Citation:

j.epsl.2013.03.054

Name: Uranium and Thorium isotope measurements of sediment core OC437-07_GC68
Published: 2013
License: https://creativecommons.org/licenses/by/3.0/

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

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Coverage:

Latitude: 19.363000 * Longitude: -17.282000

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 2.005 m

Event(s):

OC437-07_GC68 * Latitude: 19.363000 * Longitude: -17.282000 * Elevation: -1396.0 m * Campaign: * Basis: Oceanus * Method/Device: Gravity corer (GC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sea level, corrected	Sea lev corr	m	McGee, David
3	Depth water equivalent	Depth w.e.	m	McGee, David		Water depth
4	AGE	Age	ka BP			Geocode
5	Thorium-232	232Th	dpm/g	McGee, David	Inductively coupled plasma - mass spectrometry (ICP-MS)
6	Thorium-232, standard deviation	232Th std dev	±	McGee, David
7	Thorium-230	230Th	dpm/g	McGee, David	Inductively coupled plasma - mass spectrometry (ICP-MS)
8	Thorium-230, standard deviation	230Th std dev	±	McGee, David
9	Uranium-238	238U	dpm/g	McGee, David	Inductively coupled plasma - mass spectrometry (ICP-MS)
10	Uranium-238, standard deviation	238U std dev	±	McGee, David
11	Thorium-230 excess	230Th xs	dpm/g	McGee, David
12	Thorium-230 excess, standard deviation	230Th xs std dev	±	McGee, David
13	Thorium-230 excess, decay-corrected	230Th xs,0	dpm/g	McGee, David
14	Thorium-230 excess, decay-corrected, standard deviation	230Th xs,0 std dev	±	McGee, David
15	Thorium-230, flux normalized	230Th flux norm	g/cm²/ka	McGee, David
16	Thorium-230, flux normalized, standard deviation	230Th flux norm std dev	±	McGee, David

