radon gas sur grp b - ontario€¦ · radon gas consists mainly of two isotopes: radon 222 and...

31D16SE08I3 2 .2232 ANSTRUTHER010

~EIVE'

u.J 27197o

PROJECTS UNIT

KERR ADDISON MINES LIMITED

REPORT ON RADON GAS SURVEY

Claims EO ^22393 - ^22396

G roup B

ANSTRUTHER TOWNSHIP

D. M. Hendrick P. Eng.

Chief Geologist, Exploration.

August 27, 1976.

INTRODUCTION

Eighteen (l 8) claims of about 50 acres each were staked on Lots 29, 30, 31, 32, 33 Concession Vll, Lots 29, 30, 31 Concession V111 and the South half of Lots 32, 33 Concession V111, of Anstruther Township.

The claims are located in the southern portion of the Bancroft camp and were surveyed by the Radon Gas Method to outline possible uraniferous pegmatite zones.

LOCATION AND ACCESS

The property is located one-half mile west of Highway 28, and four miles north of the town of Apsley. A bush access road leads close to the property.

The topography is rolling with a western central flooded area; relief is about 100 feet.

GEOLOGY AND MINERALIZATION

Precambrian grenville metasediments consisting of limestones and paragneisses are intruded by granite pluton stocks. Uraniferous pegmatitic granite dykes could occur along the eastern contact of the large granite intrus i ve.

Programme

Survey lines were cut, chained, and flagged in a north - south

direction on 1*00 foot centres. Soil gas measurements were taken at 100

foot intervals, with anomalous zones reduced to 50 foot intervals over the

width of the zone. Areas of outcrop, marsh-swamp, and lakes could not be

surveyed.

Background counts both in soil and air averaged between 10 and 20

counts per minute. Readings are plotted as net counts per minute (i.e.

first minute reading minus atmospheric background). Met counts greater than

50 are considered anomalous.

Survey Technique

The technique detects and measures alpha radiation associated with Radon

in soil gas utilizing a Portable Radon Detector, model RD200, manufactured

by EDA Electronics Ltd. of Ottawa, Ontario. Long known and used in Europe,

the technique was introduced into Canada by the Geological Survey of Canada

in 1968. The present system (EDA-RD-200) was based on an original design

carried out by Atomic Energy of Canada Ltd. in co-operation with the

Geological Survey of Canada.

Radon gas consists mainly of two isotopes: Radon 222 and Thoron 220.

Radon 222 is the sixth member of the disintegration series of Uranium 238

(see attached sheet A). With a half life of 3.82 days, it decays by alpha

emmission to Polonium 218. Radon 220 is the fifth member of the disintegration

series of Thorium 232, which decays with a half life of 5^-5 seconds by

alpha omission to Polonium 216 (see attached sheet B).

The RD-200 is a scintillometer that detects and counts alpha-particles

over a pre-set period (usually three minutes), so that it is possible to

detect radiation sources obscured by overburden, as well as differentiating

a Uranium source from Thorium on the basis of respective longer and shorter

half-1 i ves.

The soil gas method is rapid and easy and requires that overburden

be present to trap soil gas below or at the humus cover. The operation

involves augering a hole in the ground and using a tube and bulb pump; the

soil gas is circulated back into an alpha-sensitive zinc sulphide cell.

This cell is coupled with the scintillometer that counts the alpha

particles on a pre-set one minute sequence for a three minute period.

The advantage of this technique over previously and better known

gamma-ray geiger and scintillometer surveys is that gamma-rays associated with

the decay of Uranium, Thorium, and Potassium isotopes are easily masked

by overburden and therefore only effective to bedrock exposures.

RESULTS AND CONCLUSIONS

Radon anomalies interrupted by swamps showing rough linearity in a north-south direction probably correlate with pegmatite zones.

Geological follow-up is recommanded.

D. M. Hendrick, P. Eng., Chief Geologist, Exploration. August 27, 1976.

31016SE0013 a .2232 ANSTRUTHER 020

nj 2 7 1S7b

PROJECTS UNIT


REPORT ON SCINTILLOMETER SURVEY

Claims EO ^22^33 - 422^38

GROUP A

ANSTRUTHER TOWNSHIP

D. M. Hendrick, P. Eng.,

Chief Geologist, Exploration,

August 27, 1976.

INTRODUCTION

Six (6) claims of about 50 acres each were staked on Lots 38, 39 Concession XIV, south half Lots 38, 39 Concession XV of Anstruther Township.

The claims are located in the southern portion of the Bancroft camp and were surveyed by scintillometer to outline possible uraniferous pegmatite zones.

LOCATION AND ACCESS

The property is situated on the south shore of Eels Lake and Eels Creek flows north-south through the claim group. A gravel road some two miles long leads north of Highway 28 to the area.

The topography is hilly with some swamps; relief is about 100 feet.


Precambrian grenville metasediments consisting of limestones and paragneiss are intruded by granite pluton stocks. Uraniferous pegmatitic granite dykes occur along a north-south to north-east strike.

Programme il

Survey lines were cut, chained, and flagged in an east - west

direction at ^00 foot line intervals. Total count gamma ray scintillometer

readings were taken at 100 foot and 50 foot stations.

Background counts are in the order of 25 counts per second and

readings greater than 50 are considered anomalous.

As overburden restricts passage of gamma rays from a bedrock

source to surface, outrcrop areas are noted on the survey plan.

Survey Technique

An Exploranium Mods! G.R.S.-101 Total Count Scintillometer was used

as the survey instrument.

