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Kirby, Nicola; Bailey, Ian; Lang, David C; Brombacher, Anieke; Chalk, Thomas B; Parker, Rebecca L; Crocker, Anya J; Taylor, Victoria E; Milton, J Andy; Foster, Gavin L; Raymo, Maureen E; Kroon, Dick; Bell, David B; Wilson, Paul A (2020): Neodymium isotopes of fish debris from IODP Site 306-U1313 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.925558, In: Kirby, N et al. (2020): Neodymium isotopes, B/Ca and δ¹³C, and fresh sand volcanic glass count data from ODP Site 208-1267 and IODP Site 306-U1313 for MIS M2, MIS 100 and the Last Glacial-Holocene [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.925562

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Abstract:
Fish debris Nd isotope data from IODP Site U1313 for Marine Isotope Stage (MIS) M2 and MIS 100.
Keyword(s):
AMOC; Atlantic circulation; B/Ca; Last Glacial; MIS 100; MIS M2; Nd isotopes
Related to:
Kirby, Nicola; Bailey, Ian; Lang, David C; Brombacher, Anieke; Chalk, Thomas B; Parker, Rebecca L; Crocker, Anya J; Taylor, Victoria E; Milton, J Andy; Foster, Gavin L; Raymo, Maureen E; Kroon, Dick; Bell, David B; Wilson, Paul A (2020): On climate and abyssal circulation in the Atlantic Ocean during late Pliocene marine isotope stage M2, ∼3.3 million years ago. Quaternary Science Reviews, 250, 106644, https://doi.org/10.1016/j.quascirev.2020.106644
Lang, David C; Bailey, Ian; Wilson, Paul A; Chalk, Thomas B; Foster, Gavin L; Gutjahr, Marcus (2016): Incursions of southern-sourced water into the deep North Atlantic during late Pliocene glacial intensification. Nature Geoscience, 9(5), 375-379, https://doi.org/10.1038/ngeo2688
Coverage:
Median Latitude: 41.000021 * Median Longitude: -32.957207 * South-bound Latitude: 41.000019 * West-bound Longitude: -32.957310 * North-bound Latitude: 41.000023 * East-bound Longitude: -32.957010
Minimum Elevation: -3413.5 m * Maximum Elevation: -3412.3 m
Event(s):
306-U1313A  * Latitude: 41.000019 * Longitude: -32.957310 * Elevation: -3412.3 m * Recovery: 319.64 m * Campaign: Exp306 (North Atlantic Climate 2) * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 33 cores; 308.6 m cored; 103.6 % recovered; 0 m drilled; 308.6 m penetrated
306-U1313B  * Latitude: 41.000023 * Longitude: -32.957300 * Elevation: -3413.5 m * Recovery: 306.54 m * Campaign: Exp306 (North Atlantic Climate 2) * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 32 cores; 300.4 m cored; 102 % recovered; 2 m drilled; 302.4 m penetrated
306-U1313C  * Latitude: 41.000022 * Longitude: -32.957010 * Elevation: -3412.7 m * Recovery: 305.79 m * Campaign: Exp306 (North Atlantic Climate 2) * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 32 cores; 293.4 m cored; 104.2 % recovered; 0 m drilled; 293.4 m penetrated
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Event labelEventKirby, Nicola
2 Marine isotope stageMISKirby, Nicola
3 Sample code/labelSample labelKirby, NicolaDSDP/ODP/IODP sample designation
4 Depth, compositeDepth compmcdKirby, Nicolasecondary splice
5 AGEAgeka BPKirby, NicolaGeocode
6 ε-Neodymiumε-NdKirby, NicolaSamarium corrected
7 ε-Neodymium, errorε-Nd e±Kirby, Nicola
8 Reference/sourceReferenceKirby, Nicola
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
504 data points

