# Bismarck Sea Geochemistry Data Over the Last 350 Kyr and New Globally Distributed Sr/Ca Core-top Data
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#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
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# Template Version 4.0
# Encoding: UTF-8
# NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data.
# If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed.
#
# Description/Documentation lines begin with '#' followed by a space
# Data lines have no '#'
#
# NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/39727
#   Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata.
#
# Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-ocean-39727.json
#   Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata.
#
# Data_Type: Paleoceanography
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# Dataset_DOI: 10.25921/a22s-2v78
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# Science_Keywords: Warm Pool, Last Glacial Maximum, Last Interglacial, Heinrich Events, Glacial, Interglacial, biogeochemical cycles, carbon cycle, abrupt climate change
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# Resource_Links
#
# Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/contributions_by_author/lawson2024/lawson2024-srca-coretop.txt
#   Data_Download_Description: NOAA Template File; Benthic Sr/Ca Core-top Data
#
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# Contribution_Date
#   Date: 2024-09-05
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# File_Last_Modified_Date
#   Date: 2025-04-18
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# Title
#   Study_Name: Bismarck Sea Geochemistry Data Over the Last 350 Kyr and New Globally Distributed Sr/Ca Core-top Data
#---------------------------------------
# Investigators
#   Investigators: Lawson, V.J. (https://orcid.org/0000-0003-3200-6194); Rosenthal, Y. (https://orcid.org/0000-0002-7546-6011); Bova, S.C. (https://orcid.org/0000-0002-5064-8775); Bu, K.(https://orcid.org/0009-0004-1097-6426); Lambert, J.(https://orcid.org/0000-0002-0687-1064); Linsley, B. K. (https://orcid.org/0000-0003-2085-0662) 
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# Description_Notes_and_Keywords
#   Description: International Ocean Discovery Program Expedition 363 Sites U1486 and U1487. Work on the isotopes from U1487 was supported by US Science Support Program Post- Expedition Activity Awards for Exp. 363 to B.K.L. It was also supported by a funding from the Lamont-Doherty Earth Observatory Climate Center to B.K.L. and J.E.L. Support for B.K.L.’s time was partially provided by the Vetlesen Foundation via a gift to the Lamont-Doherty Earth Observatory.
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# Publication
#   Authors: Lawson, V.J., Y. Rosenthal, S. C. Bova, J. Lambert, B. K. Linsley, K. Bu, V. J. Clementi, A. Elmore, E. L. McClymont
#   Published_Date_or_Year: 2024
#   Published_Title: Controls on Sr/Ca, S/Ca, and Mg/Ca in Benthic Foraminifera: Implications for the Carbonate Chemistry of the Pacific Ocean Over the Last 350 ky
#   Journal_Name: Geochemistry, Geoophysics, Geosystems
#   Volume: 25
#   Edition: 
#   Issue: 8
#   Pages: 
#   Report_Number: e2024GC011508
#   DOI: 10.1029/2024GC011508
#   Online_Resource: https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2024GC011508
#   Full_Citation: 
#   Abstract: Boron to calcium (B/Ca) records in benthic foraminifera, used for reconstructing the carbonate ion saturation state (ΔCO3) of the deep ocean, suggest that carbon sequestration in the Southern Pacific contributed to lowering atmospheric CO2 during the last glacial interval. However, the spatial and temporal extent of this storage is debated due to limited ΔCO3 records. To increase available ΔCO3 records, we explored using strontium and sulfur to calcium (Sr/Ca, S/Ca) in Planulina wuellerstorfi as additional proxies for ΔCO3 based on comparison with paired B/Ca down-core records from Pacific Sites U1486 (1,332 m depth) and U1487 (874 m depth) cored during the International Ocean Discovery Program Expedition 363. The Sr/Ca and S/Ca records from P. wuellerstorfi closely covary with the B/Ca-derived ΔCO3 records. Temperature, reconstructed using Uvigerina peregrina magnesium to calcium (Mg/Ca), has no discernible effect on Sr/Ca, whereas S/Ca also varies with Mg/Ca in both U. peregrina and P. wuellerstorfi, suggesting an additional temperature effect. Mg/Ca records from P. wuellerstorfi are affected by both temperature and ΔCO3. We assess calibrations of Sr/Ca to ΔCO3 for the Atlantic, Pacific, and Indian Oceans and recommend using the down-core rather than core-top calibrations as they yield consistent sensitivity, though with offsets, in all ocean basins. Reconstructing Pacific ΔCO3 records from sites U1486, U1487, and DSDP 593, we demonstrate the benefit of using Sr/Ca as an additional ΔCO3 proxy to assess the contribution of the Southern Pacific to the increase of atmospheric CO2 at glacial terminations.