The instrument contains a 1.25" X 1.0" sodium iodide crystal that

converts gaTima rays into faint flashes of light v/hose brilliance is

proportional to the energy level of the gamma rays measured. The light

flashes are. detected by a photomul tipl ier tube, and averaged by a ratemeter

c'rcuit in counts per second.

The frequency or signal count reflects the intensity of all gamma

ray energy above an energy level of 0.05 Mev (millions electron volts) and

as such indicates the isotope group consisting of Uranium 238, Thorium

232, and Potassium ^0.

In practice, the instrument is highly sensitive and experience has

indicated the following "correlation between counts and approximate gradet

of U308 equivalent:

Count Range (cps) Equ i va1 en t U308 l bs./ton

50 - 100 0.1 to 0.3iOO - 200 0.3 to 0.7200 - 300 0.7 to 1.5300-500 l.5 to 3.0

* - subject tc isotopic equilibrium factors, mass effects, distance to

source, source beinq U308 and rot Th or K etc.


A radioactive pegmatite appears to be present with claims 422^35 and k22^38.

Geological examination is recommended.

D. M. Hendrick, P. Eng.,


August 27, 1976.

31D16SE88I3 2.2232 ANSTRUTHER030

GOT 2 7 1976

PROJECTS UNIT


REPORT ON SCINTILLOMETER SURVEY

Claims EO ^987 -

GROUP C

ANSTRUTHER TOWNSHIP

D. M. Hendrick, P. Eng. ,


August 8, 1976.

INTRODUCTION

Five (5) claims of about 50 acres each were staked on the north half of Lots 33, 3^ Concession XI, south half of Lots 33, 3^, 35 Concession XI l, of Anstruther Township.

The claims are located in the southern portion of the Bancroft camp and were surveyed by scintillometer to outline possible uraniferous pegmatite zones.

LOCATION AND ACCESS

The property is situated approximately one half mile west of Highway 28. A forest access road leads close to the claims.

The topography is hilly with one small lake and swamp; relief is about 150 feet.


Precambrian grenville metasediments consisting of limestones and paragneiss are intruded by granite pluton stocks. Uraniferous pegmatitic granite dykes could occur along the eastern contact of the granite mass on the property.

Proqramme

Survey lines were cut, chained, and flagged in an east - west '

direction at ^00 foot line intervals. Total count oamma ray scinti Home ter

readings were taken at 100 foot and 50 foot stations.

Background counts are in the order of 25 counts per second and

readings greater than 50 are considered anomalous.

As overburden restricts passage of gamma rays from a bedrock

to surface, outrcrop areas ere noted on the survey plan.

Survey Technique

An Eixploranium Model G.R.S.-101 Total Count Scintillometer was used

a;j the survey instrument.

The instrument contains a 1.25" X 1.0" sodium iodide crystal that

converts ga-nma rays into faint flashes of light whose brilliance is

proportional to the energy level of the gamma rays measured. The light

flashes are detected by a photomultiplier tube, and averaged by a ratemeter

circuit in counts per second.

The frequency or signal count reflects the intensity of all gamma

ray energy above an energy level of 0.05 Mev (millions electron volts) and

as such indicates the isotope group consisting of Uranium 238, Thorium

232, and Potassium ^0.

In practice, the instrument is highly sensitive and experience has

indicated the following -correlation between counts and approximate grade)

of U308 equivalent:

Count Range (cps) Equivalent U308 l bs./ton

50 - 100 0.1 to 0.3i 00 - 200 0.3 to 0.7200 - 300 0.7 to 1.5300 - 500 1.5 to 3-0

:'c ~ subject tc isotopic equilibrium factors, mass effects, distance to

source, source beinq U308 and rot Th or K etc.


Erratic and numerous anomalous (750 c.p.s.) readings are noted on attached plans.

In most areas, outcrop exposure is ample to geologically account for sources.

The south end of the property warrents geological an/T) sampl ing follow-up.

r. M. Hendrick, P. Eng.,


August 8, 1976.

Ontario

Ministry of N

GEOPHYSICAL - GEOL 3 tDi6sEe*M3 2.2232 ANSTRUTHER TECHNICAL D,.... ....

r* K-300y

q r? i?..- P Blil.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

OCT 2 7 19/0PROJECTS UNIT

Type of Survey (s) Township or Area Claim Holder (s)

ySJc fit~ (\v~TH Gf

7^

T o "Se*

MINING CLAIMS TRAVERSED Lilt numerically

icv/rrSurvey Company. Author of ReportAddress of Author.Covering Dates of Survey..

Total Miles of Line(linecutting to office)

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

Cd(K wi(prefix) (number)

E'o 42Z39.T

ED 4-ZZ474-foFQ 4-ZZ476i.1TT**Jlf************V*****i***********i***i

l.(?..........4:^.it.7Z^.

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)

Res. Geol.Previous Surveys

File No. Type Date Claim Holder ,42.2...ias..

GEOPHYSICAL TECHNICAL DATA

GROUND SURVEYS If more ih.ni mie su:- - . sp--'. ii'v d.tki for each type of survey

Number of Stations.

Station interval

Profile scale^——^—

rf

.Number of Readings

.Line spacing ^^^^— Ft

Contour interval.

r.

O

a

Instrument

Accuracy — Scale constant.

Diurnal correction method.

Base Station check-in interval (hours).

Base Station location and value ___

.ECTROMAGNETIC

Instrument

Coil ronfioiirntion

Coil separation

Arm ra ry

Method: d Fixed transmitter O Shoot back d In line Q Parallel lineFr en 11 en rv

Parameters measured.(specify V.L.F. station)

io

Instrument

Scale constant ——

Corrections made.

