rpt on a ground mag survey todd dome & mcdonough …
TRANSCRIPT
l52N04NW0016 2 16191 DOME 010
REPORT ON A GROUND MAGNETOMETER SURVEY
TODD, DOME 6 MCDONOUGH TOWNSHIPS
RED LAKE MINING DIVISION
DISTRICT OF KENORA
ONTARIO
FOR
PLACER DOME CANADA LTD.
RECEIVEDRED LAKE MINING DIV.
SEP V 3 1995AU PM 7,8i9,K)jiijl2,l|2,3,4|S|6
TECHTERREX INCORPORATED Oakville, Ontario May 30, 1994
t 1t:
S2NO4NW0016 2.16191 DOME Q "J QC
TABLE OF CONTENTS
Page
1.0 Introduction l
2.0 Property Location and Access 2
3.0 Grid Description 3
4.0 Geological Setting 4
5.0 Previous Work 5
6.0 Ground Magnetometer Survey
6.1 Survey Instrumentation And Description 8
6.2 Data Storage St Presentation 9
6.3 Discussion of Results 10
7.0 Summary 6 Recommendations 12
Figures
1. Property Location
2. Golden Arm Property Claim Block
3. Gold Seekers Bay Property Claim Block
4. Golden Arm Area Aeromagnetic/Electromagnetic Map
5. Gold Seekers Bay Area Aeromagnetic/Electromagnetic Map
Tables
I. Todd, Dome 6 McDonough Mining Claims
TABLE OF CONTENTS (Cont'd)
Maps
GOLDEN ARM PROPERTY
NORTH MAP SHEET
GAP-01 Total Field Magnetic Postings
GAP-03 Total Field Magnetic Profiles
GAP-05 Total Field Magnetic Contours
GAP-07 Plan of Topography
GAP-09 Plan of Interpretation
SOUTH MAP SHEET
GAP-02 Total Field Magnetic Postings
GAP-04 Total Field Magnetic Profiles
GAP-06 Total Field Magnetic Contours
GAP-08 Plan of Topography
GAP-10 Plan of Interpretation
GOLD SEEKERS BAY PROPERTY
NORTH MAP SHEET
GSB-01 Total Field Magnetic Postings
GSB-03 Total Field Magnetic Profiles
GSB-05 Total Field Magnetic Contours
GSB-07 Plan of Topography
GSB-09 Plan of Interpretation
TABLE OF CONTENTS (Cont'd)
SOUTH MAP SHEET
GSB-02 Total Field Magnetic Postings
GSB-04 Total Field Magnetic Postings
GSB-06 Total Field Magnetic Contours
GSB-08 Plan of Topography
GSB-10 Plan of Interpretation
Selected References
Appendix
A. Instrument Specifications
B. Survey Personnel
- l -
1.0 Introduction
During the period of March 31, 1994 through to April 14, 1994
TechTerrex Inc. performed a detailed ground magnetometer survey
over two properties held by Placer Dome Canada Limited in the Red
Lake Mining District of Ontario. The program was designed and
implemented in order to define lithological boundries as well as
structural settings of the area under investigation. In turn, this
would assist the geological mapping program that is scheduled to
follow during the summer of 1994. The primary metal being sought
is gold, although the area also contains numerous copper, lead and
zinc showings. Historically, the Red Lake mining camp is known
predominantly for its gold production.
- 2 -
2.0 Property Location and Access
The 26 unpatented mining claims reported herein are located in
Todd, Dome and McDonough townships in the Red Lake Mining Division,
District of Kenora, Ontario and are subdivided into two project
areas; namely, the Golden Arm Project and the Gold Seekers Bay
Project. Figure l illustrates the general location of the
properties. Table I contains a listing of the mining claims
covered by this report.
Depending upon the season, the properties are accessible by either
snowmobile or boat from the town of Red Lake. Red Lake is situated
approximately 170 kilometers north of the village of Vermillion Bay
which is situated on the Trans Canada Highway (#17) in Northwestern
Ontario.
Specifically, the Golden Arm property is located on the north shore
of Red Lake (Golden Arm) approximately 17 kilometers west of the
town of Red Lake. The Gold Seekers Bay property lies approximately
8 kilometers north of the town of Red Lake on the north shore of
Red Lake (Gold Seekers Bay). Figures 2 and 3 outline the property
boundries for the Golden Arm and Gold Seekers Bay properties.
B50 80
HUDSON BAY
Big Trout Lake
o weagamow Lake
PLACER DOME CANADA LIMITED
GOLDEN ARM ftGOLDSEEKERS BAY PROJECT
Red Lake M.D., Ontario
LOCATION MAP
TABLE I
The following claims are covered in this report:
TODD TOWNSHIP
1197133 1197136
1197134 1197137
1197135 1197138
1197139
1197140
1197142
1197143
1197144
1197145
DOME TOWNSHIP
1144363 1144364
1202049
1197174 1197175
MCDONOUGH TOWNSHIP
1022738 1202041
1202040 1202042
1202048
1202043
1202044
1202046
1202047
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Location of Gold Seekers Bay Grid Dome Township
Scale: 1:20,000
- 3 -
3.0 Grid Description
The Golden Arm and Gold Seekers Bay grids were prepared during the
winter of 1994 by E. Downie Linectting Services.
The Golden Arm grid has a total of 93.3 line kilometers of grid
lines. The grid consists of baseline 2000mE which has an azimuth
of 45 degrees and extends from 600mN to 4200mN. Parallel to
baseline 2000mE, five tielines were established at: lOOOmE from
1200mN to 4200mN; ISOOroE from 600mN to 900mN; 2500mE from 4200mN
to 5700roN; 3000mE from 5900mN to 5662mN; and, 3500mE from 5200mN
to 5900mN. Maps numbered GAP-07 and GAP-08 which are included as
part of this report further define the grid layout.
The Gold Seekers Bay grid is comprised of a total of 92.2
kilometers of grid lines and has a baseline situated at lOOOmE from
SOOmN to 5800mN and is oriented at 45 degrees. Additionally,
tielines at 2500mE from 5800mN to 7600mN and at 2700mE from 7600mN
to 9100mN have been cut out. Two maps numbered GSB-07 and GSB-08
show the relationship of the grid layout.
In each instance, crosslines were established at 100 metre
intervals perpendicular to the baseline. Station intervals along
- 4 -
all cross, base and tielines were set out at a nominal 25 metre
separation.
4.0 Geological Setting
The report area lies within the Red Lake greenstone belt located in
the western portion of the Uchi Subprovince of the Archean Superior
Province.
The supracrustal rocks of the Red Lake mining camp have been
subdivided by Pirie (1981) as a lower tholeiitic to komatiitic
series of rocks, primarily composed of a sequence of mafic to
ultramafic metavolcanic rocks, intermediate to felsic metavolcanic
rocks and metasedimentary rocks. This lower tholeiitic/komatiitic
series is bordered on the south and northwest by an upper calc-
alkalic arrangement of rocks consisting of intermediate to felsic
tuffaceous and pyroclastic metavolcanic rocks.
The felsic metavolcanic rocks incorporate sequences of tuffaceous
to pyroclastic rocks enveloped by tholeiitic basalts and basaltic
komatiites. Medisedimentary rock units consist of marble, chert,
argillite wacke, greywacke and conglomerates.
- 5 -
Numerous dikes and stocks, such as the Dome stock, intrude the
supracrustal rocks and vary in composition from serpentinized
peridotite, gabbro, diorite and granodiorite to quartz feldspar
porphyry.
Structurally, there are two major fault/shear patterns found
within the Red Lake greenstone belt and they tend to be parallel to
the volcanic stratigraphy striking at 60 degrees and 120 degrees.
Often, the shear zones are characterized by intense Fe-
carbonization in the form of massive veins and acute stringer
systems. Also, they are often related to the occurance of mafic to
ultramafic intrusions within the volcanic sequence.
The majority of the past and present gold mining operations are
found near or within the stratigraphic top of the tholeiitic
sequence and are often underlain by vast zones of highly sheared,
altered and deformed rocks.
5.0 PREVIOUS WORK
A summary of some of the previous exploration programs obtained
from the Ministry of Northern Development and Mines assessment
- 6 -
files that are of background importance to the present reporting
include:
TODD TOWNSHIP (Golden Arm Property)
-In 1985 Noranda Exploration Company Ltd. conducted a ground
magnetometer survey over mining claims KRL715249-250, KRL 715274-
277 and KRL759672-674 inclusive.
-In 1986 Noranda Exploration Company Ltd. performed a one hole
diamond drill program on mining claim KRL715275. No mineralization
was reported.
-In 1987 Noranda Exploration Company Ltd. completed a ground
magnetometer /VLF-EM survey over mining claims KRL715250, KRL715274-
276 inclusive, KRL759672-674 inclusive and KRL835432.
MCDONOUGH TOWNSHIPS (Gold Seekers Bay Property)
-Bluestack Resources Ltd. conducted a magnetic and HLEM survey
over portions of the present mining claims held by Placer Dome
Canada Ltd. The work program outlined ten (10) conductive zones
parallel to the present baseline, and were thought to be associated
with bands of magnetite.
-Gold Fields Resources Canada Ltd. commissioned a limited
- 7 -
magnetometer l VLF-EM survey, a part of which overlaps present mining
claim KRL1202041.
-In 1988 Pure Gold Resources Inc. performed a geology, ground
magnetometer and HLEM surveys to the north of present mining claim
KRL1202041.
DOME TOWNSHIP (Gold Seekers Bay Property)
. -In 1982 Bluestack Resources initiated a basil till
geochemistry, ground magnetometer, HLEM and diamond drilling
program.
-In 1984 Bluestack Resources/Luxor Joint Venture conducted a
6 hole diamond drill program.
-In 1988 Pure Gold Resources completed a geology,
geochemistry. Induced Polarization, ground magnetometerXVLF-EM
surveys and diamond drilling immediately to the west and southwest
of the Placer Dome Canada Ltd. claim group.
Also, the Ontario Geological Survey commissioned an Input
magnetic/electromagnetic airborne survey in 1979. Portions of the
survey that relate directly to the Golden Arm and Gold Seekers Bay
grids are shown on Figure 4 and 5 respectively.
Figure 5
1979 Ontario Geological Survey
Afiromagm'tio/Elootromagnotic Surv*y
Gold Seekers Bay Aroa
Scal
e:
1:20,000
- 8 -
6.0 Ground Magnetometer Survey
6.1 Survey Instrumentation and Description
An Overhauser roagnetomer, model GSM-19 manufactured by Gem Systems
of Richmond Hill, Ontario was used throughout the survey, both in
the mobile and base modes. The GSM-19 magnetometer has a
resolution of 0.01 nanoteslas and sensitivity of 0.02 nanoteslas.
Further instrument specifications are contained in Appendix A.
Total field magnetic measurements in the mobile mode were observed
over the Golden Arm and Gold Seekers Bay grids at 2 second
intervals along all base, tie and crosslines. During the course of
the survey, a base station magnetometer was cycled at 10 second
intervals in order to monitor and record the diurnal fluctuations
to the earth's magnetic field. These base station observations
were used to correct the mobile magnetometer measurements for
diurnal magnetic drift.
The base station locations and datumn are as follows:
Golden Arm Grid: 1503mNX2350mE 60,700 nanoteslas
Gold Seekers Bay Grid: 1730mNX1040mE 60,000 nanoteslas
- 9 -
Personnel involved in the survey are listed in Appendix B.
6.2 Data Storage and Presentation
All magnetic observations along with their ground co-ordinates have
been stored digitally (in XYZ format) under files named
GARM.XYZ for the Golden Arm grid and under GSBAY.XYZ for the Gold
Seekers Bay grid.
The results of the survey are presented in plan as a series of
posting, profile and contour presentations at 1:5000 scale and are
divided into North and South map sheets.
The Golden Arm data has been profiled at a vertical scale of l
centimetre per 2500 nanoteslas and contoured at a basic contour
interval of 50 nanoteslas.
The Gold Seekers Bay magnetic profiles are displayed at a vertival
scale of l centimetre per 1000 nanoteslas and contoured at a basic
50 nanotesla interval.
Additionally, a plan of topography and interpretation have been
prepared and forms a separate presentation for each of the grids.
- 10 -
At 1:10,000 scale, magnetic colour contour presentations have also
been prepared. A summary of the maps accompanying this report is
found in the Table of Contents.
5.4 Discussion of Results
An interpretation of the underlying lithological units and
structure based upon the magnetic results for both the Golden Arm
and Gold Seekers Bay grids are enclosed as map presentations GAP-
09, GAP-10 and GSB-09, GSB-10 respectively. The total field
magnetic survey has outlined six possible geological units as
follows:
Magnetic Dnit Ml: broad, very weak magnetic amplitudes in the
59,700 nanotesla to 60,300 nanotesla range representing a
typical response over metasedimentary rocks.
Magnetic Dnit M2: slightly more magnetic than Dnit Ml,
generally in the 59,900 to 60,300 nanotesla range. The
magnetic amplitudes in Dnit M2 tend to be more irregular
than those found in Magnetic Dnit Ml. This unit probably
represents an area of mafic to ultramafic metavolcanic
rocks.
- 11 -
Magnetic Unit M3: broad, very strong magnetic high having
magnetic amplitudes in the 60,000 to 70,000* nanotesla range.
Magnetic amplitudes are very erratic in nature reflecting the
varying degress of magnetite within the rocks. The magnetite
has been interpreted as occuring in bands throughout this
unit. The magnetic response indicates that this unit is
steeply dipping and close to surface. This Unit probably
represents an area of intermediate to felsic metavolcanic
rocks.
Magnetic Unit M4: very broad, very strong magnetic high
similar to Unit M3 ranging from 60,900 to 72,000*
nanoteslas. Again, the magnetic amplitudes are very
irregular suggesting that there are bands of magnetite
located within this unit as well. The magnetic response
also suggests that this body is steeply dipping and close
to surface. Unit M4 is thought to represent an area of
mafic to ultramafic intrusive rocks.
Structurally, there are several faults that are
interpreted to cut across the lithologies striking
approx imately east-norteast.
- 12 -
6.0 Summary 6 Recommendations
The ground geophysical surveys have assisted in mapping the main
geological units of the area. It is recommended that this initial
program be followed by a geological survey of the properties in
order to further evaluate their mineral potential.
STATEMENT OF QUALIFICATIONS
I, MICHAEL C. WILSON, residing at 199 Sheraton Court, in the
Town of Oakville, County of Hal ton, in the Province of Ontario do
hereby certify:
i) that I ara a geophysical consultant having an office at 199
Sheraton Court, Oakville, Ontario L6L 5N3.
ii) that I am a graduate of the Geology Technology Program,
Cambrian College of Applied Arts 6 Technology and that I have been
practising my profession as a geophysical consultant continuously
for the past 15 years.
iii) that this report is based upon the survey results and
information obtained from the assessment files of the Ontario
Ministry of Northern Development and Mines.
iv) that I have no interest, direct or indirect in Placer Dome
Canada Ltd., or any of it's affiliates, nor in the properties
discussed herein, nor do I expect to receive any such interest.
Signed this 30th day of May, 1994
Michael C. Wilson President TechTerrex Inc.
SELECTED REFERENCES
Pirie, J. 1981. Regional Geological setting of gold deposits in the Red Lake area. Northwestern Ontario; in Genesis of Archean Volcanic Hosted Gold Deposits, Ontario Geological Survey, Misc. Paper 97, p.71-93.
Durocher,M.E.,Burchell, P.S., Wallace, H., Andrews, A.J., Hugon, H., and Atkinson, B.T. 1991. Geology and gold mineralization. Red Lake greenstone belt; Ontario Geological Survey, Preliminary Map P.3107, scale 1:50,000.
Stone, D., Atkinson, B.T., and Fogal, R. 1993. Precambrian Geology, Pipestone Bay; Ontario Geological Survey, Preliminary Map P.3223, scale 1:50,000.
APPENDIX A
SURVEY INSTRUMENT SPECIFICATION
GEN SYSTEMS GSM-19 MAGNETOMETER
GSM-19 Magnetometer l VLF System
GSM-19 is a state-of-the-art magnetometer l VLF system that delivers both the quality of data and the extensive capabilities required to perform a broad spectrum of applications. Whether the application calls for detailed ground surveys, high-resolution marine surveys, or remotely controlled magnetic observatory measurements, you can count on the GSM-19 system to meet your goals.
The GSM-19 can be configured as either an Overhauser effect proton precession magnetometer or a conventional proton unit.
GEM's advanced Overhauser version employs continuous radiofrequency polarization and special sensors to maximize the signal-to-noise ratio. Instrument sensitivity (0.05 gamma), resolution (0.01 gamma) and absolute accuracy (0.2 gamma) set new performance standards. Moreover omnidirectional sensors ensure a high quality of data even in low magnetic latitudes.
'""-m can also take advantage of versatile options that i educe field costs and increase survey productivity. And the lightweight Overhauser unit is easy to transport and operate in the field (console with rechargeable batteries weighs only 2. l kilograms).