#---------------------------------------
# Publication
#   Authors: Lambert, J.E., Gibson, K.A., Linsley, B.K.,Bova, S.C., Rosenthal, Y., and Surprenant, M.
#   Published_Date_or_Year: 2022
#   Published_Title: Equatorial Pacific bulk sediment d15N supports a secular increase in Southern Ocean nitrate utilization after the mid-Pleistocene Transition
#   Journal_Name: Quaternary Science Reviews
#   Volume: 278
#   Edition: 
#   Issue: 
#   Pages: 
#   Report_Number: 107348 
#   DOI: 10.1016/j.quascirev.2021.107348
#   Online_Resource: 
#   Full_Citation: 
#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Lambert, J. E., Linsley, B. K., Abell, J. T., Bova, S. C., Winckler, G., Rosenthal, Y., et al.
#   Published_Date_or_Year: 2023
#   Published_Title: Obliquity-driven subtropical forcing of the thermocline after 240 ka in the southern sector of the Western Pacific Warm Pool
#   Journal_Name: Palaeogeography, Palaeoclimatology, Palaeoecology
#   Volume: 278
#   Edition: 
#   Issue: 
#   Pages: 
#   Report_Number: 107348
#   DOI: 10.1016/j.palaeo.2023.111578
#   Online_Resource: 
#   Full_Citation: 
#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Bainbridge, A. E.
#   Published_Date_or_Year: 1981
#   Published_Title: GEOSECS Atlantic expedition, Volume 1, hydrographic data
#   Journal_Name: National Science Foundation
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#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Broecker, W.S., Spence, D.W., and Craig, H.
#   Published_Date_or_Year: 1982
#   Published_Title: GEOSECS Pacific expedition Volume 3, hydrographic data
#   Journal_Name: National Science Foundation
#   Volume: 
#   Edition: 
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#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Weiss, R.F., Broecker, W.S., Craig, H., and Spencer, D.W.
#   Published_Date_or_Year: 1983
#   Published_Title: GEOSECS Indian Ocean Expedition Volume 5, hydrographic data
#   Journal_Name: National Science Foundation
#   Volume: 
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#---------------------------------------
# Publication
#   Authors: Tachikawa, K., Cartapanis, O., Vidal, L., Beaufort, L., Barlyaeva, T., and Bard, E.
#   Published_Date_or_Year: 2011
#   Published_Title: The precession phase of hydrological variability in the Western Pacific Warm Pool during the past 400 ka
#   Journal_Name: Quaternary Science Reviews
#   Volume: 25-26
#   Edition: 
#   Issue: 
#   Pages: 3716-3727
#   Report_Number: 
#   DOI: 10.1016/j.quascirev.2011.09.016
#   Online_Resource: 
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#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Lisiecki, L.E., and Raymo, M.E.
#   Published_Date_or_Year: 2005
#   Published_Title: A Pliocene-Pleistocene stack of 57 globally distributed benthic d18O records
#   Journal_Name: Paleoceanography
#   Volume: 20
#   Edition: 
#   Issue: 1
#   Pages: 
#   Report_Number: PA1003
#   DOI: 10.1029/2004PA001071
#   Online_Resource: 
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#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Chapman, P.
#   Published_Date_or_Year: 1998
#   Published_Title: The World Ocean Circulation Experiment (WOCE)
#   Journal_Name: Marine Technology Society Journal
#   Volume: 
#   Edition: 
#   Issue: 32
#   Pages: 23-36
#   Report_Number: 
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#   Abstract: 
#---------------------------------------
# Publication
#   Authors: Sharp, J.D., Pierrot, D., Humphreys, M.P., Epitalon, J.-M., Orr, J.C., Lewis, E., and Wallace, D.W.R.
#   Published_Date_or_Year: 2020
#   Published_Title: CO2SYS.v3 (No. CO2-system-Extd, v3.0)
#   Journal_Name: MathWorks
#   Volume: 
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#   Abstract: 
#---------------------------------------
# Funding_Agency
#   Funding_Agency_Name: US National Science Foundation
#   Grant: OCE-1834208
#---------------------------------------
# Site_Information
#   Site_Name: Global Ocean Sites
#   Location: Global Ocean
#   Northernmost_Latitude: 90
#   Southernmost_Latitude: -50
#   Easternmost_Longitude: 180
#   Westernmost_Longitude: -180
#   Elevation_m: 
#---------------------------------------
# Data_Collection
#   Collection_Name: Benthic Sr/Ca Core-top Lawson2024
#   First_Year: 
#   Last_Year: 
#   Time_Unit: 
#   Core_Length_m: 
#   Parameter_Keywords: trace metals in carbonates
#   Notes: Benthic foraminiferal Sr/Ca from a globally distributed collection of core tops is paired with modern ΔCO3 data from GEOSECS Atlantic, Pacific, and Indian Ocean Expeditions (Bainbridge, 1981; Broecker et al., 1982; Weiss et al., 1983). 
