Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Osborne, Anne H; Haley, Brian A; Hathorne, Ed C; Flögel, Sascha; Frank, Martin (2014): Neodymium isotopes and concentrations in Caribbean seawater during METEOR cruise M78/1 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.838268, Supplement to: Osborne, AH et al. (2014): Neodymium isotopes and concentrations in Caribbean seawater: Tracing water mass mixing and continental input in a semi-enclosed ocean basin. Earth and Planetary Science Letters, 406, 174-186, https://doi.org/10.1016/j.epsl.2014.09.011

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX CitationShow MapGoogle Earth

Abstract:
Neodymium isotopes and concentrations from 11 stations in the Caribbean, Gulf of Mexico, Florida Straits and close to the mouth of the Orinoco. CTD data (potential temperature, salinity, potential density and oxygen concentration) for the same samples are also reported. Sampling took place during February and March 2009 as part of the Meteor Cruise 78, Leg 1.
Further details:
Schönfeld, Joachim; Bahr, André; Bannert, Bernhard; Bayer, Anne-Sophie; Bayer, Margret; Beer, Christopher J; Blanz, Thomas; Dullo, Wolf-Christian; Flögel, Sascha; Garlichs, Thorsten; Haley, Brian A; Hübscher, Christian; Joseph, Nina; Kucera, Michal; Langenbacher, Julia; Nürnberg, Dirk; Ochsenhirt, Wolf-Thilo; Petersen, Asmus; Pulm, Pia; Titschack, Jürgen; Troccoli, Luis (2011): Surface and Intermediate Water hydrography, planktonic and benthic biota in the Caribbean Sea – Climate, Bio and Geosphere linkages (OPOKA) - Cruise No. M78/1 - February 22 – March 28, 2009 - Colón (Panama) – Port of Spain (Trinidad and Tobago). METEOR-Berichte, DFG-Senatskommission für Ozeanographie, M78/1, 40 pp, https://doi.org/10.2312/cr_m78_1
Tanaka, Tsuyoshi; Togashi, Shigeko; Kamioka, Hikari; Amakawa, Hiroshi; Kagami, Hiroo; Hamamoto, Takuji; Yuhara, Masaki; Orihashi, Yuji; Yoneda, Shigekazu; Shimizu, Hiroshi; Kunimaru, Takanori; Takahashi, Kazuya; Yanagi, Takeru; Nakano, Takanori; Fujimaki, Hirokazu; Shinjo, Ryuichi; Asahara, Yoshihiro; Tanimizu, Masaharu; Dragusanu, Cristian (2000): JNdi-1: a neodymium isotopic reference in consistency with LaJolla neodymium. Chemical Geology, 168(3-4), 279-281, https://doi.org/10.1016/S0009-2541(00)00198-4
Funding:
German Research Foundation (DFG), grant/award no. 27542298: Climate - Biogeochemistry Interactions in the Tropical Ocean
Coverage:
Median Latitude: 15.471758 * Median Longitude: -71.477727 * South-bound Latitude: 8.941500 * West-bound Longitude: -86.165333 * North-bound Latitude: 26.203000 * East-bound Longitude: -59.900667
Date/Time Start: 2009-02-24T18:57:00 * Date/Time End: 2009-03-25T19:50:00
Minimum DEPTH, water: m * Maximum DEPTH, water: 4482 m
Event(s):
M78/1_162-1 (162-1)  * Latitude: 14.210000 * Longitude: -77.390000 * Date/Time: 2009-02-24T18:57:00 * Elevation: -4032.8 m * Location: Plankton station 2 * Campaign: M78/1 * Basis: Meteor (1986) * Method/Device: CTD/Rosette (CTD-RO)
M78/1_164-1 (164-1)  * Latitude: 18.507000 * Longitude: -83.644333 * Date/Time: 2009-02-26T17:50:00 * Elevation: -1171.7 m * Location: Plankton station 1 * Campaign: M78/1 * Basis: Meteor (1986) * Method/Device: CTD/Rosette (CTD-RO)
M78/1_166-1 (166-1)  * Latitude: 21.679833 * Longitude: -86.165333 * Date/Time: 2009-02-28T11:20:00 * Elevation: -1540.8 m * Location: W. Yucatan Channel * Campaign: M78/1 * Basis: Meteor (1986) * Method/Device: CTD/Rosette (CTD-RO)
Comment:
# indicates the average of two measurements.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Date/Time of eventDate/Time
Elevation of eventElevationm
DEPTH, waterDepth watermGeocode
Temperature, water, potentialTpot°COsborne, Anne H
SalinitySalOsborne, Anne HPSU
Density, sigma-theta (0)Sigma-thetakg/m3Osborne, Anne H
10 OxygenO2µmol/lOsborne, Anne H
11 CommentCommentOsborne, Anne HCTD data
12 Neodymium-143/Neodymium-144 ratio143Nd/144NdOsborne, Anne H
13 Neodymium-143/Neodymium-144 ratio, error143Nd/144Nd e±Osborne, Anne Hinternal error
14 ε-Neodymiumε-NdOsborne, Anne HCorrected to Tanaka et al. [2000]
15 ε-Neodymium, standard deviationε-Nd std dev±Osborne, Anne H2 sigma; 2 sigma external reproducibility is calculated from repeated measurements of the SpecPure standard solution. For those samples with repeat measurements, the larger error of either the SpecPure standard or of the repeat analyses is reported
16 Neodymium, dissolvedNd disspmol/kgOsborne, Anne H
17 Water bodiesWater bodiesOsborne, Anne H
Size:
723 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Event