The modular design of the GSM-19 Overhauser magnetometer ensures that the system can be upgraded as workloads change. You can select from a number of building blocks, including:
* Simultaneous gradiometer.* Continuous profiling "Walking" magnetometer l
gradiometer.* Very fast sampling (up to 5 readings per second)
magnetometer/gradiometer.0 Omnidirectional VLF.* Shallow or deep marine operation.* Remote control for observatory and airborne base
station applications.
If your application does not yet require the extended capabilities or the cost benefits of an Overhauser unit, a conventional GSM-19 unit is available. This dedicated proton magnetometer can be equipped with gradiometer or VLF options, and is upgradable to an Overhauser magnetometer.
The Overhauser and conventional magnetometers share many powerful features:
* Easy to learn interactive menu.* Streamlined grid coordinate system with "end of
line" quick change capability.* 128 kilobyte basic memory, expandable to
2 Megabytes.* Programmable RS-232 high-speed data transfer (to
19.2 kilobaud).* 50 and 60 Hz filters, user selectable.9 Automatic tuning and base station synchronization.
Type of Magnetometer
fe Options)xx
Conventional Proton
rerhauser Proton
Total Field V
Walking-
Hip-Chain
A Proton Total Field system may be upgraded to an Overhauser system, which allows further upgrade to "Walking" and Hip Chain models.
GSM-19 Overhauser SystemA Full Range of Building Blocks
ultaneous GradiometerMany mining, environmental, and archaeological applications call for high-sensitivity gradiometer surveys. The GSM-19 meets these needs in several ways. For example, simultaneous measurement of the magnetic field at both sensors eliminates diurnal magnetic effects. And Overhauser proton precession improves data accuracy and precision. The net result is a true gradient reading that resolves even weak anomalies (less than 0.25 gamma).
Omnidirectional VLFWith GEM's omnidirectional VLF option, up to three stations of VLF data can be acquired without orienting. Moreover, the operator is able to record both magnetic and VLF data with a single stroke on the keypad.
A 12-bit A/D converter has also been incorporated in the VLF instrumentation to enhance resolution of near- surface electromagnetic conductors.
"Walking" Magnetometer l GradiometerGEM's unique "Walking" option enables acquisition of nearly continuous data on survey lines. Similar to an airborne survey in principle, data is recorded at discrete time intervals (up to 2 readings per second) as the instrument travels along the line. At each major survey picket (fiducial), the operator touches a designated key. The "Walking Mag" automatically assigns a linearly interpolated coordinate to all intervening readings.
A main benefit of the "Walking" option is that the high sample density improves definition of geologic structures. And because the operator can record data on a near-continuous basis, the "Walking Mag" increases survey efficiency and minimizes field expenditures — especially for highly detailed ground-based surveys.
As shown below, near-continuous measurements increase definition. Results from the GSM-19 "Walking Mag" (273 readings over ISO m with 2 sec. cycle time) were compared with results from a standard magnetometer (13 readings over ISO m).
Near-Continuous Surveys Improve Definition of Magnetic Anomalies
66000
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64000
63000 -
62000
TJ 61000 l
60000
59000
m
o
58000
57000 -
56000
50
GSM-19 Walking Mag
Standard Mag
75 100 125 150 175
itiOn (m) OatoCoutesyofV/U-DORGEOPHYSIOUeLreE
200
GSM-19 console with magnetic and VLF sensors
Fast Sampling Magnetometer l GradiometerThe GSM-19 fast sampling option allows you to collect data at rates as high as 5 readings per second. Fast sampling provides the high spatial resolution needed in *~* liled marine, or vehicle-borne surveys, and in anomalous magnetic terrains.
This fast sampling capability is also used in the Hip Chain magnetometer/gradiometer — developed primarily for environmental and archaeological applications.
The Hip Chain system minimizes the need for pickets and reduces line preparation costs. Operators simply affix a cord at one end of the survey line, attach the Hip Chain to the waist, and walk along the line. Readings are triggered automatically as the cord unwinds.
Remote Control OperationTargeted to observatory, marine, and airborne base station applications, this option allows users to set parameters and initiate measurements from a computer terminal using standard RS-232 commands.
A real-time transmission capability is provided so that data quality can be monitored while marine or vehicle- borne surveys are in progress.
/*.id to ensure that the GSM-19 is fully compatible with existing marine or airborne data acquisition systems, GEM has included one and two-channel analog output capabilities.
Shallow and Deep MarineGEM has developed two marine versions of the GSM-19 Overhauser magnetometer to meet the highly specialized requirements of petroleum explorationists. The maximum depth for the shallow unit is 100 metres, and deep marine units are routinely operated at depths exceeding 400 metres.
With a shallow marine unit, a sealed fish houses an Overhauser sensor. Signals are transferred via a tow cable to a console where they are counted into magnetic field data, and stored in memory, or transmitted via ASCII serial output.
An important advantage of the shallow marine unit is its low power consumption. A standard 12 or 24 Volt battery is sufficient to run the magnetometer for days at a rate of two readings per second.
The deep marine fish houses both an Overhauser sensor, and microprocessor-based electronics. Complete measurement is performed within the fish, and data are sent digitally through a tow cable that also supplies power.
The main benefits of the deep marine unit include high resolution (signals up to 0.01 gamma resolution can be acquired using a sensor of only 0.2 litre volume), virtually unlimited cable length, ease of operation, and reliability. Temperature and pressure sensors can also be provided.
Specifications
OverhauserPerformance
Resolution: Relative Sensitivity: Absolute Accuracy: Range: Gradient Tolerance:
0.01 nT0.02 nT0.2 nT20,000 to 120.000 nTOver 10.000 nT/m
Proton0.01 nT0.2 nTInT20.000 to 120,000 nTOver 7,000 nT/m
Manual: Base Station: "Walking": Hip Chain:
Remote Control: Input/Output:
Operating ModesCoordinates, time, date and reading stored automatically at min. 3 second interval.Time, date and reading stored at 3 to 60 second interval (higher speeds available).Time, date and reading stored at coordinates of fiducial with l or 2 sec. cycle time.Equidistant coordinates, time, date and reading stored automatically. Distanceinterval of readings is programmable.Optional remote control using RS-232 interface.RS-232 or analog (optional) output using 6 pin weatherproof connector.
Power Consumption:
Power Source: Operating Temperature:
Operating ParametersOnly 2 Ws per reading for Overhauser, and 12 Ws per reading for Proton magnetometer. Will operate continuously for 45 hours on standby. 12V l .9 Ah sealed lead acid battery standard, other batteries available. -40"C to
Manual Operation:
Base Station:
Gradiometer:
Storage Capacity8,000 readings standard, 131.000 optional. With 3 VLF stations 3,100 standard, 58,000optional.43,000 readings standard, 700,000 optional (580 hour or 24 day uninterruptedoperation with 3 sec. interval).6,800 readings standard, 110,000 optional. With 3 VLF stations 2,900 standard,46,000 optional.
0?mridirectional VLFPerformance Parameters: Resolution Q.5% and range to +J- 200& of total field. Frequency 15 to 30 kHz.
Vertical in-phase Se. out-of-phase, 2 horizontal components, coordinates, date, and time. Up to 3 stations measured automatically, in-field data review, displays station field strength continuously, and tilt correction for up to +I- l O0 tilts.
Dimensions and Weight: 93 x 143 x 150 mm and weighs only l .0 kg.
Measured Parameters: Features:
Dimensions:
Standard Package:
Dimensions and Weights' Console 223 x 69 x 240 mm. 1 Sensor 170 x 71 mm diameter cylinder. 1 Console 2. l kg.1 Sensor and staff assembly 2.0 kg. 1 Console with batteries, harness, charger, and case. Sensor with cable, connector and staff.
GSM-19 Advanced FeaturesAn instniment'seffectiveness is measured by its ability to handle highly specialized user demands. With the GSM-19, **-se requirements can be met through a number of oo vanced features.
Compatible With Different MagnetometersTo protect our customers' investments in purchased equipment, GEM has adopted an Open Systems approach. The lightweight Overhauser magnetometer can be used as a field unit in combination with another manufacturer's base station.
Memory Expandable to 2 MegabytesA GSM-19 field magnetometer can store up to 8,000 readings with 128 kb memory, and 131,000 readings with 2 Mb. A base station will store, respectively, between 43,000 and 700,000 readings. A "Walking" magnetometer will store 21,000 readings with 128 kb memory, and 340,000 with extended memory.
"" tomatic TuningTuning is automatic in all modes of operation with initial preset An override option is also provided for manual and remote modes. Tuning steps are 1,000 gammas wide.
Adaptability to High GradientsIn standard instruments, a gradient in the magnetic field across the sensor volume can shorten the decay time of the proton precession signal. However, the GSM-19 monitors the signal decay, and calculates the optimal time interval for measurement. Warning messages appear on the display when the measuring interval becomes too short
Overhauser Proton PrecessionWith Overhauser proton precession, an electron-rich fluid (containing free radicals) is added to a standard hydrogen-rich fluid. This mixture increases the polarization by a factor of 5000 in comparison with standard liquids. And in contrast to conventional proton precession methods, Overhauser proton precession uses a radiofrequency (RF) magnetic field — and requires only a fraction of a Watt of RF power, rather than a high-power direct current field.
Overhauser magnetic systems therefore maximize resolution and minimize power consumption. Another advantage is that polarization and measurement can occur simultaneously. GEM has used this capability to develop its "Walking" magnetometer l gradiometer and Fast Sampling options.
GEM Systems Inc.With more than a decade of research and development incorporated into the GSM-19 Overhauser and proton precession magnetometers, GEM Systems is committed to providing its customers with state-of-the-art instrumentation.
In addition to offering the GSM-19, GEM also designs and builds solar-powered proton magnetometers for land-based applications, and optically pumped potassium magnetometers for airborne and other applications.
GEM Systems Inc.52 West Beaver Creek Rd. Unit 14 Richmond Hill, Ontario Canada L4B1L9
Phone: (416) 764-8008 Fax: (416) 764-9329
Alphanumeric Display and KeyboardThe GSM-19 has a comfortable 4 x 20 character alphanumeric display and a 16 key keypad with tactile '^ '.back. Operation is menu driven, and simple enough for a beginner to operate with confidence. The keypad enables operators to enter fully worded comments with no limit in the length of text
TERRAPUIS INC.,52 Wu* Beowr Creek Rood.
Unit 14,Richmond Hil. Ontario
MB 119 (Canada)Telephone: (416) 764-5505
Fax (416) 764-9329
' t
APPENDIX B
SURVEY PERSONNEL
The following personnel were responsible for the data acquistion
and presentation of the magnetometer survey:
Michael C. Wilson
199 Sheraton Court
Oakville, Ontario
L6L 5N3
Data Collection, Processing 6 Presentation
Harry Claridge,
R.R. #2,
Bracebridge, Ontario
POB ICO
Data Collection, Processing
52NO4NW0016 2.16191 DOME 020
REPORT ON A GROUND MAGNETOMETER SURVEY TODD r DOME 6 MCDONOUGH TOWNSHIPS
RED LAKE MINING DIVISION ONTARIO
FOR PLACER DOME CANADA LIMITED
REPORT ON A GROUND MAGNETOMETER SURVEY
TODD, DOME 6 MCDONOUGH TOWNSHIPS
RED LAKE MINING DIVISION
DISTRICT OF KENORA
ONTARIO
FOR
PLACER DOME CANADA LTD.
RECEIVEDK'tO LAKE MI.VI-VG Oiv.
St r*
P.M7,8,9,10,11,12,1,2,3,4,5,6
TECHTERREX INCORPORATED Oakville, Ontario May 30. 1994 2 -l O X !
S2N04NVMM16 2.16191 DOME 020C
TABLE OF CONTENTS
Page
1.0 Introduction l
2.0 Property Location and Access 2
3.0 Grid Description 3
4.0 Geological Setting 4
5.0 Previous Work 5
6.0 Ground Magnetometer Survey
6.1 Survey Instrumentation And Description 8
6.2 Data Storage 6 Presentation 9
6.3 Discussion of Results 10
7.0 Summary 6 Recommendations 12
Figures
1. Property Location
2. Golden Arm Property Claim Block
3. Gold Seekers Bay Property Claim Block
4. Golden Arm Area Aeromagnetic/Electroroagnetic Map
5. Gold Seekers Bay Area Aeromagnetic/Electromagnetic Map
Tables
I. Todd, Dome 6 McDonough Mining Claims
TABLE OF CONTENTS (Cont'd)
Maps
GOLDEN ARM PROPERTY
NORTH MAP SHEET
GAP-01 Total Field Magnetic Postings
GAP-03 Total Field Magnetic Profiles
GAP-05 Total Field Magnetic Contours
GAP-07 Plan of Topography
GAP-09 Plan of Interpretation
SOUTH MAP SHEET
GAP-02 Total Field Magnetic Postings
GAP-04 Total Field Magnetic Profiles
GAP-06 Total Field Magnetic Contours
GAP-08 Plan of Topography
GAP-10 Plan of Interpretation
GOLD SEEKERS BAY PROPERTY
NORTH MAP SHEET
GSB-01 Total Field Magnetic Postings
GSB-03 Total Field Magnetic Profiles
GSB-05 Total Field Magnetic Contours
GSB-07 Plan of Topography
GSB-09 Plan of Interpretation
TABLE OF CONTENTS (Cont'd)
SOUTH MAP SHEET
GSB-02 Total Field Magnetic Postings
GSB-04 Total Field Magnetic Postings
GSB-06 Total Field Magnetic Contours
GSB-08 Plan of Topography
GSB-10 Plan of Interpretation
Selected References
Appendix
A. Instrument Specifications
B. Survey Personnel
- l -
1.0 Introduct ion
During the period of March 31, 1994 through to April 14, 1994
TechTerrex Inc. performed a detailed ground magnetometer survey
over two properties held by Placer Dome Canada Limited in the Red
Lake Mining District of Ontario. The program was designed and
implemented in order to define lithological boundries as well as
structural settings of the area under investigation. In turn, this
would assist the geological mapping program that is scheduled to
follow during the summer of 1994. The primary metal being sought
is gold, although the area also contains numerous copper, lead and
zinc showings. Historically, the Red Lake mining camp is known
predominantly for its gold production.
- 2 -
2.0 Property Location and Access
The 26 unpatented mining claims reported herein are located in
Todd, Dome and McDonough townships in the Red Lake Mining Division,
District of Kenora, Ontario and are subdivided into two project
areas; namely, the Golden Arm Project and the Gold Seekers Bay
Project. Figure l illustrates the general location of the
properties. Table I contains a listing of the mining claims
covered by this report.
Depending upon the season, the properties are accessible by either
snowmobile or boat from the town of Red Lake. Red Lake is situated
approximately 170 kilometers north of the village of Vermillion Bay
which is situated on the Trans Canada Highway (117) in Northwestern
Ontario.
Specifically, the Golden Arm property is located on the north shore
of Red Lake (Golden Arm) approximately 17 kilometers west of the
town of Red Lake. The Gold Seekers Bay property lies approximately
8 kilometers north of the town of Red Lake on the north shore of
Red Lake (Gold Seekers Bay). Figures 2 and 3 outline the property
boundries for the Golden Arm and Gold Seekers Bay properties.
HUDSON BAY
oWeogomow Lake
ONTARIO
Sudbury \ Nofth Boy "x.
Parry Sound OTTAWA
PLACER DOME CANADA UMTED
GOLDEN ARM GOLDSEEKERS BAY PROJECT
Red Lake M.D., Ontario
LOCATION MAP
TABLE I
The following claims are covered in this report:
TODD TOWNSHIP
1197133 1197136
1197134 1197137
1197135 1197138
1197139
1197140
1197142
1197143
1197144
1197145
DOME TOWNSHIP.
1144363 1144364
1202049
1197174 1197175
MCDONOUGH TOWNSHIP
1022738 1202041
1202040 1202042
1202048
1202043
1202044
1202046
1202047
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2
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Figure 3(
A)
Location of Gold Seekers Bay Gr
id
McDonough Township
Scal
e:
l inch
s 40 chains
M e. Z M
LOr-
i _ -—KRS. " K3L " KRL
j 796920 l 79S?4C l 79696O
, ' ! l 7 S53^T l l "e*Z3l l l ' . . l
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l l p? l /r l /- ! i——r-4
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Figure 3(B)
Location of Gold Seekers Bay Grid Dome Township
Scale: 1:20,000
- 3 -
3.0 Grid Description
The Golden Arm and Gold Seekers Bay grids were prepared during the
winter of 1994 by E. Downie Linectting Services.
The Golden Arm grid has a total of 93.3 line kilometers of grid
lines. The grid consists of baseline 2000mE which has an azimuth
of 45 degrees and extends from 600mN to 4200mN. Parallel to
baseline 2000mE, five tielines were established at: lOOOroE from
1200mN to 4200mN; ISOOmE from 600mN to 900mN; 2500mE from 4200mN
to 5700mN; 3000mE from 5900mN to 5662mN; and, 3500mE from 5200mN
to 5900roN. Maps numbered GAP-07 and GAP-08 which are included as
part of this report further define the grid layout.
