Compilation of planktonic foraminiferal census counts from the Southern Hemisphere Oceans
2016
Haddam, Naoufel | Michel, Elisabeth | Siani, Giuseppe | Cortese, Giuseppe | Bostock, Helen C | Duprat, Josette M | Isguder, Gulay
We present an improved database of planktonic foraminiferal census counts from the Southern Hemisphere Oceans (SHO) from 15°S to 64°S. The SHO database combines 3 existing databases. Using this SHO database, we investigated dissolution biases that might affect faunal census counts. We suggest a depth/[DCO3]2- threshold of ~3800 m/[DCO3]2- = ~-10 to -5 µmol/kg for the Pacific and Indian Oceans, and ~4000 m/[DCO3]2- = ~0 to 10 µmol/kg for the Atlantic Ocean, under which core-top assemblages can be affected by dissolution and are less reliable for paleo-sea surface temperature (SST) reconstructions. We removed all core-tops beyond these thresholds from the SHO database. This database has 598 core-tops and is able to reconstruct past SST variations from 2° to 25.5°C, with a root mean square error of 1.00°C, for annual temperatures. To inspect dissolution affects SST reconstruction quality, we tested the data base with two "leave-one-out" tests, with and without the deep core-tops. We used this database to reconstruct Summer SST (SSST) over the last 20 ka, using the Modern Analog Technique method, on the Southeast Pacific core MD07-3100. This was compared to the SSST reconstructed using the 3 databases used to compile the SHO database. Thus showing that the reconstruction using the SHO database is more reliable, as its dissimilarity values are the lowest. The most important aspect here is the importance of a bias-free, geographic-rich, database. We leave this dataset open-ended to future additions; the new core-tops must be carefully selected, with their chronological frameworks, and evidence of dissolution assessed.
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Rc17-91; Ps30/155; Proa; Ps22/678; U938; Elt34.001-pc; Msn-92pg; V27-192; Geob7177-2; Fr10/95-24; Southwest pacific ocean; Ant-vi/3; Lusiad-h; F104; Fr2/96-1; Ps16/294; Rc11-22; Ps18/262; Lsdh-062g; Brazil basin; Islas orcadas; Multicorer; I369; Ps16/337; West angola basin; V16-39; V34; Ps2495-1; Msn-93g; Rc09-125; Wakr05; Ant-x/4; Rc11-82; Geob7132-1; Geob7187-1; Z7003; Dw079; V16-122; V19-55; Md159; Ris-88g; Rr9702a-10mc2; Geob1211-1; V18-217; Franklin; Apsara2; Md76-010; Md94-03; Rc08-28; Rc14; 17; Rc11-78; Elt11.089; Rc11-80; F149; So136_060bx; 7sl; Ant-ix/4; Geob1413-2; Muk-20; V29-135; Geob1314-2; Gik17662-2; Rc12-306; Reference of data; Globorotalia truncatulinoides sinistral; Meteor (1986); V20-201; V16-36; Geob1207-2; Dwd-68bg; Ps28/314; Ar4-45; V29-134; Dw035; Fr2/96-9; Minicorer; Elt44; Bounty trough; Leg90; Geob7152-1; Q564; Rc08-50; Rc11-84; Eltanin; Falkland islands; Ps2610-1; V12; Reference/source; V18-222; Geob2021-4; Rc09-132; Md79-260; M16/1; V16-113; Geob7127-1; Réunion hotspot; So136_163gc-12; V19-209; Rr9702a-48mc4; Calypso; Geob7142-2; Rc09-128; M12/1; Angola