
qtz-vn-brx at 15 tca with py blebs; @ 357.10 m,
qtz-vn-brx at 20 tca with wispy py"
Minor Lithology
337.55 345.54
7.99
IFW
Intermediate Flow
Upp Ctc:
TEC
S
65
Description:
Clasts/Cryst
"Intermediate Flow: Green to grey
green, massive and aphanitic. Unit is
weakly siliceous with a faint pervasive
chl-hue and is dotted with 5% 1-3 mm
chl alt'n spots. 5% pyrite manifested
as disseminations and irregular
fracture fills accompanied by qtz and
tr cpy blebs (in veins). The upper ct
is shp and weakly sheared @65 tca
and the lower ct is broken. Local 30
cm xenolith of qtz-prominent rhyolite.
@ 344.55 m, 1 cm cpy strngr at 45
tca"
Colour: GREY
Texture:
Alteration:
Apha
SIL
Chl
Foliation:
mass
W
Pyrite:
Sphalerite:
5% DISS
FF
From To
315.39 316
316
317
Width Samp
0.61 60332
1
60333
Zn%
0.03
0.01
Cu%
0.01
0.01
Pb%
0.01
0
Ag g/t Au g/t
0.01
0.34
317
318
319
320
321
322
323
324
325
326
327
318
319
320
321
322
323
324
325
326
327
328
1
1
1
1
1
1
1
1
1
1
1
60334
60335
60336
60337
60338
60339
60341
60342
60343
60344
60345
0.01
0.02
0.04
0.02
0.02
0.01
0.01
0.02
0.02
0.02
0.01
0.01
0.01
0.03
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0
0
0.06
0
0
0
0
0
0.01
0.03
0
0.34
0.34
0.34
0.01
0.34
0.68
1.37
2.05
2.05
0.68
1.08
328
329
330
331
332
333
334
335
336
337
329
330
331
332
333
334
335
336
337
337.55
1
1
1
1
1
1
1
1
1
0.55
60346
60347
60348
60349
60351
60352
60353
60354
60355
60356
0.01
0.01
0.01
0.01
0.02
0.02
0.03
0.04
0.06
0.02
0.01
0.01
0
0.01
0.01
0.01
0.02
0.01
0.01
0.01
0
0
0
0
0
0
0.04
0.02
0.03
0
0.68
2.05
1.37
1.08
1.08
1.71
1.08
0.34
1.08
0.34
337.55
338.5
339.5
340.5
341.5
338.5
339.5
340.5
341.5
342.5
0.95
1
1
1
1
60357
60358
60359
60361
60362
0.04
0.02
0.02
0.01
0.01
0.03
0
0.01
0
0
0.01
0
0
0
0
0.34
0.34
0.68
0.68
0.34
Page 8 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
358.85 416.35 57.5
FRY
REG
S
Description:
"Prominent Quartz-Rhyolite: Light-grey with
angular dark green spots, strongly phenocrystic;
25%,0.5-1.5 cm qtz-phenos that are subangsubrounded, 1-2% 1-4 cm grey to pink rhyolite
fragments; groundmass comprises aphanitic
strong silica/k-spar with 1-2 cm irreg black chlspots; 2-3% pyrite on fractures and minor
disseminations, cpy splashes in scattered qtz
vnsUnit is cut by a series of 2 dyke-types dipping
at 15-25 tca, 1) altered felsic dykes-strongly
silicified with pervasive drk-chl alt'n, local brx'n
and wk fol'n @20 tca, 2) late mafic dykelets.
Upper ct is 374.70 m, aphanitic mafic dyke at 35
tca; @378.00-379.90 m, shr'd felsic dyke at 15
tca;@ 378.13-378.60 m, mafic dyke at 15 tca; @
380.50-381.20 m, intermediate dyke entraining
country rock with shp upper and shr'd lower ct at
50 tca"
Colour: LGTG
45
Clasts/Cryst:
Strongly Phyric: 25% 0.3-1.5 cm subangular
to subrounded qtz phenos (blebs);
Fragmental: 1-3% scattered grey to pink 2-5
cm aphanitic angular rhyolite fragments
Texture:
Alteration:
342.5
343.5
344.5
345.54
346.55
347.2
347.6
348.6
349.6
350.6
351.6
343.5
344.5
345.54
346.55
347.2
347.6
348.6
349.6
350.6
351.6
352.6
1
1
1.04
1.01
0.65
0.4
1
1
1
1
1
60363
60364
60365
60366
60367
60368
60369
60371
60372
60373
60374
0.01
0.01
0.03
0.03
0.05
0.04
0.03
0.31
0.2
0.05
0.04
0
0.01
0.1
0
0.02
0.04
0.02
0.01
0.01
0.02
0.04
0.02
0.02
0.01
0
0.01
0.02
0
0.01
0
0
0.02
0.34
1.37
0.34
0.01
0.68
1.71
0.68
2.05
0.34
0.34
0.01
352.6
353.6
354.6
355.6
356.6
357.6
353.6
354.6
355.6
356.6
357.6
358.85
1
1
1
1
1
1.25
60375
60376
60377
60378
60379
60381
0.04
0.04
0.03
0.03
0.07
0.03
0
0.01
0.01
0.05
0.01
0.03
0
0
0
0.01
0.03
0.01
0.34
0.68
0.68
0.68
0.01
0.34
G_G
Pyrite:
PHY
S
MIN
SIL
SIL
Chl
2% DISS
MIN_V
Sphalerite:
Galena:
Chalco:
Page 9 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
Minor Lithology
389.93 408.9
18.97 IDY
Intermediate Dyke
Upp Ctc:
REG
QV
25
Description:
Clasts/Cryst
"Intermediate Dyke: Green /green"Phyric: 10%, 1-3 mm green to black chlgrey, 10% 1-3 mm chl-alt'd subalt'd sub-euhedral tabular plag phenos"
euhedral tabular plag phenos, set in a
moderately siliceous pervasively
weakly chl'tized-grndms; 3% py
manifested as frac-fills with qtz and
lesser fine disseminations; local
spotty epidote alt'n; qtz-vn'd upper ct,
shp lwr ct at 55 tca with CM"
Colour: GRN
Texture:
Alteration:
G_G
Apha
PHY
SIL
Chl
Minor Lithology
403.25 405.05
Foliation:
M
P
1.8
MDY
Pyrite:
Texture:
Alteration:
mass
Chl
EPI
LGTG
Mafic Dyke
Foliation:
Apha
M
P
FF
Sphalerite:
Description:
Clasts/Cryst
"Mafic Dyke: Dark-green, massive
and aphanitic, very fine-grained, epi
alt'n spots, shp ct's with chill margins."