The Gold Seekers Bay grid is comprised of a total of 92.2
kilometers of grid lines and has a baseline situated at lOOOmE from
SOOmN to 5800mN and is oriented at 45 degrees. Additionally,
tielines at 2500mE from 5800mN to 7600mN and at 2700mE from 7600mN
to 9100mN have been cut out. Two maps numbered GSB-07 and GSB-08
show the relationship of the grid layout.
In each instance, crosslines were established at 100 metre
intervals perpendicular to the baseline. Station intervals along
- 4 -
all cross, base and tielines were set out at a nominal 25 metre
separation.
4.0 Geological Setting
The report area lies within the Red Lake greenstone belt located in
the western portion of the Uchi Subprovince of the Archean Superior
Province.
The supracrustal rocks of the Red Lake mining camp have been
subdivided by Pirie (1981) as a lower tholeiitic to komatiitic
series of rocks, primarily composed of a sequence of mafic to
ultramafic metavolcanic rocks, intermediate to felsic metavolcanic
rocks and metasedimentary rocks. This lower tholeiitic/komatiitic
series is bordered on the south and northwest by an upper calc-
alkalic arrangement of rocks consisting of intermediate to felsic
tuffaceous and pyroclastic metavolcanic rocks.
The felsic metavolcanic rocks incorporate sequences of tuffaceous
to pyroclastic rocks enveloped by tholeiitic basalts and basaltic
komatiites. Medisedimentary rock units consist of marble, chert,
argillite wacke, greywacke and conglomerates.
- 5 -
Numerous dikes and stocks, such as the Dome stock, intrude the
supracrustal rocks and vary in composition from serpentinized
peridotite, gabbro, diorite and granodiorite to quartz feldspar
porphyry.
Structurally, there are two major fault/shear patterns found
within the Red Lake greenstone belt and they tend to be parallel to
the volcanic stratigraphy striking at 60 degrees and 120 degrees.
Often, the shear zones are characterized by intense Fe-
carbonization in the form of massive veins and acute stringer
systems. Also, they are often related to the occurance of mafic to
ultramafic intrusions within the volcanic sequence.
The majority of the past and present gold mining operations are
found near or within the stratigraphic top of the tholeiitic
sequence and are often underlain by vast zones of highly sheared,
altered and deformed rocks.
5.0 PREVIOUS WORK
A summary of some of the previous exploration programs obtained
from the Ministry of Northern Development and Mines assessment
- 6 -
files that are of background importance to the present reporting
include:
TODD TOWNSHIP (Golden Arm Property)
-In 1985 Noranda Exploration Company Ltd. conducted a ground
magnetometer survey over mining claims KRL715249-250, KRL 715274-
277 and KRL759672-674 inclusive.
-In 1986 Noranda Exploration Company Ltd. performed a one hole
diamond drill program on mining claim KRL715275. No mineralization
was reported.
-In 1987 Noranda Exploration Company Ltd. completed a ground
magnetometer /VLF-EM survey over mining claims KRL715250, KRL715274-
276 inclusive, KRL759672-674 inclusive and KRL835432.
MCDONOUGH TOWNSHIPS (Gold Seekers Bay Property)
-Bluestack Resources Ltd. conducted a magnetic and HLEM survey
over portions of the present mining claims held by Placer Dome
Canada Ltd. The work program outlined ten (10) conductive zones
parallel to the present baseline, and were thought to be associated
with bands of magnetite.
-Gold Fields Resources Canada Ltd. commissioned a limited
- 7 -
magnetometer/VLF-EM survey, a part of which overlaps present mining
claim KRL1202041.
-In 1988 Pure Gold Resources Inc. performed a geology, ground
magnetometer and HLEM surveys to the north of present mining claim
KRL1202041.
DOME TOWNSHIP (Gold Seekers Bay Property)
. -In 1982 Bluestack Resources initiated a basil till
geochemistry, ground magnetometer, HLEM and diamond drilling
program.
-In 1984 Bluestack Resources/Luxor Joint Venture conducted a
6 hole diamond drill program.
-In 1988 Pure Gold Resources completed a geology,
geochemistry. Induced Polarization, ground magnetometer/VLF-EM
surveys and diamond drilling immediately to the west and southwest
of the Placer Dome Canada Ltd. claim group.
Also, the Ontario Geological Survey commissioned an Input
magnetic/electromagnetic airborne survey in 1979. Portions of the
survey that relate directly to the Golden Arm and Gold Seekers Bay
grids are shown on Figure 4 and 5 respectively.
1979 Ontario
Geol
ogic
al Survey
AeromagneticXElectromagnetic Su
rvey
Golden Ar
m Ar
ea
Scal
e:
1:20,000
Figure
5
1979 Ontario Geological Survey
Aeromagnet i c/E
l CM:
tro
na g ne t
i c Survey
Gold Seekers
Bay
Area
Scal
e:
1:20,000
- 8 -
6.0 Ground Magnetometer Survey
6.1 Survey Instrumentation and Description
An Overhauser magnetomer, model 6SM-19 manufactured by Gem Systems
of Richmond Hill, Ontario was used throughout the survey, both in
the mobile and base modes. The GSM-19 magnetometer has a
resolution of 0.01 nanoteslas and sensitivity of 0.02 nanoteslas.
Further instrument specifications are contained in Appendix A.
Total field magnetic measurements in the mobile mode were observed
over the Golden Arm and Gold Seekers Bay grids at 2 second
intervals along all base, tie and crosslines. During the course of
the survey, a base station magnetometer was cycled at 10 second
intervals in order to monitor and record the diurnal fluctuations
to the earth's magnetic field. These base station observations
were used to correct the mobile magnetometer measurements for
diurnal magnetic drift.
The base station locations and datumn are as follows:
Golden Arm Grid: 1503mNX2350mE 60,700 nanoteslas
Gold Seekers Bay Grid: 1730mNX1040mE 60,000 nanoteslas
- 9 -
Personnel involved in the survey are listed in Appendix B.
6.2 Data Storage and Presentation
All magnetic observations along with their ground co-ordinates have
been stored digitally (in XYZ format) under files named
GARM.XYZ for the Golden Arm grid and under GSBAY.XYZ for the Gold
Seekers Bay grid.
The results of the survey are presented in plan as a series of
posting, profile and contour presentations at 1:5000 scale and are
divided into North and South map sheets.
The Golden Arm data has been profiled at a vertical scale of l
centimetre per 2500 nanoteslas and contoured at a basic contour
interval of 50 nanoteslas.
The Gold Seekers Bay magnetic profiles are displayed at a vertival
scale of l centimetre per 1000 nanoteslas and contoured at a basic
50 nanotesla interval.
Additionally, a plan of topography and interpretation have been
prepared and forms a separate presentation for each of the grids.
- 10 -
At 1:10,000 scale, magnetic colour contour presentations have also
been prepared. A summary of the maps accompanying this report is
found in the Table of Contents.
5.4 Discussion of Results
An interpretation of the underlying lithological units and
structure based upon the magnetic results for both the Golden Arm
and Gold Seekers Bay grids are enclosed as map presentations GAP-
09, GAP-10 and GSB-09, GSB-10 respectively. The total field
magnetic survey has outlined six possible geological units as
follows:
Magnetic Unit Ml: broad, very weak magnetic amplitudes in the
59,700 nanotesla to 60,300 nanotesla range representing a
typical response over metasedimentary rocks.
Magnetic Unit M2: slightly more magnetic than Unit Ml,
generally in the 59,900 to 60,300 nanotesla range. The
magnetic amplitudes in Unit M2 tend to be more irregular
than those found in Magnetic Unit Ml. This unit probably
represents an area of mafic to ultramafic metavolcanic
rocks.
- 11 -
Magnetic Unit M3: broad, very strong magnetic high having
magnetic amplitudes in the 60,000 to 70,000* nanotesla range.
Magnetic amplitudes are very erratic in nature reflecting the
varying degress of magnetite within the rocks. The magnetite
has been interpreted as occuring in bands throughout this
unit. The magnetic response indicates that this unit is
steeply dipping and close to surface. This Unit probably
represents an area of intermediate to felsic metavolcanic
rocks.
Magnetic Unit M4: very broad, very strong magnetic high
similar to Unit M3 ranging from 60,900 to 72,000*
nanoteslas. Again, the magnetic amplitudes are very
irregular suggesting that there are bands of magnetite
located within this unit as well. The magnetic response
also suggests that this body is steeply dipping and close
to surface. Unit M4 is thought to represent an area of
mafic to ultramafic intrusive rocks.
Structurally, there are several faults that are
interpreted to cut across the lithologies striking
approximately east-norteast.
- 12 -
6.0 Summary 6 Recommendations
The ground geophysical surveys have assisted in mapping the main
geological units of the area. It is recommended that this initial
program be followed by a geological survey of the properties in
order to further evaluate their mineral potential.
STATEMENT OF QUALIFICATIONS
I, MICHAEL C. WILSON, residing at 199 Sheraton Court, in the
Town of Oakville, County of Halton, in the Province of Ontario do
hereby certify:
i) that I am a geophysical consultant having an office at 199
Sheraton Court, Oakville, Ontario L6L 5N3.
ii) that I am a graduate of the Geology Technology Program,
Cambrian College of Applied Arts 6 Technology and that I have been
practising my profession as a geophysical consultant continuously
for the past 15 years.
iii) that this report is based upon the survey results and
information obtained from the assessment files of the Ontario
Ministry of Northern Development and Mines.
iv) that I have no interest, direct or indirect in Placer Dome
Canada Ltd., or any of it's affiliates, nor in the properties
discussed herein, nor do I expect to receive any such interest.
Signed this 30th day of May, 1994
Michael C. Wilson President TechTerrex Inc.
SELECTED REFERENCES
Pirie, J. 1981. Regional Geological setting of gold deposits in the Red Lake area. Northwestern Ontario; in Genesis of Archean Volcanic Hosted Gold Deposits, Ontario Geological Survey, Misc. Paper 97, p.71-93.
Durocher,M.E.,Burchell, P.S., Wallace, H., Andrews, A.J., Hugon, H., and Atkinson, B.T. 1991. Geology and gold mineralization. Red Lake greenstone belt; Ontario Geological Survey, Preliminary Map P.3107, scale 1:50,000.
Stone, D., Atkinson, B.T., and Fogal, R. 1993. Precambrian Geology, Pipestone Bay; Ontario Geological Survey, Preliminary Map P.3223, scale 1:50,000.
APPENDIX A
SURVEY INSTRUMENT SPECIFICATION
GEM SYSTEMS GSM-19 MAGNETOMETER
GSM-19 Magnetometer l VLF System
he GSM-19 is a state-of-the-art magnetometer l VLF system that delivers both the quality of data and the extensive capabilities required to perform a broad spectrum of applications. Whether the application calls for detailed ground surveys, high-resolution marine surveys, or remotely controlled magnetic observatory measurements, you can count on the GSM-19 system to meet your goals.
The GSM-19 can be configured as either an Overhauser effect proton precession magnetometer or a conventional proton unit.
OEM's advanced Overhauser version employs continuous radiofrequency polarization and special sensors to maximize the signal-to-noise ratio. Instrument sensitivity (0.05 gamma), resolution (0.01 gamma) and absolute accuracy (0.2 gamma) set new performance standards. Moreover omnidirectional sensors ensure a high quality of data even in low magnetic latitudes.
~ ~"m can also take advantage of versatile options that i educe field costs and increase survey productivity. And the lightweight Overhauser unit is easy to transport and operate in the field (console with rechargeable batteries weighs only 2. l kilograms).
The modular design of the GSM-19 Overhauser magnetometer ensures that the system can be upgraded as workloads change. You can select from a number of building blocks, including:
* Simultaneous gradiometer.* Continuous profiling "Walking" magnetometer l
gradiometer.* Very fast sampling (up to S readings per second)
magnetometer/gradiometer.* Omnidirectional VLF.* Shallow or deep marine operation.* Remote control for observatory and airborne base
station applications.
If your application does not yet require the extended capabilities or the cost benefits of an Overhauser unit, a conventional GSM-19 unit is available. This dedicated proton magnetometer can be equipped with gradiometer or VLF options, and is upgradable to an Overhauser magnetometer.
The Overhauser and conventional magnetometers share many powerful features:
* Easy to learn interactive menu.* Streamlined grid coordinate system with "end of
line" quick change capability.*128 kilobyte basic memory, expandable to
2 Megabytes.9 Programmable RS-232 high-speed data transfer (to
19.2 kilobaud).* 50 and 60 Hz filters, user selectable.* Automatic tuning and base station synchronization.
Type at Magnetometer
Bufcfng Blocks (Upgrade Options)
.e* ^
Conventional Proton
verhauser Proton
Total Field
"Walking"
Hip-Chain
A Proton Total Field system may be upgraded to an Overhauser system, which allows further upgrade to "Walking" and Hip Chain models.
GSM-19 Overhauser SystemA Full Range of Building Blocks
f ultaneous GradiometerMany mining, environmental, and archaeological applications call for high-sensitivity gradiometer surveys. The GSM-19 meets these needs in several ways. For example, simultaneous measurement of the magnetic field at both sensors eliminates diurnal magnetic effects. And Overhauser proton precession improves data accuracy and precision. The net result is a true gradient reading that resolves even weak anomalies (less than 0.25 gamma).
Omnidirectional VLFWith OEM's omnidirectional VLF option, up to three stations of VLF data can be acquired without orienting. Moreover, the operator is able to record both magnetic and VLF data with a single stroke on the keypad.
A 12-bit A/D converter has also been incorporated in the VLF instrumentation to enhance resolution of near- surface electromagnetic conductors.
"Walking" Magnetometer l GradiometerOEM's unique "Walking" option enables acquisition of nearly continuous data on survey lines. Similar to an airborne survey in principle, data is recorded at discrete time intervals (up to 2 readings per second) as the instrument travels along the line. At each major survey picket (fiducial), the operator touches a designated key. The "Walking Mag" automatically assigns a linearly interpolated coordinate to all intervening readings.
A main benefit of the "Walking" option is that the high sample density improves definition of geologic structures. And because the operator can record data on a near-continuous basis, the "Walking Mag" increases survey efficiency and minimizes field expenditures — especially for highly detailed ground-based surveys.
As shown below, near-continuous measurements increase definition. Results from the GSM-19 "Walking Mag" (273 readings over ISO m with 2 sec. cycle time) were compared with results from a standard magnetometer (13 readings over ISO m).
Near-Continuous Surveys Improve Definition of Magnetic Anomalies
P
.O
(O
66000
65000 H
64000
63000
62000
61000
60000
59000 H
50
———— GSM-19 Walking Mag
— * — Standard Mag
58000 ;
57000
56000 -
— —— — — *—* — — -^ . J ; \ ^
75 100 125
sition (m)150 175 200
Dc*aCoutefyorVALDOftGEOPHV9QUEUEE
GSM-19 console with magnetic and VLF sensors
Fast Sampling Magnetometer/GradiometerThe GSM-19 fast sampling option allows you to collect data at rates as high as 5 readings per second. Fast sampling provides the high spatial resolution needed in
tiled marine, or vehicle-borne surveys, and in anomalous magnetic terrains.
This fast sampling capability is also used in the Hip Chain magnetometer/gradiometer — developed primarily for environmental and archaeological applications.
The Hip Chain system minimizes the need for pickets and reduces line preparation costs. Operators simply affix a cord at one end of the survey line, attach the Hip Chain to the waist, and walk along the line. Readings are triggered automatically as the cord unwinds.
Remote Control OperationTargeted to observatory, marine, and airborne base station applications, this option allows users to set parameters and initiate measurements from a computer terminal using standard RS-232 commands.
A real-time transmission capability is provided so that data quality can be monitored while marine or vehicle- borne surveys are in progress.
/-x.id to ensure that the GSM-19 is fully compatible with existing marine or airborne data acquisition systems, GEM has included one and two-channel analog output capabilities.
Shallow and Deep MarineGEM has developed two marine versions of the GSM-19 Overhauser magnetometer to meet the highly specialized requirements of petroleum explorationists. The maximum depth for the shallow unit is 100 metres, and deep marine units are routinely operated at depths exceeding 400 metres.
With a shallow marine unit, a sealed Fish houses an Overhauser sensor. Signals are transferred via a tow cable to a console where they are counted into magnetic field data, and stored in memory, or transmitted via ASCII serial output.
An important advantage of the shallow marine unit is its low power consumption. A standard 12 or 24 Volt battery is sufficient to run the magnetometer for days at a rate of two readings per second.
The deep marine fish houses both an Overhauser sensor, and microprocessor-based electronics. Complete measurement is performed within the Fish, and data are sent digitally through a tow cable that also supplies power.
The main benefits of the deep marine unit include high resolution (signals up to 0.01 gamma resolution can be acquired using a sensor of only 0.2 litre volume), virtually unlimited cable length, ease of operation, and reliability. Temperature and pressure sensors can also be provided.
