ODP Proceedings, Scientific Results, Volume 188 Ms 188SR-009, Table T6. Distribution of foraminifers, Site 1167. Note: * = number of barren samples between listed intervals. aa = >100,000 specimens; a = 10,000–100,000 specimens; c = 1,000–10,000 specimens; m = 100–1,000 specimens; r = 10–100 specimens; x = 1–10 specimens. Core, section, interval (cm) Depth (mbsf) Globigerina bulloides Globigerina falconensis Globigerina sp. Globigerinita quinqueloba Neogloboquadrina pachyderma Anomalinoides sp. Astrononion antarcticum Astrononion cf. tumidulus Astrononion tumidum Cassidulina laevigata Cassidulina minuta Cassidulinoides parkerianus Cassidulinoides porrectus Cibicides cf. mundulus Cibicides lobatulus Cibicides pseudoungerianus Cibicides refulgens Cibicides sp. indet. Cibicides subhaidingerii Cibicides wuellerstorfi Dentalina sp. Discorbinella subbertheloti Discorbinella subcomplanata Eggerella bradyi Ehrenbergina glabra Ehrenbergina pupa Epistominella exigua Eponides sp. Fissurina abnormis Fissurina aperta Fissurina cf. subformosa Fissurina circulum Fissurina marginata Fissurina sp. Globocassidulina crassa biora Globocassidulina crassa crassa Globocassidulina crassa rossensis Globocassidulina sp. indet. Globocassidulina subglobosa Karreriella novangliae Lagena fieldiana Lagena hexagona Lagena laevis Lagena sulcata Lenticulina antarctica Marginulina miliolid indet. Miliolinella australis Miliolinella triangularis Milionella subrotunda Nonion depressulum Nonionella bradyi Nonionella iridea Oolina globosa Parafissurina ovata Parafissurina wiesneri Pullenia bulloides Pullenia simplex Pyrgo inornata Pyrgo murrhina Quinqueloculina lamarckiana Trifarina angulosa Trifarina carinata Uvigerina graciliformis Uvigerina hispidocostata Virgulina fusiformis Echinoderms Sponge spicules Ostracodes Mollusk fragments Radiolarians 188-1167A- 1H-1, 60–64 0.60–0.64 a r m m m c r r r c m m m m r m m m x x 1H-2, 60–64 2.10–2.14 x r x x x x 1H-3, 60–64 3.60–3.64 r (2*) 2H-2, 60–64 7.30–7.34 r x x 2H-3, 60–64 8.80–8.84 x 2H-4, 60–64 10.30–10.34 m x x x x x x x 2H-5, 60–64 11.80–11.84 r x 2H-CC 14.7 r x x x 3H-1, 60–64 15.30–15.34 r x x (1*) 3H-3, 60–64 18.10–18.14 x x 3H-4, 60–64 19.60–19.64 r x 3H-5, 60–64 21.10–21.14 x x x 3H-6, 60–64 22.60–22.64 x 3H-CC 24.2 x 4H-1, 60–64 24.80–24.84 x x 4H-2, 60–64 26.30–26.34 r x x 4H-3, 60–64 27.80–27.84 r x 4H-4, 60–64 29.30–29.34 r x x x 4H-5, 60–64 30.80–30.84 x x x x 4H-CC 33.7 x x x 5H-1, 60–64 34.30–34.34 r x x x x x x 5H-2, 60–64 35.80–35.84 r x x x x 5H-3, 34–36 37.04–37.06 r c r r r r 5H-3, 60–64 37.30–37.34 x m x x 5H-4, 60–64 38.80–38.84 x x x 5H-CC 39.7 r x x x x x x 7X-1, 60–64 40.30–40.34 r x x x x 7X-2, 60–64 41.80–41.84 r x x x x x x x 7X-CC 45 r x x x ? 