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0
5
10
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25
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65
70
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95
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465
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475
480
485
490
495
500
505
510
515
520
525
530
535
540
545
550
555
560
565
Ag
e(M
a B
P)
BROWSE BASIN
AUSTRALIA
NORTHERN BONAPARTE BASIN
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
210
215
220
225
230
235
240
245
250
255
260
265
270
275
280
285
290
295
300
305
310
315
320
325
330
335
340
345
350
355
360
365
370
375
380
385
390
395
400
405
410
415
420
425
430
435
440
445
450
455
460
465
470
475
480
485
490
495
500
505
510
515
520
525
530
535
540
545
550
555
560
565
0 0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
210
215
220
225
230
235
240
245
250
255
260
265
270
275
280
285
290
295
300
305
310
315
320
325
330
335
340
345
350
355
360
365
370
375
380
385
390
395
400
405
410
415
420
425
430
435
440
445
450
455
460
465
470
475
480
485
490
495
500
505
510
515
520
525
530
535
SEQUENCE EVENTS
BB 22
BB 21
BB 20
BB 19
BB 18
BB 17
BB 16
BB 15
BB 14
BB 13
BB 12C
BB 12B
BB 12A
BB 9
BB 8
BB 7
BB 6
BB 5
BB 4
BB 3
BB 2
BB 1
Tlmio
Tmmio
Temio
Tolig
Teoc
Tpal
Tbase
Klcamp
Kecamp
Ktur
Kalb2
Kalb1
Kapt
Kbar
Kval
Kbase
Jcal
Jearly
Trmid
P
Pearly
?Carb
Base
? ? ?
? ? ?
Inversion
Cas 1
Cas 2
Cas 2
Cas 2
Cas 2
Brew 1
Brew 1
Brew 1
Brck 1
Buc 1
Buc 1
Buc 1
EcSh 1
Gwy 1
Kal 1
Keel 1
NScRf 1
ScRf 1
ScRf 1
Yam 1
Yam 1
EXTENSION
INVERSION
EXTENSION
THERMAL SUBSIDENCE
Early Jurassicrifting event
THERMAL SUBSIDENCE
? ? ?
?
?
?
?
?
?
Tr
Erosion
Erosion
?
BB 11
BB 10 ?
?
? ? ?
Cz7
Cz6
Cz5
Cz4
Cz3
Cz2
Cz1
J10
J9
J8
J7
J6
J5
J4
J3
J2
J1
Tr6
Tr5
Tr4
Tr3
Tr2
Tr1
P7
P6
P5
P4
P3
P2
P1
Crb
6C
rb5
Crb
4C
rb3
Crb2
Crb
1
D9
D8
D7
D6
D5
D4
D3
D2
D1
S3
S2
S1
O4
O3
O2
O1
Pal
PREC
AMBR
IAN
CALABRIANPIACENZIANZANCLEANMESSINIAN
TORTONIAN
SERRAVALLIAN
LANGHIAN
BURDIGALIAN
AQUITANIAN
CHATTIAN
RUPELIAN
PRIABONIAN
BARTONIAN
LUTETIAN
YPRESIAN
THANETIAN
SELANDIAN
DANIAN
MAASTRICHTIAN
CAMPANIAN
SANTONIAN
