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Digital compilation by N.R Montgomerie
Seas
pray
Gro
up
Emp
Emp
GurnardFm
StrzeleckiGroup
Latro
be G
roup
Gol
den
Beac
h G
roup
Kipper Shale
ChimaeraFormation
Gippsland(Calcarenite)LimestoneFormation
LakesEntrance
Formation
BalPatGBe 1A
PatSole
GBe 1A
Moo
VitrophyricRhyolite Flows
PumiceousRhyloite
Glauconite SiltyClaystone
ForaminiferaNanno-fossil Ooze
OozeAsh
Ooze
Silty
Cla
ysto
ne
Ooze
GIPPSLANDBASIN
Lord Howe RiseRegional Biozonation and Stratigraphy, 1999
Chart 26
LORD HOWE RISE BASIN REGIONAL BIOZONATION AND STRATIGRAPHY
ForaminiferaNanno-fossil Ooze
ForaminiferaNanno-fossil Ooze
Silty
Cla
ysto
ne
Ooze
DSDP Vol XXI, 1973 DSDP Vol XXI, 1973
INFERREDPALAEOZOICBASEMENT
INFERREDPALAEOZOICBASEMENT
INFERREDPALAEOZOICBASEMENT
ACRITARCHS(informal zones)
LOCALITY MAP
AUSTRALIA
180°20°
170°160°150°
30°
40°
50°
55°180°170°160°150°
Law of the Sea Project
The bathymetric image was prepared by merging AGSO's 30 arcsecond bathymetric data set with predicted bathymetry derivedfrom satelite altimeter data. The onshore topography is basedon the AUSLIG/AGSO digital elevation model of Australia.Bathymetric contours derived from the 1997 Edition of theGEBCO Digital Atlas.
0 600 km
Mercator ProjectionWGS84 Spheroid
Latitude of True Scale 40°S, Central Meridian 165°E
0
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40
45
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60
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AG
E(M
a B
P)
TARANAKIBASIN
MohakatinoFormation
Ariki Fm
Mt MessengerFormation
Moki Fm
Manganui Fm
Tikorangi Fm
Taimana Fm
TikorangiFormation Otaraoa
Formation
Matapo Sst Mbr
Tangaroa Fm
TuriFormation
TaneMember
FarewellFormation
Puponga Mbr
WainuiMember
North Cape Formation
RakopiFormation
Taniwha Fm
BASEMENT
Reefal Carbonates
Littoral Deposit
Limestone
Volcanic Flysch
Coal
For
mat
ion
Volc
anic
Em
plac
emen
t
Basa
lt Rh
yolit
es
Fora
min
ifera
lCa
lcar
enite
VolcanicSediments
Layered OrganicDebris
Carbonate Flysch
ForaminiferaNanno-fossil Ooze
ForaminiferaNanno-fossil Chalk
Alternating layersof Foraminifera
Nanno-fossil Ooze
Foraminifera Nanno-fossil Ooze
Volcanogenic TurbiditeForaminiferal Nanno-fossil
Chalk
Kora
CHALLENGERPLATEAU
Sst
WEST COASTOF NEW
CALEDONIA
Geologie De LaNouvelle - Caledonie
Memoire du B.R.G.M No 113ed: J.P. Paris (from Fig 4.1)
DSDP Vol XC, 1986 DSDP Vol XC, 1986
Tiaro CoalMeasures
Burrum CoalMeasures
MaryboroughFormation
Duck
inw
illa
Gro
up
Grahams CreekFormation
Quartz carbonate sands
Basalt
Takura Beds
Ellio
tFo
rmat
ion
Myrtle CreekSandstone
MARYBOROUGHBASIN/
GYMPIE BLOCK
INFERREDPALAEOZOICBASEMENT
INFERREDPALAEOZOICBASEMENT
ON TRIASSIC& PERMIAN
SEDIMENT &VOLCANICS
VolcanicSediments
Emp - Emperor
Kor - Kora
Moo - Moonfish
Sol - Sole
INFERREDPALAEOZOICBASEMENT
Bal - Baleen
GBe - Golden Bream
143°20°
30°
40°
50°
143°55°
AG
E(M
a B
P)
Tertiary, foraminiferidsTertiary, foraminiferidsTertiary, spores & pollenJurassic -Tertiary, nannoplanktonJurassic - Cretaceous, spores &pollenPermian - Triassic, spores & pollenCarboniferous, ostracodsDevonian, macro vertebratesSilurian, trilobites & brachiopodsOrdovician & Triassic, conodontsCambrian - Ordovician, trilobites & brachiopodsCambrian - Ordovician, trilobites
AGSO has tried to make the information in this product as accurate as possible.However, it does not guarantee that the information is totally accurate orcomplete. Therefore, you should not rely solely on this information whenmaking a commercial decision.