basin; M29/1; Geob7183-1; H214; M20/2; Dw017; Cha-302; Tasqwa; Rc12-117; V24-235; Dwd-76bg; Md79-261; V28; Sensitive; Planktic; Fr2/96-8; Ps22/851; Ps2367-1; Geob7136-1; Geob1026-3; V26-63; V19-262; V18-182; Quality flag; Geob1030-3; Muk-27; Ps28/316; V16-47; V33-119; So136_162gc-12; Geob2019-2; Rc11-121; Mid atlantic ridge; Fr2/96-26; Ps18/231; Rc12-305; Rc09-144; So156/3; V18-191; W266; Pc; Md94-11; V20-200; Ps2105-2; H211; Nova-a37; Latitude of event; Ps28/256; V16; V33/4-14; V24-213; Rc17-80; Ar4-56; Q206; South pacific/cont rise; Geob1309-3; Globigerinita uvula; Dw034; V12-53; Geob7197-1; Md73026; Ps2494-1; Fr10/95-27; Elt45.081-pc; V21; Ps30/004; F755; Kr88-10; P69; Elt45.073-pc; Ar4-63; Md79275; Rc09-134; Fr2/96-6; So136_013bx; Geob1034-1; Ps16/342; Foraminifera; Msn-103p; V16-100; Geob7141-1; Discovery seamount; 1998); Ps28/236; Rc08-46; 10; Rc09-124; Rc09-147; Rc09-77; Dw074; Elt36; Geob7172-3; Rc09-127; Rr9702a-60mc2; Ps2230-1; Geob7143-1; Rc08-8; Geob1312-3; Geob7145-1; U939; 39kl; Drilling/drill rig; Geob1716-2; Lsda-133gb; Fr2/96-28; Ris91; Ant-viii/3; Md94-108; Slope off argentina; M15/2; Fr2/96-24; Dwd-74bg; Elt-1189; H.m.s. challenger (1872); Rc15-93; Kr88-01; V14-81; Md84-552; V24-229; Fr10/95-19; Fr2/96-12; R657; Dwd-17; Ar3-25; Dwd-60bg; Md94-08; Ps2250-6; Walvis ridge; Dwd-82; At_usa; Core; Rc13-253; F111; Rc11-120; Namibia continental slope; Ps1756-6; 35mf20120125; Ps2242-1; Rr9702a-01mc4; Md79277; Dwd-34hg; Geob1722-3; Gik17666-2; So36/2_39kl; Dis-385d; Globigerina falconensis; Ps16/278; Fr10/95 gc-27; Ps18/242; Osiris4; V22-92; V28-345; Antipode; So136_116bx; Md24kk63; Monsoon; Geob1414-2; F756; Globorotalia crassaformis; Md73029; Md88-795; Rc17-92; V19-245; V24-183; Lsdh-025v; Ps18/241; Ps2498-2; Rc17-94; Ps30/048; V24-223; Nova-a48; Geob1313-1; Md80-304; Rc15-115; V16-86; V19-163; Geob7211-1; Geob7212-1; Rc09-126; V24-206; V18-183; Globorotalia inflata; Rc09-139; Elt1227; Geob7207-1; Annual mean; Cha-296; Rc09-133; Calypso square corer; Rc08-51; Rs147-gc14; Station label; Md77-210; Elt-1271; Geob1713-6; Agulhas ridge; 9sl; Dw082; D206; Dwd-79; Geob1027-2; Geob1034-2; V23; Geob1419-1; Ps16; Rc08-52; Rc11-111; Geob7133-1; Rc17-47; Dwd-77bg; South atlantic ocean; V20-175; Bay of plenty; V29-93; Md84-562; Nova-a53; So136_110bx; Fr10/95-21; Geob7140-1; Ps2489-4; V14-67; Geob1725-1; Fr10/95-16; Carbonate ion; Elt16; Rc09-110; V19-256; Fr10/95 gc-29; Q200; Q585; Ps2366-1; R623; Kullenberg corer; Rc17-88; Fr10/95 gc-28; Lsdh-038v; V24-166; V24; Rr9702a-24mc3; Fr2/96-13; V22; Ps18/232; Ps2076-1; Rc12-103; Geob7180-1; Fr2/96; 34; 19sl; Kr88-03; Opr-476208; Namibia continental margin; Rc08-91; Rc11-126; Robert conrad; Rc11; V27-191; Globigerinella siphonifera; H347; Msn-104pg; V18-168; V18-34; Q859; Rc12-304; Ant-xi/2; V18-242; Rc11-99; Dwd-47bg; Ps28/342; V17-147; Marion dufresne (1995); V23-182; Ps2368-1; S931; Rc11-106; Md94-102; 20; Geob1218-1; Neogloboquadrina pachyderma