Download - AGEOPH SUR ON THE PROP OF MR Y GAGNE
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3aD05NE0039 2.11510 TANNAHILL 010
REPORT ON THECOMBINED AIRBORNE GEOPHYSICAL SURVEYS
ON THE PROPERTY OFMR. Y. GAGNE
TANNAHILL TOWNSHIP, ONTARIO
by
RECEIVED
MJ6 1 5 1988
UiG LANDS SECUU
H. FERDERBER GEOPHYSICS LTD.
July 1988Val d'Or, Quebec
R.A. Campbell, B.Se, Geologist
H. FERDERBER GEOPHYSICS LTD
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REPORT ON THE COMBINED AIRBORNE GEOPHYSICAL SURVEYS
ON THE PROPERTY OF MR. Y. GAGNE
IN TANNAHILL TOWNSHIP, ONTARIO.
INTJRQDUCT^ON
On July 12 to 15, 1988 a combined airborne geophysical
survey was completed on the property of Mr. Y. Gagne in Tannahill
Township, Ontario. Magnetic and VLF-electromagnetic data was
collected by the airborne division of H. Ferderber Geophysics
Ltd. The survey was flown from a base at Val d'Or, Quebec. A
total of 84.3 miles of data was collected along north-south
flight lines.
The magnetic survey provides information which helps define
the underlying geological structures and identifies any potential
economic concentrations which may contain variations in accessory
magnetic minerals. The VLF-electromagnetic survey outlines
conductive zones which may represent shear zones and/or metallic
sulphide deposits containing gold mineralization.
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PROPERTY^DESCRIPTION, LOCATION AND ACCESS
The property of Mr. Y. Gagne is composed of 56 claims in one
block in the northwestern part of Tannahill Township, Larder Lake
Mining Division, Ontario. The claims cover approximately 800
hectares, and are . registered with the Office of the Mining
Recorder at KirkJand Lake, Ontario. A list of claim numbers is
given in Appendix l.
The property is located approximately 22 miles north of the
town of Larder Lake, 24 miles northeast of the town of Kirkland
Lake, and approximately 32 miles southeast of the town of
Matheson. Access can be obtained by Highway 101 (6 miles north
of the claim block) and one of several bush roads which extend
south from this highway to within 2 miles of the northwest
boundary. As well, Highway 66 passes to the south of the
property, a secondary road extends north from Northland Park to
Esker Lakes Provincial Park, and bush roads continue to extend
north and east to 5 miles southwest of the claim group.
The claim group is essentially low and swampy. The Magusi
River cuts the property in two, coming in from the north and
exiting to the west. South of the property is Webster and Pinaws
Lake. Approximately 95^^ of the property is forested.
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Supplies, services, and qualified manpower are readily
available locally in the Kirkland Lake - Matheson area.
G.EOLOGY
The property is located in the central portion of the
Abitibi Volcanic Belt of the Superior Province of the Canadian
Shield. The Abitibi Volcanic Belt extends for nearly 350 miles
in an east - west direction from Timmins to Chibougainau. It is
host to a variety of precious and base metal deposits including
the Timmins, Kirkland Lake, Noranda, Val d'Or, and Chibougamau
mining camps.
The Abitibi Volcanic Belt is composed of a complex
assemblage of interbedded volcanic and sedimentary rocks intruded
by a variety of intrusives from ultrabasic to granitic in
composition. The rocks are Archean in age and have been
metamorphosed to the greenschist facies. Numerous late
Precambrian diabase dykes cut formations of the belt. The rocks
generally strike east-west, have a vertical dip and are highly
folded and faulted. Geological interpretation of the Abitibi
Volcanic Belt is complicated by both the wide scattering of
outcrops and the complex structural relationships.
H. FERDERBER GEOPHYSICS LTD
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The Ontario Department of Mines Geological Compilation
Series, Timmins-Kirkland Lake Sheet, Map 2205, outlines the
geology underlying the property. According to Map 2205, the
claim block of Mr. Gagne is predominantly underlain by Early
Precambrian intermediate flows and pyroclastic rocks. One
sulphide occurrence is located on the property east of the
Tannahill/El liot Township Line, north of the Magusi River. An
east-northeast striking contact with mafic metavolcanic flows
and pyroclastic rocks, 0.4 km north of the property. Because of
extensive drift cover over most of the claim group accurate
interpretation is difficult and the contacts on the map should be
assumed to be inferred.