Information on the timescale and biostratigraphic zonation schemespresented on these charts was compiled by the following scientistsof the Australian Geological Survey Organisation Dr Graham D. Moss *Dr George C.H. Chaproniere Dr Elizabeth M. Truswell*Dr Samir ShafikDr Dennis Burger*Dr Clinton B. FosterDr Peter J. Jones*Dr Gavin C. Young*Dr Desmond Strusz*Dr Robert S. NicollDr John R. LaurieDr John H. Shergold* * Retired
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.
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
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105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
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
PLEISTOCENE
PLIOCENE
OLIGOCENE
EOCENE
PALEOCENE
L
L
L
L
E
E
E
E
ME
SO
ZO
IC
CA
IN
OZ
OI
C
PA
LA
EO
GE
NE
NE
OG
EN
E
MIDDLE
M
M
LATE
LATE
EARLY
EARLY
MIOCENE
Tg
Tf3
Tf2
Tf1
Te5
Te1-4
Td
Tc
Tb
Ta3
Ta2
Ta1
Th
ISAB
ELAD
INIU
MH
eter
osph
aerid
ium
MU
DER
ON
GIA
F.cy
lindr
ica
PYXI
DIE
LLA
P.C
ERAT
OPH
OR
A
P.leonis
A.ramulifera
M.choanophorum
P.comatum
G.extensa
D.heterophylcta
A.australicum
A.hyperacanthum
A.homomorphum
E.crassitabulata
T.evittii
M.druggii
A.actula
I.korojonense
X.australis
N.aceras
I.cretaceum
O.porifera
C.striatoconus
P.infusorioides
D.multispinum
X.asperatus
P.ludbrookiae
D.davidii
O.operculata
A.cinctum
M.testudinaria
D.swanense
W.clathrata
R.aemula
W.indotata
D.caddaensis
D.priscum
C.denticulata
M.tetracantha
M.australis
W.spectabilis
W.digitata
C.halosa
H.tasmaniense
K.thompsonae
A.circumtabulata
C.diebelii
S.carnarvonensis
A.coronata
A.suggestium
I.acuminatum
S.areolata
S.tabulata
P.burgeri
K.edwardsii
W.ornatum
D.waipawaensis
P.iehiense
E.torynum
B.reticulatum
D.lobispinosum
C.delicata
K.wisemaniae
C.perforans
D.jurassicum
T.inaequalis
T.pandus
T.tricornus
T.asteris
T.bilobus
P.pyrophorum
T.rugulatum
l
l
l
l
l
l
l
l
lm
u
u
u
u
u
u
u
u
u
m
Operculodiniumspp.
O.montgomeryi
K.coleothrypta
u
u
ul
l
l
S.tabulata/S.areolata
A.biformoides
C.incompositum
S.ramosus
uml
C1
C2A
C3
C4
C5
C5BC5C
C6
C6A
C6C
C8C9
C10
C12
C13
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27C28
C29
C30
C31
C32
C33
C34n
M1
M3
M5
M10N
M11
M12
M14M15
M16
M17
M19M20M21M22
M23
So
uth
ern
Sp
ain
Wes
t Aus
trian
Mixedpolarity?