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# Chronology_Information 
# Chronology: 
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# Variables
# PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf
#   PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format.
#
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data)
#
## Core	sample identification,,,,,paleoceanography,,,C,core name
## Ocean	notes,,,,,paleoceanography,,,C,ocean of core
## Region	notes,,,,,paleoceanography,,,C,region of ocean
## Species	notes,,,,,paleoceanography,,,C,species used
## Depth	collection water depth,,,meter,,paleoceanography,,,N,meters below sea level
## Temperature	temperature,sea water,,degree Celsius,,instrumental,,,N,Temperature from the closest station with data near the collection water depth. Stations from the World Ocean Circulation Experiment (Chapman 1998); data from GEOSECS Atlantic+Pacific+Indian Ocean Expeditions (Bainbridge 1981; Broecker et al. 1982; Weiss et al. 1983).
## DCO3	calcite saturation state,sea water,,micromole per kilogram,,instrumental,,,N,DeltaCO3 calculated using CO2SYS.v3 (Sharp et al. 2020) from temperature and alkalinity and total dissolved inorganic carbon from the closest station with data near the collection water depth. Stations from the World Ocean Circulation Experiment (Chapman 1998); data from GEOSECS Atlantic+Pacific+Indian Ocean Expeditions (Bainbridge 1981; Broecker et al. 1982; Weiss et al. 1983).
## Sr/Ca	strontium/calcium,benthic foraminifer,,millimole per mole,,paleoceanography,,,N,Analysis run at  Rutgers Inorganic Analytical Laboratory
## Latitude	latitude,,,degree north,,paleoceanography,,,C,
## Longitude	longitude,,,degree east,,paleoceanography,,,C,
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: 
Core	Ocean	Region	Species	Depth	Temperature	DCO3 	Sr/Ca 	Latitude	Longitude
EN66.010 GGC	Atlantic	Sierra Leone Rise	C. kullenbergi	3527	2.46	20.20	1.15	6° 39' N	21° 54' W
EN66.010 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	3527	2.46	20.20	1.26	6° 39' N	21° 54' W
EN66.016 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	3152	2.62	25.70	1.33	5° 28' N	21° 08' W
EN66.021 GGC	Atlantic	Sierra Leone Rise	C. kullenbergi	3995	2.42	13.00	1.17	4° 14' N	20° 38' W
EN66.021 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	3995	2.42	13.00	1.27	4° 14' N	20° 38' W
EN66.026 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	4745	2.27	-0.40	1.17	3° 05' N	20° 01' W
EN66.029 GGC	Atlantic	Sierra Leone Rise	C. kullenbergi	5104	2.20	-7.40	1.22	2° 28' N	19° 46' W
EN66.029 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	5104	2.20	-7.40	1.21	2° 28' N	19° 46' W
EN66.029 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	5104	2.20	-7.40	1.25	2° 28' N	19° 46' W
EN66.029 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	5104	2.20	-7.40	1.12	2° 28' N	19° 46' W
EN66.032 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	5003	2.19	-7.70	1.16	2° 28' N	19° 44' W