8X-1, 60–64 45.60–45.64 m x x x x x r x x x 8X-2, 60–64 47.10–47.14 r x x x x 8X-3, 60–64 48.60–48.64 r x x x x x x x 8X-CC 54.7 m x x x x x r x r 9X-CC 64.3 x x x x 10X-1, 60–64 64.90–64.94 x 10X-2, 60–64 66.40–66.44 r x 10X-3, 60–64 67.90–67.94 r x x x 10X-CC 73.7 r x x x 11X-2, 60–64 75.80–75.84 x x x 11X-3, 60–64 77.30–77.34 r x x x 11X-4, 60–64 78.80–78.84 r x x x x x x 11X-5, 60–64 80.30–80.34 r x x x x x 11X-6, 60–64 81.80–81.84 x x x x 11X-CC 83.3 x x x x 12X-1, 60–64 83.90–83.94 x 12X-2, 60–64 84.40–84.44 x x 12X-CC 93 r x x x x 13X-1, 60–64 93.60–93.64 r x x x (1*) 13X-3, 60–64 96.60–96.64 x x x x x 13X-4, 60–64 98.10–98.14 x x x 13X-5, 60–64 99.60–99.64 x m x x x x x x x x x x x 13X-CC 102.6 r x x x x x x x 14X-1, 60–64 103.20–103.24 x m x x x x x x x x 14X-2, 60–64 104.70–104.74 r x x x x x x x x 14X-3, 60–64 106.20–106.24 r x x x 14X-4, 60–64 107.70–107.74 r x x x x x x x x 14X-5, 60–64 109.20–109.24 r x x x 14X-6, 60–64 110.70–110.74 r x x x x x x x 14X-CC 112.3 r x x x x x x x 17X-CC 140.7 m x x x x x x x r x x 19X-1, 60–64 150.90–150.94 x m x x x x x x x 19X-2, 32–34 152.12–152.14 x m x x x x x x 19X-2, 60–64 152.40–152.44 x r x x x 19X-3, 60–64 153.90–153.94 x m x x x x x 19X-4, 60–64 154.40–154.44 x x r x x x x x x 19X-CC 159.9 x m x x x x x r x 20X-1, 23–27 160.13–160.17 x r x x x x x x 20X-1, 60–64 161.40–161.44 x r x x x x x x 20X-2, 60–64 161.90–161.94 r x x x x x x x 20X-3, 60–64 163.40–163.44 m r x r x x x 20X-CC 169.6 r x x 21X-1, 60–64 170.10–170.14 r x 21X-CC 179.2 x x x x 22X-1, 60–64 179.80–179.84 m x x x x x x x x 22X-CC 188.8 r x x 23X-CC 198.4 x x 24X-CC 208 x x 25X-1, 22–24 208.22–208.24 x x x x x 25X-1, 60–64 208.60–208.64 m x x x x x x x x 25X-01, 80–82 25X-01, 128–130 25X-1, 128–130 209.28–209.30 c r r r x (1*) 25X-3, 60–64 211.60–211.64 x x (1*) 25X-5, 60–64 214.60–214.64 x x 25X-7, 60–64 217.60–217.64 r (3*) 26X-3, 60–64 221.20–221.24 x x (1*) x 26X-5, 60–64 224.20–224.24 x x (4*) 27X-CC 236.9 r (2*) 28X-3, 60–64 240.50–240.54 x r x x 28X-4, 60–64 242.00–242.04 r (1*) 29X-1, 60–62 247.10–247.12 r x x x 29X-2, 60–64 248.60–248.64 x (4*) 30X-5, 60–64 262.70–262.72 x 30X-CC 265.7 x 31X-1, 60–64 266.30–266.34 x (1*) 32X-1, 60–64 275.90–275.94 x 32X-2, 60–64 277.40–277.44 x x x 32X-3, 60–64 278.90–278.94 r x x 32X-4, 60–64 280.40–280.44 x x x 32X-5, 60–64 281.90–281.94 x x 32X-CC 284.6 x r x x x x 33X-1, 60–64 285.20–285.24 m x x x 33X-2, 60–64 286.70–286.74 x 33X-CC 293.9 x (1*) 34X-2.60–64 296.00–296.04 r x (1*) 35X-1, 68–73 303.88–303.93 x 35X-CC 312.8 36X-CC 322.5 x r x 37X-CC 332.1 x x 38X-1, 60–64 332.70–332.74 x (1*) 38X-3, 60–64 335.70–335.74 x 38X-CC 341.7 x x 39X-CC 351.3 m x x x 40X-1, 60–64 351.90–351.94 x 40X-2, 60–64 353.40–353.44 x x x 40X-3, 60–64 354.90–354.94 x (2*) 41X-2, 60–64 363.00–363.04 x r x x (1*) 41X-4, 60–64 366.00–366.04 x 41X-5, 60–64 367.50–367.54 r x x 41X-CC 370.6 x x x (1*) 42X-2, 60–64 372.70–372.24 x x x 42X-CC 380.2 r 43X-1, 60–64 380.60–380.64 r x 43X-2, 57–61 382.07–382.11 x 43X-3, 60–64 383.60–383.64 r x x 43X-CC 389.8 m x x x 44X-1, 60–64 390.40–390.44 x 44X-2, 60–64 391.90–391.94 x (3*) 46X-CC 418.7 x x (2*) 48X-1, 60–64 428.90–428.94 (4*) 48X-CC 437.9 r x x x 49X-1, 60–64 438.50–438.54 r x x x x 49X-2, 60–64 440.00–440.04 x x x x 49X-3, 60–64 441.50–441.54 x 49X-4, 60–64 443.00–443.04 r x x (1*)
Transcript
ODP Proceedings, Scientific Results, Volume 188
Ms 188SR-009, Table T6. Distribution of foraminifers, Site 1167.