Colour: DGRN
3% DISS
Pyrite:
Sphalerite:
Upp Ctc:
REG
S
10
Structure
From
To
375.6
378.13
BB
Structure
To
From
378.9
SHR 3 cm shr
Structure
To
From
381.2
SHR 0.5 cm shr
Structure
To
From
414.77 414.97
SHR
Structure
To
From
414.77 416.9
BB
From
358.85
359.5
360.5
361.55
362.55
363.2
364.2
365.2
365.9
367.1
To
Width Samp
359.5
0.65 60382
360.5
1
60383
361.55 1.05 60384
362.55 1
60385
363.2
0.65 60386
364.2
1
60387
365.2
1
60388
365.9
0.7
60389
367.1
1.2
60391
368.1
1
60392
Zn%
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
Cu%
0
0
0
0
0
0
0
0
0
0
Pb%
0
0
0
0
0
0
0
0
0
0
Ag g/t Au g/t
0.01
0.01
0.01
0.01
0.01
0.34
0.34
0.34
0.34
0.34
368.1
369.2
370.2
371.2
372.2
373.2
374.55
375.5
376.3
377.3
369.2
370.2
371.2
372.2
373.2
374.55
375.5
376.3
377.3
378.05
1.1
1
1
1
1
1.35
0.95
0.8
1
0.75
60393
60394
60395
60396
60397
60398
60399
60401
60402
60403
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.02
0.01
0.01
0
0
0
0
0
0
0
0
0
0.05
0
0
0
0
0
0
0
0
0
0.01
0.34
0.68
0.01
0.34
0.34
0.68
0.01
0.01
0.01
0.34
378.05
379.05
379.9
380.5
381.2
382.2
383.2
384.2
385.2
386.2
387.2
379.05
379.9
380.5
381.2
382.2
383.2
384.2
385.2
386.2
387.2
388.2
1
0.85
0.6
0.7
1
1
1
1
1
1
1
60404
60405
60406
60407
60408
60409
60411
60412
60413
60414
60415
0.02
0.02
0.01
0.02
0.01
0.01
0.03
0.02
0.01
0.01
0.01
0.02
0.06
0.01
0
0
0
0
0
0
0
0
0.01
0.02
0
0
0
0
0
0
0
0
0
0.01
1.37
0.01
1.08
0.68
0.34
0.34
0.68
0.34
0.68
0.34
388.2
389
389.93
390.9
391.9
389
389.93
390.9
391.9
392.9
0.8
0.93
0.97
1
1
60416
60417
60418
60419
60421
0.01
0.01
0.03
0.03
0.02
0
0.01
0.02
0
0
0
0.01
0.01
0
0
1.08
0.34
1.08
1.08
0.68
Page 10 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
Minor Lithology
414.77 416.35
1.58
MDY
Description:
"Mafic Dyke: Dark-green, massive,
aphanitic and badly broken, lwr ct is
shp (CM) at 50 tca"
Colour: GRN
Texture:
Alteration:
Upp Ctc:
TEC
S
392.9
393.9
394.9
395.9
396.9
397.9
398.9
400.28
50
Clasts/Cryst
Foliation:
mass
Apha
Chl
MIN
393.9
394.9
395.9
396.9
397.9
398.9
400.28
401.3
1
1
1
1
1
1
1.38
1.02
60422
60423
60424
60425
60426
60427
60428
60429
0.02
0.02
0.07
0.03
0.03
0.03
0.04
0.01
0
0
0.01
0
0
0.01
0.03
0
0.01
0
0.03
0
0.01
0.01
0
0
0.01
0.34
1.08
0.34
0.68
0.68
0.68
0.34
Cu%
Pb%
Ag g/t Au g/t
Cu%
Pb%
Ag g/t Au g/t
Pyrite:
Sphalerite:
416.35 474.54 58.19
MBX
REG
S
Description:
"Vesicular Basaltic Breccia: Dark-green, finegrained with 10% fragments; clasts exclusively
comprise red-grey vesicular basalt (see fragment
description); fragments are floating in a very finegrained crudely bedded chl matrix; local coarse
bedding comprising angular aphanitic mafic
clasts and feldspar x-tals; local epi and carb on
fracturing"
Colour: GRN
50
Clasts/Cryst:
"Fragmental: 15%, 0.5-15 cm fluidal subangsubrnd vesicular basalt fragments with
carbonate-filled amygdules 0.5-10 mm;
matrix consists of 0.2-1 cm angular mafic
frags"
Texture:
Alteration:
Pyrite:
BAND
S
L
Sphalerite:
Chl
EPI
Chalco:
From
474.54 502
Description:
27.46
Galena:
MBST
Clasts/Cryst:
"Vesicular (qtz-carb filled) throghout, 0.250.5mm."
To
Width Samp
Zn%
Colour:
Pyrite:
Texture:
Sphalerite:
Alteration:
Galena:
Chalco:
From
To
Width Samp
Zn%
Page 11 of 12
H-07-3355
Lithology
From
To
Mineralogy
Length
EOH: 501
Page 12 of 12
524,700mE
5,406,450mN
5,406,500mN
5,406,550mN
524,650mE
5,406,600mN
524,600mE
5,406,650mN
5,406,700mN
524,550mE
OB
0mRL
B
0mRL
O
BJ
-
15
LS
-0
70
15
50mRL
50mRL
5,406,400mN
0
0
FB
X
M
DY
FF
G
00.0.0
00.0.0 00.0
00.0.0
0 .0
0.0.0
0
00.0.0
00.0.0
00
0
0.6
00.0.0
00
00.6.475
00.0
00.6 1
2 00.6.413
0.4.52
9
0.
4
0.
0
2.
13
X
50
FB
-50mRL
-50mRL
50
FF
G
83.82m
FF
G
0.0
0.0
0.0
00.0
0.0
0 .0
0.0
0.0.01 00.0
0 1
0 .0
0.0.0 1 00 .01 0.92
1.1
0 .0
0 2 00.5
0 .5 6
0.5.822
10
0
Lithology Legend
IBX
-100mRL
-100mRL
OB:
Overburden
F:
Felsic Volcanic
ol
eI
D
FBX:
Felsic Breccia
H
M:
Mafic
MA
ND
MS:
Mineralized Zone - massive sulphide
I:
Intermediate Volcanic
150m
Cu_%
IBX:
Intermediate Breccia
Pb_%
0.0
0 1
0 .47 0.0
0.0.02 0.0
0.0
0 6 0.0
0 1
0 .01 0.0
0 .1
0 .01 1.1
0.0.02 00.0
0.0.01 1.0
4 0.0.0
0 1 0.8
0.0
0 .01 1 5
0.0.01 1.0.0
0.0 1 0
1 0.6.64
0.8 6
7
Zn_%
Width
Major Litho
STRUCTURE
QV:
Quartz Vein
QC:
Quartz Carbonate Vein
-150mRL
-150mRL
Minor Litho
SA:
Sediment; Argillite
SARK:
Sediment; Arkose
EOH
Little Sandy
Vertical Cross Section
Looking Southwest
MDY:
Mafic Dyke
Projection:
IDY:
Intermediate Dyke
Author: JB
Non-Earth (meters)
Figure: X-Sect
Date:2/5/2008
Mercator Geological Services Limited
Scale: 1:1000
10
5,406,400mN
Map 1
Office: Dartmouth
FDY:
Felsic Dyke
524,700mE
5,406,450mN
5,406,500mN
524,650mE
5,406,550mN
5,406,600mN
524,600mE
5,406,650mN
0
10
metres
20
5,406,700mN
524,550mE
524,700mE
5,406,450mN
5,406,500mN
5,406,550mN
524,650mE
5,406,600mN
524,600mE
5,406,650mN
5,406,700mN
524,550mE
B
J-
O
B
J-
40
39
LS
-
07
-0
1
6
50mRL
50mRL
5,406,400mN
0mRL
0
FF
G
0mRL
B
OB
0
OB
0
VB
MB
ST
X
FF
G
VBX
IBX
0.
3
0.
01
2.
50
29
an
andesite?
s
de
ite
3.
1
0
-50mRL
0.
50
0.
45
FF
G
-50mRL
50 0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 1
0.0
0.0
0.0 1 0.011 11.0
0.0
0.0
.0
0.0
0
0 2 1.0
0.0.0
0
1.0
.0
0.0
0.0
0
0 .0
1 1
0.0.01 00.0.01 1.0.14
0 1 1.0
0
0
0 .64
1.0.66
andesite?
