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32E85NEe031 2.12142 NOSEWORTHY 010
REPORT ON
AN AIRBORNE ELECTROMAGNETIC SURVEY
HURTUBISE, NOSEWORTHY AND TOMLINSON TOWNSHIP
NORTHERN ONTARIO
RECEIVED
FE8 J 1989
MINING LANDS SECTION
BRIAN GROVES
SENIOR GEOPHYSICIST
NORANDA EXPLORATION COMPANY, LIMITED (no personal liability)
TIMMINS, ONTARIO
AUGUST 17, 1988
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Table of Contents
l. Introduction
2. Location Of Survey Area asEesNEewi 2.12143 NOSEWORTHY 010C
l 3. Survey Equipment and Specifications
4. Data Presentation
5. Discussion of Results
6. Conclusions
List of Macs
lFigure l Location of Survey Area
l Map l Claim Sketch f.-
Map 2 E.M. Data (S.W. Sheet)
Map 3 E.M. Data (Central Sheet)
Map 4 E.M. Data (N.E. Sheet)
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Introduction
l During the period February 16 to 20, 1986, a helicopter-
m borne electromagnetic (E.M.) survey was performed by Dighem
Surveys and Processing Inc. of Mississauga, Ontario for Noranda
l Exploration Company, Limited. The survey covered 2 groups of
claims, totalling 169 claims, within Hurtubise, Noseworthy and
l Tomlinson Townships in northern Ontario.
2. Location of Survey Area
lThe 169 claims covered by this report are listed in the
appendix to this report. Figure l shows the location of the
survey area and Map l presents a claim sketch.
l The centre of the survey area is approximately 100
kilometres east-northeast of the town of Cochrane, Ontario and 80
* km northwest of the town of La Sarre, Quebec. The latter served
as base for survey operations.
3. Survey Equipment and Specifications
The survey platform was an Aerospatiale Squirel helicopter,
j "registration C-GFHP. Survey equipment installed in the
helicopter comprised a Dighem two frequency (900 Hz and 7200 Hz)
g E.M. system, a Sperry radio altimeter and a Geocam 35mm flight
path camera.
"
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LOCATION MAP
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79045'
49030*
11 250 000
FIGURE l
THE SURVEY AREA
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ll ^ E.M. data were recorded in both digital and analogue format
by a Sonotek SDS 1200 digital data acquisition system with a
l DigiData 9-track magnetic tape recorder and by a RMS GR33 dot
g matrix graphics recorder respectively. All data acquisition and
* recording equipment were installed in the helicopter.
lThe E.M. system employed three pairs of transmitting and
receiving coils at a separation of approximately 7 meters within
I a towed bird. Coil configurations were coaxial for the 900 Hz
and 7200 Hz and coplanar for the 900 Hz frequency. The E.M.
l system measured the in-phase and quadrature components of the
secondary E.M. fields at both frequencies and with an accuracy of
l approximately 0.5 ppm and l ppra for the 900 Hz and 7200 Hz
frequencies respectively.
l The E.M. bird, towed below the helicopter was maintained at
an average terrain clearance of 33 metres. The helicopter flew
at an average air speed of 130 km/hr along flight lines spaced
150 meters apart and oriented in a northwest-southwest direction.
l Flight lines were visually navigated using 1:10,000 scale
photomosaics. The navigator manually recorded the flight path onm " the mosaics with timing fiducials tied to prominent topographic
H 'features. A Del Norte Flying Flagman radar navigation system was
also employed to track flight path by reference to two fixed
l transponders on the ground.
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l ^ A total of 958 line km of survey flying was completed over
the survey area.
l— 4. Data Presentation
In-phase and quadrature components of the secondary E.M.
field at the 900 Hz frequency (coaxial coils) are presented in
profile form in Maps 2, 3 and 4. A profile scale of 1mm ** 4
p.p.m. has been employed in the presentation. Also shown are the
l locations of conductive responses (circular symbols) and flight
lines with fiducials. All data are presented on a photo-base, at
a scale of 1:10,000, showing prominent topographic features and
I claim boundaries. .
l Conductor axes are shown on all maps.