Data

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

1 
Event		2 
MIS		3 
Sample label		4 
Depth comp [mcd]		5 
Age [ka BP]		6 
ε-Nd		7 
ε-Nd e [±]		8 
Reference
306-U1313A 100306-U1313A-12H-4,120118.742498.9-13.030.13Kirby et al.
306-U1313A100306-U1313A-12H-4,125118.792500.0-12.850.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-4,130118.842501.2-12.450.21Kirby et al.
306-U1313A100306-U1313A-12H-4,135118.892502.3-12.310.13Kirby et al.
306-U1313A100306-U1313A-12H-4,140118.942503.5-11.820.13Kirby et al.
306-U1313A100306-U1313A-12H-5,0119.042505.8-11.310.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-5,5119.092507.0-11.080.13Kirby et al.
306-U1313A100306-U1313A-12H-5,11119.152508.3-11.000.13Kirby et al.
306-U1313A100306-U1313A-12H-5,15119.192509.3-11.060.13Kirby et al.
306-U1313A100306-U1313A-12H-5,20119.242510.4-10.520.13Kirby et al.
306-U1313A100306-U1313A-12H-5,25119.292511.6-10.360.20Kirby et al.
306-U1313A100306-U1313A-12H-5,30119.342512.7-9.540.13Kirby et al.
306-U1313A100306-U1313A-12H-5,35119.392513.9-9.980.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-5,40119.442515.0-9.810.13Kirby et al.
306-U1313A100306-U1313A-12H-5,45119.492516.0-9.930.13Kirby et al.
306-U1313A100306-U1313A-12H-5,50119.542517.0-10.010.13Kirby et al.
306-U1313A100306-U1313A-12H-5,55119.592518.0-10.280.13Kirby et al.
306-U1313A100306-U1313A-12H-5,60119.642519.0-9.560.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-5,65119.692520.0-10.200.27Kirby et al.
306-U1313A100306-U1313A-12H-5,70119.742521.0-10.460.13Kirby et al.
306-U1313A100306-U1313A-12H-5,75119.792522.0-10.670.13Kirby et al.
306-U1313A100306-U1313A-12H-5,80119.842523.0-10.690.13Kirby et al.
306-U1313A100306-U1313A-12H-5,88119.922524.6-11.120.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-5,95119.992526.0-10.460.13Kirby et al.
306-U1313A100306-U1313A-12H-5,100120.042526.9-10.770.13Kirby et al.
306-U1313A100306-U1313A-12H-5,105120.092527.9-10.650.13Kirby et al.
306-U1313A100306-U1313A-12H-5,110120.142528.9-11.000.13Kirby et al.
306-U1313A100306-U1313A-12H-5,115120.192529.9-10.980.13Kirby et al.
306-U1313A100306-U1313A-12H-5,120120.242530.9-10.910.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-5,125120.292531.9-9.870.13Kirby et al.
306-U1313A100306-U1313A-12H-5,130120.342532.9-11.040.13Kirby et al.
306-U1313A100306-U1313A-12H-5,135120.392533.9-10.930.20Kirby et al.
306-U1313A100306-U1313A-12H-5,140120.442534.9-11.120.13Kirby et al.
306-U1313A100306-U1313A-12H-5,145120.492535.9-11.490.21Kirby et al.
306-U1313A100306-U1313A-12H-6,0120.542536.9-11.840.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-6,5120.592537.9-11.960.13Kirby et al.
306-U1313A100306-U1313A-12H-6,10120.642538.8-12.250.13Kirby et al.
306-U1313A100306-U1313A-12H-6,15120.692539.8-12.250.13Kirby et al.
306-U1313A100306-U1313A-12H-6,20120.742540.7-12.370.13Kirby et al.
306-U1313A100306-U1313A-12H-6,25120.792541.4-12.520.13Kirby et al.
306-U1313A100306-U1313A-12H-6,30120.842542.2-12.460.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-6,35120.892542.9-12.600.13Kirby et al.
306-U1313A100306-U1313A-12H-6,40120.942543.7-12.430.13Kirby et al.
306-U1313A100306-U1313A-12H-6,45120.992544.4-12.290.13Kirby et al.
306-U1313A100306-U1313A-12H-6,50121.042545.2-12.250.13Kirby et al.
306-U1313A100306-U1313A-12H-6,55121.092545.9-12.340.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-6,60121.142546.7-12.410.13Kirby et al.
306-U1313A100306-U1313A-12H-6,65121.192547.4-12.350.13Kirby et al.
306-U1313A100306-U1313A-12H-6,70121.242548.2-12.760.13Kirby et al.
306-U1313A100306-U1313A-12H-6,75121.292548.9-13.070.13Kirby et al.
306-U1313A100306-U1313A-12H-6,85121.392550.4-13.270.26Kirby et al.
306-U1313A100306-U1313A-12H-6,90121.442551.2-12.630.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-6,115121.692554.9-11.870.13Lang et al. (2016)
306-U1313A100306-U1313A-12H-7,15122.192562.4-11.480.13Lang et al. (2016)
306-U1313B M2306-U1313B-15H-5,20150.483224.5-11.580.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-5,70150.983237.0-11.550.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-5,90151.183242.0-12.240.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-5,126.5151.563251.5-12.240.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-5,140151.683254.5-12.050.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-6,30152.083264.4-12.390.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-6,60152.383271.9-11.970.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-6,70152.483274.4-11.510.13Kirby et al.
306-U1313BM2306-U1313B-15H-6,80152.583276.9-11.290.32Kirby et al.
306-U1313BM2306-U1313B-15H-6,90152.683279.4-11.220.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-6,100152.783281.9-10.690.13Kirby et al.
306-U1313BM2306-U1313B-15H-6,110152.883284.4-10.420.13Kirby et al.
306-U1313BM2306-U1313B-15H-6,120152.983286.9-10.290.13Lang et al. (2016)
306-U1313BM2306-U1313B-15H-6,130153.083288.8-10.940.13Kirby et al.
306-U1313BM2306-U1313B-15H-6,140153.183290.6-11.070.13Lang et al. (2016)
306-U1313C M2306-U1313C-16H-2,80153.283292.4-11.560.19Kirby et al.
306-U1313CM2306-U1313C-16H-2,90153.383294.2-10.710.13Kirby et al.
306-U1313CM2306-U1313C-16H-2,100153.483296.0-11.150.13Kirby et al.
306-U1313CM2306-U1313C-16H-2,107153.563297.5-11.730.13Lang et al. (2016)
306-U1313CM2306-U1313C-16H-2,120153.683299.6-11.940.13Kirby et al.
306-U1313CM2306-U1313C-16H-2,130153.783301.5-11.570.13Lang et al. (2016)
306-U1313CM2306-U1313C-16H-2,140153.883303.3-10.290.13Kirby et al.
306-U1313CM2306-U1313C-16H-3,0153.983305.1-9.750.13Kirby et al.
306-U1313CM2306-U1313C-16H-3,10154.083306.9-11.430.13Kirby et al.
306-U1313CM2306-U1313C-16H-3,20154.183308.7-11.990.13Lang et al. (2016)
306-U1313CM2306-U1313C-16H-3,30154.283310.5-12.700.13Kirby et al.
306-U1313CM2306-U1313C-16H-3,40154.383312.3-12.840.13Kirby et al.
306-U1313CM2306-U1313C-16H-3,61.5154.603316.3-11.360.13Lang et al. (2016)
306-U1313CM2306-U1313C-16H-3,90154.883321.3-12.010.13Lang et al. (2016)
306-U1313CM2306-U1313C-16H-3,120155.183326.8-11.450.13Lang et al. (2016)