The major structural features in the area are the north limb
of the northeasterly striking Kirkland Lake Fault located
approximately 5 miles south of the property, and the easterly
striking Destor-Porcupine Fault, located approximately 6 miles to
the north. Splays, north from the Kirkland Lake Fault, lie 2.8
miles south of the property. Numerous gold deposits are
associated with these two fault systems and their related
structures. E'oremost among these are the deposits of the
Timmins-Porcupine camp (ie. Mcintyre Mine, Hollinger Mine, Ross
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l Mine, and Croesus Mine), and the recently discovered Holt-
McDermott Mine in Harker and Holloway Townships.
l Various copper, zinc, lead, gold and silver occurrences are
m located south of the Gagne property in Clifford Township and are
related to the northern splays of the Kirkland Lake Fault. Five
l to six miles north of the property in Harker and Holloway
Townships, numerous gold, silver, lead, copper, and zinc deposits
are associated with the Destor-Porcupine Fault. The Holt-
m McDermott Mine of American Barrick Resources Corp. is scheduled
to go into production in mid-1988 with probable reserves of
l 2,587,000 tons at .196 oz Au/ton. Canamax Resources Inc. reports
reserves of 576,000 tons averaging 0.215 oz Au/ton in its east
l and Matawasaga Zones, east of the Holt-McDermott Mine. Gold in
m the Teddy Bear Prospect, situated in the southwestern corner of
Holloway Township and the southeastern corner of Harker
l Township, is located in quartz stringers and veins of up to three
feet in width and is hosted by carbonatized basalts.
The Harker Prospect, discovered in 1924, is located in the
| southeastern part of Harker Township, 2 miles northwest of the
claim group. The country rocks are basaltic in nature and strike
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I north 70 degrees east and dip steeply south. The vein zone is
six to twelve feet wide and 3,000 feet in length. Above the 500
foot level, 37,555 tons at 0.273 oz Au/ton has been estimated,
and 10,000 tons averaging 0.25 oz Au/ton below the 500 foot
level.
lINSTRUMENTATION AND SURVEY METHODS
The survey was completed using a 1972 Cessna 172, fixed-wing
aircraft, call letters CF-EWK, owned and operated by H. Ferderber
Geophysics Ltd. The pilot and navigator/operator were Y. Saucier
l and F. Longpre, respectively, of Val D'Or. Geophysical sensors
were mounted in modified wing tips. The geophysical, navigation
and data acquisition systems are described below.
Magnetometer
l The magnetometer used was GEM Systems GSM-11, high
sensitivity airborne proton (Overhauser) magnetometer. The
l instrument continuously measures the Earth's magnetic field at a
mm 0.01 gamma sensitivity for l reading per second or 0.05 gamma to
10 readings per second at a 0.1 gamma absolute accuracy. For
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this survey 4 readings per second were measured at an accuracy of
0.04 gammas. The analog output is on 3 channels, from \ to
10,000 gammas full scale.
A Herz Totem 2A VLF-EM System was used to measure the
changes in the total field and in the vertical quadrature field
on two frequencies simultaneously, with an accuracy of J.%. The
primary transmitting station of Cutler, Maine, (NAA), frequency
of 24.0 KHz was employed in the survey.
Radar Altimeter
The ground clearance was measured with a King 10/10 A radar
altimeter. The survey was flown at a mean clearance of 300 feet
with the altimeter producing an accuracy of 5% (15 feet) at this
al titude.
Tj-^cjy ng Camera and Video Centre
An RCA TC-200 colour video camera and Galaxy 200 video
centre was used to record the flight path on standard VHS type
video tapes. Manual fiducials were indicated on the picture
frames for reference with digital printout. Flight path recovery
was aided using a Panasonic Colour Video Monitor S-1300 and Video
Cassette Recorder AG-2500.
