Citation:

palo.20024

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

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Further details:

Thornalley, David J R; Barker, Stephen; Broecker, Wallace S; Elderfield, Henry; McCave, I Nick (2011): The Deglacial Evolution of North Atlantic Deep Convection. Science, 331(6014), 202-205, https://doi.org/10.1126/science.1196812 (a)

Thornalley, David J R; Elderfield, Henry; McCave, I Nick (2011): Reconstructing North Atlantic deglacial surface hydrography and its link to the Atlantic overturning circulation. Global and Planetary Change, 79(3-4), 163-175, https://doi.org/10.1016/j.gloplacha.2010.06.003 (b)

Coverage:

Latitude: 62.975500 * Longitude: -17.589500

Minimum DEPTH, sediment/rock: 0.405 m * Maximum DEPTH, sediment/rock: 5.645 m

Event(s):

RAPiD-10-1P (CD159-10) * Latitude: 62.975500 * Longitude: -17.589500 * Elevation: -1237.0 m * Recovery: 6.16 m * Location: South of Iceland * Campaign: * Basis: Charles Darwin * Method/Device: Piston corer (PC)

Comment:

Ages after Thornally et al. (2011a), # = contaminated ratios.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	AGE	Age	ka BP			Geocode
3	Sea surface temperature, annual mean	SST (1-12)	°C	Yu, Jimin	Reconstructed	from Thornally et al. (2011b)
4	Sea surface salinity	SSS		Yu, Jimin	Reconstructed
5	Alkalinity, total	AT	µmol/kg	Yu, Jimin	Reconstructed
6	Neogloboquadrina pachyderma sinistral, Cadmium/Calcium ratio	N. pachyderma s Cd/Ca	µmol/mol	Yu, Jimin
7	Coefficient	Coeff		Yu, Jimin		partition coefficient between N. pachyderma (s) calcite and seawater Cd
8	Phosphorus, dissolved	TDP	µmol/kg	Yu, Jimin	Reconstructed	seawater
9	Phosphorus, dissolved	TDP	µmol/kg	Yu, Jimin	Reconstructed	seawater, 3 pt mean
10	Tilia spp.	Tilia spp.	#	Yu, Jimin
11	pH	pH		Yu, Jimin	Reconstructed	seawater
12	Carbon dioxide, partial pressure	pCO2	ppmv	Yu, Jimin	Reconstructed	seawater
13	Carbonate ion	[CO3]2-	µmol/kg	Yu, Jimin	Reconstructed	seawater
14	Δ carbon dioxide, partial pressure	ΔpCO2	ppmv	Yu, Jimin		sea-air
15	Δ carbon dioxide, partial pressure	ΔpCO2	ppmv	Yu, Jimin		sea-air, 3 pt mean

License:

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

Size:

1511 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 SST (1-12) [°C] (from Thornally et al. (2011b))	4 SSS	5 AT [µmol/kg]	6 N. pachyderma s Cd/Ca [µmol/mol]	7 Coeff (partition coefficient between...)	8 TDP [µmol/kg] (seawater)	9 TDP [µmol/kg] (seawater, 3 pt mean)	10 Tilia spp. [#]	11 pH (seawater)	12 pCO2 [ppmv] (seawater)	13 [CO3]2- [µmol/kg] (seawater)	14 ΔpCO2 [ppmv] (sea-air)	15 ΔpCO2 [ppmv] (sea-air, 3 pt mean)
0.405	10.51	6.21	35.2	2326	0.035	3.541	0.543		74	8.26	222	181	-45
0.425	10.71	5.92	35.3	2331	0.038	3.430	0.604	0.577	65	8.21	256	164	-9	-21
0.445	10.92	5.96	35.5	2338	0.035	3.443	0.559	0.596	68	8.23	243	171	-21	-24
0.465	11.13	6.23	35.4	2336	0.043	3.549	0.671	0.657	68	8.22	248	170	-17	-27
0.485	11.34	6.62	35.5	2339	0.055	3.708	0.822	0.692	72	8.24	235	179	-30	-36
0.505	11.55	5.79	35.6	2345	0.072	3.379	1.175	0.843	71	8.25	231	177	-28	-35
0.525	11.68	4.85	35.6	2347	0.055	3.041	0.993	0.795	75	8.29	208	185	-47	-27
0.545	11.73	5.26	35.8	2361	0.038	3.186	0.649	0.733	72	8.26	225	180	-29	-35
0.565	11.78	4.83	35.5	2343	0.051	3.034	0.923	0.851	69	8.25	230	172	-23	-23
0.585	11.83	4.99	35.9	2363	0.051	3.091	0.915	0.823	68	8.24	240	171	-11	-12
0.605	11.87	5.61	35.8	2359	0.037	3.311	0.619	0.575	69	8.24	239	175	-12	-14
0.625	11.92	4.47	35.6	2344	0.046	2.916	0.873		70	8.26	226	172
0.645	11.97	4.18	35.2	2324	0.047	2.824	0.912		72	8.27	213	174
1.005	12.17	5.23	36.0	2367	0.030	3.175	0.522	0.537	76	8.28	212	188	-33	-26
1.025	12.19	5.29	35.9	2362	0.028	3.197	0.483	0.536	74	8.27	220	183	-25	-34
1.045	12.22	4.87	35.8	2360	0.036	3.048	0.653	0.563	81	8.32	193	197	-53	-36
1.065	12.25	5.35	36.0	2373	0.027	3.215	0.464	0.534	71	8.25	233	178	-13	-26
1.085	12.28	4.77	35.8	2361	0.031	3.015	0.557	0.506	72	8.26	222	179	-23	-20
1.105	12.31	6.04	36.1	2378	0.033	3.475	0.521	0.466	76	8.27	219	191	-26	-23
1.125	12.34	5.64	35.9	2365	0.023	3.323	0.375	0.437	75	8.27	220	186	-24	-21
1.145	12.38	6.33	36.0	2368	0.031	3.589	0.477	0.443	73	8.25	234	183	-9	-14
1.165	12.41	5.90	35.9	2362	0.028	3.421	0.444	0.478	73	8.25	229	182	-13	-12
1.185	12.44	5.72	35.8	2356	0.033	3.352	0.548	0.512	72	8.26	227	181	-13	-14
1.205	12.47	5.65	36.0	2368	0.044	3.327	0.729	0.649	76	8.28	216	189	-24	-19
1.225	12.50	5.66	36.0	2370	0.038	3.329	0.629	0.662	73	8.26	228	182	-11	-15
1.245	12.54	4.58	35.7	2350	0.036	2.952	0.662	0.782	70	8.26	225	174	-14	-12
1.265	12.57	4.77	35.6	2348	0.064	3.014	1.175	0.988	69	8.25	231	171	-8	-13
1.285	12.60	4.64	36.1	2378	0.051	2.972	0.942	0.896	74	8.28	216	184	-23	-12
