Sovetskaya Lake
75 000
F
Located beneath Sovetskaya Station. The first subglacial lake to be discovered (
Lake Vostok
280 000
Included in the first inventory of Oswald and Robin (1973), 12 short SPRI transe
SPRI-3
5 000
A
Oswald and Robin (1973)
SPRI-4
3 500
SPRI-5
10 000
B
Concordia Lake
45 000
E
First recorded in Oswald and Robin (1973), these data from Filina (2007)
SPRI-7
SPRI-8
SPRI-9/16/20
Oswald and Robin (1973); three lake records covered by a conspicuous flat ice su
SPRI-10
SPRI-11/ITL-7
10 725
Oswald and Robin (1973); re-surveyed by Tabacco et al. (2003)
SPRI-12
SPRI-13/14/ITL-10
11 465
Oswald and Robin (1973); 2 lakes re-surveyed and combined by Tabacco et al. (200
SPRI-15
2 000
SPRI-17
15 000
Adventure Trench Lake
52 000
Large lake within the Adventure Subglacial Trench, data from Carter et al. (2007
SPRI-19
8 375
Siegert et al. (1996)
SPRI-21
670
SPRI-22
3 685
Siegert et al. (1996); approx. 10 km from ITL-28, 20 km from SPRI-42/43
SPRI-23
3 015
SPRI-24
4 188
SPRI-25/76
3 484
Siegert et al. (1996), One lake at Dome C covered by two SPRI records, re-survey
SPRI-26
2 680
SPRI-27
6 700
SPRI-28/63
28100 + 4000
C
Two lake records covered by a conspicuous flat ice surface (Siegert & Ridley, 19
SPRI-29
2 848
SPRI-30/58
43 550
Lake at the mouth of the Astrolabe Subglacial Basin, Terre Adelie, covered by tw
SPRI-31
SPRI-32
2 881
SPRI-33
8 650
Resurveyed by ICECAP in 08/09, near Aurora Lake (Wright et al., 2012)
Aurora Lake
18 275
Aurora Lake (Tabacco et al. 2003), re-surveyed by ICECAP in 2008/09 (Wright et a
SPRI-35
SPRI-36
1 550
Re-surveyed by ICECAP in 2009/10, in very mountainous topography (Wright et al.,
SPRI-37
1 340
SPRI-38
1 608
SPRI-39
SPRI-40
3 350
SPRI-41
3 183
SPRI-42/43
10 050
SPRI-44
SPRI-45
SPRI-46
2 412
SPRI-47
SPRI-48
SPRI-49
5 360
SPRI-50
SPRI-51
8 040
SPRI-52
1 876
SPRI-53
1 675
SPRI-54/59
SPRI-55
11 725
SPRI-56
SPRI-57
SPRI-60
SPRI-61
5 025
SPRI-62
2 010
SPRI-64
2 512
SPRI-65
SPRI-66
14 070
SPRI-67
SPRI-68
SPRI-69
South Pole Lake (SPRI-70)
South Pole Lake (Siegert et al., 2005), seismic survey by Peters et al. (2008) r
SPRI-71
SPRI-72
SPRI-73
SPRI-74
SPRI-75
SPRI-77
1 943
Siegert et al. (1996), not recorded by Blankenship et al. (2009)
Subglacial Lake Ellsworth
14 700
Siegert et al. (2005); recent geophysical survey by Woodward et al. (2010)
ITL-1
2 178
Tabacco et al. (2003)
ITL-2
1 142
ITL-3
1 712
ITL-4
3 086
ITL-5
4 486
ITL 6
4 453
ITL 8
1 993
ITL 9
3 296
Tabacco et al. (2003); Blankenship et al. (2009)
ITL 11
3 369
ITL 12
27 229
ITL 13
11 828
Vincennes Lake
26 608
Tabacco et al., 2003; partly covered by Blankenship et al. (2009)
ITL 17
9 573
ITL 18
5 914
M-310
Popov and Masolov (2003)
M-511
8 000
M-610
M-2011
20 000
M-2710
18 000
M-2713
M-3112
M-3710
M-3010
M-3510
M-3809
M-3211
SAE35
7 000
Siegert et al. (2005)
WLK-6
21 000
Previously several lakes (101,105,106 and 107 in Siegert et al., 2005), joined i
WLK-14
17 000
Previously lakes 102 and 109 in Siegert et al. (2005), joined in Blankenship et
WLK-12
Previously lakes 103, 112 and 113 in Siegert et al. (2005), joined by Blankenshi
WLK-24
6 000
Previously lake 114 in Siegert et al. (2005), re-surveyed by Blankenship et al.