Latitude

Longitude

Date/Time

Elevation [m]

Depth water [m]

Tpot [°C]

Sal

Sigma-theta [kg/m3]
10 
O2 [µmol/l]
11 
Comment
12 
143Nd/144Nd
13 
143Nd/144Nd e [±]
14 
ε-Nd
15 
ε-Nd std dev [±]
16 
Nd diss [pmol/kg]
17 
Water bodies
M78/1_162-1 14.2100-77.39002009-02-24T18:57-4033100.5121560.000006#-9.401.2118.63CW
M78/1_162-114.2100-77.39002009-02-24T18:57-40333526.2136.1923.87129.710.5121400.000008#-9.710.7516.72CW
M78/1_162-114.2100-77.39002009-02-24T18:57-40337025.5936.8224.53128.430.5121130.000007#-10.250.6415.43SUW
M78/1_162-114.2100-77.39002009-02-24T18:57-403312022.7336.9225.47100.580.5122360.000009-7.840.7314.94SUW
M78/1_162-114.2100-77.39002009-02-24T18:57-403322517.4336.3226.4395.830.5120980.000006-10.540.7315.81EDW
M78/1_162-114.2100-77.39002009-02-24T18:57-40336756.7534.7627.2782.650.5120940.000007-10.610.7315.82AAIW
M78/1_162-114.2100-77.39002009-02-24T18:57-403310004.9734.9227.61118.200.5123880.000011#-4.870.6415.52
M78/1_162-114.2100-77.39002009-02-24T18:57-403315004.2134.9527.73135.660.5122130.000007-8.300.7316.84UNADW
M78/1_162-114.2100-77.39002009-02-24T18:57-403320003.9734.9627.76138.020.5122030.000006#-8.480.6418.07UNADW
M78/1_162-114.2100-77.39002009-02-24T18:57-403330003.9234.9627.76138.020.5121870.000007#-8.800.6421.40UNADW
M78/1_162-114.2100-77.39002009-02-24T18:57-403340333.9134.9627.76137.560.5122070.000007#-8.400.6420.19UNADW
M78/1_164-1 18.5070-83.64432009-02-26T17:50-11721026.4335.86Average of 10 m and 10.1 m RBR XR-420 CTD measurements at stations 164-6 and 164-7 (Schönfeld et al., 2011)0.5121340.000005#-9.830.6421.82CW
M78/1_164-118.5070-83.64432009-02-26T17:50-11724026.2935.7723.53132.430.5121300.000005-9.910.7316.64CW
M78/1_164-118.5070-83.64432009-02-26T17:50-11728026.2135.9123.66130.170.5121380.000007#-9.740.6417.03CW
M78/1_164-118.5070-83.64432009-02-26T17:50-117215024.5036.8924.92111.0415.34SUW
M78/1_164-118.5070-83.64432009-02-26T17:50-117224918.1136.4226.3494.7616.02EDW
M78/1_164-118.5070-83.64432009-02-26T17:50-11725519.3535.0627.1180.9516.75
M78/1_164-118.5070-83.64432009-02-26T17:50-11727027.1934.8527.2785.1116.09AAIW
M78/1_164-118.5070-83.64432009-02-26T17:50-117211734.4934.9427.69135.920.5121550.000008#-9.430.7515.02
M78/1_166-1 21.6798-86.16532009-02-28T11:20-1541110.5122400.000007#-7.760.6416.83CW
M78/1_166-121.6798-86.16532009-02-28T11:20-15414026.1735.8723.64132.510.5120870.000008#-10.740.7516.70CW
M78/1_166-121.6798-86.16532009-02-28T11:20-15418025.7236.3424.13117.8814.95CW
M78/1_166-121.6798-86.16532009-02-28T11:20-154111121.5936.8125.7196.5014.87SUW
M78/1_166-121.6798-86.16532009-02-28T11:20-154120017.8736.4026.3897.680.5121300.000008#-9.910.6415.37EDW
M78/1_166-121.6798-86.16532009-02-28T11:20-15415069.8035.1427.1081.410.5121360.000009#-9.801.6817.21
M78/1_166-121.6798-86.16532009-02-28T11:20-15417516.6434.8627.3691.3917.11AAIW
M78/1_166-121.6798-86.16532009-02-28T11:20-154114704.2734.9527.72139.4016.66UNADW
M78/1_194-13 26.2030-84.73132009-03-07T14:26-5381018.76