0.
1
3.
0.
3
0.
0
0.
02
10
1
01
0.
02
1.
2.
07
1.
28
108.2m
22
10
0
Lithology Legend
-100mRL
-100mRL
IBX
OB:
Overburden
100
F:
Felsic Volcanic
0
0 .02
0.0.94 0.0
0
0.0.0
0
0 .01
0 .01
ol
eI
D
FBX:
Felsic Breccia
1
0 .0
1.0.62
H
M:
Mafic
MS:
0.0
00.0.011
1 00.5
0.6.5
1
0.0
01.0.062
4 00.0
0.0.01
0.0
0.0
00.0.011
00.5 3
1 00.5
0.0.05 00.0
0
0.5.56
.0 2
.0
00.1 3 0.0
0.0.011 000.0.0
00.0.01
150m 00.0 1 0 .0
00.0.021 00.4
0.0.328 0.0.0
0.0 1
.5
1 00.0
00.0.021 00.7.5 7
0.0.0
0
0.0.011 00.5.5 1
00.0.011 00.8.5
1 00.5 2
0.5.51
andesite
I:
Cu_%
IBX:
Pb_%
0.0
00.0.032
4 00.0
0.0.0
MA
ND
Zn_%
Width
QV:
Quartz Vein
QC:
Major Litho
STRUCTURE
0.3
0.06
1.22
150 0.0
0.19
2.74
2.6
0.03
1.53
0.8
0.02
3.04
0.0
0.0
0.0
0.22
0.26
0.01
1.52
1.52
1.53
SA:
Sediment; Argillite
SARK:
Sediment; Arkose
EOH
-150mRL
-150mRL
Minor Litho
Little Sandy
Looking Southwest
MDY:
Mafic Dyke
IDY:
Intermediate Dyke
Projection:
Author: JB
Non-Earth (meters)
Map 2
Office: Dartmouth
FDY:
Felsic Dyke
Figure: X-Sect
Date:2/5/2008
Scale: 1:1000
5,406,400mN
524,700mE
5,406,450mN
5,406,500mN
524,650mE
5,406,550mN
188.98m
5,406,600mN
524,600mE
5,406,650mN
10
0
10
metres
524,550mE
20 5,406,700mN
524,700mE
5,406,450mN
5,406,500mN
5,406,550mN
524,650mE
5,406,600mN
524,600mE
5,406,650mN
5,406,700mN
524,550mE
0.
G
01
0.
01
0.
03
56
0.
0.
03
56
1.
IBST
0.1
0.1
0.2
2.1
4
1.
0.01
0.01
0
0
0
0.01
0
0
0
0.01
0.01
0
0.01
0.01
0.01
0.01
0
0.01
0
0
0
0.01
0
0
0
0
0.01
0
0.52
0.96
0.49
0.61
0.62
0.59
0.41
0.53
0.67
0.8
0.54
0.88
0.62
0.96
0.57
0.59
0.49
0.55
0.8
0.88
0.64
0.66
0.82
0.59
0.91
0.57
1.21
0.6
1.
4
0.05 0.0
0.19 0.0
0.03 0.0
0.26 0.0
0.04 0.0
0.01 1.0
0.01 0.73
0.01 0.8
0.01 0.78
0.01 0.5
0.18
0.0
0.73
0.0
0.02 0.0
0.01
0.42
0.01
0.01 0.37
0.3
0.02 0.0
0.04 0.0
0.03
0.01 0.0
0.0
0.01 0.5
0.01 0.93
0.01
0.01 0.75
0.3
1.
50
0.1
0.1
22
50
1.8
0.5
0.45
0.59
0.5
0.4
0.43
0.5
0.5
0.67
0.5
IAND
0.01 0.52
0.01
0.03 0.4
0.4
-100mRL
100m
0.02
0.0
0.95 0.0
0.0
0.02
100m
IAN
FBX:
Felsic Breccia
ol
eI
D
61
0
0 .0
0.0.0
0
0.0 2 0.0.0
0
0.0 3 0.0
0
0.0 4 0.0
0.0
1
0
00.0.033 0 .0
0.0 1 0.5.0
0.0 1 1.0 5
01.6.252 00.0.0
0
.0
0 1 1.0
1 .0 2
0.1.687 000.0.01 00.0.01 1.0
64.9 4 0 .0
0 .0 1 1.0
0.8.1 00.0.01 00.0.011 00.6
3
0 .0 1 0 .5
0 .0
0.3.4
0.0.011 00.0.011 00.5.7 5
.011 0.5.5
18.1.4 9 0.0
0.0
01.5 4 0.0 1 00.011 00.5.85
.0
0
1 .038 00.0
0.0.46 00.0.011 00.0 1 0.9.5
0.0 1 0.0.0 1 00.0.011 10.5
0.0 1 0.0.011 0 .0
0.0
0 1 0.5.5
0.0
0
5
0 .01 00.9.3
0 .01 0
0.5 5
0
0.1.05 0.0.0
1.0 5
0.3 5 0
0
1.0
00.0
0 .0
0
1 an
10 00.8.0.1734 00.0.0
10
0
0
000.0 7 0.0.0
0.0.01 1.0.0 de
si t
0 .0 8 00.0
00.0 1 0
ic
0 .066 00.0.0 00.0.011 00.7.8
.011 0 .5
0
0.0.02 0.0.0
.0
0
.5 5
0 5 0
0.0.021 000.5.53
0.0.25 0.0.0
0
1
.5
0.0 2 0.0
0.0.01 00.5
2 0.0
0 1 0.5.755
0.0
0 .0
1
0.0.022 0 .0 2
0.0 1 0.5.9
1 1.0
1.0
IBX
Lithology Legend
-100mRL
FF
G
3
0.03
0.0 0.02
0.02 0.5
1.62
0.01 0.01
0.0 0.03 0.41
0.44
F:
Felsic Volcanic
50
0.0
91.44m
OB:
Overburden
50
1.0
an
de
si t
e
91.44m
0.02
0.02
0.01
0.02
0.02
0.01
0.01
0.02
0.02
0.01
1.5
1.5 2
1.5 3
1.5 2
2
1.5
1.5 3
1.5 2
1.5 2
00.9.91 3
1
IBST
0.0
0.01
0.0
0.01
0.01
0.0
0.0
0.0
0.01
0.0
0.0
0.0
0.0
0.0
-50mRL
3.1
2.4
0.0
2.5
0.0
5.3
0.0
24.4.2
0.0
00.0.0
10
102m 0
0.12
2.29
0.08
1.21
1.31
0.03
0.01
0.03
3.0
0.01
BJ
-
38
0.4
0.4
5
G
SH OU
R
0
VB
X
m
zo i ner
ne ali
ze
d
0.
S
M AR
V K
0
IBX
IAND
75.29m
OB
OB
0
IB
X
1
50
50
LS
-0
70
17
8
de
si t
e
0.0
7
0.0
0.0
50 0.0 5 0
0.0
.0
5
5
0.0
0.0
?
1.5
8
5
2
0.0
0
.07 ?
1.5
6
3
0.0
0.0
0.0
1.5
6
3
5
2
0.0
0.0
?
1.5
6
4
3
0.0
0.0
0
.05 1.5
3
4
2
0.0
0.0
1.5
1
4 ?
2
0.0
0.0
0.0
1.5
1
2
3
0.0
0.0
?