5. Discussion of Results
Numerous conductive zones have been defined on Maps 2, 3 and
4. Each map will be discussed separately.
Map 2 fSW Sheet)
l The data on this map are dominated by a central, northeast
trending zone of bedrock conductivity. This central zone,
l designated 1A, is characterized by two parallel, discrete
M conductors over the northeastern portion of the sheet. Towards
the southwest, the second conductor is only intermittently
defined. .
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Interpreted apparent conductance of the discrete conductors
J are in the range of moderate to high. This high conductivity and
the long, stratigraphic nature of the conductors would suggest a
" graphitic/pyritic source with associated pyrrhotite in areas
l where a magnetic association is noted with the conductors.
g Disruptions and dislocations in the conductor trends aref
- noted in the vicinity of flight lines 210,250,270-300 and 410.l These apparent breaks may reflect the presence of faults.
lElsewhere on the sheet, numerous anomalous responses have
l been defined and all are considered to have surficial or doubtful
I bedrock sources.
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l Map 3 (Central Sheet)
ifm Three zones (labelled 2A,2B and 2C) of anomalous
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m conductivity have been defined on this sheet. All arel characterized by multiple discrete conductive horizons.
l; Zone 2A appears to be the strike extension of Zone 1A.
l However, magnetic associations with the discrete conductors are
limited to the extreme southwestern portion of this zone. This
would suggest that graphite and pyrite are the most probable
B causative sources for the conductivity in this zone.
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l ^P Zones 2B and 2C display formational characters with no
direct magnetic associations noted. Graphitic/pyritic causative
l sources are suggested.
lm As was the case with the previous sheet, several areas of
l apparent dislocation of conductive trends may reflect the
presence of faults.
lMap 4 (NE Sheet)
l Four zones of anomalous bedrock conductivity have been
defined on this sheet.
l'm Zones 38 and 3C are the strike extensions of Zones 2B and 2C
respectively.
lZones 3C, 3D and eastern portions of 3E are characterized by
conductors displaying generally high apparent conductances over
their strike extents.
l Over the central portion of the map, a distinct change in
conductor trend directions is noted. Although folding may belB inferred to account for this variation, faulting is also
B 'suggested due to the discontinuous nature of conductors in Zone
3E between flight lines 1120 and 1180. Faulting may also account
B for the apparent convergence of trends in this same area.
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il W As with the previous maps, the apparent formational nature,
high conductivity and lack of magnetic association with the
l conductors would suggest predominantly graphitic and pyritic
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causative sources.ll 6. Conclusions
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Several zones of anomalous conductivity have been defined by
the survey.
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l Most of the conductive sources are inferred to be graphiticl"1 or pyritic in nature.
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m Faulting is suggested in several areas by displacements in
' conductor trends and these areas should be considered to be of
J. l highest priority for ground follow-up.im fm f" Respectfully submitted,
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#s Ministry ofNorthern Developmentand Mines_
Ontario
000*3Report of Work
(Geophysical, Geological, 3epchemkaJ.8nd Expenditu
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32E85NEea31 2.I2M2 NOSEWORTHY900
Type of Survey(s) l -~^ ,. r
Geophysical (airborne 4 EW.)NfJRANBArEKPlORATION CO. ITD. SUITE 1300 " '*iK*NG STREET WEST TORONTO, ONTARIO
Dighem Surveys A Processing Inc. oljLl 'Name and Address of Author (of Geo-Tecnnical report)
Brian Groves, P.O. Box 1205 Timmins, Ontario P4N 7J5
township or Area
Hurtubise, Nosewar'rhy. Tnm)jns[Prospector'* Licence N6. ' '
t* \ ' . ^ urvey (from ft to) Total Miles of lin* Cut
J&j Y?*! r^Pi^iG^. 958 kin
m
Credits Requested per Each Claim in Columns at right Mining Claims Traversed (List in numerical sequence)Special provisions Expand.
Da vi Gr.For tint survey:
Enter 40 days. (This includes line cutting)
See attache!