WLK-17
1 500
Previously lake 117 in Siegert et al. (2005), re-surveyed by Blankenship et al.
DCS/DCSx/X02b - X02e
2 262
DCS/DCSx/X01c
5 390
DCS/DCSx/X01d
975
LVS-12
1 000
Previously lake 138 in Siegert et al. (2005), re-surveyed by Blankenship et al.
LVS-9
1 200
Previously lake 140 in Siegert et al. (2005), re-surveyed by Blankenship et al.
LVS-13
Previously lake 142 Siegert et al. (2005), re-surveyed by Blankenship et al. (20
90oE lake
123 000
This was LVS/WCx/X37b (143) in Siegert et al. (2005), named 90oE Lake by Bell et
C25SAE1
H
Bogorodskiy and Sheremet'yev (1981), Siegert et al. (2005)
C25SAE2
Bindschadler5
G
Discovered by Gray et al. (2005) using radar interferrometry, same lake detected
Kamb10
L1
6 800
Wingham et al. (2006) upstream discharging lake; Surveyed by ICECAP in 2008/09 (
U1
Wingham et al. (2006) downstream filling site
U2
U3
no name
600
South end of Vostok Subglacial Lake (Popov and Masolov, 2007), probably the same
700
Near Vostok Subglacial Lake (Popov and Masolov, 2007)
4 500
Popov and Masolov (2007), isolated? embayment on the eastern margin of VSL, LVS-
LVS-8
3 800
Popov and Masolov (2007) east of VSL, LVS-8 in Blankenship et al. (2009)
500
1 800
2 100
2 300
3 100
800
Popov and Masolov (2007), near Blankenship et al. (2009) fuzzy lake at north end
1 700
LVS-11
5 800
Popov and Masolov (2007), LVS-11 in Blankenship et al. (2009)
Near Vostok Subglacial Lake (Popov and Masolov, 2007), near to a Blankenship et
4 000
Komsomolskoe Subglacial lake
4 300
50km north of Komsomolskaya Station on the traverse between Mirny and Vostok (Po
Pionerskoe Subglacial Lake
9 000
Beneath Sovetskaya station (Popov and Masolov, 2007)
WLK-4
35 000
D
Blankenship et al. (2009)
WLK-5
WLK-7
14 000
WLK-8
WLK-9
< 4000
WLK-10
WLK-11
WLK-13
Horseshoe Lake (WLK-15)
WLK-16
WLK-18
WLK-19
WLK-21
WLK-22
WLK-23
WLK-26
WLK-27
WLK-28
WLK-29
WLK-30
WLK-31
13 000
WLK-32
WLK-33
WLK-34
WLK-35
12 000
WLK-36
27 000
WLK-37
WLK-38
WLK-39
WLK-40
22 000
WLK-41
WLK-42
LVS-1
3 900
LVS-2
3 870
LVS-3
LVS-4
3 880
Blankenship et al. (2009), very near lake 146
LVS-5
LVS-6
2 670
LVS-14
PPT-1
28 000
Blankenship et al. (2009), dim lake 26 km [grid SW] of the south pole
PPT-2
PPT-3
Blankenship et al. (2009), dim lake 16km [grid W] of the south pole
PPT-4
11 000
Blankenship et al. (2009), Mercer Ice Stream, may be sea water inlet from Ross I
PPT-6
PPT-7
Blankenship et al. (2009), Mercer Ice Stream
PPT-8
PPT-9
PPT-11
PPT-12
Blankenship et al. (2009), definite lake 10.8km [grid NE] from the south pole
PPT-15
PPT-16             (Lake Mercer)
Fricker et al. (2007), Blankenship et al. (2009)
PPT-17
PPT-18
PPT-19
PPT-20
PPT-21
PPT-22
Blankenship et al. (2009), two records <1km apart
PPT-23
PPT-25
PPT-26
PPT-28
PPT-29
PPT-30
PPT-31
PPT-32
PPT-33
Blankenship et al. (2009), Mercer Ice Stream, two records separated by 2km
PPT-35
PPT-36
PPT-37
PPT-38
PPT-39
PPT-40
Blankenship et al. (2009), 6km from PPT-43
PPT-41
PPT-42
PPT-43
Blankenship et al. (2009), 6km from PPT-40
PPT-44
Recovery A
First ID from ice surface morphology Bell et al. (2007); Langley et al. (2011) i
Recovery B
First ID from ice surface morphology Bell et al., 2007; Langley et al., 2011 ide