1.305	12.63	4.92	36.0	2372	0.029	3.067	0.526	0.671	68	8.24	242	171	3	-3
1.325	12.66	6.13	36.4	2392	0.038	3.511	0.596	0.605	65	8.20	270	169	32	21
1.345	12.69	5.66	35.9	2364	0.032	3.329	0.536	0.620	66	8.22	255	168	17	11
1.365	12.79	5.58	35.6	2349	0.072	3.300	1.192	0.987	81	8.31	195	198	-42	-35
1.385	12.95	6.21	35.9	2363	0.055	3.541	0.851	0.684	90	8.35	177	217	-58	-38
1.405	13.11	5.35	35.6	2349	0.043	3.218	0.743	0.573	79	8.30	203	191	-35	-22
1.425	13.27	5.59	35.7	2352	0.038	3.306	0.632	0.562	79	8.30	202	194	-36	-33
1.445	13.43	6.26	35.8	2359	0.051	3.561	0.788	0.769	#103		-32
1.465	13.59	5.88	35.7	2352	0.042	3.415	0.684	0.703	78	8.29	209	191	-29	-25
1.485	13.75	6.19	35.9	2361	0.030	3.535	0.469	0.593	81	8.30	202	199	-35	-29
1.505	13.91	6.28	35.7	2354	0.027	3.570	0.410	0.549	80	8.29	205	197	-34	-34
1.545	14.23	5.31	35.5	2341	0.044	3.201	0.751	0.734	#118		-7
1.565	14.39	4.99	35.6	2346	0.035	3.091	0.624	0.567	84	8.33	183	202	-56	-49
1.585	14.55	6.67	36.0	2368	0.027	3.730	0.402	0.422	78	8.28	216	195	-18	-35
1.605	14.58	5.57	35.8	2360	#0.066		0.417		86	8.33	184	207	-49	-37
1.685	14.70	5.70	35.7	2350	0.027	3.347	0.444	0.469	80	8.30	201	195	-29	-35
1.765	14.81	5.59	35.7	2355	0.026	3.304	0.430	0.499	77	8.29	209	190	-19	-23
1.845	14.93	4.75	35.6	2346	0.044	3.008	0.811	0.706	77	8.30	201	188	-28	-24
1.925	15.05	4.86	35.9	2365	0.034	3.047	0.621	0.654	76	8.29	208	188	-19	-23
2.005	15.16	5.33	35.7	2350	0.039	3.209	0.671	0.665	73	8.27	221	181	-5	-13
2.085	15.28	5.26	35.1	2320	0.048	3.185	0.825	0.769	75	8.28	208	182	-17	-14
2.165	15.40	5.30	35.2	2325	0.039	3.198	0.672	0.673	72	8.27	219	177	-5	-12
2.245	15.51	4.33	34.9	2307	0.034	2.871	0.645	0.642	80	8.33	184	189	-39	-32
2.405	15.75	5.75	35.4	2335	#0.112		0.562		82	8.31	193	198	-28	-28
2.485	15.86	5.63	36.4	2396	0.029	3.318	0.478	0.408	90	8.35	178	219	-43	-39
2.565	15.98	4.31	36.1	2379	0.019	2.863	0.364	0.353	91	8.37	165	217	-56	-52
2.645	16.10	4.05	36.6	2407	0.019	2.782	0.378	0.359	92	8.38	165	221	-56	-50
2.725	16.22	4.17	36.8	2421	0.011	2.821	0.205	0.299	91	8.37	167	223	-52	-46
2.805	16.33	5.14	36.8	2422	0.014	3.142	0.253	0.298	97	8.38	162	234	-53	-52
2.885	16.45	4.63	36.5	2403	0.012	2.970	0.216	0.286	95	8.39	160	228	-51	-48
2.965	16.57	4.76	36.8	2422	0.013	3.013	0.240	0.311	94	8.38	165	229	-43	-41
3.045	16.68	4.59	36.8	2419	0.010	2.954	0.180	0.280	91	8.36	171	222	-36	-37
3.205	16.92	4.67	36.9	2424	#0.074		0.386		95	8.38	163	231	-40	-38
4.365	10.99	7.00	35.4	2337	0.047	3.867	0.663	0.639	77	8.27	219	190	-46	-33
4.385	11.13	6.41	35.4	2336	0.041	3.620	0.624	0.614	71	8.24	237	176	-28	-29
