GEOLOGICAL SURVEY OF WESTERN AUSTRALIA€¦ · 160 140 12 0 220 260 280 300 300 320 320 300 320 3 20 320 300 280 260 240 220 200 180 160 200 220 240 260 280 300 300 300 280 2 60 220

100120

120140

160 180140 120160

100100

10080 60

120140

406080

120140

8060 40

120140

16018020

220260

200220

100 120

180 200

220240

320280

220 200

200140100

80 100160

220 160

120140

180200

160180

140160180200

320320

320 320

260240

180 160

220200

100100

S O U T H E R N O C E A N

PHILLIPS

Twertatup

PantonCre

Yarracarrup

HAMERSLEY

S O U T H E R N O C E A N

WEST RIVER Kybulup Creek PHILLIPS RIVER SOUTHERN OCEAN PHILLIPS RIVER Yarracarrup Creek

HIGHWAY

MyliesBeach

WestBeach

Whale BoneBeach

ANNIEPEAK

landingground

G 74-7

OVERSHOT HILLNATURE RESERVE

FLORA AND FAUNARESERVE

Cocanarup

HIGHWAY

ONGERUP

AERODROME

Cowerdup

Wooganup

Parwoonup

Mainnerup

Yarbudup

Quagitup

F I T Z G E R A L D R I V E R N A T I O N A L P A R K

Cave Point

Edwards Point

Quoin Head

E Y R E

R A N G E

W H O O G A R U P

MT DRUMMOND

NEWDEGATE

RAVENSTHORPE

BREMER BAY 18105 m

G 74-8159 m

HT 131100 m

HT 258314 m

HT 27081 m

NEWDEGATE 17348 m

NEWDEGATE 19319 m

NEWDEGATE 20285 m

NEWDEGATE 21332 m

304 mNEWDEGATE 27

NEWDEGATE 71306 m

Fitzge

mLake King 57 km

AND FAUNA

RESERVE

MOIR ROAD WEST RIVER ROAD EYRE RANGE

Steven

Manyutu

Carracarrup PKybulup

PHILLIPS

Drummond S (PD)

Carlcatup P

Cocanarup SCocanarup P

Udarrup S

Norndup S

Kybulup P

Whoogar

Annie Peak Fa

ìB ìB

ìä40

ìä60

ìä80

34 42 44 46 48 52 54 56 58 62 64 66 68 72 74 76î32ôôôÜE

ìä36ô

ôôÜN

î40 î50 î60

383634 42 44 46 48 52 54 56 58 62 64 66 68 72 74 76î40 î50 î60 78

ìä50

ìä70

ìä40

ìä60

ìä80

ìä50

ìä70

ìä90

70 6050

656580 85

And, Grt

St, Ky, Grt

Crd, Grt

Ath, Grt,Crd, And

And, Grt

Di, Sil,

OlSil, And

And, Grt

Grt, Crd

And, Grt, Crd

And, Grt

St, Ky, Grt

Crd, Grt

Ath, Grt,Crd, And

And, Grt

Di, Sil,

OlSil, And

And, Grt

Grt, Crd

And, Grt, Crd

507075

506580

70 7070 40 50

5545 50

30 3070

252575

ÔcgÓsr

ñclñgn

ñlqmñgn

ñlqmñur

ñur ñAv

ñpfÔa

ñpf ñpf ìd

ñAvñYtm

ñYtmñAvn

ñAvnñAvn

ñldñgni

ñgnñu

ñurñgnñnp

qñgni

Ôcg q

Ósrñgn

Ôcg ñYt

ñYtñYt

ÔaÔa

ÔcbñYt

ÓsrìBk

Ósr ñYtm

ÔcbÔcb

ìBkìBk

ñgn ñgn

ìByìBk

ÓsrÓsr

ÔcbìBcìBcìBk

ìBkìBkc

ìBkìBy Ôcp

Ôa ìBy

ìByìBk

ÔcbÔcb

ìBy ìBy

ìByìBy

ÔcbìBk Ôcb

ìBk ìBk

ìBk ìBsd

ìBy Ôcp

ÔbÔt

ÔlÔl

ìd ìd

ìdìd

ìd ìd ìd

ìdìd

ìd ìd

ìdìd ìd

ìdìdìd

ìd ìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìd ìdìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìdìd

ìd ìd

ìd ìd ìd

ìd ìd

ìdìd

ñgpñgp

ñYdñYd

ÓzÓz

ÓiÓi

ÓfÓf

×Pp ×Pp

×Pp×Pp

Cu (Zn)

Last Venture

Mn, Pb

Mt Eliza

Ellen Tommy

Copper King

RAVENSTHORPE

Hamersley GorgeMn

RAVENSTHORPE

S O U T H W E S T M I N E R A L F I E L D

P H I L L I P S R I V E R M I N E R A L F I E L D

Mn, Pb

Au, Cu, Zn

Mt Eliza

GEOLOGICAL SURVEY OF WESTERN AUSTRALIA

SHEET 2830 FIRST EDITION 1996

AUSTRALIA 1:100Ý000 GEOLOGICAL SERIES SHEET 2830

119¾30À

34¾00À

40À 50À 120¾00À

34¾00À

33¾30À

120¾00À50À40À119¾30À

33¾30À

1:100Ý000 maps shown in black

GRIDCONVERGENCE

GRID/MAGNETICANGLE 0.3¾

Topography from the Department of Land Administration Sheet SI 50-8, 2830,with modifications from geological field survey

This map is also available in digital form

A DCB E

East Perth, WA, 6004. Phone (09) 222 3459, Fax (09) 222 3444Mining Information Centre, Department of Minerals and Energy, 100 Plain Street,

Ravensthorpe Terrane

West sector; mainlymetasedimentaryrocks

SIMPLIFIED GEOLOGY

DIAGRAMMATIC SECTIONS

Cocanarup greenstones

Aerodrome sector;mainlymetasedimentaryand ultramaficrocks

itsInla

SHEET INDEX

BREMER BASIN

The recommended reference for this map is: WITT, W. K., 1996, Cocanarup,

Edited by D. Ferdinando, J. Mikucki, C. Strong, S. Willis, and G. Loan

ALBANY_FRASEROROGEN

Manyutup Tonalite

The original thrusts dipped to the west on section A_B_C Relative displacement along fault..........................

Cartography by K. Greenberg, S. Collopy, and M. Prause

ÔarÔcb Ôcg

ñgn ñgni

Ôb Ôt

ñgnñlg

ñAvnñYtm

ñYtñAvn

×Pp×Pp

ìBy ìBc

ìBkìBc

ìdìd

Ôa Ôl Ôcp

ñYñYt ñYd ñYx

ñl ñld ñlg ñlqm ñnp

ñAñAv ñAva ñAvd ñAvn

ñuk ñurñu

ñYña

ñYañYtm

Quartz vein

ÔcbÔcg

ÔbÔt

ÔarÔl

KUNDIP QUARTZITE:

Quartz-feldspar-biotite-sillimanite schist with andalusite porphyroblasts

Quartz-K-feldspar-sillimanite gneiss and granoblastic quartz-clinopyroxene-amphibole-(K-feldspar) rock

Quartz-feldspar(-amphibole-biotite) gneiss; fine-grained; metamorphosed daciteQuartz-plagioclase-amphibole gneiss; fine- to medium-grained; derived from

ñgnñgni

ñlñldñlgñlqm

ñnpñnl

ñYtñY

ñAñAv

ñAvdñAvn

ñukñur

ñYañYdñYx

Abañnb

Ós Ói Ól Óf Ók Óz

Ód Óp

ÓiÓlÓfÓkÓz

ÓdÓp

Printed by Allwest Print, Western Australia

Alluvium_clay, silt, sand, and gravel in channels

Albany_Fraser Orogeny

Albany_Fraser Orogeny (Mount Barren Group only)

Annabelle Volcanics

Western Australia 1996

Published by the Geological Survey of Western Australia. Copies available from the

W.A. Sheet 2830: Western Australia Geological Survey, 1:100Ý000 Geological Series

BREMER BAY

Geological boundary

Bedding, showing strike and dip75

Igneous layering/lamination, showing strike and dip

Minor fold, showing trend, direction of plunge, and dip of axial plane

Way-up indicator

Metamorphic foliation, showing strike and dip

Cleavage, showing strike and dip

Mineral lineation, showing trend and plunge direction

Intersection lineation, showing trend and plunge direction

Airphoto lineament

exposed...........................................................................................................

exposed..........................................................................................................

thrust, triangles placed on upper plate.......................................................

concealed.......................................................................................................

post-Dç fold..............................................................................................

Dç fold......................................................................................................