Base station value and location

Z;OH ^N

U Da z

Elevation accuracy.

Instrument ^^^^———-—.

Method d Time Domain

Parameters — On time ____

- Off time ___

— Delay time

— Integration time

Power.

Electrode array —

Electrode spacing .

Type of electrode

i l Frequency Domain

— Frequency ^^———

— Range ________

SELF POTENTIAL

Instrument___________________________________________ Range.Survey Method ___________________________________________,

Corrections made.

RADiOMKl k 1C

Instrument _________C- 4)Values measured ' ^C^-TH^^N 5o2{ f/9 ^

Energy windows (levels) ______ " _____________________ ; ^^—^—^^.^^——^—^—^ Height of instrument __________ Hi _______________ Background Count Q ' 3 O c Size of detector __________ — ~ "' — —^.^^^^——.^^—^^——.^—^^—.^^—^—^^^^^—^^^Overburden ________________ e O X 2^ O

(type, depth — include outcrop map)

OTHKRS (SKISMIC, DRILL WELL LOGGING ETC.)

Type of survey ^-—^——^^——.—^^-^^-.-—^^^^-.——.^--^^^-^.

Instrument -^——^——^^^—^^————^-^-—.^^-^^—.—.^^^.^Accuracy ^^——^—^——.^-.^^^——^^—.—————........^-^^^^^——Parameters measured.

Additional information (for understanding results).

AIRBQRXK S L'RV K V S

Type of survey(s) ————

Instrument(s) ——————(specify for each type of survey)

Accuracy-——^—^———^—..^^——(specify for each type of survey)

Aircraft used^^———^—-—.^^^—-^^————^——.^^^^^———Sensor altitude.

Navigation and flight path recovery method.

Aircraft altitude_________________________________Line Sparing Miles flown over total area___________________________Over claims only.

GEOCHEMICAL SURVEY - PROCEDURE RECORD

Numbers of claims from which samples taken.

Total Number of Samples- Type of Sample.

(Nature of Material)

Average Sample Weight——^-————

Method of Collection^—^——^-^—

Soil Horizon Sampled.

Horizon Development.

Sample Depth^———.

Terrain—-^——^-—.

Drainage Development——————^———— Estimated Range of Overburden Thickness.

ANALYTICAL METHODS

Values expressed in: per centp. p. m. p. p. b.

n aa

Cu, Pb,

Others—

Zn, Ni, Co, Ag, Mo, As.-(circle)

Field Analysis (.

Extraction Method.

Analytical Method-

Reagents Used———

Field Laboratory Analysis

No. ——-—————-——

SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)

Mesh size of fraction used for analysis^—^—

Extraction Method.

Analytical Method -

Reagents Used ——

Commercial Laboratory (-

Name of Laboratory——

Extraction Method——

Analytical Method ——

Reagents Used —.-——

.tests)

.tests)

.tests)

GeneraL General.

•zcaen

W

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

FUc.

ATO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORT

FACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT TECHNICAL REPORT MUST CONTAIN INTERPRETATION. CONCLUSIONS ETC.

GOT 2 7 1976

PROJECTS UNIT,

Type of Survey(s) C t-C P H V S le i)L (Rff&Zc

Township or Area n**s TV? i/ THc \—-—i ^ PClaim Holder(s) Kt-ffK Abb'21 P.V fflT^jfS ji-~j "P.

Survey CompanyAuthor of Report^. A?. }-j t^ IL K l C fi Ifr

Address of Author

Covering Dates of Survey.

Total Miles of Line Cut

MINING CLAIMS TRAVERSED List numerically

(linecutting to office)S'

SPECIAL PROVISIONS CREDITS REQUESTED Geophysical

-Electromagnetic

-Magnetometer

-Radiometric

-Other.

ENTER 40 days (includes line cutting) for first survey.

ENTER 20 days for each additional survey using same grid.

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys

Magnetometer

DATE. 37." J? '7 L

Electromagnetic(enter days per claim

SIGNATURE:Author of*Report or

Qualifications X - /O (P C/

Date Claim HolderPrevious Surveys

File No. Type

TOTAL CLAIMS


GROUND SURVEYS H more than i MR- survey, specify data for each type of survey

Number of Stations.

Station interval ——. Profile scale ^—^—

Contour interval.

2lZ .Number of Readings t~ c- ?) .Line spacing____^f~0"D r-/

o

Instrument.

Accuracy — Scale constant.

Diurnal correction method.

Base Station check-in interval (hours).

Base Station location and value ———

Ui

M z; o

oatH U

Instrument

Coil configuration

Coil separation ——

Accuracy ^———-—

Method:

Frequency————

Parameters measured.

CI3 Fixed transmitter d Shoot back D In line C3 Parallel line

(specify V.L.F. station)

Instrument

Scale constant.

Corrections made.


Elevation accuracy.

ZOH < N

QaD a z

01 3?

Instrument ^^^^—^—^—.

Method l l Time Domain

Parameters — On time —-——

- Off time ___

D Frequency Domain

_ Frequency _____

_ Range ————^^——

— Delay time ^-^

— Integration time.

Power.

Electrode array—~

Electrode spacing .

Type of electrode

SELF I'OiKXliAI.

Instrument___________________________________________ Range.Survey Method —-^^^^^—-—^^^——^^^——^—^-^————^^—^^^——^^^—.——

Corrections made.