1.5
4
3
2
0.0
0.0
0.0
1
3
.5
7
2
3
0.0
0.0
0.0
5
6
4 1.52
0.0
0.0
0.0
6
5
4 1.52
0.0
0.0
1.5
3
5 ?
3
0.0
0.0
?
1.5
3
3
2
0.0
0.0
?
1.5
5
5
3
0.1
0.0
?
1.5
6
3
2
0.0
0.0
?
1.5
5
3
2
0.0
0.0
?
1.5
3
5
3
0.0
1.5
3 ?
2
?
1.5
3
1.5
2
IBX
BJ
-
13
0.
2.4
4
1
0.3.52
2.7
5
8
-50mRL
3.3
6
0.3
2.1
3
0.
an
3.3
5
?
?
0.2
6
1. .7
1
0.2
0
0.4.1
?
0
0.3
0.2.2
?
0.2
?
0
0
1 .01
0.
31
50 1. .01 0
5
0. 09 0. .02
1.
0
0. 01 0
0. 08
45
0. 01 0. .06
0
0. 45 231
0.
03
0. 171 1. .0
0.
0. 081 1.0 0
02
14 11
.
6
0.
1. 8
0
1
0.
21
3
1.
9
?
0.4
0.1
0.2
T
1.7
0.0
0.01
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.01
0.0
0.0
0.0
0.0
0.0
0.0
0.01
0.0
0.0
0.0
0.0
0.01
0.0
52
1. 5 2
1. .1 6
5
1
0.
5
0. .5
91
3
0. 0 7
0
0. 0
2.
0. .3
28
4
1. .3 1 3
0
0. 2
0 .8
0. 3
1
3
.3
.5
8
0
5
0
2.
0
1.
0. .5
0.
01
0
2
2
2.
3. 2
0. .0
34
0
1
1. .2 2
0.
0.
2
1
0
5. .0 6
13
0.
0 .9
2.
0
0
tr
0.
0
0
0.
0. .1
0
0
0.
0.3
5.3
0.2
IBX
M
0
0. .08
05 0
0. .01
0
0
0. .047
03 71
43 .0
1.
2
3.0
5
FG
FL
T
?
1.2
M
V
0.2
0.3
FV
M
0.
IBX
0.2
1
?
02
BJ
-
0
01
OU
IBST
0.
0.23
1.23
0.03
0.41
0.01
0.82
0.3
0.18
0.02
0.02
0.25
0.04
0.51
0.72
1.18
0.57
0.02
0.83
0.1
0.08
0.09
1.67
0.09
0.0
0.02
0.01
1.12
0.0
IBX
FV
FL
T
OB
X
0.
V
0.
OB
0
0
B
FV
M
01
LS-07-013
63
0
OB
0
0
0mRL
OB
B
0mRL
O
BJ
-
LS
-2
K0
12
LS-07-014
50mRL
50mRL
5,406,400mN
D
0.0
2
125.27m
0.0
0.0
1
0.5
H
M:
Mafic
0.0
6
MS:
0.0
0.0
1
0.5
I:
150m
Cu_%
IBX:
Pb_%
Zn_%
Width
Minor Litho
STRUCTURE
-150mRL
QC:
Major Litho
-150mRL
QV:
Quartz Vein
SA:
Sediment; Argillite
SARK:
Sediment; Arkose
EOH
Little Sandy
Looking Southwest
MDY:
Mafic Dyke
IDY:
Intermediate Dyke
Projection:
Author: JB
Non-Earth (meters)
Map 3
Office: Dartmouth
FDY:
Felsic Dyke
Figure: X-Sect
Date:30/4/2008
Scale: 1:1000
10
5,406,400mN
524,700mE
5,406,450mN
5,406,500mN
524,650mE
5,406,550mN
5,406,600mN
524,600mE
5,406,650mN
0
10
metres
20
5,406,700mN
524,550mE
524,700mE
5,406,450mN
5,406,500mN
524,650mE
5,406,550mN
5,406,600mN
524,600mE
5,406,650mN
5,406,700mN
524,550mE
LS
-0
70
60
BJ
-
14
BJ
-
37
BJ
-
0mRL
OB
OB
0
0
FB
0
0
0mRL
OB
BJ
-
64
18
50mRL
50mRL
5,406,400mN
0
X
FR
Y
BB
VB
X
an
s
de
M
c
iti
FG
an
GO
U
FF
G
de
si t
e
50
50
0.
1.
50
50
0.
0.
02
-50mRL
4
3
0.
0.
09
0
0. 0
0.
24
-50mRL
07
50
0.
0.
1.
2
43
1. 5 3
1.
0
2
1.
1.
FL
T
83
73.46m
21
83.82m
FR
Y
an
de
si t
ic
84.12m
BB
FB
X
SH
R
10
0
Lithology Legend
-100mRL
F:
Felsic Volcanic
ol
eI
D
FBX:
Felsic Breccia
IDA
C
128.63m
H
M:
Mafic
-100mRL
OB:
Overburden
0.0
0.0 3
.041 0.0
20.1
00.0 9 00.0
0.0
.0
0.0
0 .0
0.0.0
00.0 1 00.0.011 1
.0
0.0 1
10 0.0 2 00.0.0
0 0.0
00.0 1 1.0
.4
0.0.0
0 1 000.4
0
0.0
0 .4 5
0.0.12 0.0
0 1 0.6.773
0.0 8 0.0
0 5
0
0.0 4 0.0
1.0.85
0.0
0.0
2
0
BB
0.0 1 1.2
0.0.01 0.0
0.0 1 0.7 5
00.2 2 0
ITL
0.0 2 1.0 5
0 .245 0 .0
0.0.07 00.0.0
0 2 1.0
0.0.01 1.0
00.0.137 0.0.0
00.0.022 1.0
01.0.844 00.0
BB
00.4.461 00.0.0.0 1 00.021 00.5.5
0
0
.0
.3 6 0
00.3 8 0.0.0 1 000.0.013 1.0.5
0 .212 00.0.0
.0 1 0
00.0.011 00.5.5
0 .03 00.0
0 .13 0 .0 000.0.011 00.5.5.5
0.0.47 0.0.0
0 .0 1 0.5
0 .012 00.5.5
00.0 2 0.0
0.0.01 00.5.5
0.0.1 3 00.0
0 2 1
3 0.0.0
0.0.02 0.9.0
0.0
00.0 2 0.6
0.0
0.0.022 01.0
00.0.1
1 0.5.5
1 00.0
1.0
0.0.0
0.0
0
6
.0
00.0.011
0.0
0.0
1 00.5
3
0.5.5
0.0
0.0
1
0.4
0.0
1
0.5
FIARN
YD
MS:
I:
150m
Cu_%
IBX:
Pb_%
Zn_%
Width
QV:
Quartz Vein
QC:
Major Litho
STRUCTURE
-150mRL
-150mRL
Minor Litho
SA:
Sediment; Argillite
SARK:
Sediment; Arkose
EOH
Little Sandy
Looking Southwest
MDY:
Mafic Dyke
IDY:
Intermediate Dyke
Projection:
Author: JB
Non-Earth (meters)
Map 4
Office: Dartmouth
FDY:
Felsic Dyke
Figure: X-Sect
Date:30/4/2008
Scale: 1:1000
5,406,400mN
524,700mE
5,406,450mN
5,406,500mN
524,650mE
5,406,550mN
5,406,600mN
524,600mE
5,406,650mN
10
0
10
metres
20
5,406,700mN
524,550mE
1
APPENDIX VII
Analytical Results
Sampling and QAQC Procedures
Sample Preparation - ALS-CHEMEX
Analytical Procedures – ALS-Chemex Whole Rock & Metal Assays
Sample Preparation - Eastern Analytical Limited
Analytical Procedures - Eastern Analytical Limited (assays and soils only)
(In Folder)
1
Sampling and QAQC Procedures:
Drill programs, including sampling, were managed by Mercator Geological Services Limited of
Dartmouth Nova Scotia under the direction of Peter Webster, P.Geo., (NL). Drill core was
descriptively logged on site, aligned, marked for sampling and then split in half, longitudinally,
using a diamond saw blade. Samples consist of half NQ-size diamond core (47.6 mm diameter
core). One-half of the core is preserved in core boxes for future reference. As part of Buchans
River QAQC protocols, samples comprising the other half of the core are bagged, tagged,
sealed and delivered directly to Eastern Analytical Limited’s laboratory, in Springdale, by
Mercator personnel. Base metal-bearing samples are nominally one metre to 1.5 m in length,
except where specific geologic parameters require a smaller interval be sampled. Sample
preparation was completed by Eastern Analytical with each sample crushed to approximately 10 mesh and split using a riffle splitter to approximately 300 g. Each sample split was pulverized
using a ring mill to approximately 98% -150 mesh. In addition to regular samples, blank samples
(one per 20 samples) and certified standards (one per 20 samples) were also submitted for
sample preparation and assay.