Specifications
OverhauserPerformance
Resolution: Relative Sensitivity: Absolute Accuracy: Range: Gradient Tolerance:
0.01 nT0.02 nT0.2 nT20,000 to 120.000 nTOver l O.OOOnT/m
Proton0.01 nT0.2 nTInT20.000 to 120,000 nTOver 7,000 nT/m
Manual: Base Station: "Walking": Hip Chain:
Remote Control: Input/Output:
Operating ModesCoordinates, time, date and reading stored automatically at min. 3 second interval.Time, date and reading stored at 3 to 60 second interval (higher speeds available).Time, date and reading stored at coordinates of fiducial with l or 2 sec. cycle time.Equidistant coordinates, time, date and reading stored automatically. Distanceinterval of readings is programmable.Optional remote control using RS-232 interface.RS-232 or analog (optional) output using 6 pin weatherproof connector.
Power Consumption:
Power Source: operating Temperature:
Operating ParametersOnly 2 Ws per reading for Overhauser, and 12 Ws per reading for Proton magnetometer. Will operate continuously for 45 hours on standby. 12V l .9 Ah sealed lead acid battery standard, other batteries available. -40"C to +6Q°C.
Manual Operation:
Base Station:
Gradiometer:
Storage Capacity8,000 readings standard, 131.000 optional. With 3 VLF stations 3,100 standard, 58,000optional.43,000 readings standard, 700,000 optional (580 hour or 24 day uninterruptedoperation with 3 sec. interval).6,800 readings standard, 110,000 optional. With 3 VLF stations 2,900 standard,46,000 optional.
Omnidirectional VLFPerformance Parameters: Resolution G.5% and range to +I- 200*^ of total field. Frequency 15 to 30 kHz. Measured Parameters: Vertical in-phase 81. out-of-phase, 2 horizontal components, coordinates, date, and time. Features: Up to 3 stations measured automatically, in-field data review, displays station field
strength continuously, and tilt correction for up to 4-7- 10" tilts. Dimensions and Weight: 93 x 143 x 150 mm and weighs only l .0 kg.
Dimensions:*
feight:
Standard Package:
Dimensions and WeightsConsole 223 x 69 x 240 mm.Sensor 170 x 71 mm diameter cylinder.Console 2. l kg.Sensor and staff assembly 2.0 kg.Console with batteries, harness, charger, and case.Sensor with cable, connector and staff.
GSM-19 Advanced Features Overhauser Proton Precession- An instrument's effectiveness is measured by its ability to
handle highly specialized user demands. With the GSM-19, '' "se requirements can be met through a number of
~ i.o vanced features.
Compatible With Different MagnetometersTo protect our customers' investments in purchased equipment, GEM has adopted an Open Systems approach. The lightweight Overhauser magnetometer can be used as a field unit in combination with another manufacturer's base station.
Memory Expandable to 2 MegabytesA GSM-19 field magnetometer can store up to 8,000 readings with 128 kb memory, and 131,000 readings with 2 Mb. A base station will store, respectively, between 43,000 and 700,000 readings. A "Walking" magnetometer will store 21,000 readings with 128 kb memory, and 340,000 with extended memory.
tomaticlYuiingTuning is automatic in all modes of operation with initial preset. An override option is also provided for manual and remote modes. Tuning steps are l ,000 gammas wide.
Adaptability to High GradientsIn standard instruments, a gradient in the magnetic field across the sensor volume can shorten the decay time of the proton precession signal. However, the GSM-19 monitors the signal decay, and calculates the optimaltime interval for measurement. Warning messages appear on the display when the measuring interval becomes too short
With Overhauser proton precession, an electron-rich fluid (containing free radicals) is added to a standard hydrogen-rich fluid. This mixture increases the polarization by a factor of 5000 in comparison with standard liquids. And in contrast to conventional proton precession methods, Overhauser proton precession uses a radiofrequency (RF) magnetic field — and requires only a fraction of a Watt of RF power, rather than a high-power direct current field.
Overhauser magnetic systems therefore maximize resolution and minimize power consumption. Another advantage is that polarization and measurement can occur simultaneously. GEM has used this capability to develop its "Walking" magnetometer l gradiometer and Fast Sampling options.
GEM Systems Inc.With more than a decade of research and development incorporated into the GSM-19 Overhauser and proton precession magnetometers, GEM Systems is committed to providing its customers with state-of-the-art instrumentation.
In addition to offering the GSM-19, GEM also designs and builds solar-powered proton magnetometers for land-based applications, and optically pumped potassium magnetometers for airborne and other applications.
GEM Systems Inc.52 West Beaver Creek Rd. Unit 14 Richmond Hill, Ontario Canada L4B1L9
Phone: (416) 764-8008 Fax: (416) 764-9329
Alphanumeric Display and KeyboardThe GSM-19 has a comfortable 4 x 20 character alphanumeric display and a 16 key keypad with tactile
'.back. Operation is menu driven, and simple enough for a beginner to operate with confidence. The keypad enables operators to enter fully worded comments with no limit in the length of text
TtRRAPLUS INC,52 Wsst Braver Creek Rood,
Unit 14.Richmond Hid. Ontario
L4B 119 fConodo)Telephone: (416) 764-5505
Fox: (416) 764-9329
APPENDIX B
SURVEY PERSONNEL
The following personnel were responsible for the data acquistion
and presentation of the magnetometer survey:
Michael C. Wilson
199 Sheraton Court
Oakville, Ontario
L6L 5N3
Data Collection, Processing 6 Presentation
Harry Claridge,
R. R. 12,
Bracebridge, Ontario
FOB ICO
Data Collection, Processing
SEP.-11'95(MON) 13:32 MINING/GEOLOGY-KEN ' 'SI '.-lI 1 95(HOU) 11:55 *IIII!IG-1ECMDER"RL
TEL: 8074682823
TEL: 107 727 3553. P. 002
On irio
Report of Wortc Conducted After Recording Claim
Uinta! A*
(7MII7D-73M.
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. A atpanto copy of mn tan mutt t* eompMod ^ .i^.16191 OOME* Tachnfca) rtport* md riMpi nw* •coompany w* Mm in dupfMB.- A rtMteh. ahootng ttn ohlitit ttn t*ofc to mlgnod lo. muM aecomp^iy Bin term.
(Cnoek OM Wbrk OfOlip OMy)
mad on DM AtucnM StttMwnt of Com STat: l Hale The
holdar cannot vwiTy exp*ndtaim dalmad ki ma ctatamanl of coat* •Wdn 30 daya of a raquaal tor varifcMaon.
la and Samty Caiapany Wha Paifcnaad ttt WotH (OK^ Nama and Addraai of Auftor of Hapotl)
ffi tiUej. Cr- LJf-4flfJ e-b/VuJf jmttn* far /49 ^HtdAiiL /W Lf*lS4-
EIVEDROD LAKE MINING DI V.-
P. 002
900
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APPENDIX^
PRIORIZED LIST OF CREDIT CUTBACKS
If credits are to be cut back, please do so in the following order of priority:
12020471202044120204611443631144363119717411971751202040120204112020421202043120204512020481202049 V y
RECEIVED••-tt LAKE MINING DIV.
SEP O 81995 AU PM 7|8|9|V|11|12|1|2|3|4|5|6
SCHE
DULE
REPO
RT O
F W
ORK
COND
UCTE
D AF
TER
RECO
RDIN
G CL
AIM
Work
Rep
ort
Numb
er fo
r Ap
plying
Re
serve
Total
Claim
Num
ber
KRL
1144
363*
KR
L 11
4436
4.
KRL
1197
174*
KR
L 11
9717
5*
KRL
1202
040
* KR
L 12
0204
1. KR
L 12
0204
2 .
KRL
1202
043
* KR
L 12
0204
4*
KRL
1202
045 *
KR
L 12
0204
6*
KRL
1202
047*
KR
L 12
0204
8.
KRL
1202
049
*
14
Numb
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Unhs
2 l 4 3 8 6 1 2 6 l l 16 l 4 56
Value
of
Asse
ssmen
t W
ork
Done
on
this
Claim
1432
.0063
5.00
2098
.0015
12.00
2733
.0030
17.00
492.0
010
96.00
2769
.0043
7.00
782.0
087
07.00
786.0
024
37.00
2893
3.00
Value
Ap
plied
to
this
Claim
800.
00400.00
1600.00
1200.00
3200.00
2400.00
400.00
800.
004800.00
400.
0080
0.00
1013
3.00
400.
001600.00
2893
3.00
Value
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m thi
s Clai
m
632.0
023
5.00
498.0
031
2.00
0.00
617.0
092
.0029
6.00
0.00
37.00
0.00
0.00
386.0
083
7.00
3942
.00
Rese
rve:
Wor
k to
be
Claim
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a F
uture
Date
0.00
0.00
0.00
0.00
0.00
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Ministry offNorthern DevelopmentandMnes
Mhtistaradu
of dos ffiutos
Statement of Costs for Assessment Creditfetat des coQts aux fins du credit devaluation
Mining Act/Lol sur tes mines
Transaction NoJN" da transaction
Personal information collected on this form is obtained under the authority of the Mmtng Act. This Information wM be used to maintain a record and ongoing status of the mining daim(8). Questions about Ihte collection should bo dfcfOCtOu to tho ProvlnclaU MeUMQor, MlnlnQS LAnds, Ministfy of Null tom Development and Mines. 4th ROOT. 159 Cedar Straat. Sudbury. Ontario P36 6A5. telephone (70S) 670-7264.
1. Direct Costs/CoOts directs
Type
Wages
Contractor a and Conauttanfa
DraMada
at da rexpert-
SuppNaaUaadFoufnttupoo
p^^^-m^jnwini Locattonoa
Description
Labour Mairvd'oeuvreFwW Supervision Supervision sur to terrain
TW*/jji-etLurrw/i-teefMs/c*;
TUP*
TW*
Amount Montant
2I.M6lsm
Total Direct Costs Total dee coots directs
Totals Total global
XfiM
3S.W
Las ranseignemants personnels contanus dans la prasanta formula sort reajeMbenvertudela|jolsurlesmlnsset8BrvlrDrtatef*a|ourunregMre des concessions mlnieres. Adrasasr toute questton aur tacoMece da cas rensekjnernents au chef provincial das terrains mlnlors, rnMstere du Devatoppement du Nord at des Mnes. 150. nw Cedar. 4" Mage. Sudbury (Ontario) P3E 6A5. telephone (705) 670-7264.
2. Indirect Costs/Coots Indbects** Note: When claiming RehabMatkm work Indirect coats ara not
da nWwoMtatlon, las en tart qua travaux
Pour la rambouraamant das coOts ndkects ne soot pas d'avaJuation.
Type
Food)
Tjpe
Amount
Sub Total of Indirect Costs
Total Value of (Total rf Dbacl
Totals Total global
Note: The recorded holder wM be required to this statement of costs within verification is not made, the rt orpmt of thaasMttsmant
:La enregotre sem tanu da verifier tea *
joct forDIV. to present etat das coots dans IBS 30 Jours sutvant una damanoaacat
aflat. Si la verification n'aat pas effectuee. la mmtane paul fejatartout ou una partta das travaux d'avahiatlon presontes.
MlDiscounts 7|8|9|fi|ll,12|l|2i3|4|5| pour depot
1. Work filed within two years of completion is claimed at KXWbof the above Total Value of Assessment Credit.
1. Las travaux deposes dans las deux am suhmnt tour achevement sent iBmboursfeairoSdetavatewtotatesimenlkir^
2. Work filed three, four or five years after completion is claimed at 5049 of the above Total Value of Assessment Credit, See calculations below:
Total Value of Assessment Cred* Tcx 0.50 -
2. Lee travaux deposes trois.quatreoucinq ara aprte tourachevement sont rembouraes a SO H da la valour Mate du credit Devaluation susmentlonna. Voir hw catouls cMenous.
dux 0^0 -
Certification Verifying Statement of Costs
l hereby certify:that the amounts shown are as accurate as possible and these coats
t incurred wMe conducting assessment work on the lands shownon tha accompanying Report of Work form.
Attestation de I'stat des coOts
J'atteste par la presanta:qua las montants indquas aont la plus exact possible ei qua cas depenaas or* ale engagees pour effectuer las travaux devaluation aur las terrains Inolques dans te formula de rapport de travaMcHolnt.
(HfKontod Hoktor, POoMon hi Conapiny)l am authorized Et qu'a Wre da je sub autorise
^— JBJJ — a4V^KmaKe tnis
0212 (04A1)
ftF.-ll'MDnn li:S7 miUK-IECOiKR-U,
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TEL: 107 727 3553 P. 006
Oi ario
Report of Worfc Conducted After Recording Claim
Mnhlf Act
t lyp* or prtm BM attMk hi . M*- to flw Mntag Aa and Rwjuhtfont ter [orcaiMltttwMMng
. A Mptrm copy qf 0*) tom mwl ta conMMd tor MGh - Taohnlal mpab and naps mm *ncomp*ny tfib term h
fCMck Ont Wont OfMB Orty)
wMn 30 (tay* Of t raquMt tor
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RECO
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Wor
k Re
port
Numb
er fo
r Ap
plying
Re
serv
e
Total
Claim
Num
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KRL1
1971
33 *
KR
L 11
9713
4 *
KRL
1197
135.
KR
L 11
9713
6,
KRL
1197
137.
KR
L 11
9713
8 .
KRL
1197
139
* KR
L 11
9714
0. KR
L 11
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1. KR
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9714
2 KR
L 11
9714
3*
KRL
1197
144
t KR
L 11
9714
5
13
Numb
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aim
Units
10 2 10 12 4 l 6 2 2 10 2 l l 63
Value
of
Asse
ssmen
t W
ork
Done
on
this
Claim
6392
.0067
8.00
6471
.0063
16.00
1680
.0030
6.00
3852
.0088
1.00
337.
0062
68.00
744.0
029
6.00
0.00
3442
1.00
Value
Ap
plied
to
this
Claim
4000
.0016
00.00
5621
.0096
00.00
3200
.0080
0.00
2400
.0080
0.00
800.0
040
00.00
800.0
040
0.00
400.0
0
3442
1.00
Value
As
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m thi
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2592
.000.0
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0.00
0.00
0.00
0.00
1452
.0081
.000.0
022
68.00
0.00
0.00
0.00
7243
.00
Rese
rve:
Wor
k to
be
Claim
ed a
t a
Futur
e Date
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
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APPENDIX
PRIORIZED LIST OF CREDIT CUTBACKS
If credits are to be cut back, please do so in the following order of priority:
1197135119713611971371197138119713311971341197139119714011971411197142119714311971441197145
RECEIVEDRED LAKE MINING DIV.
SEP u 31995AU
Ministry of
Ontario
Oevetoppement du l et des mines
Statement off Costs for Assessment CreditIztat des couts aux fins du credit devaluation
Mining Act/Loi sur lea mines
Transaction NoJN0 de transaction
fi, fPersonal information cotected on this form is obtained under the authority of His HsWnQ Act. This sfrfonnfllion w9l lw ussd lo nwintSNi ft iMUHtJ And ongoing status of the mining cffr^s). Questions about this coiection should be dtosded lo the Provlnctal Manaojer, MMngs LafldB.^MMstry of Northern Development and lines. 4th ROOT. 159 Cedar Street. Sudbury. Ontario
i 6A5. telephone (705) 670*7264.
les renseignements personnolB contanus dans la prosome formuto aont recueiisanvertuo^laLoleivlseeAieeataervirontatonirajourunregistre des concessions minieres. Adresaer toute quesMon sur la coaace de ces renesigneroents au chef provincial des terrains mlnlsrs. ministsre du Devaloppomont du Nord et des Mnes. 159. me Cedar. 4* stage. Sudbury (Ontario) P3E 6A5. telephone (705) 670-7264.
1. Direct Costs/CoGts directs
Type Description
MaiiHfoeuvreField Supervision Supervision sur to terrain
Type
Typ*
Typs
Amount
Total Direct Costa Total des coda
Totab Total global
2. Indirect Costs/Coats Mlracts " Note: When claiming RertabBtabon woi drect coats are not
Pour to rernbouraemenl des travaux de rehabiMation. toe oouts indbects ne sont pas adrrassMes en tent qua travaux d'evaluabon.
Type DescriptionType
Amount
Sub Total i
Totals Total global
Note: The recorded holder win be required to verify expendfeires claimed hi this statement of coats within 30 days of a request for verification. H verification is not made, the Minister | al or part of the t _ _
rWV:
NoteiLat registre! i tarn de d**to present Mat des coots dans las 30 Jours suivant une demands a cat effet. Si le verification n'eat pas effactues. to ministrepeutrejeu ou une partie des travaux d'evaluation proBontea.
SEP O 819951. Work filed within two years of
the above Total Value ofis claimed
i pour depot
1. Las travaux dopocea dans tea deux ans suivant tour achevemert aont
2. Work filed three, four or five years after completion is claimed at 504* of the above Total Value of Assessment Credit. See
2. Las travaux opposes trois.oju8treou cinq ana apreslaurachevarnent aont rambourses a 50 9* de la vatour totato du credit d'evakiation ausmentionne. Voir toe eafcuto d-dossous.