CONIACIANTURONIAN
CENOMANIAN
ALBIAN
APTIAN
BARREMIAN
HAUTERIVIAN
VALANGINIAN
BERRIASIAN
TITHONIAN
KIMMERIDGIAN
OXFORDIAN
CALLOVIAN
BATHONIAN
BAJOCIAN
AALENIAN
TOARCIAN
PLIENSBACHIAN
SINEMURIAN
HETTANGIAN
RHAETIAN
NORIAN
CARNIAN
LADINIAN
ANISIAN
KAZANIAN
UFIMIAN
KUNGURIAN
ARTINSKIAN
SAKMARIAN
ASSELIAN
GZHELIAN
KASIMOVIAN
MOSCOVIAN
BASHKIRIAN
SERPUKHOVIAN
BRIGANTIAN
ASBIAN
HOLKERIAN
ARUNDIAN
CHADIAN
IVORIAN
HASTARIAN
FAMENNIAN
FRASNIAN
GIVETIAN
EIFELIAN
EMSIAN
PRAGIAN
LOCHKOVIAN
Un-named
LUDFORDIAN
GORSTIAN
HOMERIAN
SHEINWOODIAN
TELYCHIAN
AERONIAN
RHUDDANIAN
BOLINDIAN
EASTONIAN
GISBORNIAN
DARRIWILIAN
YAPEENIAN
CASTLEMAINIAN
CHEWTONIAN
BENDIGONIAN
DATSONIANPAYNTONIAN
IVERIANIDAMEAN
MINDYALLAN
UNDILLAN
’TOYONIAN’
TOMMOTIAN
GRIESBACHIAN
NAMMALIAN
SPATHIAN
SCYT
HIA
N
MIDIAN
DZHULFIAN
DORASHAMIAN
TATA
RIA
NPLEISTOCENE
PLIOCENE
OLIGOCENE
EOCENE
PALEOCENE
SILE
SIAN
PEN
NSY
LVAN
IAN
NAMURIAN
MIS
SISS
IPPI
AN
DIN
ANTI
AN VISEAN
PRIDOLI
LUDLOW
WENLOCK
LLANDOVERY
ASHGILL
CARADOC
ARENIG
TREMADOC
NEOPROTEROZOIC
D10
LLANVIRN
K11
K10
K9
K8
K7
K6K5
K4
K3
K2
K1
LANCEFIELDIAN
WARENDAN
NEOPROTEROZOIC III
L
L
L
L
E
E
E
E
STEPHAN-IAN
WESTPHAL-IAN
TOURNAIS-IAN
CAM
BRIA
NO
RD
OV
ICIA
NS
ILU
RIA
ND
EV
ON
IAN
PA
LA
EO
ZO
ICC
AR
BO
NIF
ER
OU
SP
ER
MIA
NT
RIA
SS
ICJ
UR
AS
SIC
ME
SO
ZO
ICT
ER
TIA
RY
CR
ET
AC
EO
US
PA
LA
EO
GE
NE
NE
OG
EN
E
ORDIAN-EARLY TEMPLETONIAN
Cmb3
Cm
b4C
mb5
Cm
b6C
mb1
MIDDLE
MIDDLE
MIDDLE
MIDDLE
M
M
LATE
LATE
LATE
LATE
EARLY
EARLY
EARLY
EARLY
LATE
EARLY
LATE
EAR
LYLA
TEEA
RLY
LATE
EARLY
Cm
b2
BOOMERANGIAN
’BOTOMANATDABANIAN’
’NEMAKITDALDYNIAN’
PRO
TERO
ZOIC
QU
ATER
NAR
Y
LATE TEMPLETONIAN-FLORAN
MIOCENE
C1
C2AC3
C4
C5
C5BC5C
C6C6A
C6C
C8C9
C10
C12C13C16C17
C18
C19
C20
C21
C22C23
C24
C25
C26
C27C28C29
C30
C31
C32
C33
C34n
M1
M3
M5
M10NM11M12M14M15M16
M17
M19M20M21M22
M23
Sout
hern
Spa
inS.
Sw
itzer
land
, N It
aly
New
Jer
sey
& Ne
w M
exic
oE.
Spa
in, S
W U
nite
d St
ates
Arct
ic S
trato
type
sSa
lt Ra
nges
, Pak
ista
nKi
aman
Lon
g Re
vers
ed P
olar
ity C
hron
Low
er D
onel
zk h
yper
chro
nW
este
rn A
ustra
liaSa
yan
(Rn)
hyp
erch
ron
Baik
al (N
r) hy
perc
hron
Arga
(R) h
yper
chro
nW
est A
ustri
an
Mixed Polarity ?