Northern Spain
Sout
hern
Po
land
Green: first appearance
Red: last appearance
NA
NN
OP
LA
NK
TO
N
10
BIOEVENTS
CC7
M.concava
CC25
CC24
CC23
CC22
CC21
CC20
CC16
CC19
CC18
CC9
CC10
CC8
CC6
CC5
CC4
CC3
CC2
CC1
CC15CC14
CC12
CC11
L.quadratus
L.praequadratus
L.trifidus
C.litterarius
R.neocorniana
N.colomi
a
a
a
a
a
a
b
b
b
b
b
b
b
c
KCCM-2KCCM-3KCCM-4
KCCM-14
KCCM-15KCCM-16KCCM-17
KCCM-18
KCCM-19KCCM-20KCCM-21
KCCM-22
KCCM-23KCCM-24 KCCM-25KCCM-26
KCCM-27
KCCM-28KCCM-29
KCCM-30
KCCM-31KCCM-32 KCCM-33
KCCM-34KCCM-35KCCM-36
KCCM-37
KCCM-38KCCM-39KCCM-40KCCM-41
KCCM-42
KCCM-43 KCCM-44
KCCM-45
KCCM-46
KCCM-47
KCCM-48
56
7 8911
1213
NC22
NC21
NC20
NC19
NC18
NC17
NC16NC15
NC14
NC13NC12
NC11
NC10
NC9
NC8
NC7
NC6
NC2
NC1
A.cymbiformis
R.levis
T.phacelosusQ.trifidiumQ.sissinghii
C.aculeus
C.ovalis
A.parcus
CC17(C.obscurus)
M.deoratus
E.turriseiffelii
P.columnata
L.bollii
C.loriei
C.oblongata
S.crenulata
N.steinmannii
R.anthophorus
CC13:M.furcatus
D.asymmetricus
D.quinqueramus
T.carinatus
Z.bijugatusH.recta
S.ciperoensis
C.altus
R.umbilicus
C.formosusD.saipanensis
C.grandisD.punctulata
C.solitus
C.gigas
D.lodoensis
Fasciculithus spp.
L.crucicentralis
P.robustus
P.marthae
CC26c KCCM-1NC23
M.mura
CN4CN3
CN2
CN1a
b
CP1
CP2
CP3
CP4CP5
CP6CP7
CP8
CP9
CP10
CP11
CP12
CP13
CP14
CP15
CP16CP17
CP18
CP19
a
a
a
a
b
b
b
b
b
b
c
a
a
a
a
a
b
b
b
NP18
NP14
NP13
NP12
NP11
NP10NP9
NP8NP7
NP6NP5
NN5
NP4
NN4
NP3
NN3
NP2
NN2
NP1
NN1
NP21
NP25
NP24
NP23
NP22
NP19/20
CN14CN13
CN12
CN10
CN7CN6
CN5
CN11
CN8
CN9
CN15
a
a
a
a
b
b
NN19
NN17NN18 NN16
NN15NN14NN13
NN12
NN11
NN10NN9
NN8
NN7
NN6
NN21NN20
NJ17
NJ16
NJ1
5
NJ14
NJ13
NJ11
NJ10
NJ9
NJ7
NJ5
NJ4
NJ3
NJ2
NJ1
a
b
NJ12a
b
NJ8
a
b
NJ6
ba
b
a
b
a
S.atmetros
S.helotatus
C.margerelii
S.bigotii max.