EN66.044 GGC	Atlantic	Sierra Leone Rise	C. kullenbergi	3428	2.53	21.70	1.13	5° 16' N	21° 43' W
EN66.044 GGC	Atlantic	Sierra Leone Rise	P. wuellerstorfi	3428	2.53	21.70	1.27	5° 16' N	21° 43' W
KNR 110.084 BC	Atlantic	Ceara Rise	C. kullenbergi	2947	2.75	38.30	1.28	4° 22' N	43° 31' W
KNR 110.086 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3320	2.56	29.00	1.31	4° 27' N	43° 29' W
KNR 110.086 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3320	2.56	29.00	1.31	4° 27' N	43° 29' W
KNR 110.088 BC	Atlantic	Ceara Rise	P. wuellerstorfi	2952	2.75	38.20	1.35	4° 38' N	43° 39' W
KNR 110.090 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3654	2.45	20.70	1.31	4° 43' N	43° 25' W
KNR 110.090 BC	Atlantic	Ceara Rise	C. kullenbergi	3654	2.45	20.70	1.34	4° 43' N	43° 25' W
KNR 110.090 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3654	2.45	20.70	1.31	4° 43' N	43° 25' W
KNR 110.092 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3882	2.40	15.00	1.23	4° 46' N	43° 17' W
KNR 110.092 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3882	2.40	15.00	1.27	4° 46' N	43° 17' W
KNR 110.092 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3882	2.40	15.00	1.27	4° 46' N	43° 17' W
KNR 110.092 BC	Atlantic	Ceara Rise	P. wuellerstorfi	3882	2.40	15.00	1.23	4° 46' N	43° 17' W
KNR 110.094 BC	Atlantic	Ceara Rise	P. wuellerstorfi	4107	1.52	9.30	1.26	4° 53' N	43° 05' W
KNR 110.096 BC	Atlantic	Ceara Rise	P. wuellerstorfi	4427	0.91	1.40	1.20	5° 09' N	43° 59' W
KNR 110.099 BC	Atlantic	Ceara Rise	P. wuellerstorfi	4643	1.05	-4.00	1.22	4° 22' N	43° 44' W
KNR 64 5PC	Atlantic	North West Atlantic	C. kullenbergi	3047	3.70	28.30	1.20	16° 31.2' N	74° 48.6' W
PS 2073-1 MC	Atlantic	Southern Ocean	P. wuellerstorfi	4692	0.92	-23.30	1.13	39° 35' S	14° 34' E
PS 2081-1 MC 	Atlantic	Southern Ocean	P. wuellerstorfi	4794	0.67	-25.30	1.12	42° 42' S	12° 12' E
PS 2083-1 MC 	Atlantic	Southern Ocean	C. kullenbergi	1955	2.31	26.42	1.22	46° 22' S	7° 02' E
PS 2106-1 MC 	Atlantic	Southern Ocean	C. kullenbergi	912	3.34	41.69	1.20	41° 51' S	0° 06' E
PS 2108-1 MC	Atlantic	Southern Ocean	P. wuellerstorfi	4920	0.40	-27.30	1.08	39° 50' S	1° 02' E
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.41	26° 14.4' N	77° 40.8' W
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.44	26° 14.4' N	77° 40.8' W
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.50	26° 14.4' N	77° 40.8' W
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.44	26° 14.4' N	77° 40.8' W
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.42	26° 14.4' N	77° 40.8' W
OC205-2 BC48	Atlantic	Little Bahama Banks	C. pachyderma	580	13.31	101.40	1.52	26° 14.4' N	77° 40.8' W
OC205-2 BC51	Atlantic	Little Bahama Banks	C. pachyderma	830	8.20	72.40	1.32	26° 13.8' N	77° 42.0' W
OC205-2 BC52	Atlantic	Little Bahama Banks	C. pachyderma	668	11.49	91.60	1.41	26° 14.4' N	77° 41.4' W
OC205-2 BC52	Atlantic	Little Bahama Banks	C. pachyderma	668	11.49	91.60	1.46	26° 14.4' N	77° 41.4' W
