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Zhang, Yancheng; Chiessi, Cristiano Mazur; Mulitza, Stefan; Zabel, Matthias; Trindade, Ricardo F; Hollanda, Maria Helena B M; Dantas, Elton L; Govin, Aline; Tiedemann, Ralf; Wefer, Gerold (2015): (Table S1, Figure 2) Sedimentation rates for 108 sediment core sites during the LGM and HS1 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.854151, In supplement to: Zhang, Y et al. (2015): Origin of increased terrigenous supply to the NE South American continental margin during Heinrich Stadial 1 and the Younger Dryas. Earth and Planetary Science Letters, 432, 493-500, https://doi.org/10.1016/j.epsl.2015.09.054

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Original version:
(Table S1) The sedimentation rates for 108 core sites during the LGM and HS1 - data in Excel format
Project(s):
Center for Marine Environmental Sciences (MARUM)
Climate: Long-Range Investigation, Mapping, and Prediction (CLIMAP)
Ocean Drilling Program (ODP)
Coverage:
Median Latitude: -3.444337 * Median Longitude: -43.289337 * South-bound Latitude: -31.661667 * West-bound Longitude: -74.800000 * North-bound Latitude: 22.133000 * East-bound Longitude: 0.000000
Date/Time Start: 1957-07-14T00:00:00 * Date/Time End: 2012-03-08T16:07:00
Minimum Elevation: -5426.0 m * Maximum Elevation: 0.0 m
Event(s):
154-925  * Latitude: 4.204233 * Longitude: -43.489067 * Date/Time Start: 1994-02-08T00:00:00 * Date/Time End: 1994-02-14T00:00:00 * Elevation: -3052.4 m * Penetration: 2017 m * Recovery: 1607.6 m * Location: South Atlantic Ocean * Campaign: Leg154 * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 184 cores; 1729.6 m cored; 0 m drilled; 92.9% recovery
154-926  * Latitude: 3.719017 * Longitude: -42.908300 * Date/Time Start: 1994-02-19T00:00:00 * Date/Time End: 1994-02-27T00:00:00 * Elevation: -3610.0 m * Penetration: 1331.1 m * Recovery: 1322.4 m * Location: South Atlantic Ocean * Campaign: Leg154 * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 141 cores; 1330.6 m cored; 0 m drilled; 99.4% recovery
154-927  * Latitude: 5.462867 * Longitude: -44.480567 * Date/Time Start: 1994-02-28T00:00:00 * Date/Time End: 1994-03-04T00:00:00 * Elevation: -3326.7 m * Penetration: 840.7 m * Recovery: 846.2 m * Location: South Atlantic Ocean * Campaign: Leg154 * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 89 cores; 840.7 m cored; 0 m drilled; 100.7% recovery
Comment:
The SR errors in Fig.2 are given by the averaged values of 'Error [+, 97.5%]' and 'Error [-, 2.5%]'.The calculation focused on 19-21 ka since the age model did not cover the whole LGM period.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Event labelEventZhang, Yancheng
2 NumberNoZhang, Yancheng
3 Sample code/labelSample labelZhang, Yancheng
4 Sedimentation rateSRcm/kaZhang, YanchengMean, HS1
5 Sedimentation rate, standard deviationSR std dev±Zhang, YanchengHS1, Error [+, 97.5%]
6 Sedimentation rate, standard deviationSR std dev±Zhang, YanchengHS1, Error [-, 2.5%]
7 Sedimentation rateSRcm/kaZhang, YanchengMean, LGM
8 Sedimentation rate, standard deviationSR std dev±Zhang, YanchengLGM, Error [+, 97.5%]