RAD1OM1. l 'R K:

Instrument fypL(jRfrnI.\Jfft ^ Z Z . /PiValues measured ( B m mn fi ^tf^TtfTTpsJ J^AJEnergy windows (levels)

Height of instrument _________ O r ~ _________________ Background CountSize of detector ______ C R^s'ftL ^hH^TOK. 1-25Overburden __________________ tfTGX 2 p f T

(type, depth — include outcrop map)

OTIIKRS (SK1SMIC, DRILL W L L L LOGGING ETC.)

Type of survey

Instrument ——^^^—^-——..—^———...^————^^————^^-^Accuracy --—-^^^^—^.^-^^^—.^^—^—^————---^^—^^^——^—Parameters measured

Additional information (for understanding results)

AIRBORNl. SL'R

Type of survey(s)

Instrument(s)(specify for each type of survey)

Accuracy___________________(specify for each type of survey)

Aircraft used —^—^————.^——^———————^^^——.^^^———

Sensor altitude-


Aircraft altitude———————————————————————————————Line Spacing—— Miles flown over total area___________________________Over claims only.



Total Number of Samples. Type of Sample.


Average Sample Weight^^^——^^—

Method of Collection^——————-


Horizon Development.

Sample Depth^————

Terrain^^——^—^—

Drainage Development^———————^——

Estimated Range of Overburden Thickness.

ANALYTICAL METHODS

Values expressed in: per cent Dp. p. m. Dp. p. b. d

Cu, Pb, Zn,

Others —

Ni, Co, Ag, Mo, As.-(circle)

Field Analysis (.

Extraction Method.

Analytical Method-

Reagents Used———

Field Laboratory AnalysisNo. .^—^-———^



Extraction Method.

Analytical Method .

Reagents Used ——


Name of Laboratory ——

Extraction Method—


Reagents Used—-——

.tests)

.tests)

-tests)

GeneraL General.

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

RECEIVED

OCT 2 1 1976

PROJECTS UNIT.Type of Sur Township o Claim Holdc

Survey Con- Author of E Address of j Covering Di

Total Miles

SPECIAL

vey(s) (i tOffV y ttLOu gfh&orte r/cit yT Area /nW Tf\ oTH tf\ "Tcw/O J//-T70

yt(A /f'nf/f 1-

qi ^ or0mipany /f/QT/T

lennrT^-fO. '

4iithor fCfik-^

to ri 0^1 mT^t-j* Lrrb'PO'f&fr C^t^i^ CO fi x ~"7"o^0-\;T^

7

le^^^ji^ CMx^r ^ ftLOiisjAV^':Sc,o roT^f^ LTTi

SG^f

tes of Survey /"l^UUi * ( l / 1*

of T.ine fhir

PROVISIONSCREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.

AIRBORNE Magnetome

3o

Res. Geol.

(linecutting to office)

DAYS,^ L - i P" claim Geophysical

— FWtrnmagnprir

— MapnetorriPtfr /''T V

— Radiometric j 'TT? J-Oth^r V S

npolngiriil

r.porhpmiral

I CREDITS (Special provision credits do not apply to airborne surveys)

ter K)prtrnmagnptir AaHinmctrir A j(enter days per claim) l 1 y fi n j

'^'76 SIHMATTTRF- /^C .^l— 1 . 7 i-XXAuthor of Rep*ort or Agent V

/\

Oiialifications Or ' 7 0 0 7

Previous SurveysFile No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

^D 4-S49*? ^Si(prefix) (number)

E-^0 4-^4-^3*1fr\ 4~S 4- -f^l

EO 4S+117. .......

.....{H.......................................................^..^..........................±==

TOT AT, CI AIMS 5"

P(

.a

sM**

j

W

ti


GROUND SURVK\i i : ni^n i linn one survev, srx'cily data for each type of survey

Station interval Profile scale Contour interval

Stations ,4~70

•val /6"t)/-"

•i v;d

Number nf Readings f7- i S

l. me sparinp ^~G~D r i

a zo

InstrumentAccuracy — Scale constant. Diurnal correction method.Base Station check-in interval (hours). Base Station location and value ,—^—

ZO

H U

InstrumentCoil configuration Coil separation —^Accuracy —^^—— Method: Frequency ^——


d Fixed transmitter D Shoot back d In line Q Parallel line

(specify V.L.F. station)

O

InstrumentScale constantCorrections made.


Elevation accuracy.

Zol — 4t-l

Mta^o;^0OH

QM UDQZ

>H— 1

>o—)C-icrten

tt

Instrument —-^^-——^— Method l l Time Domain Parameters — On time ^-—.

- Off time ——— Delay time ———— Integration time.

[~~l Frequency Domain _ Frequency ^^-——_ Range —^———^

Power.Electrode array — Electrode spacing . Type of electrode

SELF POTLN n A.I

Instrument^—-^^—^-^—^-—^^—————-..^——^^^——.-^———.—^-—- Range. Survey Method ^^———.^——^^^^—^^^———————^^.—^———..^^^—^^—

Corrections made.

RADiOMKlRiC

Instrument _____k X p L C 'frro -H ^ nO ^' ^ 5 l O lValues measured "-TO CcVA & (jftfOrfift lftTZZAj 7I'\) Energy windows (levels) "73 77?l. cî.y/'J t?/' '7:g7j9JJLZT/^ lp ~RzStnu~tf

Height of instrument ________ 3 Fr __________________ Background Count Size of Hptprtnr ^- f? y.sT^^L ~^fc TFdT^ _______ //.2S

Overburden _______________________ ^TfPôX ^ZO FT(type, depth — include outcrop map)

OTHERS (SKISMIC, DRILL UF.LL LOGGING ETC.)