S.bigotii bigotii
W.deflandrei
S.hexumA.helvetica
P.enigma
S.speciosum
W.britannica
L.contractus
R.incompta
D.striatus
C.superbus
B.finchii
C.granulatus
C.pliensbachensis
B.novum
C.crassus
P.liasicus
S.punctulata
B.intermedium
L.hauffii C.cavus
H.cuvillieri
L.crucicentralis
P.lacunosa
D.surculus
A.tricorniculatus
D.quinqueramus
D.calcarisD.hamatus
C.coalitus
D.kugleri
D.exilis
S.heteromorphus
H.ampliaperta
S.belemnos
D.druggii
T.carinatus
S.ciperoensis
S.distentus
S.predistentus
H.reticulataE.subdisticha
D.saipanensis
D.tanii nodifer
N.fulgens
D.sublodoensis
D.lodoensis
T.orthostylus
D.binodosus
T.contortusD.multiradiatus
H.riedeliiD.mohleri
H.kleinpelliiF.tympaniformis
E.macellus
C.danicusC.tenuis
M.inversus
C.oamaruensis
E.huxleyiG.oceanicaD.brouweri
R.pseudoumbilicaD.asymmetricusC.rugosus
D.pentaradiatus
S.pseudoradians/I.recurvus
NP17
NP16
NP15
NC5
NC4
NC3
P.marthae
M.elegans
C11
C10
C9
C8
C7
C6
C5C4
C2
C1
a
b
C3
PL
AN
KT
ICF
OR
AM
INIF
ER
IDA
G.cuvillieri
G.praecuvillieriH.semicostatae
H.praesemicostata
R.rugosa
G.arca
P.plummerae
H.simplicissima
D.imbricata
P.helveticaP.stephani
R.cushmani
R.brotzeni
P.buxtorfi
H.papula
3) See STRATDAT for notes on taxonomic problemswith this zone.
Wri
ght &
Apt
horp
e (1
976)
Caron 1985
1) The ages used are the preferred AGSO agesfor the global (maximum) range of the zone or datum. The local Australian range or event age may differ. This problem will be addressed in future versions of the chart.
G.kugleri
S.gortani
G.stavensisC.cubensis
S.angiporoidesS.brevis
P.micraS.linaperta
G.indexH.primitiva
A.aculeataG.kugleri kugleriM.spinulosa
A.bullbrooki
M.aragonensis
P.australiformisM.crater
M.formosa formosa
G.pseudomenardii cf.G.chapmani
M.aequa G.aequa
G.angulataM.velascoensisP.simplex
G.pseudomenardiiP.chapmaniG.chapmani ehrenbergi
M.conicotruncataP.ehrenbergi
P.inconstans
P.uncinata
G.pauciloculata ?
P.mayeri
N.22
N.19N.18
P.22
P.18P.17
P.14
P.11
P.10
N.17
b
P.21
19/20
15/16
b
P17
P13P.13
P.12
P.15
P.20
P.19
ab
N.11N.10
N.14N.16N.15
N.13
N.21N.20
N.23
a
N.12
a
b
M10
T20
T19
T17
T15
T10
T9
T11
Pl6Pl5Pl4Pl3Pl2
M12
M11
T18
T16
T14
T13 T12
P22
P19
P18
P16
P15
P14
P12
P11
P10
Pt1
a
b
abP21
Pl1
M14
M13
a
a
b
P20
P.16
G.truncatulinoides
G.inflata
G.puncticulata
G.conomiozea
G.miotumida
P.mayeri
O.suturalisP.glomerosa curva
G.trilobus
G.woodi connecta
S.angiporoides
S.brevis
S.linaperta
T.inconspicua
G.index
A.primitiva
M.crater
G.woodi woodi
T.euapertura
G.dehiscens
12/1
3
A
B
C
D
G
H
I
J
KL
N
R
Q
M
F
1
1
1
1
1
1
1
2
2
22
2
2
2
34
E
P.siakensisG.fohsi lobata
G.peripheronda
M7
M5M4M3
M2
M1
N.9N.8N.7N.6
N.5
N.4
M9
M8M6
G.daubjergensis
T8T7
ST
a
T6T5
T2
T1
T4b
T3
Wright
C12G.contusa
a b
A.mayaroensis Jenkins (1985)C13
aP.5
a
b
a
a
b
c
.αP PαG.pauciloculata
U
P9 P8
P7
P6
P4
P3P2
P1 P0
P.9
P.8
P.7P.6
P.5
P.4
P.3
P.1
P.2
2) Bioevents shown are for the Taylor, Jenkins &Wright zonation schemes. STRATDAT contains othersignificant datums not shown here.