Core, section, interval (cm)
Depth (mbsf) G
lobi
gerin
a bu
lloid
es
Glo
bige
rina
falc
onen
sis
Glo
bige
rina
sp.
Glo
bige
rinita
qui
nque
loba
Neo
glob
oqua
drin
a pa
chyd
erm
a
Anom
alin
oide
s sp
.
Astr
onon
ion
anta
rctic
um
Astr
onon
ion
cf. t
umid
ulus
Astr
onon
ion
tum
idum
Cas
sidu
lina
laev
igat
a
Cas
sidu
lina
min
uta
Cas
sidu
linoi
des
park
eria
nus
Cas
sidu
linoi
des
porr
ectu
s
Cib
icid
es c
f. m
undu
lus
Cib
icid
es lo
batu
lus
Cib
icid
es p
seud
oung
eria
nus
Cib
icid
es r
eful
gens
Cib
icid
es s
p. i
ndet
.
Cib
icid
es s
ubha
idin
gerii
Cib
icid
es w
uelle
rsto
rfi
Den
talin
a sp
.
Dis
corb
inel
la s
ubbe
rthe
loti
Dis
corb
inel
la s
ubco
mpl
anat
a
Egge
rella
bra
dyi
Ehre
nber
gina
gla
bra
Ehre
nber
gina
pup
a
Epis
tom
inel
la e
xigu
a
Epon
ides
sp
.
Fiss
urin
a ab
norm
is
Fiss
urin
a ap
erta
Fiss
urin
a cf
. sub
form
osa
Fiss
urin
a ci
rcul
um
Fiss
urin
a m
argi
nata
Fiss
urin
a sp
.
Glo
boca
ssid
ulin
a cr
assa
bio
ra
Glo
boca
ssid
ulin
a cr
assa
cra
ssa
Glo
boca
ssid
ulin
a cr
assa
ros
sens
is
Glo
boca
ssid
ulin
a sp
. ind
et.
Glo
boca
ssid
ulin
a su
bglo
bosa
Karr
erie
lla n
ovan
glia
e
Lage
na fi
eldi
ana
Lage
na h
exag
ona
Lage
na la
evis
Lage
na s
ulca
ta
Lent
icul
ina
anta
rctic
a
Mar
ginu
lina
mili
olid
inde
t.
Mili
olin
ella
aus
tral
is
Mili
olin
ella
tria
ngul
aris
Mili
onel
la s
ubro
tund
a
Non
ion
depr
essu
lum
Non
ione
lla b
rady
i
Non
ione
lla ir
idea
Ool
ina
glob
osa
Para
fissu
rina
ovat
a
Para
fissu
rina
wie
sner
i
Pulle
nia
bullo
ides
Pulle
nia
sim
plex
Pyrg
o in
orna
ta
Pyrg
o m
urrh
ina
Qui
nque
locu
lina
lam
arck
iana
Trifa
rina
angu
losa
Trifa
rina
carin
ata
Uvi
gerin
a gr
acili
form
is
Uvi
gerin
a hi
spid
ocos
tata
Virg
ulin
a fu
sifo
rmis
Echi
node
rms
Spon
ge s
pic
ules
Ost
raco
des
Mol
lusk
frag
men
ts
Radi
olar
ians
188-1167A-1H-1, 60–64 0.60–0.64 a r m m m c r r r c m m m m r m m m x x1H-2, 60–64 2.10–2.14 x r x x x x1H-3, 60–64 3.60–3.64 r(2*)2H-2, 60–64 7.30–7.34 r x x2H-3, 60–64 8.80–8.84 x2H-4, 60–64 10.30–10.34 m x x x x x x x2H-5, 60–64 11.80–11.84 r x2H-CC 14.7 r x x x3H-1, 60–64 15.30–15.34 r x x(1*)3H-3, 60–64 18.10–18.14 x x3H-4, 60–64 19.60–19.64 r x3H-5, 60–64 21.10–21.14 x x x3H-6, 60–64 22.60–22.64 x3H-CC 24.2 x4H-1, 60–64 24.80–24.84 x x4H-2, 60–64 26.30–26.34 r x x4H-3, 60–64 27.80–27.84 r x4H-4, 60–64 29.30–29.34 r x x x4H-5, 60–64 30.80–30.84 x x x x4H-CC 33.7 x x x5H-1, 60–64 34.30–34.34 r x x x x x x5H-2, 60–64 