For each additional survey: using the same grid:
Enter 20 days (for each)
JAN 4 1969* ^.-^-ji/M- Other
5^7 l Geological
R^
Airborne Credits
Note: Special provisions Electromagnetic
credits do not apply
Expenditures (excludes power s GEOLOGICAL SUType of Work Performed ASSESSMENT FI
Calculation of expenditure Days C
Total Expenditures
Total number of mining claims covered by this
InstructionsTotal Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.
For Office Use OnlyTotal DaysCr.jDaje Raco Recorded
Certification Verifying Report of Workl hereby certify that l have a personal and intimate knowledge of the facts tel forth m the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true.
Name and Postal Address of Person Certifying
,C. Denommee, P.O. Box 1.205. Timmins, Ontario P4N 7JjDate Certified
Dec. 20, 198BCertified by (Signature)
1362 (8S/12)
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LIST OP CIAUfft SKEENA PROPERTY
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Ministry ofNorthern Developmentand Mines
Geophyslcal-Geologlcal-Geochemlcal Technical Data Statement
ntario
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
Type of Survey(s) Airborne E.M.Township or Area Hurtubise, Noseworthy & Tomlinson Twp.
Claim Holder(s) Noranda Exploration Company. Limited
Survey Company Diqhem Surveys A Processing Inc. Author of Report Brian GrovesAddress of Author P.O. Box 1203, Timmins, Ontario
Covering Dates of Survey Feb. 16-20, 1986(linecutting to office)
Total Miles of Line (** 958 Line Km
SPECIAL PROVISIONS CREDITS REQUESTED
ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.
Geophysical—Electromagnetic.—Magnetometer——Radiometric———Other______
DAYS per claim
Geological.Geochemical.
AIRBORNE CREDITS (Special provision crediti do not apply to airborne turveyi)
Magnetometer Electromagnetic — 20 Radiometric(enter day* per claim)
gir.MATITRF-uthor' of Aeport or Agent
Res. Geol.. .Qualifications.Previous Surveys
File No. Type Date Claim Holder
MINING CLAIMS TRAVERSED List numerically
(number)See Attached List
TOTAL CLAIMS. 169
837 (85/12)
GEOPHYSICAL TECHNICAL DATA
GROUND SURVEYS — If more than one survey, specify data for each type of survey
INDUCED POLARIZATION
RFSTSTTVTTY GRAVITY ELECTROMAGNETIC MAONETTf:
Niimher nf Statinne NiirnHer nf R pa ri ings
Station interval Line spacing
Profile srale
(Vuiroiir interval
Instrument
Arriirary — Srale rnnstant
niiirnal rorrertinn method
Base Station cher-lc-i" interval (hnnrs)Base Station location and value .
Instrument
Cnji rnnfjguratinn
Coil separation ., .,, . — ., -, . . .... , .... , ,Arrnrary
Method: D Fixed transmitter D Shoot back (D In line Frequency . ...,. ... . ,. . — .... ...
(ipecify V.L.F. nation) Parameters measured ., .. ...,, ..., ..... —... ,, ..
Jpetmment
Sraje rnnstant
Base station value and location
Elevation accuracy — . ——————————————————————————— -
Instrument ——————————————————————————————————————————— —————
Method D Time Domain D Frequency DomainParameters On time - Frequency
Off time -. - Range ————————
— Delay time . ————————————————————————— Integration tinr*
Electrode array ———— — ———————— — — —————————————————————— - —————Electrode spacing . ————————————— - —————————————————— - —————————— Tvoe of electrode . ..., ————————————————————————— — —————————
9 1
1
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1
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SELF POTENTIALInstrument————————————————————————————————————— Range.Survey Method ———————————————————————————————————————————
Corrections made.
RADIOMETRICInstrument —^—Values measured.Energy windows (levels) ————.^-^-———-————.^——--^^—^^——-—-.———^——.Height of instrument___________________________Background Count, Size of detector^^-^^—-————————.—————.—————.———...—..—--—..—.Overburden —^———————.———————————-.——-——-...---——....——
(type, depth - include outcrop map)
OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey———-—.^^^———...^—-—-...———.Instrument ———-——-^^-—^————————-———^—-Accuracy—-——^-^———————^^-——^^^————Parameters measured.