Tay
lorS.triloculinoides
P.wilcoxensis
PRO
TEAC
IDIT
ESH
OEG
ISPO
RIS
MIC
RO
CAC
HR
YID
ITES
C.D
AMPI
ERI
T.pleistocenicus
T.bellus
P.asperopolus
T.lilliei
N.senectus
T.apoxyexinus
P.mawsonii
A.distocarinatus
P.pannosus
C.paradoxus
C.striatus
F.wonthaggiensis
C.australiensis
R.watherooensis
M.florida
C.cooksoniae
C.turbatus
C.torosa
M.lipsis
P.t
ub
erc
ula
tus
N.a
sper
us
L.balmei
T.longus
D.complex
S.barungensis
T.magnificus
P.confragosus
P.pachypolus acme
B.eneabbaensis
G.edwardsii
APK7
APK6
APK4
AP
J5
APJ1
5.15.2
APK5
3.1
3.2
APK3
2.1
2.2
APK2
1.1
1.2
APK1
6.1
6.2.1
6.2.26.2
APJ6
4.1
4.2
APJ4
3.1
3.2
3.3.1
3.3.2
3.3
APJ3
2.1
2.2.1
2.2.22.2
APJ2
C.hughesii(ex F.wonthag.)
u
u
u
u
u
u
l
l
l
l
l
l
m
m
m
u
C.bifurcatus
M.galeatus
M.diversus
u
l
u
l
SPORES&
POLLEN
oa
ob
oci
ocii
odi
odii
oe 1A1A
1ai
1aii
1aiii
1b1c
2bi
2bii
2biii
2c
2di
2dii
2diii
2div
3a
3b
3c
4ai4aii4aiii4aiv
4bi
4bii
4biii4ci
4ciii
4cii
5a5b
5ci5cii5ciii
5d6a
6b
6ci
6cii
7ai
7aii
7bi
7bii7ci
7cii
7d
2a
}
A.primus
D.quinqueramus
C.macintyrei
S.heteromorphus
S.belemnos
S.delphix
S.ciperoensis
H.rectaS.distentus
I.recurvus
C.reticulatus
R.umbilicusD.bifax
C.gigas
P.inversusR.inflataC.gammationT.crassusD.lodoensisD.diastypus
C.eodela
D.nobilisT.pertususC.frequensH.kleinpelliiC.edentulus
C.inconspicuusC.asymmetricusC.primus
S.atmetros
S.helotatus
A.helvatica
S.speciosum
W.britannica
L.contractus
R.incompta
D.criotus
D.striatusC.superbus
C.cavus
L.hauffii
B.novum
C.crassus
P.liasicus
L.(E
)bad
jirra
ensi
s
L.di
ctyo
des
G.rudia
L.orbignyi
R.crebra
L.tenera
BE
NT
HIC
FO
RA
MIN
IFE
RID
A
Barren interzone
C.calabaza
B.simplex
Dissimuldinium sp.A
Egmontodinium sp.A
Dissimulidinium sp.B
M2
M3
M4
Bint & Marshall (1994)
Leiosphaerid 4ciii (Helby)
CALABRIAN
PIACENZIAN
ZANCLEAN
MESSINIAN
TORTONIAN
SERRAVALLIAN
LANGHIAN
BURDIGALIAN
AQUITANIAN
CHATTIAN
RUPELIAN
PRIABONIAN
BARTONIAN
LUTETIAN
YPRESIAN
THANETIAN
SELANDIAN
DANIAN
MAASTRICHTIAN
CAMPANIAN
SANTONIAN
CONIACIAN
TURONIAN
CENOMANIAN
ALBIAN
APTIAN
BARREMIAN