Total Vahiaonx 0.50 -
Evahiattax 0.50
Certification Verifying Statement of Costs
l hereby certify:that the amounts shown are as accurate as possible and these costs were incurred white conducting assessment work on the lands shown on the accomparpjjnfl Report of Work form.
Attestation de ('start dss coots
J'atteste par la present* :qua toe montants indtojuea sont to plus exact possible et que ces depanaes ont ete engagees pour effectuer toe travaux d'evaluation sur toe terrains indkjues dans to formuto da rapport de traval cHoM.
thatt
OntarioMinistry ofNorthern Developmentand Mines
Ministere duDeveloppement du Nord et des Mines
October 31, 1995
Geoscience Approvals Office 933 Ramsey Lake Road 6th Floor Sudbury, Ontario P3E 6B5
Telephone: (705) 670-5853 Fax: (705) 670-5863
Our File: 2.16191 Transaction /: W9520.00058
W9520.00059
Mining RecorderMinistry of Northern Development k MinesOntario Government Building227 Howey Street, Box 324Red Lake, OntarioPOV 2MO
Dear Mr. Rivett:
Subject: APPROVAL OF ASSESSMENT WORK CREDITS OM MIKING CLAIMSKRL 1144363 *t *1. IH DOME, McDOHOUGH t TODD TOWNSHIPS
Assessment credits have been approved as outlined on the report of work form. The credits have been approved under Section 14 (Geophysical) of the Mining Act Regulations.
The approval date is October 31, 1995.
If you have any questions regarding this correspondence, please contact Steven Beneteau at (705) 670-5855.
ORIGINAL SIGNED BY:
Ron C. GashinskiSenior Manager, Mining Lands Section Mining and Land Management Branch Mines and Minerals Division
SBB/jl Enclosure:
cc: Resident Geologist Red Lake, Ontario
ssessment Files Library Sudbury, Ontario
sO)
UJgL.
L. l- •d
(O
TO
REFERENCES
AREAS WITHDRAWN FROM DISPOSITION
M.R.O. - MINING R IGHTS ONLY
8.R.O -SURFACE RIGHTS ONLY
M + 8 -MINING AND SURFACE RIGHTS
Ontar No DM* Dqpwritwn f ut
W4 t M 17 /OHM
1898
-r fi l 'l
(D
O) KT OUJ
UJc^D cx
GRAVESVTR M.2166FOR STATUS REFE^l TO TOWNSHIP PLAN
BALL TP M.2136OR STATUS REFER TO TOWNSHIP
FAIRLIE R M.2I56TO TOWNSHIP pi AN
y1197142
'''I0700SI , \ S S i y
^^'sr i
BAIRD T'iFOR STATUS REF.VR TO TOWNSMfP PLAN
-s-/
AHY TP M.2188REFER ^0 TOWNSH.P PLAN
5I 0 07'30"
THF INfOHMAtlON IMAI l AfVfcAHS fJN THIS MAC
HA', HI f N r,OMF'll l l) FF40M V/AHKMIfi ROUMCFt;AMI; ACCURACY is NOTGUARANFEfcU THOSF WISHING TO SfAKF MIM ING CLAIMS SHOIJI f) CON SlJLT WITH THf MIN'NG HFCORDFfl MINISTRv Of NOHrntHN D t" v HOP Ml Nf AN()MINE f1 l Oh AU DiriONAI INFORM XI ION ON IHF MAIDS Ol IMF LANUb SHOWN HI Ml ON
5I 0 00—* L— —— - ——— -——l l—5I 0 00'
MEDICINE STONE LAKE
94l
FOREST ACTIVITY INFORMATIONTHI6 TOWNSHIP/AREA FALLS WITHIN THE
RED. LAKE CROWNAND MAY BE SUBJECT TO FORESTRY OPERATIONS THE M N H UNIT FORESTER FOR THIS AREA CAN BE CONTACTED AT
P O BOX S003RFOLAKl ONTARIO POV 2MO(HU/l f t W.\
LEGENDHIGHWAY AND ROU f F No
OTHER ROADS
TRAILSSURVEYED LINFS
TOWNSHIPS. BASF. LINES ETCLOTS. MINING CLAIMS PARCELS EH
UNSURVEYEDLINtSLOT LINFSPARCEL BOUNDARYMINING CLAIMS ETC
RAILWAY AND RIGHT OF WAY
UTILITY LINFS WON PERENNIAL STRIAM FLOODING OR FLOODING HIGH t f. SUBDIVISION OR COMPOS! 11 PI AN
RESERVATION!. ORIGINAL SHOMF l INI
MARSH OH MU'.Mi, MINE!. TRAVERSF MONUMI N t
DISPOSITION OF CROWN LANDS
•YMIK;lYPt OF DOCUMtNTPATENT ftUHFAU ft MINING NKai f t.
. IUNF ACI RKiMTS L)Nl Y
MINING RlfiFUKONl YLEAtf IURIACI ft MINING RIOMfi
tURFACI MK.MTftONI '
MININ(. NIOHTHONI Y
LICFNCF Of Or/ntPORDER IN COUNT.)l
RESERVATION .CANCELLED
tANDftORAVEl
NOT! MININO niOHTB IM PAWf H*f*t*Nf|f, PUK.W f. M*' 1*1) VMTIO IN nMlOINAl r*T(Mfi* ** fM* t*lt\ LAND* ACT f to I t'0 f M** MO M' M •I'M*'
SCALE 1 INCH - 40 CHAINS
K f TO \ ttttl ftUMi 4OOO
O 700Ml T Mi S l i r M
AREA
[l,j l A i '
si-1 \ 'i VMHEP LAKfc, UNIAHIU
HAMMELL LAKEMMR. ADMINISTRATIVE DISTRICT
RED LAKEMINING DIVISION
RED LAKELAND THUS/ REGISTRY DIVISION
KENORA/PATRICIA
MmistryofNatural Management
ResourcesOr.*ario
FEBRUARY 196Ncokti
G-178*
62N04NW001B 2 ' 200 ir
LEGENDHU.HWAY AND HOU l l No
HOADS
l h..11
v l * MI i Nl S l i 'WNSMII'S HAM l INI ', l l l
l i il', MlMNi i ( l A: M 1 , I'AH( t l -i l l '
UN 1 , 'l' . l i MI l INI -. i
TOWNSHIPMCDONOUGH
IV ifl l l Ut il
Ml' 'Nil t l AIMS l H
HAI l A , AM l H |I,H l l II WAV
l l l II l INI 'i
t NNIAI M HI AM
i l i M i l Nil, OHM (XiDINd MldH IS
'.Ulil 'VISION OH ( OMMO',1 1 l CI AN
HI ,t H . Al IONS
iiMIUNAl SHOHf l
MAHSH OH
IOZ2730~~ T "7KI ~ —— 4- — — ~
- 4 — — — —. l K RI ' KRL
1144364 - - -(i- - -t HAVl HSt MONUMt Nl
DISPOSITION OF CROWN LANDSr*68IB j 79694ft l 796969 l 796908 | 787366 |
TYPE OF DOCUMENT
I'AIINI SUWACt N MINIM, Hl( ,M I
A( l UK, H IS ONI
MININ(. IIK.M IS ONl
l l AS! SUIO A( l S, MINING HIC.Ml
SUHI A( l Hll.nlS ONI Y
MININl, MIUH IS ONI V
l li l N( t C)l O( l VHA l ION
OHOI H IN ( OIINl II
HI SI H VAT ION
(AN(UIH)
609679 l KRL \ 6096110
- - -- -V.-
NOTE MININl, MM, MIS IN l' AMI l l', CAIINIIIlfHlllH fllMAr b 1911 Viilil' IN DHll.lNAI PAtkNItt H' 1KI t ANOS A( l MS i l 'J M) CHAI' ISO St M Sl'rtSff. l
— —J 969620
KRL KRL . KNL
KRKRL . KRL KRL 776196 | 669611 |77M08 l mio4 . p
l
SC ALL 120 000
FOREST ACTIVITY INFORMATIONTHIS TOWNSHIP/AREA FAU8 WITHIN THE
RED LAKE CROWNAND MAY BC SUBJECT TD FOHB8TRY OERATIONS THE M N R UNIT FORESTER FOR THIS AREA CAN BE CONTACTED AT
P O BOX 5003RED LAKE. ONTARIO POV^MO(807) 727-2263
-- -h- - -4--- 4-- - -H--KML i KRL l KRL
6*88*6 111***
^.^ _ l _ - KRL ' KRL
- - 4. -,.""l- l /""l
"""KRL
l 42S2BO-
— w —- _ ^, i . _ _ P _ _i i T— C N e\c l y11111 '^ -' KtiuiNr IIM/I' HIM
si r i x—— -*— - ^^ -^.- r-™. —
UKK UNIAHIII
THf INFORMATION T 1AI APPFARS ON THIS MAP HAS Bl.tN COMPMEr; FMOM VARIOUS SOURC f '.\ ANU ACCUMACY IS NOT GUARANIfcfcU WISHING TO STAKE MIN ING CLAIMS SHOULD CON SUIT WITH THE MINING RFCORDER, MINISTRY OF NORTHERN DEVFLDP MtN \ ANU MINf-S. FOB AD- 01 TIONAL INFORMATION ON THE STATUS OF .HE LANDS SHOWN HEREON
.--—-—-
^ _ j4:?^.^ l _ -- L.. -.L.^
TOWNSHIP
DOMEMMR ADMINISTRATIVE DISTRICT
RED LAKEMINING DIVISION
RED LAKELAND TITLES/ REGISTRY DIVISION
KENORA / PATRICIA*tO D, ..^"X l
Ministry ofNaturalResources
Ministry ofNorthern Developmentand Mines
HEYSON TOWNSHIPSEPTEMBER 1986
G-374E
FOREST ACTIVITY INFORMATIONtytt TOWNSHIP/AREA FALLS WITHIN THE
RED LAKE C ROWN
Corallen Lake Area
AND Mflr Ut bUDJBbl TO POHtSl RT UPt RAT IONS THE M N R UNIT FORE8TBR FOR THIS AREA CAN BE CONTACTED AT
P O BOX 6003RED LAKE, ONTARIO POV 2MO(807) 727-2253
/ 1 1 lie Vermilion Lake
v Vf v '
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V
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t i 8*5368,865587 , 865568 ,t . .1-,^ —l__ -— -, J /|KRL l tZ ^
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62N04NW0018 2 18181 DOME 220 ~
THF TOWNSHIPor
MCDONOUGHDISTRICT OFKENORA
PATRICIA PORTION
RED LAKEMINING DIVISION
SCALE 1-INCH 40 CHAINS
DISPOSITION OF CROWN LANDSPATENT, SURFACE AND MINING RIGHTS ,. . 9
" , SURFACE RIGHTS ONLY .,........ . e" , MINING HIGH'S ONLY. . Q
LEASE, SURFACE ANC* MINING RIGHTS... B" , SURFACE RIGHTS ONLY... . H
" , MINING RIGHTS ONLY . . ^.. y
LlCtNCE OF OCCUPATION TROADS ~c-~- "*
iMPROVtD ROADS -c.^-ae-^-L-
KINGS HIGHWAYS ^K^ ""HAILWAYS -— ••- -'
POWER LINE^. *L~-.'. *"
MARSH UH MU r.Kl f. L* ^,-V*
MINES ^
AREAS WITHDRAWN FROM DISPOSITION
MRO M INING RIGHTSONLY
S R O. SURFACE RIGHTS ONLY
M.* S. MINING AND SURFACE RIGHTS
Oncrlption Older No Date Dupotition File
("O b \174 A .q .'ii '') '.rloi l nynis oniy
"J li M v 'l f
/*ft o itJt3 CT^y 'f, i ItJ
(JVi CEMET ERY - SUBJECT TO SECTION 32 MINING ACT RSO l
@ SECS6/SO WKRL 95/84 JUL K l 8HO (9BBO
'.'/Vi /" j t
'j . Hit * A* ^ j 7,-.,t
SEP \ l 1995gFn . ut ONTARIO
Ministry ofNaturalResources
Ministry of Northern Development and Mines
Ontario
TRIM t (NE
AUJUST, 1986 G-37 32
L.
T 80291 80J091802914 v•Bill \
-—-^T.L 9UUU N
i li - L 89CC NiyCO N
-.L 88&0 N-t- -t- + -I—t—t- l l l l l l 4 l l l l 't J l t 4. l ) l t-4i l l t-4
-. L 8700 Nd 700 N
. L 8601) N8600 N3*1*1*1^33^*1^3SSaslllileSmmm -. L 8509 NL 8500 N
-. L 8-i-OO N.. 8400 N
-. L r;00 N8300 N
—.L O/.OO Ni8200 N
—:L 8100 N8100 N
— L 8000 NL 8000 N.
-. L 7COO N7900 N
-. L 7800 N7800 N
— L 7700 N7700 N•T"
— L 7600 N7GGO N
L.l 75^0 N7500 N
RVtnVinllVlRRRRRA"'323333I3 533S"*233SS3*'35**SS K'
- L 7400 N.. 7400 N l MI M t l l l l l l l l l t l l
-. L 7300 Nto
7300 N
L 720D NL 7200 Nt, o* S MM? c, o-;-o,™ m o, r-o
J r MSM^"K't3t??*S lfl 8iK
* Ay? ?J In fl ?I In 3* m tri K In W K R — L 7100 NL 7100 NNORTH SHEET
L 7000 N;'ooo N S 3/", 7! ?l 7! 31 a 31317! LTC 7! S 31
•* * Z13 **ixQ Q 9 j !3 ^ 3 *ir- -* fi rJ i^ p* oaa — rt e tfl a * *H ID
L 6SOO Ni
,. 6900 N
L 6800 N:
L 6700 N6700 N
L 66QO N. 6600 N
L 6500 N6500 N
L 6400 N59U44 5948(259401.1 594(1) 594188 59422.1 594235 594JOJ 594534 8150)1
-l j t l- l t l—t t l l K* -11*4t- l l/l-l * ' '
LEGENDL 6300 NI^I^^T^I^T*!*mi ml — L 6200 N
— L 6100 N•y, oo N
—L 6000 N6000 N
— L 5900 N5900 N i i l ' i t i i i i l i i i i i ' M
SURVEY SPECIFICATIONS-. L 5800 N5800 N
IlliiiL 5700 N L 5700 N i Instruments: Gem Systems, GSM-19 Base Magnetometer Gem Systems GSM-19 Mobili Magnetometer
BOM Station Location: 1730m N, 1040nl E
BOM Station Value: 60,000 nT
BON Station Semple Interval: 10 seconds
Ba33*l53aa3±3'**r.j;jS Sfli53^2333^-'"9•1!3333'?1553"•l3''3w•<<'>*3!;33<^*'" t1<5'n ^•'•'3•| •*^ pl"l '>t^•'^J ll| ^^'Q^ a| "'
L 5600-N — L 5600 N
5500 N -.. L 5500 N
L 5400 N L 5400 N
ccda^nriagRRHKRHH*9 v v v 4 44 4 inininininininin -. L 5300 Nl 5300 N 4 i i i i t--(-t- l i i i i i i i j i
2.1619— L 5200 NScale 1:5000
o too 20f)(339iS^S23^ HRRRviRRRRR iiiiiliHRMRRRRRRRnR L 5100 No100 N
.iai?l99)?)7{?)9)9tnnn8l9t L 5000 N5000 N
PUCER DOME CANADA LTD,*;'' Exploration Department v/ VL 4900 N
L! 4800 Nu 4800 N Gold Seekers Bay Project (No, 516)GROUND MAGNETOMETER SURVEY'!
Total Field PostingsDome k McDonough Townships
Red Lake Mining DifisionOntario
NTS: 52N/4lechierrex Inc.Ookville, 'Ontario
CanadaM 1994
\.
>
L 4800 N
L 4700" N*-]\
l 4600 N —
L 4500 N
L 4400 N —
L 4300 N
L 4200 N —
L 4100 N —
L 4000 N —
L 3900 N
L 3800 N
Ll7bb~N
L 3600 N —
L 3500 N —
L 3400 N —
L 3300 N —
L 3200 N
L 3100 N —
L 3000 N —
L 2900 N —
L 2800 N
L 2700 N
L 2600 N —
L 2500 N
L 2400 N
L 2300 N
L 2200 N —
L 2100 N —
L 2000 N —
L 1900 N
L 1800 N —
L 1700 N
L 1600 N
L 1500 N
L 1400 N —
L 1300 N —
L 1200 N
LOt-o
CZ3 C J CO
ea Of—3 CXI
L 1100 N —i'if.