M78/1_194-1326.2030-84.73132009-03-07T14:26-5383020.6436.1825.4978.98Measurement taken at 31 m water depth0.5122280.000006#-7.990.6417.74
M78/1_194-1326.2030-84.73132009-03-07T14:26-5385020.6936.4825.70145.260.5122350.000013#-7.861.1316.57WP?
M78/1_194-1326.2030-84.73132009-03-07T14:26-5389020.6236.4725.72143.530.5121880.000007#-8.780.9417.27WP?
M78/1_194-1326.2030-84.73132009-03-07T14:26-53815016.8036.2026.4882.7014.49NCW
M78/1_194-1326.2030-84.73132009-03-07T14:26-53830011.1435.3427.0279.430.5121600.000007#-9.320.7517.10NCW
M78/1_194-1326.2030-84.73132009-03-07T14:26-5384009.7235.1527.1278.930.5121180.000006-10.150.7317.09
M78/1_194-1326.2030-84.73132009-03-07T14:26-5385317.9134.9627.2582.590.5121550.000010#-9.421.1316.60
M78/1_200-2 23.9430-81.38272009-03-08T22:54-11434025.0035.9824.08106.7116.34
M78/1_200-223.9430-81.38272009-03-08T22:54-11438024.6536.4424.54128.140.5121250.000009#-10.000.7514.51SUW
M78/1_200-223.9430-81.38272009-03-08T22:54-11439624.1536.8124.97105.350.5122260.000008#-8.051.1317.35SUW
M78/1_200-223.9430-81.38272009-03-08T22:54-114314021.4736.4325.45141.340.5122580.000009-7.400.7317.22WP?
M78/1_200-223.9430-81.38272009-03-08T22:54-114322018.4436.4726.2988.260.5121680.000006-9.170.7316.42EDW
M78/1_200-223.9430-81.38272009-03-08T22:54-114323018.2336.4726.34102.200.5121210.000006-10.080.7316.12EDW
M78/1_200-223.9430-81.38272009-03-08T22:54-114328516.0436.1026.5984.150.5121620.000007-9.280.7316.02NCW
M78/1_200-223.9430-81.38272009-03-08T22:54-114331015.1035.9526.6990.2617.29NCW
M78/1_200-223.9430-81.38272009-03-08T22:54-11435508.8335.0527.1878.930.5121430.000005-9.651.0716.94
M78/1_200-223.9430-81.38272009-03-08T22:54-11438005.9334.9027.48101.190.5121760.000005-9.011.0717.78
M78/1_200-223.9430-81.38272009-03-08T22:54-11439505.3434.9127.57111.640.5121850.000006-8.851.0716.06
M78/1_200-223.9430-81.38272009-03-08T22:54-114311494.5534.9427.68131.230.5121770.000009-8.991.0714.56
M78/1_220-1 15.4000-68.20002009-03-16T19:21-44841026.2035.6023.4284.280.5121210.000006-10.091.0720.90CW
M78/1_220-115.4000-68.20002009-03-16T19:21-44846026.1035.7023.53134.090.5121140.000005-10.221.0720.30CW
M78/1_220-115.4000-68.20002009-03-16T19:21-44849026.3336.7424.24127.890.5121010.000005-10.471.0718.16CW
M78/1_220-115.4000-68.20002009-03-16T19:21-448413622.2436.9625.64105.120.5120880.000006-10.731.0717.21SUW
M78/1_220-115.4000-68.20002009-03-16T19:21-448421017.4436.3726.46106.430.5121290.000006-9.931.0716.00EDW
M78/1_220-115.4000-68.20002009-03-16T19:21-44844858.9734.9727.1081.490.5120810.000004-10.871.0717.13
M78/1_220-115.4000-68.20002009-03-16T19:21-44846866.6834.7627.2786.230.5120880.000014#-10.740.4818.14AAIW
M78/1_220-115.4000-68.20002009-03-16T19:21-448419833.9434.9727.76145.100.5121640.000014#-9.240.4818.36UNADW
M78/1_220-115.4000-68.20002009-03-16T19:21-448426803.8934.9727.77143.740.5122060.000019#-8.430.4818.10UNADW
M78/1_220-115.4000-68.20002009-03-16T19:21-448434873.8834.9727.77143.450.5121870.000005#-8.800.6219.03UNADW