HAUTERIVIAN
VALANGINIAN
BERRIASIAN
TITHONIAN
KIMMERIDGIAN
OXFORDIAN
CALLOVIAN
BATHONIAN
BAJOCIAN
AALENIAN
TOARCIAN
PLIENSBACHIAN
SINEMURIAN
HETTANGIAN
KC-IIIKC-IV
KC-V
KC-VIKC-VII
KC-VIII KC-IX
KC-X
KC-XIKC-XII
KC-XIII
KC-XIVKC-XV
KC-XVI
KC-XIXKC-XX
KC-XI
KC-XXIIKC-XXIII
KC-XXVII
KC-XXVIII
KC-XXIX
KC-IKC-II
KC-XXVI
KC-XXV
KC-XXIV
KC-XVII
JU
RA
SS
IC
TE
RT
IA
RY
CR
ET
AC
EO
US
KCN-1KCN-2 KCN-3KCN-4
KCN-5 KCN-6
KCN-7KCN-8
KCN-9 KCN-10
KCN-11
KCN-12
KCN-13
KCN-14
KCN-15
KCN-16KCN-17
KCN-18
KCN-19
KCN-20
KCN-21
KCN-22
KCN-23
KCN-24
KCN
-25
KCN-26
KCN-27
KCN-28
KCN-29
KCN-30
KCN-31
a
b
c
G.calida calida
G.tosaensisG.inflata
G.crassaformis crassaformisS.dehiscens
G.puncticulataG.tumida
G.conomiozeaG.plesiotumida
N.acostaensisG.miotumidaG.nepenthes
P.mayeriG.fohsi lobata
P.mayeri acmeO.suturalis
P.glomerosa curvaP.sicana
G.trilobusD.biaiensis
G.woodi connectaG.woodi woodiG.dehiscens
G.kugleri
G.angulisuturalis
H.primitiva
C.cubensis
G.index
H.dumbeliGlobigeapsis spp.
H.australis
M.craterP.wilcoxensis
G.pseudomenardii
P.chapmani
G.pauciloculata ?
G.daubjergensisP.compressa
G.truncatulinoides
O.universa
D.sellii
S.brevis
G.praefohsi
Cz7
Cz6
Cz5
Cz4
Cz3
Cz2
Cz1
J7
J6
J5
J4
J3
J2
J1
K11
K10
K9
K8
K7
K6K5
K4
K3
K2
K1
ab
ab
abcabca
b
=a=b=c=d
Green: first appearance
Red: last appearance
=a=b=c=d
QU
ATE
RN
AR
Y
P.inusitatum
Biorbifera sp.A
I.kondratjevii
B.nereidis
CN & CP: Okada &
Burky (1980)
NN
& N
P:
Mar
tini
(197
1)
KC
N: R
exill
ius
(in
Prep
)
KC
CM
: R
exill
ius
(in
Prep
)
KC
:Sh
afik
(199
6)
NC
: Rot
h (1
978)
CC
: Sis
sing
h (1
977)
Haq et al, 1987
S.R. Schutter & J.R. Laurieunpublished
J8
J9
J10
AG
E(M
a B
P)
ER
A
SY
ST
EM
STAGE
TIM
E S
LIC
E
MAGNETIC POLARITY SEALEVEL CURVEAUSTRALIAN AND INTERNATIONAL BIOZONATIONS
SUBSYSTEMSUBPERIOD
SERIESEPOCH
200 m 100 m 0 m
Morgan (Unpub.)
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 [email protected] or [email protected]
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 1999
Morgan (Unpub.)
Morgan (Unpub.)