Type of survey ^^———^^—^-^—^———-^——^^^^—-^^—.^^.^-Înstrument ^^-^—^—————^———^-^.^^————.^——^^—Âccuracy


Additional information (for understanding results).

AIRBORNF. srk^

Type of survey(s)

Instrument(s)(specify for each type of survey)

Accuracy^^^.^—^——.——^-.^^—^(specify for each type of survey)

Aircraft used^^^———^^————^——————..^^^^-.—^^^——

Sensor altitude-


Aircraft altitude__________________________________Line Sparing Miles flown over total area____________________i______Over claims only.



Total Number of Samples. Type of Sample.


Average Sample Weight________

Method of Collection——^-^.——


Horizon Development- Sample Depth_____

Terrain^————————

ANALYTICAL METHODS

Values expressed in: per cent p. p. m. p. p. b.

Cu, Pb,

Others—

Zn, Ni, Co, Ag, Mo, As,-(circle)

Field Analysis (.

Drainage Development.^^^———————— Estimated Range of Overburden Thickness.

Extraction Method.

Analytical Method-

Reagents Used——

Field Laboratory Analysis

No. ———————————



Extraction Method.

Analytical Method -

Reagents Used——.


Name of Laboratory—

Extraction Method^—


Reagents Used ——^—

.tests)

.tests)

-tests)

General. General.

Glamorgan Twp.M.95 Monmouth Twp. M.I64

XVIII

XVII

3894871. 402790454958 454957 454956 422430'422429

Higgins \ E 0.

s X295IS8

.i-.js:-!!!- 4549™

454439 -J4544

4224-.80~ ~ T~ ~

4603IB j 454271 PL iM.9

l 2 3 4 /X 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35

31DI6SE0K13 2 .2232 ANSTRUTHER 200Burleigh Twp. M.62

L

3637 38 39

Chandos Twp. M.73

J .P. von K.

THE TOWNSHIP

ANSTRUTHERCOUNTY OF

PETERBOROUGH

EASTERN ONTARIO MINING DIVISION

SCALE' 1-INCH- 40 CHAINS

LEGEND

PATENTED LAND CROWN LAND SALE LEASESLOCATED LAND LICENSE OF OCCUPATION MINING RIGHTS ONLY SURFACE RfGHTS ONLYROADSIMPROVED ROADSKING S HIGHWAYSRAILWAYSPOWER LINESMARSH OR MUSKEGMINES

C.S.

Loc.L.O.

M.R.O. S.R.O,

This Map Is Not To Be Used

-FOR SURVEY PURPOSES-

400' Surface Rights Reservation along the shores all lakes 6 rivers.

For status of summer resort locations shown thus:

Please contact Dept. of Lands a. Forests.

Original shoreline shown thus:

F.R.I shoreline shown thus:

MINING CLAIMS ACCEPTED-SUBJECT TO Sec.118 OF THE MINING ACT. ( R. S. 0.70)

AREA SHOWN THUS/////////// RESERVED FOR PROPOSED PROVINCIAL PARK-WITHDRAWN FROM STAKING SECT. 34(d) OF THE MINING ACT (R. S. O. I960) File-160780

AREA SHOWN THUS SURFACE RIGHTSONLY RESERVED FOR PUBLIC USE File: 160706

AREA SHOWN THUS IS RETRACEMENT OFPART OF TOWNS .iP LOTS 26-39, CON X V-XVIII

PLAN NO.- 45ONTARIO

MINISTRY OF NATURAL RESOURCESSURVEYS AND MAPPING BRANCH

12E

H-E

BL-!

S-RS-tOl SERIAL NO. 6E-GH-1 GAflMA RADJATfON IN COUNTS y1 SEC

X -

J.

MAP

b, D.

JL DAVID O. MULER

\

ANSTRUTHER

L. OT

XV XIV CONCESSION

9A

SCALE

KEfiR ADD SOtJJHNES-LUDi

gf

-J f -j

31D16SE8813 2.2232 ANSTRUTHER 210

J -J

8 iUl

i j00rt i

fOi

w?I

oT j

ANSTRUTHER GROUP ' SCINTILLOMETER SURVE RECONNAISSANCE BL

SCALE l"*

iJ

ôW Cfr?*lO~- -H* tfS)-9 —— C

X-HJ #V?7 \ - * l* -^ ^ -v *5i * -*3 X-* 1X w. -* — *

-A9 ' *-9| V -1*

j 36 W x,^ -T V — ,2J~ y -13

-32 -|*ty*Pao^ . x -m! ,i-ih ' vo -^ ^-^s - l2

it -31 O J - 1*! MS

•32W *-5A Vp -39 X- H

V"*1* ' T "**"i " l cr* ~"~ *- ^ x ^•W) x. 75 X - TT- - ^c

i "N*. *-5V -x . - *

V. \S6w , K \^j;-^9 , - ia

-*- -J5 -Xj ___ ^ " _ ...-^ . . -.r-.,-

{ -X --4* -/oi - (: -35 -lo -1*

2*W -3# -X X- 13

' " --*rx9 .ii ~ '4b ~ ^X"- **j f (jjj-aX - J -*t - at.j ^ —— -ô ^^ -Ji' -ia

20W -2 O1** ' *-.?9 - ^*-3 y X X1 *~Vu x.