35.80–35.84 r x x x x5H-3, 34–36 37.04–37.06 r c r r r r5H-3, 60–64 37.30–37.34 x m x x5H-4, 60–64 38.80–38.84 x x x5H-CC 39.7 r x x x x x x7X-1, 60–64 40.30–40.34 r x x x x7X-2, 60–64 41.80–41.84 r x x x x x x x7X-CC 45 r x x x ?8X-1, 60–64 45.60–45.64 m x x x x x r x x x8X-2, 60–64 47.10–47.14 r x x x x8X-3, 60–64 48.60–48.64 r x x x x x x x8X-CC 54.7 m x x x x x r x r9X-CC 64.3 x x x x10X-1, 60–64 64.90–64.94 x10X-2, 60–64 66.40–66.44 r x10X-3, 60–64 67.90–67.94 r x x x10X-CC 73.7 r x x x11X-2, 60–64 75.80–75.84 x x x11X-3, 60–64 77.30–77.34 r x x x11X-4, 60–64 78.80–78.84 r x x x x x x11X-5, 60–64 80.30–80.34 r x x x x x11X-6, 60–64 81.80–81.84 x x x x11X-CC 83.3 x x x x12X-1, 60–64 83.90–83.94 x12X-2, 60–64 84.40–84.44 x x12X-CC 93 r x x x x13X-1, 60–64 93.60–93.64 r x x x(1*)13X-3, 60–64 96.60–96.64 x x x x x13X-4, 60–64 98.10–98.14 x x x13X-5, 60–64 99.60–99.64 x m x x x x x x x x x x x13X-CC 102.6 r x x x x x x x14X-1, 60–64 103.20–103.24 x m x x x x x x x x14X-2, 60–64 104.70–104.74 r x x x x x x x x14X-3, 60–64 106.20–106.24 r x x x14X-4, 60–64 107.70–107.74 r x x x x x x x x14X-5, 60–64 109.20–109.24 r x x x14X-6, 60–64 110.70–110.74 r x x x x x x x14X-CC 112.3 r x x x x x x x17X-CC 140.7 m x x x x x x x r x x19X-1, 60–64 150.90–150.94 x m x x x x x x x19X-2, 32–34 152.12–152.14 x m x x x x x x19X-2, 60–64 152.40–152.44 x r x x x19X-3, 60–64 153.90–153.94 x m x x x x x19X-4, 60–64 154.40–154.44 x x r x x x x x x19X-CC 159.9 x m x x x x x r x20X-1, 23–27 160.13–160.17 x r x x x x x x20X-1, 60–64 161.40–161.44 x r x x x x x x20X-2, 60–64 161.90–161.94 r x x x x x x x20X-3, 60–64 163.40–163.44 m r x r x x x20X-CC 169.6 r x x21X-1, 60–64 170.10–170.14 r x21X-CC 179.2 x x x x22X-1, 60–64 179.80–179.84 m x x x x x x x x22X-CC 188.8 r x x23X-CC 198.4 x x24X-CC 208 x x25X-1, 22–24 208.22–208.24 x x x x x25X-1, 60–64 208.60–208.64 m x x x x x x x x25X-01, 80–8225X-01, 128–13025X-1, 128–130 209.28–209.30 c r r r x(1*) 25X-3, 60–64 211.60–211.64 x x(1*) 25X-5, 60–64 214.60–214.64 x x25X-7, 60–64 217.60–217.64 r(3*) 26X-3, 60–64 221.20–221.24 x x(1*) x26X-5, 60–64 224.20–224.24 x x(4*) 27X-CC 236.9 r(2*) 28X-3, 60–64 240.50–240.54 x r x x28X-4, 60–64 242.00–242.04 r(1*)
Note: * = number of barren samples between listed intervals. aa = >100,000 specimens; a = 10,000–100,000 specimens; c = 1,000–10,000 specimens; m = 100–1,000 specimens; r = 10–100 specimens; x = 1–10 specimens.