Blo
w 1
969
& 1
979
Ber
ggre
n et
al 1
985
& 1
995
S Sw
itzer
land
, N It
aly
DINOCYSTS&
ACRITARCHS
GIPPSLANDBASIN
MARYBOROUGHBASIN
30°
60°
60°
30°
30°
60°
New
Zealand
Alpine Fault
South FijiBasin
Au
stra
lia
Tasman Sea
NorthLoyaltyBasin
NewZealand
South Loyalty Basin
Aus
tral
ia
NewZealand
Tasman Sea
Dampier Ridge
Norfolk
Ridge
Australia
60°
New Zealand
Australia
Campbell Plateau
North VictoriaLand
GippslandBasin
Dampier RidgeNorfolkRidge
New Caledonia
Lord How
e Rise
100 Ma
60 Ma
40 Ma
20 Ma
60°
30°
New Zealand
North VictoriaLand
Lord How
e Rise
AustraliaTasman
Sea
Norfolk Ridge
80 Ma
LORD HOWERISE
LORD HOWERISE
LORD HOWERISE
DSDP 207/208 DSDP 206 DSDP 588,590,591 DSDP 593
Kriton C. Glenn, Barry Willcox & Robert S. Nicoll
AUSTRALIA
from AGSO BiozonationChart No. 18
from King & Thrasher, 1996 from AGSO BiozonationChart No. 27
Stratigraphyunknown
Stratigraphyunknown
Stratigraphyunknown
Stratigraphyunknown
Lord Howe Rise Project Project Leader: Phil Symonds GPO Box 378 Canberra City ACT 2609 Email: [email protected] Telephone: (02) 6249 9490
Project Leader: John Lindsay GPO Box 378 Canberra City ACT 2609 Email: [email protected] Telephone: (02) 6249 9428
/d/los/2/losmacq/arc_view/macq_bathy.aprPrepared by: I. Borissova & G. HillDate: 21 September 1998
Adapted from: Anne Wally and Malcolm I. Ross BMR Record 1991/12
Additional information can be obtained from AGSO’s World Wide Web Site
www.agso.gov.au
N.B. The colours will fade onexposure to strong light
DRAFT
TECTONIC EVOLUTION
?
Project Leader: Neville Exon GPO Box 378 Canberra City ACT 2609 Email: [email protected] Telephone: (02) 6249 9347
Gas Hydrates Study
HY
DR
O-
CA
RB
ON
S
HY
DR
O-
CA
RB
ON
S
HY
DR
O-
CA
RB
ON
S
HY
DR
O-
CA
RB
ON
S
HY
DR
O-
CA
RB
ON
S
CAMPBELL
PLATEAU
Campbell Island
Auckland Island
Stewart Island
NEW ZEALAND
CHALLENGERPLATEAU
Macquarie Island
TASMAN
BASIN
SOUTH
FIJI
BASIN
Norfolk Island
NO
RF
OLK
RID
GE
NORTHNORFOLK
BASIN
TH
RE
E K
ING
RID
GE
Aus
tral
ian
Eco
nom
ic
Exc
lusi
ve
Zone
New
Zealan
d
Exclusive
Eco
nom
ic
Zone
206
207
590591
592
593
Aus
tral
ian
Exc
lusi
ve
Eco
nom
icZo
ne
TASMAN
BASIN
TARANAKIBASIN
Norfolk Island
SOUTHNORFOLK
BASIN
SOUTHNORFOLK
BASIN
Gas hydrates
?
?
?
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
Pat - Patricia
Capitals (eg. SKU) =major field
WEST COASTOF NEW
CALEDONIAAgreed Australia - FranceSeabed boundary
Agreed Australia - FranceSeabed boundary
208/588
RIS
ER
ISE
HO
WE
HO
WE
LOR
DLO
RD
NewCaledoniaNewCaledonia
208/588
NO
RF
OLK
RID
GE
TH
RE
E K
ING
RID
GE
NORTHNORFOLK
BASIN
SOUTH
FIJI
BASIN
Lord Howe IslandLord Howe Island590
591
206
207592
593
CHALLENGERPLATEAU
NEW ZEALAND
New
Zealan
d
Exclusive
Eco
nom
ic
Zone
Stewart Island
Macquarie Island
Campbell Island
Auckland Island
CAMPBELL
PLATEAU
Mangaa Fm
Matemateaonga Formation
Giant Foresets