All assays were completed by Eastern Analytical of Springdale Newfoundland by the inductively
coupled plasma method (ICP-11) for base metals (Cu, Pb, Zn) and to Ore Grade Assay Cu, Pb
and Zn if upper detection limits by ICP were exceeded for either element (upper detection limits;
Cu 10,000 ppm, Pb 2,200 ppm, Zn 2,200 ppm). ICP analyses were completed using a 0.500 g
sample digested in nitric and hydrochloric acid and analyzed by ICPOES (Inductively Coupled
Plasma Optical Emission Spectroscopy). Base metal Ore Grade Assays (Cu, Pb, Zn) were
completed using a 0.200 g sample digested in nitric and hydrochloric acid and analyzed by the
atomic absorption (AA) method. Silver assays were completed using a 1,000 mg sample
digested in hydrochloric and nitric acid and analyzed by AA. Gold assays were completed by
standard ½ assay ton fire assay using the AA method. All samples analyzed by the Ore Grade
Assay method will be re-assayed as check assays by ALS Chemex of Vancouver, BC. Eastern
are also implementing independent QAQC protocols that include insertion of blanks and
certified CanMet standards as part their routine analyses.
Paul Moore, M.Sc., P.Geo., (NL), Buchans River’s Vice President of Exploration, acted as the
Qualified Person in compliance with National Instrument 43-101 with respect to analytical data
released in 2007.
2
Control Standards, Duplicates and Blanks
One control standard (CDN-HLHZ, 30 g sub-sample) was inserted in each block of 20 samples
for all base metal assays samples as a pulverized powder enclosed in a plastic baggy. One
blank was also submitted in each batch of 20 samples. The blank material was taken from a
roadside outcrop of red sandstone located south of Red Indian Lake at UTM coordinates
509,090E// 5,394,555N (NAD27, Zone 21 coordinates). No external, independent standards
were submitted for whole rock analyses obtained from ALS Chemex and enclosed with this
report.
The standard used for all base metal assays was purchased from Canadian Resource
Laboratories of Delta, BC and is an independently certified standard for which details and
accepted values are provided below. Mercator verified that analyses of standards and blanks
were within acceptable limits prior to including the data into this report or news releases issued
to the public.
ORE REFERENCE STANDARD: CDN-HLHZ
CDN Resource Laboratories Ltd.
10945-B River Road, Delta, B.C., Canada
V4C 2R8
Ph: 604-540-2233, Fax: 604-540-2237
(www.cdnlabs.com)
Recommended values and the “Between Lab” Two Standard Deviations
Gold
1.31 ± 0.16 g/t
Silver
101.2 ± 10.8 g/t
Copper 0.76 ± 0.03 %
Lead
0.815 ± 0.06 %
Zinc
7.66 ± 0.36 %
PREPARED BY:
CDN Resource Laboratories Ltd.
CERTIFIED BY:
Duncan Sanderson, B.Sc., Licensed Assayer of British Columbia
INDEPENDENT GEOCHEMIST: Dr. Barry Smee., Ph.D., P. Geo.
DATE OF CERTIFICATION: August 8, 2006
3
METHOD OF PREPARATION:
Reject ore material was dried, crushed, pulverized and then passed through a 200 mesh
screen. The +200 material was discarded. The -200 material was mixed for 5 days in a Vmixer. Splits were taken and sent to twelve laboratories for round robin assaying. The material
has been packaged in nominal 100g lots in tin-top kraft bags which have been individually
vacuum-sealed in polyethylene bags.
ORIGIN OF REFERENCE MATERIAL:
The ore is described as massive to semi-massive sulphides from the High Lake West Zone
orebody, an archean aged VMS deposit in the Slave structural province of Canada. It consists
of pyrite, pyrrhotite, chalcopyrite, sphalerite and minor galena. Gangue minerals include quartz,
chlorite, feldspar, cordierite, biotite, magnetite, anthophyllite and grunerite.
Approximate chemical composition is as follows:
Standard CDN-HLHZ is a high sulphide material with approximately 36% sulphur.
Statistical Procedures:
The mean and standard deviation for all data was calculated. Outliers were defined as samples
beyond the mean  2 Standard Deviations from all data. These outliers were removed from the
data and a new mean and standard deviation was determined. This method is different from that
used by Government agencies in that the actual “between-laboratory” standard deviation is
used in the calculations. This produces upper and lower limits that reflect actual individual
analyses rather than a grouped set of analyses. The limits can therefore be used to monitor
accuracy from individual analyses, unlike the Confidence Limits published on other standards.
Results from round-robin assaying are presented on subsequent pages.
Assay Procedures:
Au:
Fire assay pre-concentration, AA or ICP finish (10g sub-sample).
Ag, Cu, Pb, Zn:
4-acid digestion, AA or ICP finish.