L 1000 N —i
L 900 'N —l l, l, '
l ',l,'J
L 800 L
L 700 ;N— :
L 600
L 500 N
LU
sB&smam ^^ii\'-}^.M~ft^^^m^^^,mtitm — i- 4* r. •l~4Q*i-T*-i-i'***t*W4JT* -4) 40 nw
l l l l l l l l l l l l l l l l l l 4—4 l -t-4-t~4 t t 1 l l t l l l l -4-
-Q- "V"'v "f'l-ri " ' ---i-!' -••"•"i-"™**"""-'!- •in*'o-ac**iaia*M**iwti,tH^^^***M,i9o,*1 r4 ai^o^ai-^-*Bn*-~f.*i-*-oiBBi-Q-.a, lAW
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61586761U46611699
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5 2 K i/! I/! I/1 ij^ iX t/4 IX '^ i in !X 'd '.fi IX "f u
l 4 i -t—t-t . f |. O 4J. 4") -*-t l l l l l ) 4-1 j 600iMU601161 601451 602062 602957 602952
n 60299 1 602696 602428 601769 60)374
. ^^ooolH-tfcii — ^c^r^r^ior^ o*044if-~ B^HOQM —KJdkAflpUultii^^.in * 10 ^ r TV in^cnoujiutfiiriiiooior'Fgf^RKR
SM4J8 i i-t 598712 59961 1 599108
"- w'iM'") i^"tr ^***' i*' i*
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9 Sp 8 Sp S io it I2MB& tiS 'ifi t.,,? lo tp * if! (ft S -i" 'X U1 -iJ ^' V -Y* * *-O 't- '4*" -f ^ ^. -^ -Vi ^ i* u-i *
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m
l \, lLi lc.-"C 1
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Cvl r-oc. .1 —t
^to cri C-J
L 4800 N
L 4700
— L 4600
L 4500 N
L 4400 N
— L 4300 N
L 4200 N
— L 4100 N
L 4000 N
L 3900 N
L 3800
*^
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N
— L 2800 N
L 2700 N
L 2600 N
L 2500 N
L 2400 N
—L 2300 N
L 2200 N
— L 2100 N
L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
— L 1500 N
L 1400 N
L 1300 N
L 1200 N
L 1100 N
L 1000 N
L 900 N
— L 800 N
L 700 N
L 600 N
L 500 N
11
/
Declination: 5' E.
lSOUTH SHEET
LEGEND
Scale: 1:5000
- assumed. Q
SURVEY SPECIFICATIONSi
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1730m N, 1040m E
Base Station Value: 60,000 nT
Base Station Sample Interval: 10 seconds
100
2. 1610 lScale 1:5000
o 100 200 300
(meters)
PLACER DOME CANADA LTD.Exploration Department
Gold Seekers Bay Project (No. 516)GROUND MAGNETOMETER SURVEY
Total Field PostingsDome ft McDonough Townships
Red Lake Mining DivisionOntario
NTS: 52N/4 Map No. GSB-02Tcchlcrrex Inc.Ookville, Ontario
ConadoApril 1994
L 9000^
81.00 N L 8900 N
:"0 N — L 8800 N
L 81)0 N
L 8600 N
L 85QO N
3400 N L 8400 Nu3300 N L 8300 N
r]200 N L 8200 N
8100 N L 8100 N
3000 N
7900 N L 7900 N
7800 N L 7500
/7CO N L 7700 N
' J O N L 7600 N
L 7500 N
MOO N L 7400 N f
/o 00 N L 7300 N
7200 N L 7200 Nf
7100 N L 7100 NNORTH SHEET
'000 N L 7000 N
. 6900 N Ul 6900 N
6800 N L 6800 N^^L^^^^^^^^L^jtto
jlBP^WPW^^^^^^^^^^^*1*^
. 6600 N L 6600 N
5500 N L 65,0,0 N
L 6400 N
LEGENDL 6300 N
L 6200 N Scola: 1:5000
Pnlih Scuta: 1000 nT/cm
Prefh Bon Lml: 60,000 nt
Clfti'w.
l 6000 N,)OGO N
L 5900 N5900 N
SURVEY SPECIFICATIONSL 5800. N^P
L 5700 N Initnimenti: Gem Systems GSM-19 Bose Magnetometer Gem Systems GSM-19 Mobile Magnetometer5700 N
Bon Station locution: 1730m H, 1040m iL 5600 N5600 N Bon Stotkm Vohwt 60,000 nT
i
BOM Stotlon Semple Interval: 10 secondsL 5500 N
5400 ;N:L 5300 N.. 5300.'N-HL
161C lL 5200 NScale 1:5000
o 100 200L 5106, N ,
L 5000 N
PLACER DOME CANADA LTD.Exploration DepartmentL 4900 N
L 4800 N (No. 516-800 N'li Gold Seekers Bay ProjectGROUND MAGNETOMETER SURVEY
Total Field Profile1McDonough To
Red Lake Mining Divsion Ontario
NTS: 52N/4Mlemi Inc.OoMt, Ontario
(MoAnil m
LJ-J U-J
>
L 4800 N
L 4700 N
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
L 4100 N
L 4000 N
L 3900 N
L 3800 N
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N
L 2800 N
L 2700 N
L 2600 N
L 2500 N
L 2400 N
L 2300 N
L 2200 N
L 2100 N
L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400 N
L 1300 N
L 1200 N
L 1100 N
L 1000 N
L 900 N
L 800 N
L 700 N
L 600 N
L 500 N
cxi roa c *C3 CJLO CO
La l
en C—} CZ3Lfi to
QO CTt
\,
evi QOCD C"!
li l
CJ)
lil L j J
t i -l
LjJ U-J
enOQ C-J
L 4800 N
L 4700 N
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
— L 4100 N
L 4000 N
L 3900 N
L 3800 N
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
— L 2900 N
L 2800 N
L 2700 N
L 2600 N
L 2500 N
L 2400 N
—L 2300 N
L 2200 N
L 2100 N
— L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
— L 1500 N
L 1400 N
L 1300 N
— L 1200 N
L 1100 N
L 1000 N
L 900 N
L 800 N
L 700 N
L 600 N
L 500 N
i
J.'
l k
t;i
i
/
/
Declination: S* E. l''}: ! l•- y,
',l-*
•V
SOUTH SHEET
LEGEND
Scale: 1:5000
Profile Scale: 1000 nT/cm
Profile Base Level: 60,000 nT
ftsf* -
SURVEY SPECIFICATIONS
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1730m N, 1040m E
Base Station Value: 60,000 nT
Base Station Sample Interval: 10 seconds
100
2. 1 619 lScale 1:5000
o 100 200 300
(meters)
PUCER DOME CANADA LTD.Exploration Department
Gold Seekers Bay Project (No* 516)GROUND MAGNETOMETER SURVEY
Total Field ProfilesDome ic McDonough Townships
Red Lake Mining DivisionOntario
NTS: 52N/4 Map No, GSB-04lechlerrex Inc. Ookville, Ontario
ConodeApril
260
UJ
9000 N
Q;900 N
.00 N
8700 N
- 3600 N
ci500 N
L 8400 N
8300 N
8200 N
L 8100 N
. 8000 N
L 7900 N
L 7800 N
7700 N
/GOO N
7500 N
/•vOO N
7300 N
. 7200 N —
. 7100 N
L 7000 N
L 6900 N
L C800 N
L 6700 N
L 6600 N
6500 N
. 6400 N
6300 N
..200 N
. 6100 N
6000 N
0900 N
U 5800 N
L 5700 N
. 5600 N
5500 N
L 5400 N
, 5300 N
L 5200 N
100 N
oOOO N
- ''r900 N ——
-.BOO N
U J
en
OOoo
l
LU
LU
CD
e-M w*Cvl
oocxi CvJ
o oLOrg
LU
SiCsl
F!
i i t\(
cxiera to QO
l l lc—jl .1
c j
l i l
C")Ut l
unCv|
ert
tt
t''t)t*i|**tftttt*tt
l i */i i i i t l i i i i i i 1 1 \ , i i t
^ * * * f*rt- * t—*
H-t J i i t i-t V-*.^ t t t
l i t i i i V i l i TLi J i i J i ( i , i i i i\i i , A ,
l y t t t t i U i i f t i * i fc^| k VSj i i f
\; \t l 4 f t^M t t 4 V f t' ' ' -Ins' ' '
4 l l 4 l 4 l l Vi l l 4 f l fi 4- t 1 f 4—l W* -4 fc~t--^^- 4--^ l l l l l \
i t i./t.t-4-i i i -t 4 ,:ivtv-n *XV* (444(44 4 rf t 4-4- 4-4—4 4.4 -t 4-1
** * t t- * *- *—t- * * t\t- * *
J t ) l * t J t l * J t */t t
mJ 4 * t l l l l |\i l l |X( -l ^ f t l ^ t i ' t
\ o ;ttllltillt (1*4-4** Ml
— L 9090 N
— L 890C N
L 8800 N
— L 8100 N
L 8600 N
L 8500 N
L 84.QO N1 1
l 8300 N
L 8200 N
L 8100 N
L sdroo N
L 7900 N
— L 7800 N\ '
L 7700 N
L 7600 N
7500 N
L 7400 N
L 7300 N
L 7200 Nfe
L 7100 NLJ^
t i
L 7000 N
L 6900 N
b 6600 Nl;
N
L 6600 NH
L 6500 N * '
L 64dO N
L 6300 N
L 6200 N
L 6100 Nf
L 6000 N
L 5900 N
L 5800 N**
L 570'0 N
L 5600 N
L 5400 N
L 5300 Ni
L 5200 N\ r
L 51ft).Ni'i
L 5000 N
L 4900 N
L 4800 N
l
/
Declination: 5* E.
NORTH SHEET
LEGEND
Scale: 1:5000
Contour Interval: 50 nT200 nT
1000 nT5000 nT
locoed
SURVEY SPECIFICATIONS
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1730m N, 1040m E
Base Station Value: 60,000 nT
Base Station Sample Interval: 10 seconds
16 19 l
100Scale 1:5000
O___ 100 200 300.
(meters)
PLACER DOME CANADA LTD.Exploration Department
Gold Seekers Bay Project (No. 516)GROUND MAGNETOMETER SURVEY
Total Field ContoursDome ft McDonough Townships
Red Lake Mining DivisionOntario
Mop No. GSB-05Techlerrex Inc.Ookville, Ontario
ConodoApril 1991
62N04NWOOie2fBlil 270
L 4800 N
L 4700 N —
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
L 4100 N
L 4000 N
L 3900 N
L 3800 N —
L 3700 Nw
L 3600 N
L 3500 N —
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N
L 2800 N
L 2700 N
L 2600 N
L 2500 N
L 2400 N
L 2300 N
L 2200 N
L 2100 N
L 2000 N —
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400 N
L 1300 N
L 1000 N
L 900 N
L 800 N
L 700 N
L 600 N
L 500 N
Cv| OO A, g
} \\\ o " " ^ .y, J H | J?M ,Py/ 11 "i ir, ,,
-' 1/ "' '"
1 \* * ' * f * l l t */* t l t l ( t t t l t \
\ ^'
J ''^ l' i/t t i i i Hw * i t i /t
* *-* i t fH i
i i i i i t i/1 i *-4/^ .(11111/4. /, t,,
^ r:
L 1200 N
LU:z 13LL| CO
enCXJ to
odC"' en
Ut J
C. 1ro
li iC^JC.M
l i l C—)
l i l*—1i _ ii t i
l i l
c.; if-
l i J
O C3oo
UJo o tft
L 4800 N
L 4/00 N
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
L 4100 N
L 4060 N
—L 3900 N
L 3800 N
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N
L 2800 N
L 2700 N
L 2600 N
L 2500 N
L 2400 N
L 2300 N
L 2200 N
L 2100 N
L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400 N
L 1300 N
L 1200 N
L 1100 N
L 1000 N
L 900 N
L 800 N
L 700 N
L 600 N
L 500 N
//
Declination: 5* E.
\ r.
'iri
SOUTH SHEET
LEGEND
Scale: 1:5000
Contour Interval: 50 nT 200 nT
1000 nT 5000 nT
ftsf -D
i
SURVEY SPECIFICATIONS
\
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1730m N, 1040m E
Base Station Value: 60,000 nT
Base Station Sample Interval: 10 seconds
li2. 1619 l
100Scale 1:5000
O 100 200 300(meters)
t l
PLACER DOME CANADA LTD.Exploration Department
Gold Seekers Bay Project (No. 516)GROUND MAGNETOMETER SURVEY
Total Field Contours;*Dome ft McDonough Townships ' ! Red Lake Mining Division
Ontario
e-g roC-s!
NTS: 52N/TTechi Inc. QoMIe, Ontario
Conodo l 1891
MOD No. GSB-Q6
6aN04NWQ016 2 18181 POME 280
L 9000 N
L 8900 N
L 8800 N•w-
L 8700 N
8800 N
3700 N
L 8600 NdoOO N
L 8500 N8500 N
8400 N
L 8300 N
L 82613" N3200 N
L 8100 N
C 8000- N
L 7900 N •?',' ; ^i9CO N
L 7800 N
L 7700 N
L 7600 N
L 7500 N
L 7400 N400 N
L 7300 N300 N
L 7200 N- 7200 N
NORTH SHEETL 7000 NL 7000 N
L 693d N3900 N
N/"^1*—"-f-* t ' ' i ' ^ *j t'* * ' ' * * '
L 6600 Ni., , t *^-J)K*-4-' i i i i i i l i f-* i i -t i 't t t i i
L 6500 N.500 N
6400 NLEGENDL 6300 N
.^00 N
L 6200 N6200 N f •—'M f 4 ( l l l l l l l H
L 6100 NClaim Pos{; Located-
L 6000 N L 6000 N
L 5900 N L 5900 N
5800 NL 5800 N
L 5700 NL 5700 N
L 5600-NL 5600 N
b500 N
L 5500 N
5300 Ni
L 5300 No200 Nl.1619 lL 5200 N
Scale 1:5000 o 100
(meters)
L 5000 N
PUCER DOME CANADA LTD.Explorotion Department
L 49QP 1 N
L 4880 NGold Seekers Bay Project (No. 516)
PUN OF TOPOGRAPHY
tame it McDonough TownshipsRed Lake Mining Division
OntarioNTS: 52N/4 Hap No. GSB-07
echTm he.Ooknille, Oalorit
Cooodo
\,
,(
>
ki^~*M
C-vl CDUO
O CD
li-J
cza oo
La-J
CTl
CI3c~i r- J
CT)
CO
L 4800 N —
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
L 4100 N
L 4000 N
L 3900 N
L 3800 N
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N —
L 2800 N
L 2700 N
L 2600 N —
L 2400 N
L 2300 N
L 2200 N
L 2100 N
L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400 N —
L 1300 NL
-rt......a;,...7| /,f )''
Vl
— •
./frjh*f*T*^(i s 'hf \
C ^-t-f-X*-*- j- t 4 -*-* n-*-*— t-
X
\ ^
K-* - ^ - * * . t * * *-l* * * -*
N
t
. . . . n . ) . 1 . . . . '
l l t
L 1200 N —
r-M-t—*-t * . * (
\ /
o. \,, -4*"L 1100 N —
L 1000 N
L 900 N —
L 800 li—
l'lx
-"•fc
\
L 700 N'—
L 600 N —
L 500 N —
-'
t 4 t t l l t l l
\
* l ' l ' *
CD
11 lt 1
l 4 J
l—^ * -* -* *—t | - l V*'*' ' * *~f-* -*—*"*- * * *-f * /T * * *"*-* f *
i i i i t i i i i i l i i i *,an ' t * t i t t' *- *- l i -* -t-1 i t-1-t -*-*-1 i t i i
t t t 4 4 t l t f * * t l * f
..._yJ*^' \ * li-*'* * I-H * * *-fr-V *--* * * * #- * 4 * * * * *-*** * i i i i l i t**** t t t t t t i l i l t t *
l l l * l/J l l J * * t l l * l \ l l * t * *// f l t 4-*—*-* * - \ l l l l l l l f** 4 4—t t l "l J'* l l l -f
l t t l l f A t t f *- 4 4 * -4
*- 4—*—i—*- t * W+ 4 - *
^"""""" '"""" '
XVttitittiib* y t i i i t i t i t i o. Vif ' i -
7 ........
t l l l , t .{ \-t~t-1-t t f *-4— * * ' * * 4-*-— t--*- t11-1 f\\ u
H- * l *—H\t tt* Iff t l . * * 4-**t-t**tt S* II 111111*1111*1
L 4800 N
L 4700 N
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
L 4100 N
L 4000 N
L 3900 N
LJ300J!,
L 3700 N
L 3600 N
L 3500 N
L 3400 N
L 3300 N
L 3200 N
L 3100 N
L 3000 N
L 2900 N
L 2800 N
L 2700 N
L 2600 N
L 2500 N -
L 2400 N
L 2300 N
L 2200 N
L 2100 N
L 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400 N
L 1300 N
L 1200 N
100 NT
u P^ f! 6 "'^'^.Wij ^ , ^ ' '
L 1006 N
L 900 N
L 800 N
L700.N
L 600 N
L 500 N
11li
l:l
•nr
i *
/
Dwdnotion: 5* E.
''"li."
nw- -f*jar
SOUTH SHEET
LEGEND
Scale: 1:5000
Lake:
Trench:
Claim Post: Locoted-
Assumed-
Witness Post:
Claim Line:i
W.P.