-V6 gfij) - 5,. ^ -ia

x— v ~* -*~ -^ -*.

x ] l j ~*~ - x -i*

I6W 7 ; .^ .3d . 16i i

r -ji -HM- -*W '

j - x -m -\t

.——J -)fc~ *P. -T~ ""^^ -* —— -* ———

'x*' \ 1 f x~ss n/—^-^.^ ""'^

. ' v V **tiir ~ ^3V" \ - K\ \ -*9N V-** r

* \ \ ' -"- - 1 i \ \ . ' -. "4—

\ - \ -" r- -xJ r oi a^ i \ v^- -a? ' - x /^ ro

- C^S l - X -.0 - ,j

' l \ /1 - 1 1 o) ' \ - S - i o , r,\ y v-^ .1 u ; vy *~ ~*

; 4- W j, X- 10 - "

! -3* ^^Bn -5^™ \

-M* — ^-"^ J -5

t/aj^fc f C5H)-?fr v -9

ft/ ^3^ X o* *.. \ w, / fl —

L N ** -* ~'^3, c a; -it -33

j -**x -** ^j -42 \ -M7 f\) -39

! 4. E. . .i* "^.-H. r\) (36; -HIi N^J , "*S -^' ,-s^ ~ K

L ., - )so - 5* oo ^^^6 -Tfc . .^*'-5.a

^^® E - JC ^ x^ -/os -54

j -a* -4T" -x-Si -4? -J?

—— . _ -47 __ -/^ ca5?-J?j

12 fc -*. /^vj* -35

-a* \ "^ " 5--i* x -S^\ -J7

^-23 -^7 j\ -^4-

16 E .i6 \2U JNJ *. -iS^ *r " ^^. T * ** ^^ —JO

" a * " J^ Jr: ^-ii -a* ^T *-s2\

; ' —— *^J -

-26 - 9 p^ 057) -5/ \

2oH ' -58 -a \K ^-x-i -13 -6 -35

j tW-az - - x-î

*- - - "X,

i 4*' E - - -44

i ———— ^ - ^ — ^^

C^^-37

-^

za H. . . . .

^ 0)'f\f ul

.INll^'W/I' 4 ~

1/ \ i~/ - - -/. . . ' .

t ' 'i . .^ — V" fo

-iX - Oj - * .it -13 \ VO

-H \ - ON .

X - tt \

X- 14 \

K-i2 ^^5 " " L^KE. "t~7 - aa\ -X\

-8 -3* \ -X .

- it t36;- J43 \ - X—— — - *— "X^ - — — - — — — — - - ——

-ic -* X.-3C -

X- 7 -3ft -J* ê tH)-l*\* \

-lo -X, -K K-5 ! -K \p

- M -H3 ^~ -â , It -IS -X

-13 -^J i,,*"*-'^ v -X -X*^ff V

-* -A5 r- -* * -^ -v

t~ I- se -**- -.*! C*^- *S ! W - x -

- x ta*) - x ^v Sj*** -A -x- iit X -**t X-3* - 7 -x

- x -^s *-*u -4 *- 6

X- (3 -3ft X -M* -^ -IZ

-12 -3o - 26 -9 - St

*-9 -X - * !t-fi -16

* g ______________ - ^, --..-u.--.t- - i* -TUUIM Jk- fe l- I-IJ-LJ - A

-'6 -*2 -A7 -S -6

-/6 K- 24 - it , C*J- X -L3 ^

-I& -3o -C- -17 -3C K-5 1

-s -3j l, MS -a -x

- Ji -33 r- -'S -S -X— f~

K-i3 cjH)-34 -vj y-ii -* -i

-u -3i (n x-ts K-IS - *

-15 -31 x-n -12 -3j

- li -^9 X-W -IS -5 f

X - j? -iH- -lo -|6 -6 *

X - 11 -37 -AS H-4+ - 1

-13 -^5 X-lo K^ll | -3

lrr/5 ,,,, â;-i9, . UAfei*. . , ,,uttii9 n.,a ,. ,,

-^ -q. -S -H -'H

-x "*x:~14 " 9 * 17 ^-5^ -iS HO -9 -/3 -17 V

K)- 1 2. - ^4 -w. -^3 -8

^z-/j -fr . -as -AI -U — -J-9 -s r -' -aa -a

-K f-S - 3 X- .2. -A* -9

- . ^ .-

H-37 -J^, -6 - /7 -14 *

*~;?o x-J -6 - ^ fc - 13

X-4 -5 -5 -" -*4

-X ~ -i " ——— -X ——— -/3 ___ . -9 . ^^

X-8, -Ut -3 - IB - *,

-\t -4. x** -is -itr^

-7 -* "^x-^ -X -i*

-X -li -A -)4C. -155\)

-/j -li r- -J *A4 - 1*

- - w "* rn * 6 *'s - as-if -* en *" 4 "' 7 "'5 -29 -s -3d -;w o*)-*'

-^7 *- -9 " if j -13

-6 ~ -S -Ift J-/JI

-JS - - X -|]f '-K

-/8 - - ^ __ #H) -'6 . ,-:, ; rri5 __ fc

- Ht ~ — -

-^f -. - - -

*^7 ~ . ^ -'. . ,-

. . ' ,'

.H

"2 T f *™ ^. î. - w w)o ^ ' " ^0 ' - ' . i*- - ' . " S. "" ~-il- JJ -l/ -''•/•'•-. wj . . - ' Jjt .

' - ' "''" ' , •

' - -- . i "-'•i - : ' '

,

— - ] —

-

— — J.

-p -IV) -ro -4^ .--j;. tt ; -:*L

.~ o ^

1

-1 —— h- -*— —— .