29X-1, 60–62 247.10–247.12 r x x x29X-2, 60–64 248.60–248.64 x(4*) 30X-5, 60–64 262.70–262.72 x30X-CC 265.7 x31X-1, 60–64 266.30–266.34 x(1*) 32X-1, 60–64 275.90–275.94 x32X-2, 60–64 277.40–277.44 x x x32X-3, 60–64 278.90–278.94 r x x32X-4, 60–64 280.40–280.44 x x x32X-5, 60–64 281.90–281.94 x x32X-CC 284.6 x r x x x x33X-1, 60–64 285.20–285.24 m x x x33X-2, 60–64 286.70–286.74 x33X-CC 293.9 x(1*) 34X-2.60–64 296.00–296.04 r x(1*) 35X-1, 68–73 303.88–303.93 x35X-CC 312.836X-CC 322.5 x r x37X-CC 332.1 x x38X-1, 60–64 332.70–332.74 x(1*) 38X-3, 60–64 335.70–335.74 x38X-CC 341.7 x x39X-CC 351.3 m x x x40X-1, 60–64 351.90–351.94 x40X-2, 60–64 353.40–353.44 x x x40X-3, 60–64 354.90–354.94 x(2*) 41X-2, 60–64 363.00–363.04 x r x x(1*) 41X-4, 60–64 366.00–366.04 x41X-5, 60–64 367.50–367.54 r x x41X-CC 370.6 x x x(1*) 42X-2, 60–64 372.70–372.24 x x x42X-CC 380.2 r43X-1, 60–64 380.60–380.64 r x43X-2, 57–61 382.07–382.11 x43X-3, 60–64 383.60–383.64 r x x43X-CC 389.8 m x x x44X-1, 60–64 390.40–390.44 x44X-2, 60–64 391.90–391.94 x(3*) 46X-CC 418.7 x x(2*) 48X-1, 60–64 428.90–428.94(4*) 48X-CC 437.9 r x x x49X-1, 60–64 438.50–438.54 r x x x x49X-2, 60–64 440.00–440.04 x x x x49X-3, 60–64 441.50–441.54 x49X-4, 60–64 443.00–443.04 r x x(1*)
P.G
. QU
ILT
YN
EO
GE
NE F
OR
AM
INIFE
RS A
ND
AC
CE
SSOR
IES
1
Table
Core, interv G
lobo
cass
idul
ina
cras
sa c
rass
a
Glo
boca
ssid
ulin
a cr
assa
ros
sens
is
Glo
boca
ssid
ulin
a sp
. ind
et.
Glo
boca
ssid
ulin
a su
bglo
bosa
Karr
erie
lla n
ovan
glia
e
Lage
na fi
eldi
ana
Lage
na h
exag
ona
Lage
na la
evis
Lage
na s
ulca
ta
Lent
icul
ina
anta
rctic
a
188-11671H-1, 6 r c1H-2, 6 x1H-3, 6(2*)2H-2, 6 x x2H-3, 62H-4, 6 x x2H-5, 62H-CC x3H-1, 6 x(1*)3H-3, 63H-4, 6 x3H-5, 6 x3H-6, 63H-CC4H-1, 6 x4H-2, 6 x4H-3, 64H-4, 6 x4H-5, 64H-CC x5H-1, 6 x x5H-2, 6 x5H-3, 3 r5H-3, 6 x5H-4, 6 x5H-CC x7X-1, 6 x7X-2, 6 x x7X-CC8X-1, 6 x r8X-2, 6 x x8X-3, 6 x x8X-CC x r9X-CC x10X-1, 10X-2, x10X-3, x
T6. Distribution of foraminifers, Site 1167. (See table notes. Continued on next seven pages.)
section, al (cm)
Depth (mbsf) G
lobi
gerin
a bu
lloid
es
Glo
bige
rina
falc
onen
sis
Glo
bige
rina
sp.
Glo
bige
rinita
qui
nque
loba
Neo
glob
oqua
drin
a pa
chyd
erm
a
Anom
alin
oide
s sp
.
Astr
onon
ion
anta
rctic
um
Astr
onon
ion
cf. t
umid
ulus
Astr
onon
ion
tum
idum
Cas
sidu
lina
laev
igat
a
Cas
sidu
lina
min
uta
Cas
sidu
linoi
des
park
eria
nus
Cas
sidu
linoi
des
porr
ectu
s
Cib
icid
es c
f. m
undu
lus
Cib
icid
es lo
batu
lus
Cib
icid
es p
seud
oung
eria
nus
Cib
icid
es r
eful
gens
Cib
icid
es s
p. in
det.
Cib
icid
es s
ubha
idin
gerii
Cib
icid
es w
uelle
rsto
rfi
Den
talin
a sp
.