OC205-2 BC52	Atlantic	Little Bahama Banks	C. pachyderma	668	11.49	91.60	1.39	26° 14.4' N	77° 41.4' W
OC205-2 BC54	Atlantic	Little Bahama Banks	C. pachyderma	1043	5.34	58.90	1.47	26° 11.4' N	77° 42.6' W
OC205-2 BC57	Atlantic	Little Bahama Banks	C. pachyderma	1243	4.50	52.10	1.44	26° 09.6' N	77° 43.2' W
OC205-2 BC57	Atlantic	Little Bahama Banks	P. wuellerstorfi	1243	4.50	52.10	1.43	26° 09.6' N	77° 43.2' W
OC205-2 BC59	Atlantic	Little Bahama Banks	P. wuellerstorfi	1477	4.20	43.90	1.40	26° 15' N	77° 73' W
OC205-2 BC69	Atlantic	Little Bahama Banks	C. pachyderma	735	9.86	83.27	1.43	26° 13.8' N	77° 41.4' W
OC205-2 BC76	Atlantic	Little Bahama Banks	C. pachyderma	529	14.20	110.80	1.56	26° 13.8' N	77° 39.6' W
OC205-2 BC76	Atlantic	Little Bahama Banks	C. pachyderma	529	14.20	110.80	1.59	26° 13.8' N	77° 39.6' W
OC205-2 BC77	Atlantic	Little Bahama Banks	C. pachyderma	433	16.55	125.50	1.57	26° 13.8' N	77° 39.6' W
OC205-2 BC79	Atlantic	Little Bahama Banks	C. pachyderma	301	18.38	147.70	1.55	26° 13.8' N	77° 39.0' W
OC205-2 BC79	Atlantic	Little Bahama Banks	C. pachyderma	301	18.38	147.70	1.64	26° 13.8' N	77° 39.0' W
OC205-2 BC79	Atlantic	Little Bahama Banks	C. pachyderma	301	18.38	147.70	1.63	26° 13.8' N	77° 39.0' W
OC205-2 BC79	Atlantic	Little Bahama Banks	C. pachyderma	301	18.38	147.70	1.64	26° 13.8' N	77° 39.0' W
OC205-2 BC79	Atlantic	Little Bahama Banks	C. pachyderma	301	18.38	147.70	1.58	26° 13.8' N	77° 39.0' W
PLDS 66 BC	Eq. Pacific	Ontong Java Plateau	P. wuellerstorfi	3496	1.48	-1.17	1.20	0° 57' N	104° 06' E
PLDS 72 BC	Eq. Pacific	Ontong Java Plateau	P. wuellerstorfi	3626	1.42	-2.33	1.20	1° 01' N	109° 16' E
PLDS 77 BC	Eq. Pacific	Ontong Java Plateau	P. wuellerstorfi	4366	1.47	-9.68	1.14	1° 04' N	119° 56' E
P1-92-AR B7	Atlantic	Arctic Ocean	P. wuellerstorfi	1055	-1.00	43.82	1.25	74° 49.22' N	157° 33.48'W
P1-92-AR B8	Atlantic	Arctic Ocean	P. wuellerstorfi	1402	-1.00	40.61	1.25	74° 49.42' N	157° 25.54'W
P1-93-AR B5	Atlantic	Arctic Ocean	P. wuellerstorfi	1942	-1.00	35.25	1.35	74° 44.44' N	157° 23.50'W
P1-94-AR B17	Atlantic	Arctic Ocean	P. wuellerstorfi	2217	-1.00	32.34	1.33	81° 16.20' N	178° 58.20' W
P1-94-AR B19	Atlantic	Arctic Ocean	P. wuellerstorfi	2400	-1.00	30.33	1.34	82° 27.00' N	175° 45.60' W
P1-93-AR B10	Atlantic	Arctic Ocean	P. wuellerstorfi	3365	-1.00	17.51	1.21	74° 44.48' N	157° 11.36'W
P1-93-AR B10	Atlantic	Arctic Ocean	P. wuellerstorfi	3365	-1.00	14.69	1.25	74° 44.48' N	157° 11.36'W
P1-94-AR B23	Atlantic	Arctic Ocean	P. wuellerstorfi	3535	-1.00	13.25	1.17	85° 54.00' N	166° 49.80'W
KN177-2 MC-21	Atlantic	Norwegian Sea	P. wuellerstorfi	2640	-0.90	25.90	1.28	64° 01.62' N	1° 07.41' W
KN177-2 MC-21	Atlantic	Norwegian Sea	P. wuellerstorfi	2640	-0.90	25.90	1.27	64° 01.62' N	1° 07.41' W
KN177-2 MC-21	Atlantic	Norwegian Sea	P. wuellerstorfi	2640	-0.90	25.90	1.33	64° 01.62' N	1° 07.41' W
KN177-2 MC-50	Atlantic	Norwegian Sea	P. wuellerstorfi	1906	-0.80	34.79	1.38	63° 27.17' N	1° 13.92' E