sinistral; Globorotalia truncatulinoides dextral; Puck; Rc11-117; V12-66; V14-69c; Kr88-06; V24-201; Geob7213-1; Dwd-54hg; V29; Core8656; Horizon; V24-160; Ps22/853; Elt34.010-pc; Elt49.022-pc; V16-35; Rc13-40; Geob7123-1; Rc09-121; Dwd-48bg; Rc11-116; Globoturborotalita tenella; Elt50.033-pc; Fr2/96-10; V18-207; Elt49.025-pc; Ps1777-7; V24-158; Ps2075-3; Rc17-40; Dwd-59bg; Geob7138-1; Multiple opening/closing net; Rc11-79; Globigerinella adamsi; Elt-c100; V24-241; Rc13-39; V24-221; Rc11-123; Md189; So136_161bx; Ps2496-2; Rc14-63; Nova05ar-053p; Ps18/243; V27-206; Lsda-129g; Ps2354-1; V16-94; Md00; Rc17-74; H550; Ps12; Globigerina bulloides; Rc12-303; Rc08-64; Genesis iii; Comment; Cha-300; Md73011; Fr2/96-25; Resistant; V22-107; Rc11-35; Y71-06-12; Rc12-210; Elt16.009-pc; Q220; Rc12-293; V16-67; V18; V20-171; V16-64; Md88-774; Bra-91d; Antp-231g; Geob1711-5; Geob7181-1; Bra-96d; Drg; Rc08-22; Rc11-134; S924; Rc12-112; V16-41; Ps28/293; Elt45.070-pc; Geob7121-1; S804; Geob1204-3; Dwd-78bg; So136_100gc-12; W272; Gravity corer (kiel type); U951; Fr2/96-27; Atlantic indik ridge; Nova-a40; Rc11-37; Rc12-110; Rc17-81; V18-216; M6/6; Vema; Hunter channel; Md73023; Geob7175-4; So36/2_54kl; Dwd-58bg; Ps28/298; Dwd-93bg; Geob2726-3; Rc08-27; Rc09-143; Dwd-83bg; Rc17-97; Geob1025-2; Moderately resistant; Ps2499-1; Ps18/264; Dodo-130g; Geob1029-1; Geob1035-3; Rc15; Rc11-138; Ps2343-1; Dredge; Off chile; Fr2/96-5; Globoquadrina conglomerata; Rc11-141; Rc12-294; V19-65; Planktic dissolution-resistant; Rc17-77; Md84-550; V14-77; V24-181; Globigerinoides ruber; Fr10/95-25; Event label; Geob1705-2; Geob1415-1; So36/2_9sl; 7tow-105; Dwd-71bg; A150/180; Q208; Fr10/95-26; Fr10/95-9; Gf4; V15; Candeina nitida; Images xv - pachiderme; Ps2352-1; Rr9702a-06mc; Fr2/96-29; V14-47; V16-48; Lsda-136g; Roger a. revelle; V21-53; Ar3-38; 06mt15_2; Bc; Geob7134-1; Fr2/96-23; Ps22/850; Geob1215-1; Ps16/284; V19-242; V16-91; Fr2/96-11; Lsdh-033g; Dw036; Rc12-113; Tas_67gc49; V19-53; Longitude of event; V19-45; Rc08-53; Mozambique channel; V20-177; V22-71; Kr88-12; Polarstern; So36/2_7sl; Ps2508-1; Rc08-62; Rc13-228; V16-96; Elt45.029-pc; Extracted from the world ocean atlas 1998 (levitus et al.; Muc; Gik17667-1; Atlantic ridge; Ps28; Rr9702a-14mc; V24-161; Kulc; Ris-84g; So87; Geob1032-2; Rc11-21; Elt36.039-pc; V17; Ps2372-1; Challenger1872; Ps22/908; Rc09-104; Elt45; Ps2241-1; Dwd-61bg; Globigerinella calida; Dwd-64bg; D84; Geob2709-7; Rc15-151; 7tow05wt; October-december; V18-203; Turborotalita quinqueloba; Ps2351-1; Md94-10; Rr9702a-50mc4; Rr9702a-46mc1; Globorotalia scitula; Elt-1110; Elt34; V16-117; V18-193; Rc11-147; V12-43; Globorotalia hirsuta; U175; Md94-113; Geob1721-4; Dodo; Kr88-05; Geob1719-5; Md94-07; So36/2_19sl; Piston corer (bgr type); Md76-009; V19-240; Md84-568; Ps2106-1; Md94-107; 33; Dw123; Geob7156-1; Rc11-103; January-march; V16-37; Dodo-144v; Geob7191-1; Dwd-70bg; Ris-87g; Ps2084-2; Rr9702a-62mc3; Spencer f. baird; Beella digitata; Muk-19; Globorotalia