100
. 1 619 lScale 1:5000
o 100 200 300
(meters)
PLACER DOME CANADA LTD.Exploration Department
,'-, --* . * *i. ^. r* -j ' ! - 1 ?!- ^ ,'V:. . \ " :t ft -ff
**.TI'V,
../•••-••j!'/•,',^l
- y " '.\••; ' "iv - -i:. v/ 1 -:;.* " B ., ;**1 '"r ' ^V^'v'fc""'/"J1•- j \f\4 "VVS
. v '-K'7 "' 'W!
' i;j*tf:/,-' i
'.tGold Seekers Bay Project (No. 516)
PLAN OF TOPOGRAPHY
Dome ft McDonough TownshipsRed Lake Mining Division
Ontario
i NTS: 52N/4 Mao No. GSB-
C-J
Mltirei Int.Ookville, Ontorio
Conodoteril 1994
• - * i
" ' S JJr, '' j i
1 -V"
* l
•,'r ; v ^. ' -.' i'
'* i
i r T i
, 4
62N04NW0016 3 H191 DOME 300
^- *V- *~ * +-V1*-r *- * * t *\*A^ i * * * * * t *-f- *^^ # ^ *- * t- \- ^ t\ I ,LL ira i i i^' vT*
boOO N
t)00 N
R-E D
z xi /r:.uu.) N
-Vt- * * ^ f- W * t -t *— t—fr- t- *— -*-
b700 N
--500 N
* * * * *v^-*—f—*—*—t -*- -f . *
.000 'N'
***#N*4L 4800L 4800 N
L'4700'N
L 4600 N -7^v~L 4500 N —
x — L 4500 NL 4400 N
L 4400 NL 4300 N
L 4300 N4200 ^
L 4200 NL 4100 N —
— L 4;100L 4000 N
—L 4boO3900 N
— L 3900 N•**t * J
— L 3800L 3700 ^
— L 3700 NLAKEL 3600 N —
— L 3600 NL 3500 N
~ L 3500: NL 3400 N
SOUTH SHEETL 3300 N —
L 3300 N M 'i"U*" M#ir 'f 11 l) i T tftlT1; ,v -ffi
f Hi JL 3200 N-.L 3200 N/^xtx \
x N
L 3100 N3100 N
L 3000 N^3000 N
. L 2900 NLEGENDL 2&00 N
L 2800 N— L 2POO N
/tt J Metasedimentory Rocks '
Mofic-Ultramafic Metavolconic Rocks
Intermedlate-Felslc Metavolconic Rocks
Mofic-Ultramofic IntruslveRocks
Fault
Geological Contact
Magnetite Rich Zone
L 2700 N2700 N ^TW'flW*^^•m^
L 2600 NL 2600 N
L 2400 N
L 2300 N— L 2300 N
L 2200 NL 2200 N
L 2100 N200 N Trench:
Power Transmission Line (Old)
Claim Post: Located-
Assumed-
Witness Post:
Claim Line:
L 20002000 NvX
L 19001900 N
•^•^;; * I *i•if ' h? ' i?*1 ' 1 !*"1 L 1800 ^^.,. t i t i i y^ — L 1800 N ",* '' ".^tfiy - .^,s4,f '".' i "i^}^L 1700 — L 1700 '
L 1600 N L 1600 N
L 1500 N
L 1400 N — L HOO N
R L' DL 1300 N — L 1300 N
LAKETtft '"' * ' ' *"*" ' * ' ' ' ' ' *"
L 1100 N
L 1000 N
L 900 N
L 800 N
L 700;N
' L 600 N
\iy^' \ v]' ''' y
>
jr-.Xt. fc^A1
*YT-T*lH7i 7
Ut J Li l L l l
CD
l 4 l
C~i C—)
L i l
C ) C i Ci iC--J
1 1 iC j C' ) f "J l
1 l lC ic. i
L 6400 N
L 6300 N —
L 6200 N
L 6100 N^
L 6000 N —
L 5900 N —
L 5700 N —
L 5600 N —
L 5500 N^.
L 5400 N —
L 5300 N —
L 5200 N —
L 5100 N —
L 5000 N
L 4900 N —
L 4800 N —
L 4700 N
L 4600 N
L 4500 N —
L 4400 N
L 4300 N
L 4200 Nr
cdO)LO CNJ
d CD o
l i i
fif j
l i l
CO
C iC it -
l i Jc-5 cr* oo
LJ.J l ic; iC" 5
l i i
cd oLO
,... ^.",.v;-/, r -. ' r - '-
i*.
U'JUJJ'J!^T
LO CM
O O CD rO
CD CD LO
C--J
*-*- -*-*-*- * -f 4W* Ml* -*-t t t t t t-t-1 i i i i i 59761 2 S979)O S9870 4
H i J*-- U*'" ^ - V H *J * tt-'1 W^**"'C. rsi a -O ^j^)^.r* *j -- 00 -T* —i ** ^ c* .w -n *r. * t t o 4} i*i -o ri** * -/^ - ao - -i- -n-n. -* - O — —' -* - '^•;i ^ t*?^" ' 1,51-^*-^*^' * *o.t** •'t ***.*'* i^'*ci-*iri*-4~iQa^qAiwQvt Vi l.l^i l '- ' *" 7, ' T r T ^ '- r ~*t 01 -* l * l l t l 11 t* l t' r ' * t 4 1 - f r flO r - 4 4 1C * *
if* (Ti T" rT ^1" * * * rti'TTririTT ' ft'"* T T*T TiT"T Ti^V^T *t
assss*sjsass\ uaiaa
\tA^i•st*r tf** JT^•otn^ow^^^^^-r t—^ ^-*- C~* 4 * fr-*"'* #—t- *-*
o —w — in — * o i* r-r*""
L 6400 N
— L 6300 N
— L 6200 N
6100 N
6000 N
L 5900 N
L. 5800 N
L 5700 N
L 5600 N
1 5500 N
L 5400 N
L 5300 N
L 5200 N
— L 5100 N
5000 M
L 4900 N
L 4800 N
L 47CO N
4600 N
4500 N
U 4400 N
4300 N
L 4200 N
Declination: 5' E.
NORTH SHEET
LEGEND
Scale: 1:5000
SURVEY SPECIFICATIONS
instruments Gem Systers "SU-:9 9-:tc W:;"etomete r Gem Syster.s 3SY-19 Uooie Magnetometer
Base Stotion Location: 1503m N, 2350m E
Base Stotion Value: 60.700 nT
Base Station Sample Interval: 10 seconds
100Scale 1:5000
O 100 200 300(meters)
PLACER DOME CANADA LTD. Exploration Department
Golden Arm Project (No. 514)GROUND MAGNETOMETER SURVEY
Total Field PostingsTodd Township
Red Lake Mining DivisionOntario
NTS: 52UA Hop No. GAP-01lechlerrei Inc.Ookville, Ontario
CanadaApril 1994
2. l 6
330
t l
L 4200 N
4100 N
4000 N
L 3900 N L 3800
L 3700 N
L 3600 N
L 3500
L 3400
**1Si3l''3lQir)5S?}930|riS23'*:3*!C3rt'^'12
L 4200 N
^ L 4100 NNr H
L 4000 N
V,-,-*.,-*,-, 4 4.1 4 l l l l l l l l 1-4-4-4-1-4^ 4 V4-4-4-, i l l l l l l l J 61111* t"
3900 N
L 3800 Ni.
L 3f 00 N
L 3600 N
L 3500 it t ) ) l l l l l t l l l l l l l t l l l t 4
L 3400 N
. 3300 N —
, 3200
L 3300 N
L 3200 N^9')^^!i4?^2^TJ?4^4^^9^^^^4^^^*^*^^^^^*^^^^^^^^p*^^^^q^* r1 w^^^^w"O'^^^^^tl**^^^^^vqq^h^^••<••••|iiiSi^bBSBBS&BBBs&csscBSBiBIBBiBBBssc&KtoasBiJiS^3100 N L 3100 N*-*- HWiS ,||i l * t i t t i t t
3000 N L 3000 Nl i i i i i i i l i i t . f i-H
r-*-r-a-"*-;* q g-l*!' ' ^*I33 ^^*!ltf*^ "**oo^Qtap r r UQr**4ri4B•^•^fB&io' — ^VmBfnFj/lkOv^inKrlil**R5o*n!)SIS*^in'(-li.MLii3ML 2900 N L 2900 N
L 2800 N L 2800 Nl t l l l l l l l l l l l I-l l t l t l l l t l t |. 4 l l l l l l l l 1-4 l l O 1 -f t l 4 4-4 4-
2/00 N L 2700 N
L 2600 NL 2600 N l t' t t-t t 1-4-1 l l l l t l ' * *
"^ ^ 3 "* 9*1*1*1
till i4-4 4 l l t * l t l 4 l l l || f l t ) t l l l f l l l l l l l ( l 4; ( t , , , , f. ( , . . , . . . . . , , , j . , .jf\ l l l l l l l l l l i , , , . t
^^3^-^^532332322^^^5i * i ii i i i i i i iiX i i i i i
L 2500 N L 2500 N
L 2Ji}0 NL 2400 4 4 4- * 4 4—* -f t-4 -4—4—^ l—l
?255323^33^3352L 2300 NL 2300 N k i i i i i i t i i i l II f.l l l t l l l l l l t l
v •^*"ii^^*l';* ri*. cs ir}^*l*l'9 Ki* t^9 in?l^^'55
l\ l l ( l l l l t l t-* l *- t t l l 4 l t t l l l t L 2200 NL 2200 NII99-/35
2100 N2100 N
L. 2000 L 2000 N
ris?gP5jSP5 t5i*!3|Q
l l l 4—4—4 4 4-4—4-4 4-4 4-4—4 J-l-4 1900 N1900 N
800 Nit* io tti io lo ui E u* **i 10 n *Ji i a* *o .o .a *o44-444 -41-44 4 4 4 4 -4 4 - 4 4- fX 4 l f 4 l 4
^r3^^''^3^3SB3EEs^^zsBBss^sS88BsIH
vri^-c)*-vr-*Bi3r*M^rs ~iaabiiNCTlr)ll7I.-Iiv-
L 1700 N ) l l l I--4 l l l t l l .* * t-4-4
1600 NL 1600 N
1500 N. 1500 N
L 1400 N
m-
1400 Nor-J ui wiay a- *j a?*iST! r- •drjxi^*" i r^fl' r-: Midie''Cid
4 t l l l l l l l l l l t 4-* 44.11 f-4 4 4-1 4-4-4 ( 4 l t t l 4
^"i!3*l*". |^'i*"i* *i* "i * "iQ*irfi*i.v - . - u'*u^i-*^j- ,. ,. yiv.-,. . ,,, ,
ti83~lfic6l3SEriSifili&isii 1200 NL 1200 N •t f -t l^fc4-4^4-4-(-4 MHifH t t It* * 4 4 1-4 l 4-4 4 4-4
L 1100 N
L 1000 NL 1000 N 4-4- f -4 l l 4 l l ) ) l -4—4- 4-4-4
L 90ttN4 l f-44--4-4 l- ( 4 -( 4 l t t 4 , l4-1 l ) t l l 4 l l l l (-1 4-4-4 4
L 800 NL 800 N
L 700 NL 700 N
L 600 NL 500 N
/
Declinotion: S* E.
SOUTH SHEET
LEGEND
Scale: 1:5000
Oou'm
a
SURVEY SPECIFICATIONSi
Instruments: Gem Systems GSIM9 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1503m N, 2350m E
Base Station Value: 60,700 nl
Bon Station Sample Interval: 10 seconds
100
57IBigTScale 1:5000
O 100 200 300(meters)
PLACER DOME CANADA LTD. Exploration Department
Golden Arm Project (No. 514)GROUND MAGNETOMETER SURVEY
Total Field Postings. * l *H
Todd TownshipRed Lake Mining Division
OntarioNTS: 52M/1 Mop No. GAP'02
TechTerrex Inc.Ookville, Ontario
CanadaApril 1994
.L 6400 N —
L 6300 N —
L 6200 N —
L 6100 N —
L 6000 N —
L 5900 N —
L 5800 N
L 5700 N —
L 5600 N —
L 5500 N
L 5400 N —
L 5300 N —
L 5200 N
L 4900 N
L 4800 N
L 4700 N —
L 4600 N —
L 4500 N
L 4400 N —
L 4300 N
L 4200 N
11 lC.5
l l l l. ^
11 j f t
l l JC 1
r— c-j
C 1 C )ex ) c-.j
d oLO CNl
laJi }cd O O
1 1 l tr -
L' l
c i
1 1 l
C Jfi
c , e'-i oo
cd OLO
CD O 10 CNJ
O OoK)
inro
CT*Osl
01 SOxl •-O
350
.., L 6400 N
L 6300 N
- L 6200 N
- L c'00 N
— L 6000 N
—L 5900 N
—L 5800 N
L 5700 N
—L 5600 N
— L 5500 N
— L 5400 N
—L 5300 N
L 5200 N
...i. 5100-N
n,in M
— L 4900 N
— L 4800 N
— L 4700 N
L 4600 N
—L 4500 N
— L 4400 N
L 4300 N
L 4200 N
/
Deduction: 5' E.
NORTH SHEET
LEGEND
Scale: 1:5000
Profile Scale: 2500 nT/cn
D rofile 3ase Level. oO.OCj
a
SURVEY SPECIFICATION 1'
Gem .11*^ -* ~:-e W 'Jtm ^tste-": J~y-l* Ycs'le Magnetometer
Base Station location' i:lj~. \ C25jn E
Hose Station ,'alue. 60.7:: r T
Base Station Sample Intervcl: 10 seconds
2.16191
100Scale 1:5000
O 100 200 300(meters)
PLACER DOME CANADA LTD.Exploration Department
Golden Arm Project (No. 514)GROUND MNlMESR~~""
Total Field ProfilesTodd Township
Red Lake Mining DivisionOntario
NTS: 52M/1 Mop No. GAP-03TechTerrei Inc.Ookville, Ontario
Canada
L 4200 N
4100 N
L 4000 N —
u 3900 NL 3800 N
L 3700 N
3600 N
2100 N
L 2000 N
L. i 500 N
. 1400 N
L 1300 N
L 1200 N —
L 1100 N —
, 1000 N
. 900 N
L 800 N
700 N
. 600 N
— L 420Q, N
4100 N
L 4000 N
±-5900 ' Ny,
L 38oS N
A,
o o oo oLO CO^c
C-sl CM
l-.-) C.I• O
J l i J
on
OoLOoj
p!
uOC-vl c-g cvi
— L 3700 N
L 3600 N\ *
— L 3500 N
— L 3400 N
— L 3300 N
— L 3200 N
3100 N
— L 3000 N
—L 2900 N
—L 2800 N
L 2700 N
,— L 26CO N
250^N
— L 2400 N
— L 2300 N
— L 2200 N
2100 N
L 2000 N
L 1900 N
1800 N
1700 N
1600 N
— L 1500 N
L 1400 N
.— LTSOO N
1200
1100 N
1000 Tl
— L 900 N!
L 800 N
L 700 N
L 600 N
• iCVI
//
Declination: 5* E.
SOUTH SHEET
LEGEND
Scale: 1:5000
Profile Scale: 2500 nT/cm
Profile Base Level: 60,000 nl
i a
SURVEY SPECIFICATIONS
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1503m N, 2350m E
Bofe Station Value: 60,700 nT.
Base Station Sample Irtervol: 10 seconds
100
S". 1619 lScale 1:5000
O 100 200 300
(meters)
PLACER DOME CANADA LTD.Exploration Department
Golden Arm Project (No. 514)GROUND MAGNETOMETER SURVEY
Total Field ProfilesTodd Township
Red Lake Mining DivisionOntario
NTS: 52M/1 Map No. GAP-04Techlerrex Inc.Ookville, Ontario
CanadaApril 1994
360
L 6400 N —
L 63
L 6200
L 6100
L 6000 N
L 5900 N
L 5800 N
L 5700 N —
L 5600 N
L 5500
L 5400 N
L 5300 N
L 5200 N —
5100 N —
L 5000 N —
L 4900 N —
L 4800 N
L 4700 N-
L 4600 N
L 4500 N
L 4400 N
L 4300 N
L 4200 N
em CD en
l* J c—)
l i i
e-JC'
rCdo
LO CNJ
c cCIc--
l l lc i
t O
cd oCD K)
L i l l i ic. c
11 I c.-) ro
1. ic~n c: i
cdCD LO ro
i i ic. -i C i r -r-' i
li l(---1 c-3CO
Ut lOD C?"J O)
C'
c. C vi
S2NQ4NWOQ16 2 16191 DOME 370
1 1 1 1 1L^J L-l^ ^4*J ^^ li t .1
CV| Ol 04 CVI C^sl
CN ro 3| rorJ -J —1*J J J J J J J J J J J J J J J J J JFirigiggggggggiiii
OntarioNTS: 52M/1 Mop No. GAP-05
TechTerrex Inc. OakviHe, Ontario
Canada April 1994
/
/
— L 6400 N
— L 6200 N
NORTH SHEET. 6100 N
— L 6000 NlOl
— L 5900 N
L 5800 N
— L 5700 N
L 5600 N
— L 5500 N
LEGENDL 5400 N* *- 4—*-*-*- r- -* r * B^* * *- * *- *—*-*-#
— L 5300 N"T^'^'Tw^r Y ' ///"X?/-* Contour Interval: 50 nl
200 nT1000 nT 5000 nT
— L 5200 N
'100 N* t-t * ***V "X* '-^Xv-
SURVEY SPECIFICATIONSL 5000 N7^.