Penn-New Brunswick-Nova Scotia
Upper Donelzk
hyperchron
Siberia hyperchron
NE Australia & NE China
Siberia hyperchron
Lena
Riv
erCo
mpo
site
(S
iber
ia)
Northern Spain
Sout
hern
Po
land
Normal polarity
Reverse polarity
Unconfirmed normal polarity
Unconfimed reverse polarity
Mixed polarity
Magnetic polarity timescale after J.G. Ogg(1995), rescaled to AGSO timescale
MAGNETIC POLARITY TIMESCALE KEY
No data
G.h
anno
nicu
s
LevequeShelf
AdeleShelf
PETREL SUB-BASIN
(Whittam et al, 1996)
EVENTS
Possible Ordovician salt
XI
X
IX
VIII
VII
V
IV
III
II
I
S-R
IIS-
R I
Plov
er II
IPl
over
IIPl
over
I.T
ri IV
.Tri
III.T
ri II
.Tri
I
Colli
sion
Post
-rift
Syn-
rift
Pre-
rift
Barracouta Formation
Oliver Formation
Oliver Sand Member
Cartier Formation
Prion Formation
Hibernia Formation
Grebe Formation
Johnson Formation
Turnstone Formation
Fenelon Formation
Gibson Formation
Woolaston Formation
Jamieson Formation
Darwin Formation
Echuca Shoals Formation
Flamingo Group
Frigate Shale
Laminaria/Elang Formation
Plover Formation
Nome Formation
Challis Formation
Pollard Formation
Osprey Formation
Sahu
l Gro
up
Mount Goodwin Formation
Hyland Bay Formation
Fossil Head Formation
Keyling Formation
Kuriyippi Formation
Treachery Shale
Point Spring Sandstone
Tanmurra Formation
Milligans Formation
Bonaparte Formation
Possible Devonian salt
Possible Ordovician salt
XI
X
IXVIIIVII
V
IV
III
II
I
VII
V
IV
III
IIb
IIa
I
Collision
Post-rift regression
Post-rift transgression
? Uplift of horst blocks
Extension
Initiation of Jurassic rifts
Regional subsidence
Inversion
Thermal subsidence
Extension
Thermal subsidence
Thermal subsidence
Extension
SKU
ESw
PUF
ESw
PUF,SKU
SKU
JAB,SKU
JABMon
ESwJAB
Bil
Oli
Avo,ESw
SKU
Dil
CHA,Tal
Sah
Fla
Sun,Tro
Rapid subsidence(Timor flexure)
Initiation Fitzroy Movement (compression)
Initiation of Westralian Superbasin
ELA,Kak,LAM
Avo,Swi,Ecl,Eid
Swa
Swa
UND,BAY
VULCANSUB-BASIN
LONDONDERRYHIGH
SAHULPLATFORM
Unnamed Ordovician stratigraphic unit
Possible Ordovician salt
Bath
urst
Isla
nd G
roup
Flam
ingo
Gro
upTr
ough
ton
Gro
upKi
nmor
e G
roup
Kuls
hill
Gro
upW
eabe
r Gro
up
J
I
H
G
F
E
D
C
B
A
Erosion
Erosion
Inversion
Local uplift
Sag
Sag
Sag
Sag
?Erosion
Langfield Group
Ningbing Group
Cockatoo Group
Mount Goodwin Formation
Hyland Bay Formation
Fossil Head Formation
Keyling Formation
Kuriyippi Formation
Point Spring Sandstone
Milligans Formation
Zimmermann Sandstone
Enga Sandstone
Malita Formation
Mount Goodwin Formation
Fossil Head Formation
Keyling Formation
Kuriyippi Formation
Point Spring Sandstone
Milligans Formation
Bonaparte Formation
Possible Devonian salt
Cape Londonderry Formation
Hyla
nd B
ay F
orm
atio
n
Bona
parte
Bed
s
Tern
Peng1Pearce Mbr
Treachery Shale
Turt 1,2
Turt 1,2
Turt 1
Barn 2
Turt 2
Bona2, KeRi 1,Weab1,2A
Gara 1
Ning 1
Tanmurra Formation
Utting Calcarenite
Keep Inlet Formation
Burvill Beds
Tanmurra Formation
Cecil Sandstone
Kellys Knob Sst
Ningbing Limestone (Reef Complex)
Buttons Beds
Burt Range Formation
Septimus Limestone
Wangarlu Formation
Darwin Formation
Wangarlu Formation
Darwin Formation
Sandpiper Sandstone
Frigate Shale
Plover Formation
Quaternary-Tertiaryundifferentiated
ONSHORE OFFSHORE
BA
SIN
PH
AS
ES
&M
EG
AS
EQ
.