KN177-2 MC-14	Atlantic	Norwegian Sea	P. wuellerstorfi	965	-0.60	44.60	1.46	62° 29.47' N	1° 10.80' E
KN177-2 MC-27	Atlantic	Norwegian Sea	P. wuellerstorfi	3341	-0.87	18.26	1.23	64° 30.57' N	3° 30.03' W
KN177-2 MC-24	Atlantic	Norwegian Sea	P. wuellerstorfi	3036	-0.80	18.25	1.23	64° 18.13' N	2° 20.40' W
KN177-2 MC-14	Atlantic	Norwegian Sea	P. wuellerstorfi	965	-0.52	44.60	1.34	62° 29.47' N	1° 10.80' E
KN177-2 MC-21	Atlantic	Norwegian Sea	P. wuellerstorfi	2640	-0.90	25.90	1.28	64° 01.62' N	1° 07.42' W
KN177-2 MC-50	Atlantic	Norwegian Sea	P. wuellerstorfi	1906	-0.80	34.79	1.34	63° 27.17' N	1° 13.92' E
KN177-2 MC-50	Atlantic	Norwegian Sea	P. wuellerstorfi	1906	-0.80	34.79	1.38	63° 27.17' N	1° 13.92' E
KN177-2 MC-27	Atlantic	Norwegian Sea	P. wuellerstorfi	3341	-0.87	18.26	1.25	64° 30.57' N	3° 30.03' W
KN177-2 MC-24	Atlantic	Norwegian Sea	P. wuellerstorfi	3036	-0.80	18.25	1.26	64° 18.13' N	2° 20.40' W
KN177-2 MC-21	Atlantic	Norwegian Sea	P. wuellerstorfi	2640	-0.90	25.90	1.30	64° 01.62' N	1° 07.42' W
KN177-2 MC-24	Atlantic	Norwegian Sea	P. wuellerstorfi	3036	-0.80	18.25	1.23	64° 18.13' N	2° 20.40' W
KN177-2 MC-27	Atlantic	Norwegian Sea	P. wuellerstorfi	3341	-0.85	13.96	1.22	64° 30.57' N	3° 30.03' W
KN177-2 MC-45	Atlantic	Norwegian Sea	P. wuellerstorfi	2799	-0.89	22.76	1.28	64° 20.33' N	0° 26.05' W
KN177-2 MC-48	Atlantic	Norwegian Sea	P. wuellerstorfi	2402	-0.91	29.04	1.31	64° 00.42' N	0° 26.10' E
KN177-2 MC-50	Atlantic	Norwegian Sea	P. wuellerstorfi	1906	-0.80	34.79	1.34	63° 27.17' N	1° 13.92' E
KN178 MC-14	Atlantic	Cape Hatteras	P. wuellerstorfi	2602	3.00	39.60	1.26	35° 55.87' N	74° 06.16' W
KN178 MC-8	Atlantic	Cape Hatteras	P. wuellerstorfi	2997	2.48	34.20	1.25	35° 51.46' N	73° 52.06' W
KN178 MC-76	Atlantic	Cape Hatteras	P. wuellerstorfi	3065	2.40	32.50	1.26	39° 06.30' N	68° 48.01' W
KN178 MC-5	Atlantic	Cape Hatteras	P. wuellerstorfi	3382	2.20	26.90	1.21	35° 49.46' N	73° 34.89' W
KN178 MC-4	Atlantic	Cape Hatteras	P. wuellerstorfi	3865	2.20	18.40	1.17	36° 07.40' N	72° 16.79' W
KN178 MC-1	Atlantic	Cape Hatteras	P. wuellerstorfi	3979	2.20	17.40	1.19	36° 07.21' N	72° 17.52' W
DGoMB MT4-4	Atlantic	Gulf of Mexico	P. wuellerstorfi	1402	4.36	57.31	1.34	27° 49.65' N	89° 09.97' W
DGoMB MT5-1	Atlantic	Gulf of Mexico	P. wuellerstorfi	2275	4.27	43.12	1.29	27° 19.57' N	88° 40.17' W
DGoMB MT6-5	Atlantic	Gulf of Mexico	P. wuellerstorfi	2743	4.31	32.60	1.26	27° 00.08' N	87° 59.93' W
DGoMB NB2-5	Atlantic	Gulf of Mexico	P. wuellerstorfi	1530	4.30	52.58	1.36	27° 07.97' N	92° 00.02' W
DGoMB NB3-2a	Atlantic	Gulf of Mexico	P. wuellerstorfi	1875	4.26	47.64	1.25	26° 33.27' N	91° 49.50' W
DGoMB NB4-2	Atlantic	Gulf of Mexico	P. wuellerstorfi	2050	4.26	45.72	1.28	26° 14.97' N	92° 23.47' W
DGoMB RW3-4	Atlantic	Gulf of Mexico	P. wuellerstorfi	1330	4.41	54.89	1.35	27° 00.27' N	95° 29.85' W
DGoMB RW4-2	Atlantic	Gulf of Mexico	P. wuellerstorfi	1580	4.29	50.49	1.35	26° 44.93' N	95° 14.67' W
DGoMB RW5-3	Atlantic	Gulf of Mexico	P. wuellerstorfi	1620	4.29	49.60	1.30	26° 30.02' N	95° 00.00' W