crassula; Ps2557-2; Name; So136; Dwd-56hg; Ps1759-1; V19-214; Ps2083-1; 7tow_5; Ps2376-1; Ps2564-2; Ps16/334; V18-186; Osiris i; Mic; V16-58; Rc12-101; Giant box corer; Kr88-07; Rc13; Elt-1246; Globorotalia menardii group; V16-93; Q216; Fr10/95-10; 35; V18-215; Calypso corer; M23/1; Md88-770; Rc08-63; Geob1729-1; Box corer; Ps2609-2; So36/2; Globigerinita glutinata; Elevation of event; V20-176; P81; Rc17-34; Kasten corer; Chat 10k; Ps22 06aqantx_5; Rc09-131; Atlantis (1931); Fr10/95-11; Rc15-94; So156/2; Z3200; Geob7147-1; Ps1775-5; Md84-553; Y73-04; Glomar challenger; Rc11-125; Melville; Geob1217-1; V14; Geob1728-3; Yaquina; W268; Rig seismic; Rc12; Geolog fersman; Ps2110-1; Fr2/96-3; Geob1208-1; Bra-91ad; 30; Chn99-068; Lsdh-064pg; 47kl; Mons01ar-mons08ar; V16-50; Ps16/345; Ps28/395; Nova-a36; East brazil basin; Ps22/902; Elt36.042-pc; Cape basin; Geob1028-4; Lsda-131g; Geob1216-2; Msn; Elt49.024-pc; Dentagloborotalia anfracta; Rc12-297; Rc12-233; Fr10/95-29; Geob1306-1; Geob7144-1; Md73012; Geob7174-2; V18-189; Comment 2 (continued); Geob1220-2; Dwd-49bg; Ps1654-1; Rs147-gc07; Dw050; Ps2518-2; Rr9702a-52mc3; V20-187; Ps18/260; Ps18/263; Ps28/289; Geob1209-1; Geob7148-1; V16-88; Calypso corer ii; Elt45.077-pc; Rc17-93; Geob7189-1; Geob1203-2; Geob7214-1; Ps18/239; V16-87; Ps1778-1; Rc12-299; V20-170; Dwd-73bg; V22-169; Ant-xi/4; V22-122; Pulleniatina obliquiloculata; Ps2500-1; Q213; V16-190; V20; Rc09-150; Fr2/96-22; Calypso2; Station 6; Geob7135-1; Dwd-56bg; Geob2004-1; V19-248; V18-200; Hikurangi margin; Q575; Rc08-41; Geob7190-1; 90-594; V16-84; Rc12-291; Nel-394d; V24-208; Ps1754-2; Rr9702a; V19-213; Geob7182-1; At_ii-15_602-10a; Agulhas basin; Geob1033-3; Ps18/269; Rc12-298; Md79-254; Rc15-143; Marion dufresne (1972); Md94-117; Dwd-50hg; V20-199; Rs147; Ps28/350; Msn-126g; Nova-a64; Rc09-112; V16-95; Geob1026-2; Geob7137-2; Md84-561; Apsara4; Fr10/95-28; Ps2087-1; Rc12-266; V26; Rc17-83; Ps2560-4; S793; Turborotalita humilis; Other; Geob1418-1; Rc08-18; Msn-109p; Geob7209-2; Rc12-268; Md189-3396; Ris-91g; Thomas washington; Fr2/96-14; Dwd-63bg; Gravity corer; Rc11-26; Ps2103-2; Md94-101; Ps2507-1; Fr2/96-2; Fr10/95-15; Geob7130-1; So136_005muc; Y71-06; Fr10/95-14; Md84-551; So36/2_47kl; Dis-386d; Ant-x/6; Tenuitella iota; So136_165bx; Geob1308-1; Md84-560; Geob1307-2; Ps30/043; Md07-3100; U169; V27-188; Meteor rise; Ps28/304; V24-168; Fr2/96-4; V22-106; July-september; Rc12-107; Globigerinoides conglobatus; 54kl; Elt49; Geob1420-1; Rc17-95; V22-94; Antiprod; V18-126; Ps30/147; V19-208; Dw026; Geob7179-1; Globigerina rubescens; Rc12-241; Gkg; Lsdh; Rr9702a-08mc; V16-189; V26-68; Y73-04-034; Wakr03; Md76-011; Md84-527; Elt50; Ps1779-3; Ps2519-1; Fr10/95-22; Dw048; Geob1712-2; Geob1210-3; Geob7139-1; Ps2353-2; V24-220; Rc11-145; Lusiad-a; Md76-005; Rc11-124; Ps18/261; Gf4-120; Fr10/95-13; Rc11-118; Ris88; V24-159; V29-97; V19-246; Fr10/95-17; 7tow-072; Geob1710-2; Md73025-2; Neogloboquadrina pachyderma