DÛ fold......................................................................................................

anticline, commonly isoclinal; plunge unknown.........................................

syncline, commonly isoclinal........................................................................

minor isoclinal fold with vergence to left....................................................

anticline, open to tight..................................................................................

overturned anticline.......................................................................................

overturned syncline.......................................................................................

inclined............................................................................................................

vertical.............................................................................................................

dip indeterminate...........................................................................................

igneous layering or differentiation trend.....................................................

sedimentary structure...................................................................................

inclined...........................................................................................................

vertical.............................................................................................................

dip indeterminate...........................................................................................

inclined............................................................................................................

vertical.............................................................................................................

horizontal.........................................................................................................

on foliation plane............................................................................................

on bedding plane...........................................................................................

on cleavage plane..........................................................................................

Igneous lineation, horizontal................................................................................

inclined............................................................................................................

foliation, bedding, or layering trend.............................................................

Stromatolite locality...............................................................................................

Highway with national route marker....................................................................

Formed road...........................................................................................................

Track.........................................................................................................................

Building....................................................................................................................

Locality....................................................................................................................

National park boundary.........................................................................................

Reserve boundary..................................................................................................

Horizontal control, minor.......................................................................................

Breakaway...............................................................................................................

Contour line, 20 metre interval.............................................................................

Watercourse, ephemeral; pool..............................................................................

Spring; swamp.......................................................................................................

Dam.........................................................................................................................

Position doubtful....................................................................................................

Rock, exposed........................................................................................................

Mineral field boundary...........................................................................................

Mining centre..........................................................................................................

Mine (gold, unless otherwise indicated)..............................................................

Opencut...................................................................................................................

Quarry or pit...........................................................................................................

Prospect..................................................................................................................

Battery or treatment plant, abandoned................................................................

Mineral occurrence................................................................................................

Copper..............................................................................................................

Gold..................................................................................................................

Gravel...............................................................................................................

Lead..................................................................................................................

Manganese.......................................................................................................

Sand (building)................................................................................................

Zinc...................................................................................................................

Metamorphic mineral occurrence.........................................................................

Andalusite.........................................................................................................

Anthophyllite.....................................................................................................

Cordierite..........................................................................................................

Diopside............................................................................................................

Garnet...............................................................................................................

Kyanite..............................................................................................................

Magnetite..........................................................................................................

Olivine...............................................................................................................

Sillimanite.........................................................................................................

Staurolite..........................................................................................................

Sand with limonitic pisoliths and gravel

Calcrete

PALLINUP SILTSTONE:

Metasedimentary rock, undivided; deeply weathered

SEA LEVEL

N.S.W.

A.C.T.

1:250Ý000 maps shown in brown

True north, grid north and magnetic north

are shown diagrammatically for the centre

of the map. Magnetic north is correct for

1995 and moves easterly by about 0.1¾ in

3 years

CHEYNE

PALLINUP

JERRAMUNGUP

BURNGUP

BREMER

NEWDEGATE

COCANARUP

RAVENSTHORPE

MOOLYALL

OLDFIELD

NORTHOVER LORT

NEWDEGATE RAVENSTHORPE

INVESTIGATOR ISLAND

SI 50-8

SI 50-12

SI 51-5

SI 51-9

HOOD POINT

CAPE KNOB

STOKES INLET

WEST ISLAND

INVESTIGATOR

white to yellow to brown siltstone, silty sandstone, and spongolite; mainly deeply weathered

Beach sand_quartz and calcareous sand on beaches and in unstable dunesConsolidated coastal deposits_calcarenite, locally shelly; forms consolidated dunes and foreshore reefs;

equivalent to TAMALA LIMESTONE

Reworked Cainozoic deposits_clay, silt, and sand in broad floodplains of mature drainageLacustrine deposits_clay and silt in claypans and swampsColluvium_rubble of boulders and sand derived from MOUNT BARREN GROUP; minor outcrops of MOUNT BARREN GROUP

Colluvium_rubble of boulders and sand derived from granitoid rock and granitoid gneiss; minor outcrops of granitoid rock

Colluvium_scree and sand derived from PALLINUP SILTSTONE

Dune deposits_quartz sand and gypsum in stabilized dunes adjacent to playa lakesPlaya deposits_saline and gypsiferous evaporites interbedded with clay, silt, and sand in playa lakes

Colluvium_clay, silt, and rock fragments derived from greenstonesSandplain deposits_unconsolidated sand; remnants of peneplain