M78/1_220-115.4000-68.20002009-03-16T19:21-448444823.8734.9727.77144.790.5121660.000012#-9.210.4821.06UNADW
M78/1_222-1 12.0247-64.47832009-03-19T06:57-10261026.4035.7010 m RBR XR-420 CTD measurement at station 222-6 (Schönfeld et al., 2011)0.5121080.000016#-10.340.4819.53CW
M78/1_222-112.0247-64.47832009-03-19T06:57-10263026.5635.7223.40132.720.5121240.000014#-10.020.4819.68CW
M78/1_222-112.0247-64.47832009-03-19T06:57-10265525.7236.3824.16123.850.5120700.000014#-11.090.4816.19CW
M78/1_222-112.0247-64.47832009-03-19T06:57-10267522.3336.8325.5297.600.5120800.000017#-10.880.4816.11SUW
M78/1_222-112.0247-64.47832009-03-19T06:57-102614018.3936.4626.2992.440.5121060.000011#-10.370.4815.56EDW
M78/1_222-112.0247-64.47832009-03-19T06:57-102623014.6135.8226.6988.510.5120770.000005#-10.950.6216.68NCW
M78/1_222-112.0247-64.47832009-03-19T06:57-10267506.1634.7527.3490.310.5120710.000007#-11.051.0217.68AAIW
M78/1_222-112.0247-64.47832009-03-19T06:57-102610164.8534.9227.63123.470.5121450.000005#-9.610.6216.58
M78/1_236-1 11.0133-60.20132009-03-22T00:15-15871021.51CW
M78/1_236-111.0133-60.20132009-03-22T00:15-15873027.2134.6622.3977.340.5120820.000005#-10.850.6218.20CW
M78/1_236-111.0133-60.20132009-03-22T00:15-158711023.8136.7725.04107.000.5120630.000009#-11.210.9916.29SUW
M78/1_236-111.0133-60.20132009-03-22T00:15-15874408.4434.8227.0780.330.5120370.000006#-11.730.9916.97
M78/1_236-111.0133-60.20132009-03-22T00:15-15877505.4834.6627.3592.4517.37AAIW
M78/1_236-111.0133-60.20132009-03-22T00:15-158710005.3234.8927.55114.560.5120690.000010#-11.100.9917.80
M78/1_236-111.0133-60.20132009-03-22T00:15-158715304.0634.9827.77167.500.5119900.000008#-12.650.9916.24UNADW
M78/1_246-1 9.1668-59.90072009-03-25T12:31-641027.9234.52Shipboard thermosalinograph, taken at 3.5 m water depth (Schönfeld et al., 2011).0.5121190.000006#-10.130.9923.55GC
M78/1_246-19.1668-59.90072009-03-25T12:31-643026.9336.2723.70130.450.5119470.000019#-13.480.9917.07
M78/1_246-19.1668-59.90072009-03-25T12:31-645024.7236.4124.49117.350.5119870.000011#-12.710.9913.96
M78/1_247-1 9.1002-59.95002009-03-25T14:04-581027.6634.600.5120970.000007#-10.560.9924.13GC
M78/1_247-19.1002-59.95002009-03-25T14:04-583026.8836.210.5120100.000012#-12.260.9917.03
M78/1_247-19.1002-59.95002009-03-25T14:04-58500.5120020.000012#-12.410.9912.76
M78/1_249-1 8.9415-60.21102009-03-25T19:50-14028.6929.56Shipboard thermosalinograph, taken at 3.5 m water depth (Schönfeld et al., 2011).0.5119480.000006#-13.450.6258.93Orinoco
M78/1_249-18.9415-60.21102009-03-25T19:50-14028.6929.56Shipboard thermosalinograph, taken at 3.5 m water depth (Schönfeld et al., 2011).0.5119390.000006#-13.630.6257.15Orinoco
M78/1_249-18.9415-60.21102009-03-25T19:50-14028.6929.56Shipboard thermosalinograph, taken at 3.5 m water depth (Schönfeld et al., 2011).0.5119540.000006#-13.350.6259.84Orinoco
M78/1_249-18.9415-60.21102009-03-25T19:50-14028.6929.56Shipboard thermosalinograph, taken at 3.5 m water depth (Schönfeld et al., 2011).0.5119330.000006#-13.760.6253.74Orinoco