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Da ta Acgu is i t i on S yjs tern
A Picodas Group Inc. PDAS 1100 data acquisition system
featuring seven analog inputs with two frequency inputs and
external interfacing was used. A Termiflex Corp. ST/32 Keyboard
controJ unit and Sharp Corp. LCD display unit are connected to
the data acquisition system. At present this system stores the
altimeter VLF-1 inphase, VLF-1 quadrature, VLF-2 inphase, VLF-2
quadrature, magnetic field (coarse), magnetic field (fine), and
the fourth difference (noise), and fiducials on 3.5 inch floppy
disk drive. The data is then printed out in digital and profile
form.
The survey conducted on north lines was flown at spacings of
440 feet at a speed of approximately 90 miles per hour.
Navigation was visual using airphoto mosaics, at a scale of one
inch to 1320 feet, manual fiducials and the flight path recovery
system as references.
Flight lines, fiducial points and geophysical responses
were reproduced from the airphoto mosaics at a scale of one inch
to 1320 feet (1:15,840). The outline of the claim block and
claim map are shown on each map sheet.
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The aeromagnetic data was corrected for diurnal variations
by using a base line as reference. The data was then reduced to
a base level of 58,000 gammas, contoured at 25 and 100 gamma
intervals and presented on Map MG-1.
The VLF-EM was transferred from the Totem 2AG memory to
printed form. A base value was determined for the VLF-EM
profiled data. These values were used to correct for variations
in transmitter strength and the corrected changes in the total
field strengths were plotted on Map EM-1. The positive values
were contoured at intervals of 2%. The conductor axes were
determined and labelled l, 2, 3, etc. No priority was attached
to the labelling system.
SURVEY RESULTS AND INTERPRETATION
Magnetic Survey
The results of the magnetic survey outline a linear pattern
of magnetic contours striking east-northeast across the property.
A magnetic high lies 0.75 to 1.0 mile north of the claim group.
This high outlines the position of the mafic metavolcanic unit
and the contour spacings indicate that a contact exists
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approximately 0.5 miles north of the property. The magnetic
values decrease in a southeastward direction from the high, with
a magnetic relief of 100 to 150 gammas. This indicates that the
property is underlain by rocks with a relative homogeneous
magnetite content, probably intermediate metavolcanic rocks as
shown on the geology map.
The magnetic contour pattern in the central part of the
claim group is slightly distorted. This distortion may delineate
the location and extent of a northwesterly striking fault, the
position of the possible fault is outlined on map MG-1.
VLF-Electromagnetic SSurvey
Two east-west striking conductive zones were outlined on the
property by the results of the VLF-EM survey. Zone l is
comprised of two small conductors which follow the trend of the
magnetic contour pattern in the southern half of the claim block.
It could represent two small shears in intermediate metavolcanic
rocks.
Zone 2 lies along and just south of the southern boundary
of the property. The western-most conductor lies near the
southern bend in the Magusi River. This zone could also outline
the position of a shear within intermediate metavolcanic rocks.
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CONCLUSIONS AND RECOMMENDATIONS
The results of the combined airborne magnetic and VLF-
electromagnetic survey were successful in helping outline the
geoJogy and in delineating 2 conductive zones on the Y. Gagne
property. The cJaims appear to be underlain by a relatively
homogeneous unit of intermediate metavolcanics. Rocks of higher
magnetic susceptibility, probably mafic metavolcanics lie north
of the property, approximately 0.5 miles north of the claims. A
possible fault strikes northwest across the central part of the
property.
The two conductive zones on the claim block could represent
bedrock responses (small shears) in intermediate metavolcanic
rocks. A potential target for gold mineralization is in the area
near the intersection of the eastern conductor of Zone l and the
possible northwest striking fault.
Further exploration work should be conducted on the
property. A grid should be cut and magnetic and horizontal
loop-electromagnetic surveys completed over the claims to better
define the underlying geology and to delineate and classify the
conductive zones.