4
STANDARD REFERENCE MATERIAL CDN-HLHZ
Lab 1 Lab 2 Lab 3 Lab 4 Lab 5 Lab 6 Lab 7 Lab 8 Lab 9 Lab 10 Lab 11 Lab 12
Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt Au gpt
HLHZ-1
HLHZ-2
HLHZ-3
HLHZ-4
HLHZ-5
HLHZ-6
HLHZ-7
HLHZ-8
HLHZ-9
HLHZ-10
1.31
1.34
1.42
1.24
1.33
1.30
1.39
1.37
1.38
1.30
1.22
1.16
1.31
1.32
1.22
1.15
1.30
1.22
1.29
1.23
1.33
1.40
1.31
1.24
1.22
1.35
1.27
1.38
1.40
1.25
1.34
1.37
1.31
1.38
1.43
1.26
1.28
1.38
1.26
1.30
1.45
1.44
1.59
1.44
1.44
1.40
1.50
1.33
1.50
1.49
1.19
1.24
1.15
1.21
1.23
1.47
1.18
1.30
1.38
1.25
1.28
1.24
1.38
1.29
1.29
1.43
1.37
1.36
1.32
1.42
1.23
1.48
1.30
1.41
1.26
1.27
1.40
1.33
1.40
1.20
1.41
1.34
1.41
1.18
1.21
1.14
1.34
1.41
1.27
1.26
1.30
1.26
1.28
1.27
1.29
1.17
1.27
1.32
1.21
1.26
1.36
1.32
1.32
1.48
1.38
1.39
1.34
1.41
1.36
1.30
1.32
1.23
1.20
1.25
1.22
1.28
1.37
1.29
1.27
1.29
Mean
1.34
Std. Devn. 0.053
% RSD
3.98
1.24
0.061
4.89
1.32
0.068
5.14
1.33
0.060
4.49
1.45
0.072
4.96
1.26
0.099
7.82
1.34
0.064
4.75
1.33
0.091
6.87
1.30
0.099
7.67
1.26
0.042
3.36
1.37
0.053
3.86
1.27
0.050
3.95
Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt Ag gpt
HLHZ-1
HLHZ-2
HLHZ-3
HLHZ-4
HLHZ-5
HLHZ-6
HLHZ-7
HLHZ-8
HLHZ-9
HLHZ-10
102.8
100.8
103.0
98.3
101.0
99.3
98.6
103.5
100.2
98.9
Mean
100.6
Std. Devn. 1.921
% RSD
1.91
102
95
98
97
100
104
90
93
95
95
105
102
107
105
103
104
102
105
107
106
99
95
101
101
97
98
98
98
100
98
110
113
110
111
106
107
111
107
110
109
97.1
96.2
98.3
94.2
93.1
95.1
93.3
94.0
96.8
97.8
105
106
106
104
104
104
108
110
106
107
112.5
107.9
110.4
110.3
112.7
99.8
101.5
123.7
108.8
105.2
93.8
93.3
92.5
93.3
93.5
92.4
93.2
93.3
93.2
92.9
102
100
100
99
97
99
103
101
101
99
99.7
108
108
111
96.7
97.9
98.1
99.5
95.2
97.5
100.6
102.2
97.5
103.4
103.3
100.6
100.8
103.2
107.5
101.6
96.9
4.228
4.36
104.6
1.838
1.76
98.5
1.841
1.87
109.4
2.297
2.10
95.6
1.900
1.99
106.0
1.944
1.83
109.3
6.679
6.11
93.1
0.430
0.46
100.1
1.692
1.69
101.2
5.618
5.55
102.1
2.610
2.56
5
HLHZ-1
HLHZ-2
HLHZ-3
HLHZ-4
HLHZ-5
HLHZ-6
HLHZ-7
HLHZ-8
HLHZ-9
HLHZ-10
Lab 1
% Cu
Lab 2
% Cu
Lab 3
% Cu
Lab 4
% Cu
Lab 5
% Cu
Lab 6
% Cu
Lab 7
% Cu
Lab 8
% Cu
Lab 9 Lab 10 Lab 11 Lab 12
% Cu % Cu % Cu % Cu
0.746
0.749
0.738
0.739
0.747
0.745
0.743
0.745
0.741
0.744
0.80
0.81
0.78
0.78
0.77
0.78
0.77
0.77
0.77
0.76
0.774
0.766
0.774
0.768
0.769
0.771
0.787
0.772
0.768
0.757
0.76
0.74
0.75
0.75
0.74
0.75
0.75
0.75
0.75
0.75
0.749
0.749
0.749
0.741
0.737
0.741
0.746
0.75
0.748
0.748
0.739
0.752
0.758
0.747
0.749
0.749
0.756
0.758
0.750
0.757
0.788
0.784
0.783
0.789
0.790
0.800
0.793
0.788
0.792
0.786
0.769
0.759
0.761
0.761
0.759
0.765
0.762
0.749
0.750
0.759
0.74
0.74
0.74
0.74
0.73
0.75
0.74
0.73
0.74
0.74
0.776
0.773
0.772
0.774
0.771
0.773
0.774
0.772
0.776
0.772
0.77
0.76
0.77
0.76
0.78
0.75
0.78
0.79
0.77
0.78
0.76
0.77
0.76
0.77
0.77
0.77
0.76
0.77
0.77
0.78
Mean
0.744 0.779 0.771 0.749 0.746 0.752 0.789 0.759 0.739 0.773 0.771 0.768
Std. Devn. 0.0035 0.0152 0.0076 0.0057 0.0047 0.0060 0.0049 0.0061 0.0057 0.0016 0.0120 0.0063
% RSD
0.47
1.96
0.98
0.76
0.63
0.80
0.62
0.80
0.77
0.21
1.55
0.82
HLHZ-1
HLHZ-2
HLHZ-3
HLHZ-4
HLHZ-5
HLHZ-6
HLHZ-7
HLHZ-8
HLHZ-9
HLHZ-10
% Pb
% Pb
% Pb
% Pb
% Pb
% Pb
% Pb
0.76
0.75
0.76
0.76
0.76
0.75
0.76
0.78
0.75
0.76
0.84
0.85
0.84
0.84
0.84
0.86
0.84
0.83
0.85
0.85
0.85
0.84
0.85
0.84
0.84
0.84
0.85
0.86
0.85
0.84
0.80
0.78
0.78
0.79
0.76
0.77
0.78
0.77
0.78
0.78
0.83
0.83
0.83
0.82
0.82
0.82
0.83
0.83
0.83
0.83
0.81
0.83
0.84
0.83
0.84
0.83
0.84
0.84
0.83
0.84
0.86
0.85
0.85
0.84
0.85
0.84
0.85
0.84
0.84
0.85
% Pb
0.785
0.767
0.779
0.770
0.764
0.773
0.769
0.780
0.763
0.769
% Pb
% Pb
% Pb
% Pb
0.82
0.81
0.82
0.82
0.82
0.82
0.82
0.82
0.82
0.82
0.80
0.80
0.80
0.80
0.80
0.80
0.81
0.80
0.80
0.81
0.75
0.74
0.76
0.73
0.76
0.73
0.73
0.73
0.72
0.74
0.83
0.84
0.82
0.82
0.82
0.82
0.82
0.82
0.82
0.84
Mean
0.76
0.84
0.85
0.78
0.83
0.83
0.85
0.77
0.82
0.80
0.74
0.83
Std. Devn. 0.0088 0.0084 0.0070 0.0110 0.0050 0.0082 0.0064 0.0073 0.0032 0.0026 0.0137 0.0085
% RSD
1.15
1.00
0.83
1.41
0.60
0.99
0.76
0.94
0.39
0.32
1.85
1.03
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
% Zn
7.51
7.46
7.55
7.40
7.39
7.50
7.44
7.48
7.41
7.44
7.83
7.63
7.66
7.48
7.56
7.47
7.89
7.46
7.49
7.54
7.95
7.90
7.88
7.75
8.03
7.83
7.93
7.82
7.83
7.78
7.53
7.50
7.48
7.66
7.44
7.51
7.57
7.51
7.53
7.60
7.48
7.47
7.45
7.38
7.35
7.39
7.42
7.46
7.44
7.43
7.78
7.96
7.93
7.90
7.90
7.74
7.76
7.83
7.82
7.89
7.98
8.02
7.89
7.81
7.97
7.91
7.83
7.93
7.89
7.86
7.54
7.51
7.48
7.46
7.52
7.54
7.47
7.52
7.48
7.56
7.66
7.66
7.69
7.68
7.63
7.57
7.64
7.65
7.66
7.64
7.71
7.71
7.67
7.68
7.73
7.62
7.67
7.69
7.69
7.71
5.38
5.26
5.43
5.31
5.35
5.32
5.07
5.28
5.28
5.59
7.79
7.95
7.78
7.82
7.79
7.75
7.77
7.79
7.73
8.00
Mean
7.46
Std. Devn. 0.052
% RSD
0.70
7.60
0.152
2.00
7.87
0.085
1.08
7.53
0.063
0.84
7.43
0.045
0.60
7.85
0.076
0.96
7.91
0.066
0.84
7.51
0.033
0.44
7.65
0.033
0.43
7.69
0.031
0.40
5.33
0.133
2.49
7.82
0.088
1.12
HLHZ-1
HLHZ-2
HLHZ-3
HLHZ-4
HLHZ-5
HLHZ-6
HLHZ-7
HLHZ-8
HLHZ-9
HLHZ-10
NOTE: Pb data and Zn data from Lab. 11 were excluded from the data set for failing the “t” test.