DGoMB RW6-1	Atlantic	Gulf of Mexico	P. wuellerstorfi	3015	4.34	26.22	1.26	26° 00.13' N	94° 29.37' W
DGoMB S36-3	Atlantic	Gulf of Mexico	P. wuellerstorfi	1826	4.34	47.88	1.33	28° 55.16' N	87° 40.22' W
DGoMB S38-4	Atlantic	Gulf of Mexico	P. wuellerstorfi	2630	4.30	35.22	1.30	28° 16.78' N	87° 19.65' W
DGoMB S39-2	Atlantic	Gulf of Mexico	P. wuellerstorfi	3000	4.33	26.61	1.25	27° 29.68' N	86° 59.88' W
DGoMB S40-3	Atlantic	Gulf of Mexico	P. wuellerstorfi	2972	4.33	27.25	1.26	27° 50.28' N	86° 45.03' W
DGoMB S41-1	Atlantic	Gulf of Mexico	P. wuellerstorfi	2974	4.33	27.23	1.26	28° 00.72' N	86° 34.18' W
DGoMB W4-5	Atlantic	Gulf of Mexico	P. wuellerstorfi	1460	4.33	56.56	1.36	26° 43.83' N	93° 19.18' W
DGoMB W5-4	Atlantic	Gulf of Mexico	P. wuellerstorfi	2745	4.31	32.57	1.26	26° 16.05' N	93° 19.95' W
DGoMB W6-3	Atlantic	Gulf of Mexico	P. wuellerstorfi	3150	4.35	23.94	1.21	24° 59.75' N	93° 18.55' W
DGoMB C4-5	Atlantic	Gulf of Mexico	P. wuellerstorfi	1470	4.32	54.96	1.36	27° 27.02' N	89° 45.72' W
BJ8-03 81 MC	Pacific	Indonesia	P. wuellerstorfi	361	9.10	36.70	1.38	1° 43.6' S	117° 22.6' E
BJ8-03 16 MC	Pacific	Indonesia	P. wuellerstorfi	409	8.75	31.30	1.40	7° 19.5' S	115° 10.9' E
BJ8-03 33 MC	Pacific	Indonesia	P. wuellerstorfi	505	7.50	27.60	1.28	3° 53.2' S	119° 26.7' E
BJ8-03 88 MC	Pacific	Indonesia	P. wuellerstorfi	532	7.20	26.30	1.38	0° 39.0' N	118° 43.0' E
BJ8-03 22 MC	Pacific	Indonesia	P. wuellerstorfi	1189	4.00	14.60	1.29	5° 12.1' S	117° 28.8' E
BJ8-03 26 MC	Pacific	Indonesia	P. wuellerstorfi	1943	3.50	8.20	1.30	4° 26.9' S	117° 44.3' E
BJ8-03 86 MC	Pacific	Indonesia	P. wuellerstorfi	2442	3.50	2.90	1.25	0° 13.1' N	118° 27.4' E
BJ8-03 61 MC	Pacific	Indonesia	C. pachyderma	292	10.00	42.27	1.27	3° 52.0' S	119° 28.0' E
BJ8-03 45 MC	Pacific	Indonesia	C. pachyderma	332	9.30	37.95	1.25	3° 54.2' S	119° 29.4' E
BJ8-03 58 MC	Pacific	Indonesia	C. pachyderma	347	9.20	37.83	1.28	3° 52.3' S	119° 27.7' E
BJ8-03 81 MC	Pacific	Indonesia	C. pachyderma	361	9.10	36.72	1.30	1° 43.6' S	117° 22.6' E
BJ8-03 56 MC	Pacific	Indonesia	C. pachyderma	405	8.80	31.37	1.31	3° 52.7' S	119° 27.5' E
BJ8-03 16 MC	Pacific	Indonesia	C. pachyderma	409	8.75	31.33	1.33	7° 19.5' S	115° 10.9' E
BJ8-03 20 MC	Pacific	Indonesia	C. pachyderma	419	8.30	31.25	1.33	6° 46.2' S	116° 58.5' E
BJ8-03 79 MC	Pacific	Indonesia	C. pachyderma	440	7.90	31.08	1.32	1° 44.5' S	117° 23.5' E
BJ8-03 31 MC	Pacific	Indonesia	C. pachyderma	459	7.80	28.93	1.36	3° 53.0' S	119° 27.2' E
BJ8-03 69 MC	Pacific	Indonesia	C. pachyderma	485	7.60	27.71	1.24	3°34.4' S	119° 24.4' E
BJ8-03 33 MC	Pacific	Indonesia	C. pachyderma	505	7.50	27.55	1.26	3° 53.2' S	119° 26.7' E
BJ8-03 33 MC	Pacific	Indonesia	C. pachyderma	505	7.50	27.55	1.24	3° 53.2' S	119° 26.7' E
BJ8-03 88 MC	Pacific	Indonesia	C. pachyderma	532	7.20	26.33	1.31	0° 39.0' N	118° 43.0' E
BJ8-03 35 MC	Pacific	Indonesia	C. pachyderma	565	7.00	24.05	1.26	3° 53.2' S	119° 26.1' E