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l l l ll Respectfully submitted,
l H. Ferderber Geophysics Ltd,
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H. FERDERBER GEOPHYSICS LTD
R.A. Campbell, B.Se.,
Geologist
1111111111111111111
*L 935322
935323 935234935325935326935327 935328935329935330 935331935382935383935384935385935386953070 953071953072953073 953074953813953814953815 953816953817953818 953819953866
————— : — : —— — —— ~ ————————— — ————— r: —— r H. FERDERBER GEOPHYSICS LTD rm: — 1
APPENDIX 1 - CLAIM LIST
L 953867953868 953869953870953871954407 954408954409971255 971256971291971292982942982943982945982946
101467610146771014678 1014679101468010146811014682 101468310146841014905 10149061014907
Report of Work (Geophysical, Geological, Geochemical and Expenditures)
32D85NEei039 2.11518 TANNAHILL900
Type of Survey X f*t * Jj^ J^ O - StpwnVfiip or Area
* Airborne magnetic and VLF-electomaaneti c ' - Tvirmah-i nClaim Holder(s)
Y. Gacfnev n ^ .Address : Di^J^ ^^-^^-
Survey Company
H. Ferderber Geophysics Ltd.Name end Address of Author (of Qeo-Technical report)
L. Ahern, 169 Perreault Avenue,
J Prospector'* Licence No.
| K 9038*3-
UU- T3K/ 1WJ7-Data of Survey (from 8. to) Total Miles of Una Cut
Day | Mo. | Yr. | Dey j Mo. | Yr. 85
Val d 'Or, Quebec J9P 2H1Credits Requested per Each Claim in Columns at rightSpeciel Provisions
For first survey:
Enter 40 days. (This includes line cutting)
For each additional survey: using the same grid:
Enter 20 days (for each)
Man Days
Complete reverse side and enter total (s) here
Airborne Credits
Note: -Special provisions credits do not apply , to Airborne Surveys.'
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Other
Geological
Geochemical
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
• Other
Geological
Geochemical
Electromagnetic
VLF Magnetometer
Radiometric
Days per Claim
Days per Claim
Days per Claim
40
40
Expenditures (excludes power stripping)Type of Work Performed
Performed on Claim(s)
emulation of Expenditure Deys Credits
Total ExpendituresTotal
Days Credits
InstructionsTotal Days Credit* may b* apportioned at the claim holder's choice. Enter number of days credits per claim selected In columns at right.
Mining Claims Traversed (List in numerical sequence)Mining Cleim
Prefix
See a
L.
Number
ttached li
.10146.79 ;
feECET d III Q Q
w L- CI O
FINING LANnc;
lARDf
UfelJL
Expend. Days Cr.
3t
et. a
VEt^Ott-1993
SECT!
i A**? vt,.^n
in' 1 "
tr*8-}
II'. 0^
i.
N
IVKSI f-f4
)fifiuo
Mining ClaimPrefix
-
INin f'^rs: u
NumberExpend. Days Cr.
t
'
Total number of mining claims covered by this report of work.
Date del t/older or
———————— y.-* —————— i —— . ——— i ————————— fy ————————————————————————————————————————————————
1 hereby certify that 1 have a personal and intimate knowledge of the facts set forth in the Report or witnessed same during and/or after its completion and the annexed report is true.
Name and Postal Address of Person Certifying
H. Ferderber Geophysics Ltd
369 Perreault Avenue. Val d 'Or.Data Certified
Quebec J" 1 Y ^^
of Work annexed hereto, having performed the work
Certified by (Signature!.-. ^.
M* — . t\^ALL^ —
APPENDIX I - CLAIM LIST
L 1014679 *
1014680*
1014681*
1014682-'
1014683-
1014684^
1014905'
1014906-1014907-
1014676*-
1014677 1-
1014678>935323'
935324"935325'
935326"
935327-935328- 935329' 935330'
935331'
935322'
L 953813- 953814"
953815-
953816'
953817-
953866^ 953867' 953868'
953869 X
953870' 953871'
953819'
953818"
953070*
95307^ 953072- 935385^ 935386'
971291 971292' 954407'
954408'
954409'
L 953073- 953074' 982942'
982943' 982945X 982946'
935382-' 935383' 935384'
971255-
971256 '
flRotn 1X4 WNW6 CWKKill
JUL181988li:
Ministry ofNorthern Developmentand Mines
Geophysical-Geological-Geochemical 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 Survcy(s) ^Ai^born.e magnetic and VLF-electomagnetic
Township or Area.T.aj5.riahi.ll. i ..51fownship_______________
Claim Holdcr(s)^ X- Gagne_ __________________
Survey Company^ H. Ferderber geophysics Ltd.