— L 4900 N '-sirjments: Gtr Systems OSM-13 Base Magnetometer Gem Systems GSU-19 Mobile Magnetometer
Bcse Station Location: 1502m N. 2350m E
•:se Station Vfl'ue. 60. "00 r TL 4800 N
Bcse Station Sample Interval: 10 seconds— L 4700 N
. 1619 l— L 4600 N
Scale 1:5000 o 100 200— L 4500 N
L 4400 N
PUCER DOME CANADA LTD. Exploration Department— L 4300 N
— L 4200 N Golden Arm Project (No. 514)GROUND MAGNETOMETER SURVEY
Total Field ContoursTodd Township
4200 N
L 4100 N
L 4000 N —
-- o900
L o
!.. i 600
. .^00
L o400
L 3300 N
. 3200 N
L 3100 N
3000 N
2900 N
L 2800 N
1-2700 N
L. 2600 N
2500 N
, .'400 N
L ^300 N
L 2200 N
.. l'100 N
. 2000 N
L 1900 N
L 1800 N
L 1700 N
L 1600 N
L 1500 N
L 1400-N
i. 1300 N
. :?00 N
L l i 00 N
1000 N
, 000 N —
L 800 N
u 700 N
L 600 N
CO oo
\ \ l lil l (i t tt t t-f-li lv* -* l
i t i i i t *V '- * * -* * * N* *- *** *
4114 4 1444111441414/4444414
f+lS&fyt
-4--t ( * l *Vt \ \\ l l l l " l
P O S S n - l . l l y l l l l l l l l l l l
o o oO OLO
1.1. i
LTi
C J C ~)C --I
CO *3Taa
l 4 I
t l
LJ.J
LU
O OLOCN
F!CTJ
Cxl
\,
-..L 4."00 N
L '1,o
L 4000 N
— L 3900 N
—. L 3800 Nt 1 ;
— L 3700 N
-.L 3600 N
-. L 3500 N
— L 3400 N
—. L 3300 N
L 3200 Nkf*
3100 N
— L 3000 N
L 2900 N
— L 28&0 NrV
255.2701) N
L 260D N
— L 2500 N
— L 24 N
—.L 2300 N
— L 2200 N
—.L 21 o N
—. L 2000 N
—.L 190Q N
— L 1800 N
— L 1700 N
— L 1600 N
1500 Nli
1400 N
N
— L 120*0 N
— L 110ID N
— L 1000 N
— L 900 N
— L 80() N
L 700 N
— L 600* N
//
Declination: 5* E.
SOUTH SHEET
LEGEND
Scale: 1:5000
Contour Interval: 50 nT200 nT
1000 nT5000 nT
mD
SURVEY SPECIFICATIONS
Instruments: Gem Systems GSM-19 Base Magnetometer Gem Systems GSM-19 Mobile Magnetometer
Base Station Location: 1503m N, 2350m E
Base Station Value: 60,700 nT
Base StaUr, Sample Interval: 10 seconds
100
37 l 619 lScale 1:5000
O 100 200ei^s^(meters)
300
PLACER DOME CANADA LTD.Exploration Department
Golden Arm Project (No. 514)GROUND MAGNETOMETER SURVEY
Total Field ContoursTodd Township
k Red Lake Mining Division Ontario
NTS: 52M/1 Map No. GAP-06lechlerrex Inc.Ookville, Ontario
CanadaApril 1994
380
L 6400 N
L 6300 N
L 6200 N
L 6100 N-J
L 6000 N —
L 5900 N —
L 5800 N'
L 5700 N —
L 5600 N —
L 5500 N
L 5400 N
L 5300 N —
L 5200 N
L 5100 N —
L 5000 N
L 4900 N
L 4800 N —
L 4700 N —
L 4600 N —
L 4500 N —
L 4400 N
L 4300 N
L 4200 N
^ x7' ^
390
1
|^ t 1 i J \ i 1 ( |^ t i 1 Ui-J l l 1 Lj-l Lo. J lil 111 la 1
g— -t CT~t C3 CT5 ' — * CZ5 C3 CTl cm C-i CT'J C-5c~3 c^a C~D *~"~~* cr^ t * i ^~\ erri err^ czr^ c"** . cr^ en co * — c-*i ro •••f if-fl t.o r — - oo 0 1 la~i* — . o-v) C^J C~~J C^~l C~~J C~-J C~*4 C~-v| , C~J C\| r-O
1 1 1 1 1 1 (d 1 1 1 cdO O LO CD CNJ ro
'-""'••t-*- " - ^ ^Jh- 1—
7*PC* t *-i i t- t- t- r-*— t- *-*-*~ *- -*
r
1
*
x x
•' - - - X -,x
4
x
x
x
\X. -\ -.
\ , .. ...L';.. ...,....... f .\\
Vx
\
•^N N.x^
\\ s
\T xxXv .. . .;:: '"**"^*s r ^
, " " W^*^O^''' x'x x' ^*/' ' 4^
X s
A /'" X\X X -t-^-^-^-^-^-^ i . . ) . . , . ^ . i | . i l 1 t ^l -^-^-. * *-*-t- t . . . . . , . ( . ^ N
x \ X X X
\ rx \V
^X "' Ns / ' ' ^ ^^
xy X ^ ^ i X x
"\\ x X N
x ^ LaJ 1 1 |^ t'o o
O OLO OCM rO
jd p!
1 1 1 1 1 1 1 1 1 1bJuJ \ t 1 t t t t ^j |^| ^ | | i ^ f t t i f i i |j| L*-| i.i
M^k ^^) ^vd K^~~* ^ ^ ^ ^ " "J^^* ^^^J ^ J ^^^J f ^^^
^^J f "^ g^^ ^^^ ^^^^ ^^^J ^^^ ^^^^ f ^ t ^^ ^^J ^^^^
99 o •* — cvi ro ^^- vo co r-~ ao era CS
l-' 1 l-'l Ul.l ll-l lil Li J U4 1 La J li J L.IU li J tt)
C~^ C^J CO Cri C l C3 C3 C^} CT5 CT5 di CCJ
, f^ s c~' l f -j c~:' e-:' c— ' c— * crl er:j c-3r* J '~^"J rO r-O r' J r-O rO r-O r-^i -^- 5- ^j
1 1 1 1 cd 1 1 1 1 1 1 1 oLO
1h-
\ ^ -*fc,
^.,.,^ ~ ' ^ L 6400 Nx
.,,..r.,^,..,.,,.x .^v 1 6300 li
*S~...,...^,,, ,' . L 6200 H
__ ,...^ t ,/ i —L 6100 N7 ' -^X ^ ^
..,.^^,/L,,....^.,...., .-'x L 6000 M
,.,.^...Y\,,... _ ...,......,..........^m ,,..,...,,;l. r ;v~...i..........\XX L 59Q0 N
v - - s \ s• : , " " ' . " ". '"-. - -A. S S l 5800' N'
x A\K v x
, m .,...,......,....,^^.,..........;oC............... lJ.X... .-.. .. -Y L 5700 N
....,,..,...^,...^,.....,..........,... m .....,;..,.,'..^ .C^ " L 5600 Ni - x j'f ^ j J ^
.,...... ...... . .. ...,. ... .., . ....., . ...J. ^-L^ L 5500 N'"f
X /' f, ...^...^....^.,,™......^...^..,..,.,..X ^ X /; .L 5400 N
, ,. ... ...,. ,.v... ^ ' L 5300 N
......,..............^,..... ...,. .....,......... L 5200 N
......... . ............................. ' 'L 5100 NS
i
' ' i
....^......,... .... t L 4900 Nx
s
J (y ,. —L 4800 Nt
/7 'i 7 —L 4700 N
(7?fD MAr. ' _ L 4600 N
L 4500 N
— L. 4400 N
— L, 4300 N
__ 200 Ni
1
LU
O CD LO ro
p!
1 1 1 1 1 1 1 1 1 1 1l t ) i . i i . f i . i i . i ) ! f i ( i 1 i 1 ' - * L-l— 1 L-fcJ L-i— 1
*^-** f*y e3 e — * *~~* ir f~^ *~^ O ^3 ^^ C3^~~ cvi ro *^~ *^i 'p r^ oo oj cs ^- c*^j
^to^L li ZEL'-^- * ' ^ ^**'^* ^^ . - m ~ ip^"' - ~" m t
Declination: 5* E.
NORTH SHEET
LEGEND
Scale: 1:5000
Lake: ^ ''^))
Oreek. . _ — ——-* " -v.
Swamp ~
Road .. . .
••P^"^*" vin.1 .iv..
^ - - — '
Witness Posl: '.j ^ ^ i
Claim Line: . ., __
*
2. 1 619 1
Scale 1:5000100 0 100 200 300
(meters)
PLACER DOME CANADA LTD.Exploration Department
Golden Arm Project (No. 514) PUN OF TOPOGRAPHY
Todd Township Red Lake Mining Division
OntarioNTS: 52M/1 Mop No. GAP-07
lcchlerrex Inc. Ookville, Ontario
CoUWd —w
i
T\.
:S ^
r x
looo E
. TL
1000
ETL
100
0 E1
000 E
TL 1
500
ETL
150
0 E.1
500E
BASE
UNE
BASE
LINE
-2000
E
2500 E
- TL
2500
ETL
250
0 E.2
500 E
l f
s^
f-v -
-^'s
t*—
^
o
t o
;..
* -..
L 6400 N —
L 6300 N —
I'GTOO'N
L 6100 N
L 6000 N —
L 5900 N —
L 5800 N
L 5700 N^
L 5600 N
L 5500 N
L 5400 N
L 5300 N
L 5200 N —
L 5100 N
L 5000 N
L 4800 N
L 4700 N
L 4600 N
L 4500 N
L 4400 N —
L 4300 N —
L 4200 N —
LJ.J L-i-l LJ-J Ul-l
eaO C-sl
en
cdCD LO CM
ro
cd o orO
cd oLOr-O
— L 6400 N
L 6300 N
— L 6200 N
L 6100 N
Declinotion: 5* E.
6000 N
—L 5900 N
— L 5800 N
L 5700 N
-L 5600 N
— L 5500 N
5400 N
L 5500 N
L 5200 N
5100 N
L 5000 N
/innn M^^^W^PpBW^^^^^^^
NORTH SHEET
LEGEND
Scale: 1:5000
Metasedimentary Rocks
Mafic-Ultramofic Metavolcanic Rocks
M lM 2
Intermediote-Felsic Metavolcanic Rocks M Q
Mafic-Ultramafic IntrusiveRocks jyf .
Fault
Geological Contact
Magnetite Rich Zone
Lake:
Creek:
Swamp:
Cliff:
Road:
Pc.^cr 7,,. ,w,n,AM \
\s \\. 1 1 1 1 1 1 1 1 1 * ' * ' ' 1 1 ' ' ay ' '\ A7^7 ————— *
s/X M 2 .
, V -^H ——————— 1 ——————— . ———— J*-
7 \^ * s '
/ \ X ^M 4 W V
^ V^ xx \r\R m ^^
^ '' \ ^ \
^ X- x^ - Sr-- 1 i - ^"
T LU
0 C3LDCN
_ lh-
II l l lU-l Lj-l Lj-l l-kj iJ-l l-*-l
CD * — C~*4 f*^ ^* W^cs* e^i cvi cvi ovi c-sj
S */^ ' ' 'T
.M.. .,...,.,.,.,.,.,.,,,.....,..,,.^ W 0 L F ^ . , . f* -^ l 4800 N
/'*/* :^"v ^ , ,,.,.,,,,,,,,^,''/' B AY i 4?nn N\ -''/'
. \ , S/ (RED LAKE} , 4 finn M^^",,,,,,^'.,,,;^ i 4^00 N
x'', ,,,,,,,,,,,,, \ l 4400 N
N
.,,,,,,,,,. ^ " l. 4300 Ns^
^ ^ L 4200 N
' -1 , -* r .-^ \ W-" i : * 'UJ LuJ
O CD (O CD O LO r-O rO_ 1 _ 11 — h-
1 .. 1 1 l 1 1 1 1 1111*111U^J L^J t ^ f i T f \ t j i t J l f j ^! | i . \ LuJ ' - l i t | i | j UlJ ' l f l-kj UbJ
O C^ O O O O C3 CZ3 c? O O ^ O O C9 O ^^3 O ^d *^5 ^? O ^3 O 1 3 e±i C^i CJ C3 ^3 C3 c^ *^3to r— cO an ^ -. — e^i r-o -*- ir* co r~~ co ^ ^ - — *^i evj c^ Ol C^l r*^ r*-* ho r-O i Tl ^O "-O r^5 ro rO -^- ^- •**1
. ———— — ———————————————————————————————————————————————————— . ——————————————————————————— ————————————————————————————————— . ———————————————————————————————————— . ————————————— . —— . —— — ———————————————————————————
Claim Most: Located- m
Assumed- Q ~"
Witness Post: BW.P.
Plnim 1 In** . - — — . -
2 . K g j p jScale 1:5000
100 0 100 200 300
(meters)
PLACER DOME CANADA LTD.Exploration Department
Golden Arm Project (No. 514) PLAN OF: INTERPRETATIONr- - ^ -
Todd iownship Red Lake Mining Division
OntarioNTS: 52M/1 Map No. GAP-09
TechTerrex Inc. Ookville, Ontario
fcflffj April 1994
62N04NW0016 2 16181 DOME 410
U..J 1.4.J
O.r-0 LTJ
J
ocj
tJL 1.1
UJ
yN...
N
K lN
- ' 4200
4100 Mtf''
-i. L 3800
-. L 3700
— L 3600 N
.L 3500 N
;, L 3400 N
- L 3300 N
.: L 3200 N
-'L 3100 H I
-:L 3000 N'
L 2900 N
:: L. 2800 N
2700
ttili.tkft-flt-41-
x ""- **VV f
ifc'~t *-m'-n-'
M.r/,\ M,' *' A i \
t *-t r t ^'** ' * t * * ^ W
i
II l H [lt 1 *-f 4-(-4-t.-4-ji-4 t -i f^ l -l l f^4 4 l t- 1 * I'l ^4
" l i ". K i* *i
i l f f-4"4* t^ *~4 | 4 4~ 4
* f *W.* y ^ •y -* ^ *- * r ^••f11 * 1 '* -* * * * *
l ^-**^ " Tl1 *^. fc l "x.
7 rW* t ' ' * 4 4- * t 4 4* * . t t l . t l tft 9m
l! l T^
*- *- * * * * * ** *t***t*tt*
SI V'' - - - - - - - - - -'' - '''''' ^ * r e 4 i' t ty-i l l l t-4 T t * r 4 -4-4-r 4—4
S
••f
2600
..: N
***
J.** j
Wtl*^ M 'P*"' i '
1 .'li
S t"*
V\
i V
t 4-*
)-----^-- •—, ^ ——— ...........
^ M' 1^....,.......................
............y..................
i
4^^11
s/
1
. . . , .x..^
7 A.
l 2500 N
L 2400
:i 2300 N
JL 2200 N
—;L 2100 N
2000
L 1900 N
L 1800 N
— L 1700 N"
L 1600 N
L 1500 N
L 1400 Hii
y • l " r"*,'
tk'•d^^r *
L 1200 N^
^ L 1100 i;
A
(^r *-t~t * -41 i|tiv i' i-^ L X
l , . , . ^-.-^
\x
, , ,\, , , ,\\
\ ^A^^,,*. ^
l 1
/
L 1000 N
— 900 N
800
L 700 N
-JL 6 00
UJ
CO
l- -
eni.. l
eraCvl Cvl
CO
/
Declination: 5' E.
t. |,I^
SOUTH SHEET
A..
i
, t*.
'Ml
..~JX
Scole: 1:5000
Metosedimentory Rocks
Mofic-Ultramofic Mstavolcanic Rocks
1V11
M 2Intermediotft-Felsic Metavolcanic Rocks ]\| n
Mofic-Ultrqrnofic IntrusiveRocks M ,jlU^J
Fault
Geological Contact
Magnetite Rich Zone
Road:
Power Transmission Line (Old)
Claim Post: Located-
Assumed-
Witness Post:\
Claim Line:
• W.P,
100
2TJ619 l
Scale 1:5000O 100 200 300
(meters)
PLACER DOME CANADA LTD. Exploration Department
Golden Afm: Project (No. 514) PLAN OF INTERPRETATION
Todd Township iRed Lake Mining Division
OntarioNTS: '531/1' Map No. GAP-10
IschlferrM Inc. Ookville, Ontario
CanodoApril M ,
i;*
-V,
ir 1
"B .
420