Lateritic deposits_laterite, ferruginous duricrust, and ferricreteFerruginous deposits_undifferentiated; mainly ferruginous quartz sand and granules, and angular rock fragments with ferruginous cement

Silcrete_angular quartz grains in siliceous cement; mainly developed over granitoid rock

dolerite and quartz dolerite, metamorphosed, and mafic to ultramafic schist

pelitic schist and phyllite with minor psammitic layers

Dolomite; metamorphosed; massive to finely bedded; locally ?stromatolitic; with calc-silicate rock and calcareous schist

quartzite, massive to coarsely bedded; minor pelitic beds

Dolomite; metamorphosed; massive to finely bedded; locally ?stromatolitic

Dolerite dyke, partly interpreted from aerial photography; interpreted from aeromagnetic data where dashed

Feldspar(-quartz) porphyry dyke

Biotite monzogranite and granodiorite; massive and weakly recrystallized

Pegmatite, granitic to tonalitic

Gneissic granitoid rock; includes trondhjemite, tonalite, granodiorite, and syenograniteGneissic granitoid rock, mesocratic to leucocratic with some mafic bands

Limonitic unit (?after metamorphosed sulfides); massive to bedded

Garnetiferous quartz-plagioclase-biotite schist; local cordierite, andalusite, and sillimaniteMicaceous quartzite and quartz-mica schist; local sillimanite, andalusite, and garnet

Banded quartz-amphibole-plagioclase rock; local garnet; para-amphibolite

Mafic gneiss; fine- to medium-grained, banded plagioclase-hornblende(-quartz) rockAmphibolite; fine- to medium-grained

Ultramafic rock, undivided; includes metamorphic talc-forsterite rockKomatiite; metamorphosed; chlorite-tremolite rock and schistTremolite-rich rock and schist; local pseudomorphs after metamorphic olivine

tonalitic complex; metamorphosed (Simplified Geology map and section only)Tonalite and quartz diorite; massive, coarse-grained and equigranular; metamorphosed

Tonalite, diorite, and tonalite porphyry; massive, medium-grained, and equigranular to porphyritic; metamorphosed

Amphibolite; metamorphosed doleriteDolerite; metamorphosedPyroxenite; metamorphosed

calc-alkaline volcanic association; metamorphosed (Simplified Geology map and section only)Mafic to intermediate tuff and agglomerate, and related epiclastic rocks (mainly andesite), subordinate dacite; metamorphosed

Cordierite-gedrite rock; coarse-grained

; local minor metasedimentary layer

Sandplain, undulating; reworked Ós

COWERDUP SILL:

MANYUTUP TONALITE:

ANNABELLE VOLCANICS:

0 5 10 15 20

Kilometres

SCALE 1:Ý500Ý000

Mount Barren Group

Monzogranite

Gneissic granitoid rock

Pegmatite

KYBULUP SCHIST:

STEERE FORMATION:

Geology by W. K. Witt 1994

Oligomictic conglomerate; metamorphosed; quartzite clasts in psammitic matrix; massive to coarsely bedded

deformation events in the Cocanarup greenstones

thrust....................................................................................................

post-Dç..........................................................................................

Dç...................................................................................................

DÛ...................................................................................................

Dë...................................................................................................

Dé...................................................................................................

Dç...................................................................................................

anticline...............................................................................................

syncline................................................................................................

overturned anticline, showing dip of axial surface and plunge....

overturned syncline, showing dip of axial surface and plunge.....

Pallinup Siltstone of Plantagenet Group

Grid lines indicate 1000 metre interval of the Australian Map Grid Zone 50

0 1 2 3 4 5 6 7 8 9 10

KilometresMetres

SCALE 1:100Ý000

TRANSVERSE MERCATOR PROJECTION

DEPARTMENT OF MINERALS

AND ENERGY

K.R. PERRY, DIRECTOR GENERAL

G IC A L SURVEY

E R N A U S T RA

PIETRO GUJ

DIRECTOR, GEOLOGICAL SURVEY

OF WESTERN AUSTRALIA

GOVERNMENT OF WESTERN AUSTRALIA

HON. KEVIN MINSON, M.L.A.

MINISTER FOR MINES

GEOLOGICAL SURVEY OF WESTERN AUSTRALIA€¦ · 160 140 12 0 220 260 280 300 300 320 320 300 320 3 20 320 300 280 260 240 220 200 180 160 200 220 240 260 280 300 300 300 280 2 60 220

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