EVENTS
SE
ISM
IC S
EQ
UE
NC
E
Pander Greensand
Clark Sandstone
Pretlove Sandstone
Hart Spring Sandstone
Tarrarra Formation
Antrim Plateau Volcanics
Carlt
on G
roup
Skewthorpe Formation
Fossil Head Formation
?
Keyling Formation
Point Spring Sandstone
Tanmurra Formation
Kuriyippi Formation
Milligans Formation
Bonaparte Formation
Possible Devonian salt
Treachery Shale
AGSO has tried to make the information in this product as accurateas possible. However, it does not guarantee that the information istotally accurate or complete. Therefore, you should not rely soleyon this information when making a commercial decision.
Haq et al, 1987
?
?
Barracouta Formation
Oliver Formation
Grebe Marl
Barracouta Formation
Oliver Formation
Prion Formation
Hibernia Formation
Grebe Formation
Johnson Formation
Swan
For
mat
ion
Plover Formation
Sahu
l Gro
up
Carti
er F
m
HiberniaFormation
JohnsonFormation
PrionFormation
Hibe
rnia
Bed
s
Brown GannetFormation
Echuca ShoalsFormation
BenellaFormation
PollardFormation
Sahu
l Gro
up
Puffin/PrudhoeFormation
FenelonFormation
GibsonFormation
WoolastonFormation
Vee
Form
atio
n
Echuca ShoalsFormation
Upper VulcanFormation
Lower VulcanFormation
MontaraFormation
PETR
EL A
PETR
EL B
PETR
EL C
NomeFormation
ChallisFormation
PollardFormation
OspreyFormation
Mount GoodwinFormation
Mount GoodwinFormation
Barracouta Formation
Oliver Formation
Prion Formation
Hibernia Formation
Grebe Formation
Borde/PrudhoeFormation
FenelonFormation
GibsonFormation
WoolastonFormation
Bath
urst
Isla
nd G
roup
Darwin/Echuca Shoals
Formation
Johnson/BassetFormation
Oliver Sand Member
Hyland Bay Formation
Oliver Sand Member
Upper Vulcan Formation
Sahu
l Gro
upPollardFormation
OspreyFormation
Woo
dbin
e Be
ds
Upper Jamieson Formation?
Lower Jamieson Formation
Upper JamiesonFormation
AshmoreVolcanics
Slowsubsidence
"GascoyneBreakup"
"ArgoBreakup"
Slowsubsidence
"FitzroyMovement"
Initialcompression
Rapidsubsidence
Onset ofglaciation
RapidSubsidence
Local uplift &erosion
Rapidsubsidence
Rapidsubsidence
Upper crustalextension
Major uplift &erosion
Initiation ofPetrel
extension("Pillara")
?Compression ("Prices Creek
Movement")
Subsidenceof
protobasin
Basininitiation
LateMiocene
Compression
MinorExtension
EarlyJurassicintra-rift
event
Top ofmain rift
Top ofearly rift
Onset ofrifting
The zonations are plotted directly into MicroStation 95 design files, using a macrolanguage interface linked to STRATDAT. This approach gives great flexibility in layout, ease of correction and accurate translation from the database to the printed product.
S.R. Schutter & J.R. Laurieunpublished
Further information about this chart and related products can be obtained from eitherDr George C.H. Chaproniere or Dr Robert S. Nicoll. Phone (02 or 61-2) 6249 9111 or e-mail gchapron@agso.gov.au or bnicoll@agso.gov.au
The zonations presented here are from the STRATDAT Oracle database, which was developed byDr Clinton Foster, Lynton Spencer and Bruce Wyatt under the auspices of the Australian Petroleum Systems Project, managed by Dr John Bradshaw. STRATDAT is maintained by the AGSO Phanerozoic Timescales Calibration and Development Project Team.