dextral; Ps2563-1; Rc11-128; Rc17-43; Md07-3082; Sphaeroidinella dehiscens; Ps2487-2; April-june; Rc08; Ar4-55; Ps18/244; Dwd-123; South pacific ocean; Geob1031-1; Opr-476156; E48; Antp-226g; Ause5506; Eastern rio grande rise; V27; Dwd-46bg; V12-56; Rc13-227; V12-18; Fr10/95; Ps2606-1; Walda; Piston corer; Dwd-35hh; P72; Rc12-235; Proa-048g; Geob7192-1; Dwd-75bg; Ps28/347; Rr9702a-42mc1; Elt11.010; Ps30/023; Ctd-ro; V19-64; V24-237; Md2036; W152; Ps30; Rc17; Rc1112; Rc11-122; V15-137; V16-125; B32; Msn-100g; Ps2086-3; V19-215; Ctd/rosette; Shona ridge; Fr10/95-23; V22-93; H534; Md94-06; Ps21 06aqantx_4; Ps2505-1; Opr-476184; Rc13-275; Geob7154-2; Conrad rise; Rc17-85; V16-65; Md94-02; S938; Md94-01; Geob7186-1; Oiso_21; Reunion hotspot; Rc09-129; Geob7194-1; Rc08-23; South tasman rise; Ps2104-1; Kl; Md790276; Orbulina universa; V19; V24-179; Md07-3088; Lsda-128g; Ar2-136; Rr9702a-64mc1; Geob7146-1; V19-207; Dwd-48hg; Geob1720-4; Globorotalia theyeri; Md77-256; V24-165; Ps18; Ps22/842; Neogloboquadrina dutertrei; South african margin; Fr2/96-7; Rc11-86; South indian ocean; Geob7193-1; Msn-90g; Ps28/404; Rc15-145; Drill; Geob7150-1; Geob7115-1; Md79-257; Rc08-40; Fr10/95-12; Geob1311-2; Geob7129-1; Md84-569; V20-190; V24-231; Indien sud 2; D178; Dwd-26; Elt49.023-pc; Cha-164a; Q215; Nova-a; Md38; V22-168; Rc08-60; Kr88-13; Rc12-300; Rr9702a-66mc1; Bra-262d; Lsda; Ps2085-1; Dodo-117p; Elt12.027; Q582; A260210a; Rc09; 21; Ps22; Ps22/973; Ps1776-6; Agso cruise 147; Ar2-128; V18-201; Md84-563; V34-2; Ant-x/5; V18-192; Geob2712-2; Ps22/899; Ps22/947; Geob7131-1; Md73015; Geob1036-3; Geob2703-7; Fr10/95-20; Rc13-242; Elt11.064; Rc17-86; Rc09-140; Geob7122-2; Rc12-292; Elt44.027-pc; Rc13-229; Ps16/351; Geob7149-1; Rc15-91; V18-110; U178; Fr10/95-18; Rc08-93; Globigerinoides sacculifer; Elt49.024a-tc; Ps2102-2; Casq; Dwd-62bg; Globoquadrina hexagona; Kr88-11; Ps12/557; Geob2016-3; Geob7153-1; Sl; V24-167; Rc17-76; Comment 3 (continued); Rc12-109; Dwd-74; Rr9702a-54mc3; So136_147bx; Tsp-97g; V24-162; Rc08-61; Opr-476223; Ar1-144; V18-188; Elt-1164; Ps30/144; Md12-3396cq; Q217; Rc11-146; V17-144; Rc08-39; V18-117; Rs147-gc31; V18-223; Dwd-36hg; V24-214; Fr2/96 gc-1; Geob1310-1; V27-190; Ps22/852; V27-215; Dwd-79bg
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text/tab-separated-values, 31420 data points
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CC-BY-3.0: Creative Commons Attribution 3.0 Unported, Access constraints: unrestricted, info:eu-repo/semantics/openAccess
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Supplement to: Haddam, Naoufel; Michel, Elisabeth; Siani, Giuseppe; Cortese, Giuseppe; Bostock, Helen C; Duprat, Josette M; Isguder, Gulay (2016): Improving past sea surface temperature reconstructions from the Southern Hemisphere oceans using planktonic foraminiferal census data. Paleoceanography, 31(6), 822-837, https://doi.org/10.1002/2016PA002946
2024-11-28
2025-04-17
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