Dis
corb
inel
la s
ubbe
rthe
loti
Dis
corb
inel
la s
ubco
mpl
anat
a
Egge
rella
bra
dyi
Ehre
nber
gina
gla
bra
Ehre
nber
gina
pup
a
Epis
tom
inel
la e
xigu
a
Epon
ides
sp
.
Fiss
urin
a ab
norm
is
Fiss
urin
a ap
erta
Fiss
urin
a cf
. sub
form
osa
Fiss
urin
a ci
rcul
um
Fiss
urin
a m
argi
nata
Fiss
urin
a sp
.
Glo
boca
ssid
ulin
a cr
assa
bio
ra
A-0–64 0.60–0.64 a r m m m c r r0–64 2.10–2.14 x r x0–64 3.60–3.64 r
0–64 7.30–7.34 r0–64 8.80–8.84 x0–64 10.30–10.34 m x x x x0–64 11.80–11.84 r x
14.7 r x0–64 15.30–15.34 r
0–64 18.10–18.14 x x0–64 19.60–19.64 r0–64 21.10–21.14 x x0–64 22.60–22.64 x
24.2 x0–64 24.80–24.84 x0–64 26.30–26.34 r0–64 27.80–27.84 r x0–64 29.30–29.34 r x0–64 30.80–30.84 x x x
33.7 x0–64 34.30–34.34 r0–64 35.80–35.84 r x4–36 37.04–37.06 r c r r0–64 37.30–37.34 x m0–64 38.80–38.84 x x
39.7 r x x x0–64 40.30–40.34 r x0–64 41.80–41.84 r x x
45 r x x0–64 45.60–45.64 m x x x x0–64 47.10–47.14 r x0–64 48.60–48.64 r x x
54.7 m x x x x64.3 x x x
60–64 64.90–64.94 x60–64 66.40–66.44 r60–64 67.90–67.94 r
24.20–64 24.80–24.840–64 26.30–26.34 x0–64 27.80–27.840–64 29.30–29.34 x0–64 30.80–30.84 x
33.7 x0–64 34.30–34.34 x x x x0–64 35.80–35.84 x x4–36 37.04–37.06 r0–64 37.30–37.34 x0–64 38.80–38.84
39.7 x x0–64 40.30–40.34 x x0–64 41.80–41.84 x x x
45 x ?0–64 45.60–45.64 x x x0–64 47.10–47.14 x0–64 48.60–48.64 x x x
54.7 x r64.3
60–64 64.90–64.9460–64 66.40–66.4460–64 67.90–67.94 x x
P.G
. QU
ILT
YN
EO
GE
NE F
OR
AM
INIFE
RS A
ND
AC
CE
SSOR
IES
3
Table
Core, interv G
lobo
cass
idul
ina
cras
sa c
rass
a
Glo
boca
ssid
ulin
a cr
assa
ros
sens
is
Glo
boca
ssid
ulin
a sp
. ind
et.
Glo
boca
ssid
ulin
a su
bglo
bosa
Karr
erie
lla n
ovan
glia
e
Lage
na fi
eldi
ana
Lage
na h
exag
ona
Lage
na la
evis
Lage
na s
ulca
ta
Lent
icul
ina
anta
rctic
a
10X-CC x11X-2, x11X-3, x11X-4, x x x11X-5, x x11X-6, x11X-CC x12X-1, 12X-2, 12X-CC x13X-1, x(1*)13X-3, x x13X-4, 13X-5, x x13X-CC x x14X-1, x x14X-2, x x14X-3, x14X-4, x x x14X-5, x14X-6, x x14X-CC x17X-CC x r x19X-1, x x19X-2, x x x19X-2, x19X-3, x19X-4, x x19X-CC x r20X-1, x20X-1, x20X-2, x x20X-3, x r x20X-CC x21X-1, 21X-CC22X-1, x x22X-CC x23X-CC x
T6 (continued).
section, al (cm)
Depth (mbsf) G
lobi
gerin
a bu
lloid
es
Glo
bige
rina
falc
onen
sis
Glo
bige
rina
sp.
Glo
bige
rinita
qui
nque
loba
Neo
glob
oqua
drin
a pa
chyd
erm
a
Anom
alin
oide
s sp
.
Astr
onon
ion
anta
rctic
um
Astr
onon
ion
cf. t
umid
ulus
Astr
onon
ion
tum
idum
Cas
sidu
lina
laev
igat
a
Cas
sidu
lina
min
uta
Cas
sidu
linoi
des
park
eria
nus
Cas
sidu
linoi
des
porr
ectu
s
Cib
icid
es c
f. m
undu
lus
Cib
icid
es lo
batu
lus
Cib
icid
es p
seud
oung
eria
nus
Cib
icid
es r
eful
gens
Cib
icid
es s
p. in
det.