C Commonwealth of Australia 1998
NORTH WEST SHELF STRATIGRAPHIC PANORAMA - BA
GE
(Ma
BP
)
ER
A
SY
ST
EM
STAGE
TIM
E S
LIC
E
MAGNETIC POLARITY
SUBSYSTEMSUBPERIOD
SERIESEPOCH
AG
E(M
a B
P)
SEALEVEL CURVE
200 m 100 m 0 m
HY
DR
O-
CA
RB
ON
S
SE
ISM
ICH
OR
IZO
NS
BASIN PHASE
HY
DR
O-
CA
RB
ON
S
ASHMOREPLATFORM
(Mory 1988, 1991 Pattillo& Nichols, 1990)
HY
DR
O-
CA
RB
ON
S
SE
Q(O
il &
Gas
96)
SE
Q(P
atti
llo &
Nic
ho
ls 1
990)
ME
GA
SE
Q(P
atti
llo &
Nic
ho
ls 1
990)
SE
Q(R
ob
inso
n 1
994)
ME
GA
SE
Q(W
hit
tam
199
6)
HY
DR
O-
CA
RB
ON
S
?Erosion/condensed section
?Uplift/erosion
Tern Mbr
Cape Hay Mbr
Dombey Mbr
Oliver Sand Member
Initiation of Petrel extension
Ragged Range
Cgl
Westwood Mbr
Border Creek Mbr
0 200 km
MoneyShoalGraben
Timor Trough
PETRELSUB-BASIN
Ashmore
Platform
BrowseBasin
Sahul S
yncline
Vul
can
Sub
-bas
in
Lond
onde
rry H
igh
TIMOR
KimberleyBlock
16°126° 132°
Darwin
FitzroyMobileZone
Malita GrabenSahul
Platform
12°
124° 125° 126°
11°
INDON
AUST
ASHMOREPLATFORM
LONDONDERRYHIGH
VULC
AN
Paqu
alin
Gra
ben
Car
tier
Tro
ugh
Swan G
rabe
n
Tam
arArc
h
Sahul Syncline
Keppler 1
Avocet 2
Rambler 1Oliver 1
Octavius 1,2
Jabiru field
Challisfield
E. Swan 1/2
Skua field
Montara 1
Tahbilk 1
Keeling 1
Warb 1
SUB
- B
ASI
N
13°0 50 kmBROWSEBASIN
12°YampiShelf
WesternAustralia
ScottPlateau
NORTH WEST SHELF PANORAMABrowse Basin - Northern Bonaparte Basin - Petrel Sub-basin.
Stratigraphic Panorama, Chart 8b, 1998AGSO North West Shelf Project.
"ArgoBreak-Up"
Un-namedFormation
Un-namedFormation
Lower Jamieson Fm
WaCk
Turt 2,Barn 2
Petr,Fish 1
?
Gas-prone source rock
Oil-prone source rock
Oil & gas-prone source rock
Possible source rock
Gas
Gas show
Gas condensate
Oil seep
Gas seep
Oil & gas seep
Oil & gas
Oil
Oil show
Oil & gas show
Onshore
Offshore
Group
Projected
Gas CO2
Gwy - Gwydion
Avo - Avocet
Bel - Belu
Bon - Bonaparte
Bil - Bilyara
Bay - Bayi
Bnt - Barnett
Cas1 - Caswell 1
Cas2 - Caswell 2
Cha - Challis
Brc - Brecknock
Brw - Brewster
Buc - Buccaneer
Dil - Dillon
EcSh - Echuca Shoals
Ecl - Eclipse
ESh - Evans Shoals
Ela -
ESw - East Swan
Fla - Flathead
Gou - Goul
Gar - Garimala
Ara - Fis - Fishburn
Lyn - Lyne
Jab - Jabiru
Kak - Kakatua
Lam - Lambert
Nin - Ningbing
Oli - Oliver
NSc - North Scott Reef
Pet - Petrel
Pen - Pengana
Puf - Puffin
Sah -
Swa - Swan
Swi - Swift
Sun - Sunfish
Tas - Tasman
Tal - Talbot
Trn - Tern
Tro - Troubador
Tur - Turtle
WCr - Wagon Creek
Wea - Weaber
Und - Undan
KRi - Keep River
Lyn - Lyne
Kee - Keeling
Kal - Kalyptea
Yam - YampiSRf - Scott Reef
Eid -
Capitals (eg. BLI) = major field
Recommended