6
Participating Laboratories:
(not in same order as listed in table of results)
Acme Analytical Laboratories Ltd., Vancouver
Assayers Canada Ltd., Vancouver
ALS Chemex Laboratories, North Vancouver
Actlabs, Ontario, Canada
Alex Stewart Assayers (Argentina) Ltd.
GTK Laboratory, Finland
International Plasma Laboratories Ltd., Vancouver
OMAC Laboratory Ltd., Ireland
SGS-XRAL, Toronto
Skyline Laboratory, Arizona, USA
Teck Cominco - Global Discovery Laboratory, Vancouver
TSL Laboratories Ltd., Saskatoon
Legal Notice:
This certificate and the reference material described in it have been prepared with due care and
attention. However CDN Resource Laboratories Ltd. or Barry Smee accept no liability for any
decisions or actions taken following the use of the reference material. Our liability is limited
solely to the cost of the reference material.
Certified by
Duncan Sanderson, B.Sc.
Licensed Assayer of British Columbia, and
Geochemist
_____________________________________
Dr. Barry Smee, Ph.D., P. Geo.
7
Sample Preparation ALS-CHEMEX
Sample Preparation Package – PREP-31
Standard Sample Preparation: Dry, Crush, Split and Pulverize
Sample preparation is the most critical step in the entire laboratory operation. The purpose of
preparation is to produce a homogeneous analytical sub-sample that is fully representative of
the material submitted to the laboratory.
The sample is logged in the tracking system, weighed, dried and finely crushed to better than 70
% passing a 2 mm (Tyler 9 mesh, US Std. No.10) screen. A split of up to 250 g is taken and
pulverized to better than 85 % passing a 75 micron (Tyler 200 mesh, US Std. No. 200) screen.
This method is appropriate for rock chip or drill samples.
Method Code
Description
Sample is logged in tracking system and a bar code label is
LOG-22
attached.
Fine crushing of rock chip and drill samples to better than 70 % of
CRU-31
the sample passing 2 mm.
SPL-21
Split sample using riffle splitter.
A sample split of up to 250 g is pulverized to better than 85 % of
PUL-31
the sample passing 75 microns.
8
Flow Chart - Sample Preparation Package – PREP-31
Standard Sample Preparation: Dry, Crush, Split and Pulverize
9
ANALYTICAL PROCEDURES - ALS CHEMEX WHOLE ROCK & METAL
ASSAYS (Check assays)
Whole Rock Geochemistry – ME-ICP06 and OA-GRA05
Analysis of major oxides by ICP-AES
ME-ICP06
Sample Decomposition:
Analytical Method:
Lithium Metaborate/Lithium Tetraborate (LiBO2/Li2B4O7)
Fusion* (FUS-LI01)
Inductively Coupled Plasma - Atomic Emission
Spectroscopy (ICP-AES)
A prepared sample (0.200 g) is added to lithium metaborate/lithium tetraborate flux (0.90 g),
mixed well and fused in a furnace at 1000°C. The resulting melt is then cooled and dissolved in
100 mL of 4% nitric acid/2% hydrochloric acid. This solution is then analyzed by ICP-AES and
the results are corrected for spectral inter-element interferences. Oxide concentration is
calculated from the determined elemental concentration and the result is reported in that format.
Element
Symbol
Lower
Upper
Limit
Limit
Units
Aluminum
Al2O3
%
0.01
100
Barium
BaO
%
0.01
100
Calcium
CaO
%
0.01
100
Chromium
Cr2O3
%
0.01
100
Iron
Fe2O3
%
0.01
100
Magnesium
MgO
%
0.01
100
Manganese
MnO
%
0.01
100
Phosphorus
P2O5
%
0.01
100
Potassium
K2O
%
0.01
100
Silicon
SiO2
%
0.01
100
10
Element
Sodium
Symbol
Lower
Upper
Limit
Limit
Units
Na2O
%
0.01
100
Strontium
SrO
%
0.01
100
Titanium
TiO2
%
0.01
100
*Note: For samples that are high in sulphides, we may substitute a peroxide fusion in order to
obtain better results.
11
OA-GRA05, ME-GRA05
Thermal decomposition Furnace or TGA (OA-GRA05 or
ME-GRA05)
Gravimetric
Analytical Method:
If required, the total oxide content is determined from the ICP analyte concentrations and loss
on Ignition (L.O.I.) values. A prepared sample (1.0 g) is placed in an oven at 1000°C for one
hour, cooled and then weighed. The percent loss on ignition is calculated from the difference in
weight.
Method Code
Parameter
Symbol
Lower
Upper
Limit
Limit
Units
Loss on Ignition
OA-GRA05
LOI
%
0.01
100
Loss on Ignition
Moisture
%
0.01
100
(TGA)
LOI
%
0.01
100
(Furnace)
ME-GRA05
12
Ore Grade Check Assays and Gravity Determinations
Specialty Assay Procedure – OA-GRA08b
Specific Gravity
Analytical Method:
Gravimetric
Pulverized Material (OA-GRA08b & OA-GRA08d)
A prepared sample (3.0 g) is weighed into an empty pyncometer. The pyncometer is filled with a
solvent (either methanol or acetone) and then weighed. From the weight of the sample and the
weight of the solvent displaced by the sample, the specific gravity is calculated according to the
equation below.
Specific Gravity 
Method Code
Weight of sample (g)
 Specific Gravity of Solvent
Weight of solvent displaced (g)
Sample
Lower
Upper
Type
Limit
Limit
Pulp
0.01
20
Units
Description
Specific Gravity – pyncometer with
OA-GRA08b
Unity
Methanol
Specific Gravity – pyncometer with
OA-GRA08d
Unity
Pulp
0.01
20
Acetone
13
Ore Grade Analysis by XRF – ME-XRF10 (Barium Analyses)
50% Li2B4O7 – 50% LiBO2 (WEI-GRA06)
Analytical Method:
X-Ray Fluorescence Spectroscopy (XRF)
A calcined or ignited sample (0.9 g) is added to 9.0g of Lithium Borate Flux (50 % - 50 %
Li2B4O7 – LiBO2), mixed well and fused in an auto fluxer between 1050 - 1100°C. A flat molten
glass disc is prepared from the resulting melt. This disc is then analysed by X-ray fluorescence
spectrometry.
Element
Symbol
Lower
Upper
Limit
Limit
Units
Barium
Ba
%
0.01
50
Niobium
Nb
%
0.01
10
Antimony
Sb
%
0.01
50
Tin
Sn
%
0.01
60
Tantalum
Ta
%
0.01
50
Thorium
Th
%
0.01
15
Uranium
U
%
0.01
15
Tungsten
W
%
0.01
50
Zirconium
Zr
%
0.01
50
Lower
Upper
Limit
Limit
Elements listed below are available upon request
Element
Symbol
Units
Fe2O3
%
0.01
100
Potassium
K2O
%
0.01
100
Magnesium
MgO
%
0.01
100
Sodium
Na2O
%
0.01
100
Iron
14
Fire Assay Procedure – Au-AA25 and Au-AA26
Fire Assay Fusion, AAS Finish
Fire Assay Fusion (FA-FUS03 & FA-FUS04)
Analytical Method:
Atomic Absorption Spectroscopy (AAS)
A prepared sample is fused with a mixture of lead oxide, sodium carbonate, borax, silica and
other reagents as required, inquarted with 6 mg of gold-free silver and then cupelled to yield a
precious metal bead.