Cib
icid
es s
ubha
idin
gerii
Cib
icid
es w
uelle
rsto
rfi
Den
talin
a sp
.
Dis
corb
inel
la s
ubbe
rthe
loti
Dis
corb
inel
la s
ubco
mpl
anat
a
Egge
rella
bra
dyi
Ehre
nber
gina
gla
bra
Ehre
nber
gina
pup
a
Epis
tom
inel
la e
xigu
a
Epon
ides
sp
.
Fiss
urin
a ab
norm
is
Fiss
urin
a ap
erta
Fiss
urin
a cf
. sub
form
osa
Fiss
urin
a ci
rcul
um
Fiss
urin
a m
argi
nata
Fiss
urin
a sp
.
Glo
boca
ssid
ulin
a cr
assa
bio
ra
73.7 r x60–64 75.80–75.84 x x60–64 77.30–77.34 r x60–64 78.80–78.84 r x60–64 80.30–80.34 r x60–64 81.80–81.84 x
83.3 x x x60–64 83.90–83.94 x60–64 84.40–84.44 x
93 r x60–64 93.60–93.64 r
60–64 96.60–96.64 x x60–64 98.10–98.14 x60–64 99.60–99.64 x m x x x x x x
102.6 r x x60–64 103.20–103.24 x m x x60–64 104.70–104.74 r x x x60–64 106.20–106.24 r x60–64 107.70–107.74 r x x x60–64 109.20–109.24 r60–64 110.70–110.74 r x
112.3 r x x x140.7 m x x x x x x
60–64 150.90–150.94 x m x x x32–34 152.12–152.14 x m x60–64 152.40–152.44 x r x60–64 153.90–153.94 x m x x60–64 154.40–154.44 x x r x x x
159.9 x m x x x x23–27 160.13–160.17 x r x x60–64 161.40–161.44 x r x x x60–64 161.90–161.94 r x x60–64 163.40–163.44 m r
73.7 x60–64 75.80–75.8460–64 77.30–77.34 x60–64 78.80–78.84 x x60–64 80.30–80.34 x x60–64 81.80–81.84 x x
83.360–64 83.90–83.9460–64 84.40–84.44 x
93 x x60–64 93.60–93.64 x x
60–64 96.60–96.64 x60–64 98.10–98.14 x x60–64 99.60–99.64 x x x
102.6 x x x60–64 103.20–103.24 x x x x60–64 104.70–104.74 x x x60–64 106.20–106.24 x60–64 107.70–107.74 x x60–64 109.20–109.24 x x60–64 110.70–110.74 x x x x
112.3 x x x140.7 x
60–64 150.90–150.94 x x32–34 152.12–152.14 x x60–64 152.40–152.44 x60–64 153.90–153.94 x x60–64 154.40–154.44 x
159.9 x23–27 160.13–160.17 x x x60–64 161.40–161.44 x x60–64 161.90–161.94 x x x60–64 163.40–163.44 x x
169.6 x60–64 170.10–170.14 x
179.2 x x x60–64 179.80–179.84 x
188.8198.4
P.G
. QU
ILT
YN
EO
GE
NE F
OR
AM
INIFE
RS A
ND
AC
CE
SSOR
IES
5
Table
Core, interv G
lobo
cass
idul
ina
cras
sa c
rass
a
Glo
boca
ssid
ulin
a cr
assa
ros
sens
is
Glo
boca
ssid
ulin
a sp
. ind
et.
Glo
boca
ssid
ulin
a su
bglo
bosa
Karr
erie
lla n
ovan
glia
e
Lage
na fi
eldi
ana
Lage
na h
exag
ona
Lage
na la
evis
Lage
na s
ulca
ta
Lent
icul
ina
anta
rctic
a
24X-CC x25X-1, 25X-1, x x25X-0125X-0125X-1, (1*)25X-3, (1*)25X-5, 25X-7, (3*)26X-3, x(1*) x26X-5, x(4*)27X-CC(2*)28X-3, x28X-4, (1*)29X-1, x29X-2, (4*)30X-5, 30X-CC31X-1, (1*)32X-1, 32X-2, x32X-3, x x32X-4, x32X-5, x32X-CC x x33X-1, x33X-2, 33X-CC(1*)34X-2.6 x(1*)
T6 (continued).
section, al (cm)
Depth (mbsf) G
lobi
gerin
a bu
lloid
es
Glo
bige
rina
falc
onen
sis
Glo
bige
rina
sp.