*

.— — *

Jl '^-*--*- -

- -^ - f^-- ;; ". ' T -

t*. * ' a**^ ^^*H*^ ^ro/^ ^x- y **\'•r- f * \\ - r j *-6s\ \i TV! i ' \

V M yi0 " S* ^ \ '

" /\ "x 'i *l . ; \ .5y \ - ^ \ - ; v^ \ . ^V-y . MT \

-K ,^-^ N \ ~^ -J^^L-V ^-7* ~* 1-

-itC - 1*, V"* ^ i- X ^ ^6^ ^ ~* -S\

** w 1^0 "^ ^v \-^ Y* ^JX o^) . a , \

V9 r- MO^Mta— ' -*s \

-m Z, ^ 2^0^ . -/l \

U 4 p^* . 52 l \ !^^tf^^ 1 N^ ™ **** 1 *™ jft f 1

##;-!44 Q3)-ZfiS - S 1^ .^^ \

— X. ^^ — ihl —i \ ^ \

-S6^ -HA -15 \

"*^1 -37 -6 U

-S3 . -J17 oy -(0 N

LAtt i* C8).,J!.y U -r— I

-A* *-3t -t ("*{?

^X-A^ y -1* -X "-1

OD -17 jQ -W -X l

T2T-* ^ -33 -X-P

-33 CQ, - 3 \ - 9 (^/^ âAv u .^* , d

-X" -^ -JJ "^" -^J^^ i- X ^JU-*ft? v -'5

-69 ^^ — *M y ~ \0-t*^0b- ^^^^ -

* — -*w x*^^ -'s^. r

-mx' ^**^ c-*)-*X^S**^ ** * -H* -K

— ' ^S — t — ___ ™.*îa K-- '7 x-3t — t

-^7 *-/* X-AO

^-55 -^S K-/3 - (/

C -*T ***; y. - r* . * K ' j^^^^ - 7

-3i - -^Âi -^ -aa ;•T* t

"** ^ftr" -fl^ uj)-3s ; ^.tT -F. **af -^ X

^^r-" .,, -X .-3g -3^ ^

-3S -SI 7 -

-X^)-*^ — — O*U-7* —V - —— C

-

.i ~-

-

u . , - . - .,'

'c - -

2 ^ ao * 2A| A* . ^C

. ^ V '^ - - ; . J* . W. F -s . ' . , ,- ,

.' s ' - - - ' ' .' - . . - . . .

40* W Ct^X -|7

-as *-*f*t

- L - *~ii -H ~* -jjf"U7

y -3-* -v rf -g ""-^"^^ '

*"^-

"^-95"^ *""*O.-U'TV "^'^ -u -/r "^"--^^^^^ j* j

^^.""^V.

(ID-51 ^57 VX -X -16 "^- -^

X — ^ f^ - ' ^^""

*-a^ -jj** ~*e K-iM- -j?a "^-^

-*l ^-*r rv* ^* "-3i *-uv ^^^.j V ^.,..... ^— ^^S

^*w

-1 1 *-A* r\i Tsyîejr ^ - * 1^*35 ^

-\ X*9o jp **?* iC-aa. -s

-\ ^ -^^?rr -^ X *-fl -X

- \ *-it *-D -^ -X *-i*

- \ {ST'-ste -^ ^ - * -^- j -?c^ ^^ i'ih 7^ - * -le

i ^* mm 4 ' - C ^ i O x - [ --' p. vV"r " A

-1 H - a* ' jt-4a -lit- *rt ,^Û f:\ ' . 1, . L .Ui/ . ; -"^

1 /^*-fl* ^-3V\ - K -Jj1 tr—" — " * ^^ n ^.^r — i^^ ^^ V -•-:i-i'~- — — ' Q —

1 ICoa** "* ifffu* x-** -/7 TK-^'Kît i.:f.-i"" - lv c A ^-n.,-c^ vcc1

Cl*J^V^* "^ ^-W K*AA ci 1*^ K : "/A;.;.-: KT^ : :i-;^;r. D -. A-. :-M ^ HMjjA'ir^N i,\ ^.r r-i.

X^l.A 1*-*W. *-*2 -X ' ,K , ^T 11N|r Mt-. .-rv. - O.r-Lj-r ^-,,,c ^ . ^V, ;-

^* *m *^ i- - .. - ' l 1 tN v-i r ,, i - .., L - V1 . i j r - .n *J L . ^ ., s \

[* ~ tib ^LLl ^ -^3 . -^7 X-^fr v'vN ;- ^''^l /St COUK'f

^r JM , -"^ w - w - is J ' !N^.!JD^' WXC,K,V:J-I:

f J? v — —— — ' "-l ' * ' t: p- T *iinP -IF '- t \t- -

*-*7 rxT - x ^- ^^* - t . "' ' u "1 - \ ix) l/^ " fcATK-^ HOU'-, D IM FAP.Î. '1 ,- E 5;-",

"1 ir "** r r-uy-^ j - - J^;^-S/' f^ ^3 r - - -Mi.ki^r; - F StWi-'. r CvSP.i--N

4T ^ .-^ | i. F y. * r n a . Me CfeEA

- j M&to* n cv1^!^ " ~ J-^"^" - \/ *-*}* /f - - x^" "AP ^VB" H "'T1DN : p- T tANSCMNL c c--

\ -it 7 - -7 -)**"w x i*^ * y^ ^* ^* ^ ** *

v^s-Co^ - ^x^ :- g ' Nj \ 5"^ o.p.rt,*^fc '^ f*e'""'j' .T — 'TT'-'T^r'"*^ 1C —— *i 9U.F1I— — ' ^ ^^ ^^ l

*" ~~ ~ T^-.-.-J.^-^ f ^^*V* "*"" "*~" — (O ^ **CT Jl y ^^ '

r -e/* . f -7^ "^ ^S. -* 1* --27 1

^ ^C s." *fr* ' c^^^^-V —— ^ *~" !- * .-:ap- - ^v ^** \ *-**

' ^1* \ ^fc J '