The bead is digested in 0.5 mL dilute nitric acid in the microwave oven. 0.5 mL concentrated
hydrochloric acid is then added and the bead is further digested in the microwave at a lower
power setting. The digested solution is cooled, diluted to a total volume of 10 mL with demineralized water, and analyzed by atomic absorption spectroscopy against matrix-matched
standards.
Default
Method
Element
Symbol
Sample
Lower
Upper
Weight (g)
Limit
Limit
Units
Code
Overlimit
Method
Au-AA25
Gold
Au
ppm
30
0.01
100
Au-GRA21
Au-AA26
Gold
Au
ppm
50
0.01
100
Au-GRA22
15
Assay Procedure – ME-OG46
Ore Grade Elements by Aqua Regia Digestion Using Conventional ICP-AES Analysis
HNO3-HCl Digestion (ASY-4R01)
Analytical Method:
Inductively Coupled Plasma - Atomic Emission
Spectroscopy (ICP - AES)*
Assays for the evaluation of ores and high-grade materials are optimized for accuracy and
precision at high concentrations. Ultra high concentration samples (> 15 -20%) may require the
use of methods such as titrimetric and gravimetric analysis, in order to achieve maximum
accuracy.
A prepared sample is digested in 75% aqua regia for 120 minutes. After cooling, the resulting
solution is diluted to volume (100 mL) with de-ionized water, mixed and then analyzed by
inductively coupled plasma - atomic emission spectrometry or by atomic absorption
spectrometry.
*NOTE: ICP-AES is the default finish technique for ME-OG46. However, under some conditions
and at the discretion of the laboratory an AA finish may be substituted. The certificate will clearly
reflect which instrument finish was used.
Element
Symbol
Lower
Upper
Limit
Limit
Units
Silver
Ag
ppm
1
1500
Arsenic
As
%
0.01
30
Cadmium
Cd
%
0.001
10
Cobalt
Co
%
0.01
20
Copper
Cu
%
0.01
40
Iron
Fe
%
0.01
100
Manganese
Mn
%
0.01
50
Molybdenum
Mo
%
0.001
10
Nickel
Ni
%
0.01
10
Lead
Pb
%
0.01
20
Zinc
Zn
%
0.01
60
16
Sample Preparation Eastern Analytical Limited (Assays only)
ROCK/CORE
1.
Samples are organized and labeled when they enter the lab. They are then placed in
drying ovens until they are completely dry.
2.
After drying is complete samples are taken and crushed in a Rhino Jaw Crusher to
approximately 75% -10 mesh material.
3.
The complete sample is rifle split until we are left with approximately 250 - 300 grams of
material. The remainder of the sample is bagged and stored as coarse reject.
4.
The 250 - 300 gram split is then pulverized using a ring mill to approximately
98% -
150 mesh material.
5.
The ring pulverizers and jaw crushers are cleaned with silica sand when changing
clients. The sample prep technician also inspects the rings and bowls after each sample
and silica sand is used to clean equipment as needed.
Sample Analyses Eastern Analytical Limited (Assays only)
Assay procedure described herein was the customary assay procedure used for all base
metal and gold assays reported by Buchans River Limited. Samples yielding over limit
assays by the ICP method, Cu (10,000 ppm), Pb (2,200 ppm) or Zn (2,200 ppm), were
subsequently assayed by Eastern Analytical using their Ore Grade method. All samples
analysed by Eastern for ore grade analyses were subsequently checked (from pulps) by
ALS Chemex using their Ore Grade and Fire Assay methods (see ALS Chemex
procedures).
17
Select core samples were analyzed at Eastern Analytical Limited, Springdale, using a 9-element
aqua regia digestion /ICP-ES suite (0.50 g sample) while Au was determined by fire assay as
described further below.
9-element ICP- Eastern Analytical
Sample Digestion
A 0.500 g sample is digested with 2 ml HNO3 in a 95C water bath for ½ hour, after which 1 ml
HCL is added and the sample is returned to the water bath for an additional ½ hour. After
cooling, samples are diluted to 10 ml with deionized water, stirred and let stand for 1 hour to
allow precipitate to settle.
Sample Analysis- Eastern Analytical
Analysis is by ICP with lower and upper detection limits outlined below:
Element
Lower Detection Limits
Upper Detection Limits
Fe%
0.01%
10.0%
Pb (ppm)
5 ppm
2,200 ppm
Zn (ppm)
2 ppm
2,200 ppm
Co (ppm)
1 ppm
550 ppm
Cu (ppm)
1 ppm
10,000 ppm
Bi (ppm)
2 ppm
1,100 ppm
Mo (ppm)
1 ppm
220 ppm
Ag (ppm)
0.5 ppm
6.0 ppm
Assay Procedure for Cu, Pb, Zn, & Co- Eastern Analytical (for those samples containing >
ICP upper detection limits)
Sample Digestion- Eastern Analytical
A 0.200 g sample is digested in a beaker with 10 ml of nitric acid and 5 ml hydrochloric acid
for 45 minutes. Samples are then transferred to 100 ml volumetric flasks and then analyzed
by the Atomic Absorption method.
18
Assay Procedure for Au Fire Assay- Eastern Analytical
Sample Digestion
The sample is weighed (15 or 30 grams) into an earthen crucible containing PbO fluxes and
then mixed. Silver nitrate is then added and the sample is fused in a fire assay oven to obtain
a liquid which is poured into a mold and let cool. The lead button is then separated from the
slag and cupelled in a fire assay oven which contains a silver bead which contains the gold.
The silver is removed with nitric acid and then hydrochloric acid is added. After cooling,
deionized water is added to bring the sample up to a present volume. Then the sample is
analyzed by the Atomic Absorption method.
Data Evaluation – Eastern Analytical
Each sample run contains one blank, two CanMet standards and 37 unknowns, of which two
will be duplicates. All data are reviewed by the laboratory’s chief assayer, and signed before
release to the client.
Soil Sample Preparation - Eastern Analytical
SOILS / STREAMS / SILTS
Soils are dried at 90°F. They are then pounded with a rubber mallet in the soil bag. Then the
soil is screened through a 80 mesh screen. The -80 fraction is rolled and kept as the sample.
The +80 mesh fraction is discarded.
PROCEDURE FOR AR-ICP-11
Each rack is to contain one blank, two CanMet standards and 37 unknowns, of which two will be
duplicates. A 0.500 gram sample is digested with 2ml HNO3 in to 95°C water bath for ½ hour,
after which 1ml of HCL is added and the samples is returned to the water bath for an additional
½ hour. After cooling, samples are diluted to 10ml with deionized water, stirred and let stand for
1 hour to allow precipitate to settle. They are now prepared for ICP analysis. Elements in
package are Fe, As, Mo, Zn, Cu, Sb, Ag, Pb, Co, Ni and Mo. Au was analysed by fire assay.
1
APPENDIX VII
Analytical Results

Untitled - Geoscience Resources of Newfoundland and Labrador

Transcription

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