BJ8-03 49 MC	Pacific	Indonesia	C. pachyderma	676	6.40	21.12	1.26	3° 53.4' S	119° 24.9' E
BJ8-03 140 MC	Pacific	Indonesia	C. pachyderma	755	5.90	19.45	1.29	6° 04.8' S	120° 08.4' E
BJ8-03 24 MC	Pacific	Indonesia	C. pachyderma	832	5.40	16.79	1.31	5° 03.9' S	117° 26.9' E
BJ8-03 138 MC	Pacific	Indonesia	C. pachyderma	827	5.30	16.83	1.34	6° 09.0' S	120° 05.4' E
BJ8-03 29 MC	Pacific	Indonesia	C. pachyderma	987	4.50	14.43	1.24	3°53.6' S	119° 22.2' E
BJ8-03 72 	Pacific	Indonesia	C. pachyderma	1552	3.75	14.17	1.21	2° 01.1' S	117° 35.4' E
BJ8-03 26 MC	Pacific	Indonesia	C. pachyderma	1943	3.50	8.24	1.20	4° 26.9' S	117° 44.3' E
BJ8-03 45 MC 	Pacific	Indonesia	C. pachyderma	332	9.30	37.95	1.28	3° 54.2' S	119° 29.4' E
BJ8-03 65 MC	Pacific	Indonesia	C. pachyderma	334	9.30	37.94	1.31	3° 34.2' S	119° 24.6' E
BJ8-03 58 MC	Pacific	Indonesia	C. pachyderma	347	9.20	37.83	1.30	3° 52.3' S	119° 27.7' E
BJ8-03 67 MC	Pacific	Indonesia	C. pachyderma	401	8.90	31.40	1.30	3° 34.5' S	119° 24.1' E
BJ8-03 67 MC 	Pacific	Indonesia	C. pachyderma	401	8.90	31.40	1.26	3° 34.5' S	119° 24.1' E
BJ8-03 56 MC 	Pacific	Indonesia	C. pachyderma	405	8.80	31.37	1.30	3° 52.7' S	119° 27.5' E
BJ8-03 33 MC 	Pacific	Indonesia	C. pachyderma	505	7.50	27.55	1.25	3° 53.2' S	119° 26.7' E
BJ8-03 77 MC 	Pacific	Indonesia	C. pachyderma	525	7.30	26.39	1.27	1° 44.3' S	117° 24.8' E
BJ8-03 35 MC 	Pacific	Indonesia	C. pachyderma	565	7.00	24.05	1.25	3° 53.2' S	119° 26.1' E
BJ8-03 49 MC 	Pacific	Indonesia	C. pachyderma	676	6.40	21.12	1.21	3° 53.4' S	119° 24.9' E
BJ8-03 138 MC	Pacific	Indonesia	C. pachyderma	827	5.30	16.83	1.30	6° 09.0' S	120° 05.4' E
BJ8-03 53 MC	Pacific	Indonesia	C. pachyderma	868	5.20	16.47	1.21	3° 53.5' S	119° 23.3' E
BJ8-03 72  	Pacific	Indonesia	C. pachyderma	1552	3.80	14.17	1.19	2° 01.1' S	117° 35.4' E
RR05-03 MC-22	Pacific	New Zealand	P. wuellerstorfi	1682	2.40	16.09	1.36	42° 27.72' S	177° 50.17' W
RR05-03 MC-76	Pacific	New Zealand	P. wuellerstorfi	1165	3.15	22.32	1.36	36° 57.50' S	176° 35.50' E
RR05-03 MC-92	Pacific	New Zealand	P. wuellerstorfi	1818	2.30	15.70	1.31	36° 57.90' S	177° 26.38' E
RR05-03 MC-102	Pacific	New Zealand	P. wuellerstorfi	2055	2.12	13.87	1.32	36° 51.98' S	177° 20.92' E
RR05-03 MC-133	Pacific	New Zealand	P. wuellerstorfi	1407	2.66	18.36	1.32	36° 24.02' S	176° 34.05' E
RR05-03 MC-118	Pacific	New Zealand	P. wuellerstorfi	2252	2.04	15.71	1.29	36° 22.63' S	177° 00.27' E
RR05-03 MC-26	Pacific	New Zealand	P. wuellerstorfi	2418	1.91	12.40	1.28	42° 04.47' S	177° 37.57' W
RR05-03 MC-38	Pacific	New Zealand	P. wuellerstorfi	4375	1.20	-14.90	1.15	39° 56.47' S	176° 13.43' W
RR05-03 MC-106	Pacific	New Zealand	P. wuellerstorfi	2472	1.87	12.00	1.22	36° 44.00' S	177° 35.00' E
RR05-03 MC-82	Pacific	New Zealand	P. wuellerstorfi	1623	2.45	16.30	1.31	36° 44.23' S	176° 38.30' E
RR05-03 MC-92	Pacific	New Zealand	P. wuellerstorfi	1818	2.29	15.70	1.32	36° 57.90' S	177° 26.38' E
RR05-03 MC-102	Pacific	New Zealand	P. wuellerstorfi	2055	2.12	13.90	1.28	36° 51.98' S	177° 20.92' E