- . r '4^ - \ ^-is \ "Nt-ai r^ M* - :" . , PO . - X J . x \il - *M-* 1— W ^- . '''"'i -1 ; ^ - ' . ; S. - .^ J. ill. ;'I

^^ ^^^ ^ y^ ^f ' 1 1 ^fc

V ' ^"'*^^^*^LP */ ^ ~, ****- r

f 04?)?****^^*-^^^ -*f *-*T .w*

5*C -*ft ^* **7J UU M -1C^ ^^^^ 41^ ^ /\J* ^^fc *^fcf ^^ * ^^

* "~ ' ^" -- - . ,^^ ———— - |

- /^ -39*-Sc*^*"S ^-34 *-^? : A^JT.TKO-M-'t:--; TWP

. t *m -^ ^ ^^ .. .. r , .... .,. ......., .^ .. ... f

- - j y T/oj^^So^. -^^* - 1 s -u . ^/L */ ^ ti ;/l ^ ^ r/' \ 1

H^'.M'ffi ^22.^? ri ^2'.^**

- ( *SJ6l K-^5 I ^25 .17 K-31 ; . . ,, . , .. ^ . — \ ' 'j'

i ***. ^X ,1 ,f ' ' v II,

J ^5T^ *.,* -i* \ K- J f ' : ^ .s^— * ^1 i ^f , t,.

Ir- 4* Lii 31 /17) 3\ (JAl-lft /-^îiin —— v *j'j".,-? ^;..T- ^'/"?v ui*wrtrt 'ôâ '

| ' . - -! -- .. . ... . ..^ i "i :

1/^75* *^t i, .. ,^*

j --*

j^fc ii^^û ^*^ . - Av ' ' ' *~~

^^"" ^^^^^ *

'

'i/llftfi-V

^k 1.^4 fi'

,* Wv*J*'vu*,Cr îj"T-kl^''-j*7ctJC '"'/J"*TJ ' w - s ' v * "*'

. J*-*-^^"j'**r. ffJpTfc^TI^ T/ *^* .' * i - . t TJ o

-w ! -- /' . . , . . ..... r . ..4 V : i-^* i , i i

^ f .j- , ,,~- , , ^ ,... |**r

' o q -j. ' \ -x \ -r f. - - -j.

^-^3 * * " i ' !

" ,: -- ; 1 -. ,, i

-K - i . -- - ' - . - - - .-..-....,

*-3*

-ik;-AS

-in-

I M*

-23

Tx ' ' KERR ADOi-i;:^ xiN,r ::.: LTD-lAK^-—

- - K/^'ON SliV-.-^:*-

RLCOXMA SSAN: Ct "E-/ 1 -3 .T-

- , :V:^ .1:" i" " ''-i'-w' /-'.jU-. i^r^

, i

jrf"***!***.^. B

' - " ' ' - . x^v" K^^N, \" " Xi^^"*1^^ A '-

/" ;''-'" - 1" t'i ÂH 1

- . i- J! '- ' L ji.T"'-: -*™"* 1'*r' iaa'"Tt "Ala ' M

" - '' - - 1 ''* . --- - "X-'V" ' m\ A^^'

, -' ' - i 'jK'^' ''"' "''" { " \\' W j/' ' ' R *t \ i,Tl,iaMwC''-Vi"'al im^r

X- Z - * ' * " z ' ' \Le^\ ' J0*y "

(V * * - ** . 4t j ' ^î^Â^t^'Vy l*)^

1 H l ' *, i " . ^Wita^^ OV a^**!^ 1

no ti.-L.i.i. .^^.^..- . .... n. i.. r... •^^••i, L in *n- iitmiM-înr*""'" 'y ••4*'i-"fl*ini*i;i-^ n-m KI^.H*ÎIK. —*I-HI^*.T..I H •mi i UK .in i m. ., i M^.. .mia. n. im*i. 1 1 Ki.l.^îti.nM^.),Mîl . .....^. l,,^,,^l,Wi.-*— ^.y— *fcn. m. .1..^.^^.. . .i.î,.^...,.!..^ jg^,- i,,,, t., ^.....t..^.^.^ *. ...•P^.K.

- 1 ' ' -: , - ' '-'' ''- : ' ? ^ ' - ' - .'

3IDI6SE0813 3 .2232 ANSTRUTHER aso

D

24W

20 ie w

40

Z3

i9j

402790

E o -U

5 H q

*n

j 454

992

\a*4988

454

395

G. t.

S.

- 10

1

ever

y 5

0 ft

.T

otal

C

cunf

s of

R

adio

activ

e In

tens

ities

in

C

cunt

s per

G. F

ram

e J.

Afifi

oe

P

Cor

don

Pf S

ewel

l

R C

ordo

n P.

Sew

ell.

PLO

TT

ING

M

ET

iO

D

454B

SS

1

OP

ER

ATO

RS

MA

P

N'^

TE

!L

O f

A T

i J

VR

eadi

ngs

ever

5

0 C

ount

s p.

m.

are

mar

kt

thus

:A

DD

ISO

N M

INES

LIM

ITE

DA

rsrr

uthv

r Tw

p.L

/n?

'C',

BA

NC

RO

FT

Prj.

intil

lom

ete

rO

WN

J f f.

D

ATE

0-33

27

31D16SE0B13 2.2232 ANSTRUTHER

23

0

radon gas sur grp b - ontario€¦ · radon gas consists mainly of two isotopes: radon 222 and...

Documents