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

560 data points

Data

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

1 Depth sed [m]	2 Sea lev corr [m]	3 Depth w.e. [m]	4 Age [ka BP]	5 232Th [dpm/g]	6 232Th std dev [±]	7 230Th [dpm/g]	8 230Th std dev [±]	9 238U [dpm/g]	10 238U std dev [±]	11 230Th xs [dpm/g]	12 230Th xs std dev [±]	13 230Th xs,0 [dpm/g]	14 230Th xs,0 std dev [±]	15 230Th flux norm [g/cm²/ka]	16 230Th flux norm std dev [±]
0.005	0	1396	1.919	1.480	0.010	1.910	0.060	1.540	0.010	0.860	0.160	0.880	0.160	4.270	0.800
0.055	0	1396	2.348	1.420	0.010	2.040	0.040	2.210	0.090	1.020	0.150	1.040	0.150	3.600	0.520
0.105	0	1396	3.280	1.460	0.010	2.120	0.040	1.940	0.010	1.070	0.150	1.110	0.160	3.390	0.480
0.155	0	1396	4.230	1.440	0.010	2.120	0.030	1.880	0.080	1.080	0.150	1.120	0.150	3.350	0.460
0.205	0	1396	4.970	1.430	0.010	2.330	0.020	2.500	0.010	1.250	0.140	1.310	0.150	2.850	0.330
0.225	0	1396	5.260	1.450	0.010	2.230	0.050	2.020	0.120	1.160	0.150	1.220	0.160	3.070	0.400
0.255	0	1396	5.689	1.480	0.010	2.360	0.040	2.360	0.100	1.250	0.150	1.320	0.160	2.830	0.350
0.275	0	1396	5.889	1.360	0.010	2.840	0.040	3.030	0.160	1.760	0.140	1.860	0.150	2.010	0.160
0.305	0	1396	6.300	1.350	0.010	2.870	0.100	3.000	0.130	1.800	0.170	1.910	0.180	1.960	0.180
0.355	0	1396	7.009	1.080	0.060	2.630	0.250	2.690	0.980	1.740	0.280	1.860	0.300	2.020	0.330
0.405	20	1376	7.657	1.050	0.010	2.720	0.080	3.100	0.020	1.800	0.130	1.930	0.140	1.910	0.140
0.455	20	1376	7.982	1.070	0.010	2.730	0.040	2.620	0.110	1.830	0.120	1.970	0.120	1.870	0.120
0.505	40	1356	8.325	1.160	0.010	2.660	0.020	2.980	0.010	1.660	0.120	1.800	0.130	2.020	0.140
0.555	40	1356	8.669	1.120	0.010	2.700	0.020	2.630	0.110	1.760	0.120	1.910	0.120	1.910	0.120
0.605	40	1356	9.004	1.310	0.010	2.460	0.020	2.970	0.010	1.350	0.130	1.470	0.150	2.480	0.250
0.655	40	1356	9.551	1.460	0.010	2.480	0.030	2.390	0.100	1.330	0.150	1.450	0.160	2.510	0.290
0.705	40	1356	10.357	1.440	0.010	2.310	0.040	2.500	0.010	1.150	0.150	1.260	0.170	2.890	0.380
0.755	60	1336	11.166	1.350	0.010	2.300	0.010	2.080	0.090	1.230	0.140	1.370	0.150	2.620	0.290
0.805	60	1336	11.953	1.340	0.010	1.920	0.030	2.380	0.010	0.810	0.140	0.900	0.150	3.970	0.680
0.855	80	1316	12.219	1.440	0.010	1.630	0.030	2.040	0.090	0.490	0.150	0.550	0.170	6.440	1.960
0.905	80	1316	12.410	1.350	0.010	1.610	0.030	2.290	0.010	0.500	0.140	0.560	0.160	6.290	1.740
0.955	80	1316	12.641	1.360	0.010	1.610	0.020	1.900	0.080	0.540	0.140	0.600	0.160	5.840	1.510
1.005	80	1316	12.877	1.340	0.010	1.630	0.010	2.320	0.010	0.510	0.140	0.580	0.150	6.100	1.610
1.055	100	1296	13.116	1.300	0.010	1.470	0.040	1.840	0.080	0.440	0.140	0.500	0.150	6.960	2.140
1.105	100	1296	13.356	1.400	0.010	1.620	0.020	2.140	0.010	0.480	0.140	0.540	0.160	6.380	1.900
1.155	100	1296	13.594	1.470	0.010	1.740	0.040	1.900	0.080	0.590	0.150	0.670	0.170	5.200	1.350
1.205	100	1296	13.819	1.370	0.000	1.830	0.030	2.140	0.010	0.710	0.140	0.810	0.160	4.310	0.860
1.255	100	1296	14.263	1.330	0.010	1.740	0.060	1.660	0.070	0.700	0.150	0.800	0.170	4.330	0.910
1.305	100	1296	14.739	1.290	0.010	1.710	0.040	2.030	0.010	0.650	0.130	0.740	0.150	4.690	0.980
1.355	100	1296	15.215	1.170	0.010	1.500	0.070	1.560	0.060	0.580	0.140	0.670	0.160	5.220	1.250
1.405	120	1276	15.694	1.050	0.000	1.350	0.020	1.700	0.010	0.470	0.110	0.550	0.120	6.240	1.410
1.455	120	1276	16.143	1.560	0.010	1.310	0.130	1.550	0.070	0.150	0.200	0.180	0.240	19.410	25.940
1.505	120	1276	16.504	1.120	0.000	1.240	0.010	1.510	0.010	0.340	0.110	0.400	0.130	8.540	2.830
1.555	120	1276	16.753	1.100	0.010	1.320	0.050	1.310	0.090	0.470	0.120	0.550	0.140	6.260	1.630
1.605	120	1276	17.009	1.640	0.010	1.760	0.040	1.710	0.110	0.520	0.170	0.610	0.200	5.600	1.850
1.655	120	1276	17.274	1.170	0.010	1.530	0.030	1.560	0.070	0.580	0.120	0.680	0.140	4.990	1.050
1.705	120	1276	17.603	1.180	0.010	1.530	0.050	1.390	0.080	0.610	0.130	0.710	0.160	4.790	1.040
1.805	120	1276	18.434	1.200	0.010	1.850	0.110	1.860	0.090	0.830	0.160	0.990	0.190	3.470	0.680
1.905	120	1276	19.273	1.140	0.010	1.770	0.060	1.820	0.090	0.780	0.130	0.930	0.160	3.670	0.620
2.005	120	1276	20.082	1.090	0.010	1.580	0.060	1.700	0.070	0.640	0.130	0.760	0.150	4.470	0.890