Author of Report A-AA.
Address of Author ! 69. Per r eau 11 Aye . , Val d ' Or, Quebec
Covering Dates of Survey^.... ...July., 12 to 15th, 1988(linecutting to office)
Total Miles of Line etrt^.,. f lown -84JL3^——,———,—-————^
SPE CJA LJ'R O VI SiQ NS CREDI'I'S 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 credits do not apply to airborne lurveyi)
Magnetometer^ AZ Electromagnetic ^^A^—^ Radiometric ————(enter days per claim)
DATEi-Aug .S/BB -Author of Report or Agent
Res. Geol... .
jPrcvipus Surveys File No. Type
._ Qualifications.
Date Claim Holder
MINING CLAIMS TRAVERSED List numerically
L 935322 et. al.(prefix) (number)
{see attached appendix!.(•••(••••(••••((••••('(•••••••••••i**i('••••••••••••••i
M J-
E
TOTAL CLAIMS-
SELF POTENTIAL
Instrument^.—- ... _.._ -....... .__^_.———^—^^—________________ 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)
OTIIKRS (SEISMIC, DRILL WELL LOGGING ETC.)
Type of survey—-....... ^ ^ ^ ,^^^^_ ____________
Instrument_ ...__.,......,...-..^ __ .__ ___—^.—^^
Accuracy——-^——————--^.-—-—^^—--...———--
Parameters measured ___,_,.___.———,———.—^.^
Additional information (for understanding results).
Type of survey(s) Airborne magnetic and VLF-electomagnetic Instrumcnt(s) ____GEM GSM-11 Herz Totem 2A
(specify for each type of survey)Accuracy..______0.04 gamma and l%
(specify for each type of survey)
Aircraft used
Sensor altitude____3,QO.,feeJ;.____._
Navigation and flight path recovery mrihnd Navigation was visual on airphoto mosaics. Fi path recovery was obtained with a RCA colour video camera Panasonic
-Geietti?—Videe-Moirirber Aircraft altitude__________._____300 feet_________ Ljne Sparing 440
Miles flown over total area_____________84.3_________Over claims only 42.2
H. FERDERBER GEOPHYSICS LTD
APPENDIX l - CLAIM LIST
935322935323935234935325935326935327935328935329935330935331935382935383935384935385935386953070953071953072953073953074953813953814953815953816953817953818953819953866
, 953867953868953869953870953871954407954408954409971255971256971291971292982942982943982945982946
101467610146771014678101467910146801014681101468210146831014684101490510149061014907
September l, 1988 Your Filet Our File x
W8808-322 2.11510
Mining RecorderMinistry of Northern Development and Mines4 Government Road EastKirkland Lake/ OntarioP2N 1A2
. i Dear Sir:
REi Notice of Intent dated August 17, 1988.Geophysical (Electromagnetic fi Magnetometer) Survey submitted on Mining Claims L 1014679 et al in the Township of Tannahill.
The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.
Please inform the recorded holder of these mining claims and so indicate on your records.
Yours sincerely,
W.R. Cowan, Manager Mining Lands Section Mines St Minerals Division
Whitney Block, Room 6610Queen's ParkToronto, OntarioM7A 1W3Telephones (416) 965-4888
DKiBC
ONTARIO GSOLOGICAt SURVEY
' , ASSESSMENT FILES OFFICE
SEP 8 1988
RECEIVED
cci Mr. Y. Gagne 31 Balsam Avenue
T nl/n
cci H. Ferderber Geophysics Ltd 169 Perreault AvenueVA! d'Or. Quebec
Ministry ofNorthern Developmentand Mines
Technical Assessment Work Credits
Ontario Date
August 17, 1988
File
2.11510Mining Recorder's Report ofwork *0' W8808-322
Recorded HolderY. Gagne
Township oK^Wxra
Tannahill
Type of survey and number of Assessment days credit per claim
GeophysicalElectromagnetic OU riays
Magnetometer 30 riays
Inriureri polarization riays
Section 77 (19) See "Mining Claims Assessed" column
Geological rlays
Genrhfimiral riays
Man days | | Airborne [X]
Special provision | | Ground l l
[X] Credits have been reduced because of partial coverage of claims.