Glo
bige
rinita
qui
nque
loba
Neo
glob
oqua
drin
a pa
chyd
erm
a
Anom
alin
oide
s sp
.
Astr
onon
ion
anta
rctic
um
Astr
onon
ion
cf. t
umid
ulus
Astr
onon
ion
tum
idum
Cas
sidu
lina
laev
igat
a
Cas
sidu
lina
min
uta
Cas
sidu
linoi
des
park
eria
nus
Cas
sidu
linoi
des
porr
ectu
s
Cib
icid
es c
f. m
undu
lus
Cib
icid
es lo
batu
lus
Cib
icid
es p
seud
oung
eria
nus
Cib
icid
es r
eful
gens
Cib
icid
es s
p. in
det.
Cib
icid
es s
ubha
idin
gerii
Cib
icid
es w
uelle
rsto
rfi
Den
talin
a sp
.
Dis
corb
inel
la s
ubbe
rthe
loti
Dis
corb
inel
la s
ubco
mpl
anat
a
Egge
rella
bra
dyi
Ehre
nber
gina
gla
bra
Ehre
nber
gina
pup
a
Epis
tom
inel
la e
xigu
a
Epon
ides
sp
.
Fiss
urin
a ab
norm
is
Fiss
urin
a ap
erta
Fiss
urin
a cf
. sub
form
osa
Fiss
urin
a ci
rcul
um
Fiss
urin
a m
argi
nata
Fiss
urin
a sp
.
Glo
boca
ssid
ulin
a cr
assa
bio
ra
208 x22–24 208.22–208.24 x x x60–64 208.60–208.64 m x x x, 80–82, 128–130128–130 209.28–209.30 c r
= number of barren samples between listed intervals. aa = >100,000 specimens; a = 10,000–100,000 specimens; c = 1,000–10,000 specimens; m = 1imens; x = 1–10 specimens.
section, al (cm)
Depth (mbsf) G
lobi
gerin
a bu
lloid
es
Glo
bige
rina
falc
onen
sis
Glo
bige
rina
sp.
Glo
bige
rinita
qui
nque
loba
Neo
glob
oqua
drin
a pa
chyd
erm
a
Anom
alin
oide
s sp
.
Astr
onon
ion
anta
rctic
um
Astr
onon
ion
cf. t
umid
ulus
Astr
onon
ion
tum
idum
Cas
sidu
lina
laev
igat
a
Cas
sidu
lina
min
uta
Cas
sidu
linoi
des
park
eria
nus
Cas
sidu
linoi
des
porr
ectu
s
Cib
icid
es c
f. m
undu
lus
Cib
icid
es lo
batu
lus
Cib
icid
es p
seud
oung
eria
nus
Cib
icid
es r
eful
gens
Cib
icid
es s
p. in
det.
Cib
icid
es s
ubha
idin
gerii
Cib
icid
es w
uelle
rsto
rfi
Den
talin
a sp
.
Dis
corb
inel
la s
ubbe
rthe
loti
Dis
corb
inel
la s
ubco
mpl
anat
a
Egge
rella
bra
dyi
Ehre
nber
gina
gla
bra
Ehre
nber
gina
pup
a
Epis
tom
inel
la e
xigu
a
Epon
ides
sp
.
Fiss
urin
a ab
norm
is
Fiss
urin
a ap
erta
Fiss
urin
a cf
. sub
form
osa
Fiss
urin
a ci
rcul
um
Fiss
urin
a m
argi
nata
Fiss
urin
a sp
.
Glo
boca
ssid
ulin
a cr
assa
bio
ra
Glo
boca
ssid
ulin
a cr
assa
cra
ssa
68–73 303.88–303.93 x312.8322.5 x r x332.1 x x
60–64 332.70–332.74 x
60–64 335.70–335.74 x341.7 x351.3 m
60–64 351.90–351.94 x60–64 353.40–353.44 x x60–64 354.90–354.94 x
60–64 363.00–363.04 x r
60–64 366.00–366.04 x60–64 367.50–367.54 r x
370.6 x x x
60–64 372.70–372.24 x x380.2 r
60–64 380.60–380.64 r57–61 382.07–382.11 x60–64 383.60–383.64 r x
389.8 m x60–64 390.40–390.44 x60–64 391.90–391.94 x
418.7 x
60–64 428.90–428.94
437.9 r
60–64 438.50–438.54 r x x60–64 440.00–440.04 x x x x60–64 441.50–441.54 x60–64 443.00–443.04 r