Additional information (for understanding results).
AIRBORNE SURVEYSType of survey(s)___ElectromagneticInstrument(s) Dighem 2 - Frequency System (900 Hz k 7200 Hz)
(specify for each type of survey) Accuracy_____n.5 ppm ah 9PH H?
(specify for each type of survey)
Aircraft nspH Aerospatiale Squirrel Helicopter (C-GFHP)Sensor altitude——11 MetresNavigation and flight path recovery mpthnH Visual based on 1; 10. OOP photomosaics and 35mm
tracking camera and Del Norte radar positioning system __________________Aircraft altitude 60 meters ______________________ Lme Sparing 150.Miles flown over total arpa 93B line km _____________ Over claims ""'y Approx. 215 km
li
GEOCHEMICAL SURVEY
' Numbers of claims frnm whi^h sarnp IPS taken. . ,
Total Number of Samples ,, ., __ ,,,.,,.,,Type "f Samp'*". ,
(Nature of Material)Average Sample Weight .Method of Collection....- .,, , ....
Soil Horizon SampledHorizon Development , , , ,. . ,, —
Sample Depth...Terrain
Drainage Development , ..., .-Estimated Range of Overburden Thickness,. . ., _ .
SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)
Mesh size of fraction used for analysis. ,, .
.
(General
- PROCEDURE RECORD ^^
ANALYTICAL METHODSValues expressed in: per cent D
p. p. m. O p. p. b. D
Cu, Pb, Zn, Ni, Co, Ag, Mo, As.-(circle)
Other*
Field Analysis ( tects)
F.xtrartinn MethnH.
Analytical Meth^H
Reagent, I IceH
Field Laboratory AnalysisMn ^ teste)
F.Ytrartion Methnrf
Analytical MethnH
Reagents Used
OmnrnerriaT T.annratory ( teet^J
Name nf I-abnratory.....,,,.,..F.vtrartinn MethnH ,
Analytical MethodReagents IIseH
General ——————————————————————————
1
1
1
1
1
1
1
1
1
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1
1
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LIST OF CLAIMS SKEENA PROPERTY
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32E05NE003J 2.12142 NOSEWORTHY 200- Kenning Twp. ( M5I.6)
46 M
THE TOWNSHIP OF
TOMLINSONDISTRICT OF -COCHRANE ^
LARDER LAKEMINING DIVISION
/SCALE: 1-INCH 4O CHAINS,
LEGEND
PATENTEDCROWN. LAND
LEASES
LOCATED LAND
LICENSE OF OCCUPATION
MINING RIGHTS ONLY
SURFACE RIGHTS ONLY .
ROADSIMPROVED ROADS
KING'S HIGHWAYS
RAILWAYS ^?
POWER LtNCS
MARSH OR MUSKEG '
MINESCANCELLED c.
NOTES
i. l
DATE OF ISSUE
LARDER LAKE MINING RECORDER'S OFFICE]
NOTICE OF FORESTRY ACTIVITYTHS TOWNSHP ; AREA^FALLS WITHN THE ___.
IROQUOIS FALLS MANAGEMENT UNIT
OTHE MNR UNIT FORESTER FOR THIS AREA CAN BE CONTACTED AT: P.O. BOX 73O
2 THIRD AVE.COCHRANE. ONT.POL ICO705-272-4365
PLAN NO.- .604
MNISTRY OF NATURAL RESOURCES
SURVEYS , " MAPPING BRANCH
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LOCATION MAP
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FLIGHT LINES AND
EM ANOMALIES
Interprelive symbol Conductoi ("mode!")
B. BcUrin K ;-' ui(!-jc:1(.ir
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EXPLORATION COMPANY, LIMITED BURNTBUSH RIVER AREA
h ELECTROMAGNETIC ANOMALIES
V BY DIGHEM SURVEYS A PROCESSING INC.
DIGHEM SURVEY
DATE: MAY 86
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GEOPHYSICIST:
JOB: 245
Scale 1 10000
DRAFTING By:
SHEET: 3
l Km
0.5 Miles