Q] Credits have been reduced because of corrections to work dates and figures of applicant.
Mining Claims Assessed
See attached list
i
Special credits under section 77 (16) for the following mining claims
No credits have been allowed for the following mining claims
f| not sufficiently covered by the survey | | insufficient technical data filed
The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical - 80; Geologocal - 40; Geochemical - 40; Section 77(19) - 60.
828 185/12)
APPENDIX I - CLAIM LIST
File: 2.11510Report of Work: W8808-322
L 1014679 * 1014680* 1014681*1014682-'
1014683-
1014684-t
1014905-
1014906-
1014907- 1014676*- 1014677*"
1014678> 935323' 935324"
935325'
935326' 935327'
935328- 935329' 935330"
935331'
935322'
L 953813- 953814^
953815-
953816'
953817-
953866- 953867' 953868'
953869 X
953870' 953871'
953819'
953818'
953070*
95307^ 953072- 935385^ 935386'
971291"
971292' 954407'
954408'
954409'
L 953073^ 953074' 982942'
982943' 982945' 982946'
935382' 935383'
935384 ' 971255-
971256 '
P 111 JUl 181388D
HOLLWAY'TWP. M-356
^Lfr* |*4**T8-|62PI06 L680099|620IOOL| : "TL i 1-"""! 1 ""'j(ni(.w! i '
iL- —— -L —— -L— — -L.-.— —.f^7 ~ —h,
,L — — U --—i---L---.'
jr AM*\ " ,
- lj 'l J l L.B5B404.U. ——'
xil^lZ- L
IOHB47 L 1010548 L 1016646 LJOJU44,
LICWB4a L (0664B. L KW660 L H3WB6I
IL KWMO L 101006* 'i. 10066*
^^ —— r.
DATE OF ISSUE: NEVIS TWP. M-325
NOTES
•i 4CX)' surface nqhls liikoR an^J rivers
lOfH) th' 1 sllOfHS Ol till
,f
NOTICE OF FORESTTHIS-TOWNSHIP l AREA PAI l
UNI1- AND MAY BE SUHJKCl"To f OF
i j THE MNR UNIT FOM:sil f' CONTACJED A l: P.O. BOX i:
SW/^'I-K ^
,- V
*Y ACTIVITY/V/'H'N THE ,.mi '
.1 S IK r 01 f K/. "T IONS. * ''ir- Af l A CAN BE
LLOI MD
PATLNTl
PAUWtt D ( OH SUMI M i Mi'
ULASF.
LICf.NSE OF UCUH'Aii' r;
CHOWN LAND SAL.l ',
LOCATED LAND
CANCELED
MINING MIGHTS OMIT
sunrAcr niGHrsrrn vHIGHWAY J ROUT! Nu
ROADS
TRAILS
RAILWAYS
POWER LINES
.MARSH OR MUSKCG
MINES
'uvtiii "Ply with summer K" '.rt
(P) O
•tJl
TANois'THicr
COCHRANE
. ttii. linnU'iJ
\ CW^LM.)F
LARDER LAKEMINING DIVISION
SCALE : 1 INCH 10 CHAINS (1/2 WILE)
DR, RW NOBLE
D AT i: JfiN ?? 72PLAN NO -390
•v/.'; ^" MINISTRY OF NATURAL RESOURCES
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LEGENDPOSSIBLE FAULT
TOTAL FIELD CONTOUR INTERVAL25 GAMMASFIDUCIAL POINTLINE DIRECTIONBASE VALUEss ooo GAMMA^ |OOOGAMMAS-MAGNETICLOW ^'S
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TYPE OF WORK AIRBORNE MAGNETIC SURVEY
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H. Ferderber Geophysics Ltd
AREA
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LEGENDTOTAL FIELD CONTOUR INTERVAL 2 ft CONDUCTOR AXISFIDUCIAL POINTLINE DIRECTIONSTATION USED: 240 HKZ CUTLER , MAINELESS THAN ZERO
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H. Ferderber Geophy
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