9 Sedimentation rate, standard deviationSR std dev±Zhang, YanchengLGM, Error [-, 2.5%]
10 CommentCommentZhang, YanchengLGM
11 Age, commentCommZhang, YanchengDating approach
12 Reference/sourceReferenceZhang, Yancheng
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
1034 data points

Data

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

1 
Event		2 
No		3 
Sample label		4 
SR [cm/ka]
(Mean, HS1)		5 
SR std dev [±]
(HS1, Error [+, 97.5%])		6 
SR std dev [±]
(HS1, Error [-, 2.5%])		7 
SR [cm/ka]
(Mean, LGM)		8 
SR std dev [±]
(LGM, Error [+, 97.5%])		9 
SR std dev [±]
(LGM, Error [-, 2.5%])		10 
Comment
(LGM)		11 
Comm
(Dating approach)		12 
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RC16-84 54RC16-8411.3101.0430.8638.9990.4970.41314COppo et al., 2000
RC16-85 55RC16-8511.3670.6210.61411.9731.1401.05014COppo et al., 2000
RC16-119 56RC16-1196.1470.6780.7105.4430.4180.39914COppo et al., 2000
V12-107 57V12-10714.7772.2511.61514.3831.7821.51714CMatthew et al., 2012
V20-238 58V20-2380.6550.0200.0180.6550.0200.01714CHemming et al., 1998
V24-253 59V24-25310.0082.4281.7899.1970.8200.74219-2114COppo et al., 2000
V25-56 60V25-564.2062.1811.21514CCLIMAP, 1976
V25-59 61V25-592.8040.1160.0982.7380.0790.06914CJennifer et al., 2013
V25-60 62V25-601.7310.4150.29814CCLIMAP, 1976
V25-75 63V25-755.7131.1220.86314CCLIMAP, 1976
V26-99 64V26-994.2400.3250.3013.0340.2740.23614CHemming et al., 1998
V27-178 65V27-1782.2190.7080.4772.2220.6870.48019-2114CCLIMAP, 1976
V30-21 66V30-214.3830.5900.6145.5260.2590.25014CHemming et al., 1998
V30-36 67V30-362.1920.5910.44214CCLIMAP, 1976
V30-41 68V30-411.4370.6180.5811.4691.4680.62019-2114CCLIMAP, 1976
V31-135 69V31-13514.1230.5370.62414.1310.5250.63014CHemming et al., 1998
V32-67 70V32-672.1360.1240.1311.9550.1920.17514CBroecker et al., 1993
GIK16459-1 71GIK16459-11.6930.9610.5783.7150.7360.609Planktic d18O and 14C-AMS age match to d18O of sediment cores (Winn et al., 1991)Sarnthein et al., 1994
GeoB3935-2 72GeoB3935-23.5292.0871.8303.7951.7041.792Benthic d18O fit to the 14C-AMS age points RC11-120 (Martinson et al., 1987)Schlünz et al., 2000
GeoB3939-1 73GeoB3939-13.2201.9871.6853.7421.6451.535Benthic d18O fit to the 14C-AMS age points RC11-120 (Martinson et al., 1987)Schlünz et al., 2000
CHN115-70PC 74CHN115-70PC1.1230.3260.2400.7920.1670.141Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CHN115-88PC 75CHN115-88PC0.4530.1460.1000.4480.0550.056Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CHN115-89PC 76CHN115-89PC3.7971.6131.5050.3870.2340.069Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CHN115-90PC 77CHN115-90PC0.7490.1870.1680.7760.1480.123Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CHN115-91PC 78CHN115-91PC0.5180.0590.0560.4360.0480.041Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CHN115-92PC 79CHN115-92PC2.2901.2761.1030.3770.1660.070Benthic d18O match to oxygen-isotopic stage of Emiliiani (1966) and Shackletion (1973)Curry et al., 1982
CH75-03 80CH75-034.6593.5972.5424.5751.8231.283Benthic d18O match to sediment cores V19-30Curry et al., 1988