Recovery C
Bell et al. (2007), Recovery Ice Stream onset region lake identified from satell
Recovery D
Mercer1
Fricker et al. (2007)
Whillans1          (Lake Engelhardt)
30 000
Lake Engelhardt (Fricker et al., 2007)
Whillans2a
Whillans2b
Whillans3          (Lake Whillans)
Lake Whillans, (Fricker et al., 2007); Geophysical observations made at low stan
Whillans4          (Lake Conway)
Lake Conway (Fricker et al., 2007)
MacAyeal1/Mac1
Smith et al. (2009), Mac1 in Fricker et al. (2010)
MacAyeal2/Mac2
Smith et al. (2009), Mac2 in Fricker et al. (2010)
MacAyeal4
Smith et al. (2009)
Mac3
Fricker et al. (2010), associated with 'sticky spot' in the ice stream
Mac4
Fricker et al. (2010), part of MacAyeal3 in Smith et al. (2009)
Mac5
Byrd1
Lake seen to drain by Stearns et al. (2008) coincident with a speed-up of the By
Byrd2
ITL-19
1 460
Cafarella et al. (2006)
ITL-20
ITL-21
1 540
ITL-22
2 440
ITL-23
9 620
ITL-24
8 700
Forieri et al. (2008)
ITL-25
ITL-26
ITL-27
ITL-28
5 600
Forieri et al. (2008), may be same as SPRI-22 or SPRI-42/43?
Academy1
Academy2
Academy3
Academy4
Academy5
Academy6
Academy7
Academy8
Academy9
Academy10
Academy11
Academy12
Academy13
Academy14
Academy15
Academy16
Bindschadler1
Bindschadler2
Bindschadler3
Bindschadler4
Bindschadler6
ByrdS1
ByrdS2
ByrdS3
ByrdS4
ByrdS5
ByrdS6
ByrdS7
ByrdS8
ByrdS9
ByrdS10
ByrdS11
ByrdS12
Smith et al. (2009), RES line from US-ITASE 2007 shows bed topo depression but l
ByrdS13
ByrdS14
ByrdS15
CookE1
CookE2
CookW1
CookW2
David1
David2
David3
David4
David5
David6
EAP1
EAP2
EAP3
EAP4
EAP5
EAP6
EAP7
EAP8
EAP9
Foundation1
Foundation2
Foundation3
InstituteE1
InstituteE2
InstituteW1
InstituteW2
Kamb trunk1
Kamb1
Kamb2
Kamb3
Kamb4
Kamb5
Kamb6
Kamb7
Kamb8
Kamb9
Kamb11
Kamb12
Lambert1
Lennox-King1
Mulock1
Ninnis1
Nimrod1
Nimrod2
Smith et al. (2009), covered by US-ITASE ground RES traverse 2007. No lake detec
Raymond1
Recovery1
Recovery2
Recovery3
Recovery4
Recovery5
Recovery6
Recovery7
Recovery8
Recovery9
Recovery10
Recovery11
Smith et al. (2009), RES survey during US-Norwegian IPY traverse shows a recentl
Rutford1
Slessor1
Slessor2
Slessor3
Slessor4
Slessor5
Slessor6
Slessor7
Totten1
Totten2
6 500
Smith et al. (2009), re-surveyed by ICECAP in 2008/09 finding a non-specular fuz
Vostok1
Whillans5
Whillans6
Whillans7
Whillans8
Wilkes1
Wlikes2
Langley et al. (2011), on the US-ITASE traverse route between Bell Recovery A an
R03Wa_1
2 150
slightly fuzzy, RHS of valley, confused layers
R04Ea_9
very strong lake, very specular, visible in low gain channel (Wright et al., 201
R05Ea_4
750
first in line of 3 mountain flank lakes (Wright et al., 2012)
R05Ea_5
1 950
fourth, larger and less distinct, in valley (Wright et al., 2012)
R06Wa_4
small lake near SPRI-28/63 (Wright et al., 2012)
R07Ea_9
1 250
small but bright lake (Wright et al., 2012)
R07Ta_1
small lake close to Lake Concordia (Wright et al., 2012)
R08Wa_0.1
Wright et al. (2012)
R08Wa_0.2
R13Ea_8
R15Ea_4
Site A
N. Young (personal comm.), drained followed by slow filling, near Totten Glacier
Site B
N. Young (personal comm.), filling site, near Totten Glacier
Site C