CH75-04 81CH75-047.1614.7523.78811.02716.8348.27619-21Benthic d18O match to sediment cores V19-30Curry et al., 1988
KNR110-91 82KNR110-913.7940.0000.0004.3870.8590.499Benthic d18O match to sediment cores V19-30Curry et al., 1988
KNR110-55 83KNR110-554.4691.0250.8484.8781.5651.074Benthic d18O match to the d18O of 14C- AMS dated sediment core KNR110-82Francois et al., 1990
KNR110-58 84KNR110-585.4501.2200.9815.8861.8621.302Benthic d18O match to the d18O of 14C- AMS dated sediment core KNR110-82Francois et al., 1990
GeoB3229-2 85GeoB3229-25.1781.5241.4915.7001.8042.566Carbonate, XRF & color correlation with sediment core GeoB3104-1, GeoB3129-1/3911-3Arz et al., 1999a
GeoB2822-2 86GeoB2822-24.7322.2462.2591.8320.6270.277G. menardii, paleomagnetic susceptibility correlation with sediment core GeoB2110-3/4 and GeoB2821-1Gingele et al., 1999
V16-20 87V16-204.9914.4172.008AMS 14C analogue, planktonic d18O with M13289Vogelsang, et al. 2001
V19-303 88V19-3034.6952.6521.450lithological correlationKoopmann 1979
V20-241 89V20-2412.9641.6840.927lithological correlationKoopmann 1979
V25-44 90V25-443.1901.6811.0942.2640.7040.497lithological correlationKoopmann 1979
V26-41 91V26-413.4911.9111.096lithological correlationKoopmann 1979
154-926 92ODP 154-9263.9252.3842.1783.9221.7481.666magnetic susceptibility correlation with ODP 111-677Harris et al., 1997
154-927 93ODP 154-9273.9502.3232.0483.8721.6921.708magnetic susceptibility correlation with ODP 111-677Harris et al., 1997
154-928 94ODP 154-9283.9502.3232.0483.8721.6921.708magnetic susceptibility correlation with ODP 111-677Harris et al., 1997
154-929 95ODP 154-9294.0082.6532.0813.9001.8291.686magnetic susceptibility correlation with ODP 111-677Harris et al., 1997
M35027-1 96M35027-11.3830.7640.4313.3250.6510.549Match with 14C-AMS control pointsVogelsang et al., 2001
GeoB3117-1 97GeoB3117-19.8786.8255.9014.5792.0732.246Planktonic d18O, XRF & color correlation with sediment core GeoB3129-1/GeoB3911-3Arz et al., 1999b
GeoB3176-1 98GeoB3176-119.0323.2782.78115.6093.6777.102Planktonic d18O, XRF & color correlation with sediment core GeoB3129-1/GeoB3911-3Arz et al., 1999b
GeoB1312-2 99GeoB1312-21.0230.3990.3370.8040.2570.204SPECMAP chronologyHale et al., 1999
GeoB1520-2 100GeoB1520-22.6831.5871.3813.0831.4441.362SPECMAP chronologyBickert et al., 2003
GeoB4403-2 101GeoB4403-23.4300.9200.9204.4670.3350.335SPECMAP chronologyBickert et al., 2003
154-925 102ODP 154-9253.9192.6621.4825.7312.6982.127magnetic susceptibility correlation with ODP 111-677Yasuhara et al., 2009
GeoB1505-2 103GeoB1505-22.7481.5981.3793.5191.6711.551SPECMAP chronology (Benthic d18O)Zabel et al., 2004
GeoB1523-1 104GeoB1523-13.2042.1521.8774.3271.8411.780SPECMAP chronology (Planktic d18O)Rühlemann 1996
GeoB2204-2 105GeoB2204-22.5111.5031.2782.5770.9380.946SPECMAP chronology (Planktic d18O)Dürkoop 1998
RC13-184 106RC13-1844.0381.0580.7944.0541.1470.815SPECMAP chronology (Planktic d18O)Mix et al., 1986
RC16-66 107RC16-668.6833.1342.5359.4853.7892.429SPECMAP chronology (Planktic d18O)Verardo et al., 1994
KN11002-0043 108KN11002-004310.6767.0055.89212.6454.5334.952SPECMAP chronology (Planktonic d18O)Curry et al., 1987