4.405	11.27	7.62	35.8	2360	0.040	4.147	0.537	0.630	79	8.27	220	197	-44	-37
4.425	11.41	6.55	35.3	2332	0.039	3.677	0.585	0.668	74	8.26	224	184	-40	-32
4.445	11.46	6.34	35.3	2332	0.044	3.592	0.679	0.627	69	8.23	245	171	-18	-26
4.465	11.51	6.11	35.4	2333	0.036	3.502	0.567	0.747	70	8.24	236	174	-28	-25
4.485	11.56	6.70	35.5	2342	0.031	3.742	0.455	0.697	82	8.30	201	200	-58	-36
4.505	11.60	6.62	35.9	2367	0.047	3.706	0.703	0.602	67	8.21	259	172	-1	-11
4.525	11.65	6.58	36.1	2374	0.037	3.691	0.546	0.697	65	8.19	272	167	16	-4
4.545	11.75	5.65	35.8	2357	0.039	3.326	0.642	0.714	75	8.27	217	186	-37	-31
4.565	11.84	5.72	35.9	2362	0.033	3.352	0.540	0.654	67	8.22	251	170	0	-6
4.585	11.93	6.43	36.1	2377	0.031	3.630	0.476		64	8.19	276	166
4.605	12.03	6.82	36.0	2373	0.032	3.792	0.458		64	8.18	281	165
4.645	12.30	4.89	36.1	2374	0.025	3.057	0.447	0.493	71	8.26	227	179	-18	-21
4.665	12.47	3.83	35.8	2358	0.025	2.714	0.508	0.573	69	8.26	224	171	-16	-17
4.685	12.64	4.43	35.9	2367	0.036	2.902	0.691	0.626	67	8.24	241	168	3	10
4.705	12.76	4.57	35.6	2346	0.044	2.948	0.814	0.839	73	8.27	216	178	-22	-17
4.725	12.83	6.15	35.9	2366	0.048	3.518	0.751	0.830	81	8.30	204	199	-34	-34
4.745	12.90	5.11	35.6	2348	0.036	3.133	0.628	0.715	76	8.28	210	185	-27	-36
4.765	12.97	5.05	36.0	2371	0.023	3.112	0.406	0.602	72	8.26	227	180	-8	-27
4.785	13.21	5.42	36.1	2377	0.024	3.243	0.399	0.543	72	8.26	229	182	-9	-22
4.805	13.40	5.97	35.9	2367	0.037	3.446	0.586	0.648	86	8.33	187	209	-50	-37
4.825	13.54	5.03	36.0	2368	0.052	3.103	0.916	0.826	72	8.26	225	180	-13	-26
4.845	13.59	3.64	35.6	2345	0.026	2.658	0.530	0.549	73	8.29	206	178	-32	-28
4.865	13.64	4.72	35.9	2365	0.025	3.000	0.454	0.541	74	8.27	216	182	-21	-28
4.885	13.69	4.97	35.5	2340	0.041	3.082	0.727	0.594	78	8.30	199	190	-38	-33
4.905	13.75	5.97	35.9	2364	#0.089		0.589		73	8.25	229	183	-8	-16
4.925	13.81	5.78	35.9	2362	0.043	3.374	0.708	0.649	75	8.27	221	185	-15	-15
4.945	13.87	5.14	36.0	2371	0.041	3.143	0.710	0.634	75	8.28	214	187	-24	-24
4.965	13.93	5.27	35.9	2366	0.039	3.189	0.668	0.610	81	8.31	196	199	-43	-33
4.985	13.95	4.77	36.0	2371	0.038	3.014	0.694	0.624	71	8.26	229	177	-10	-20
5.005	13.97	5.39	36.5	2402	0.026	3.230	0.441	0.538	75	8.27	221	190	-17	-10
5.025	14.02	6.22	36.6	2409	0.037	3.546	0.575	0.576	71	8.24	245	184	6	-11
5.045	14.07	6.10	36.3	2390	0.045	3.496	0.715	0.718	83	8.31	200	206	-39	-14
5.065	14.20	6.38	36.4	2395	0.057	3.608	0.868	0.801	69	8.22	254	178	15	-10
5.085	14.33	5.52	35.9	2365	0.034	3.278	0.566	0.627	78	8.29	209	192	-30	-25
5.105	14.46	4.65	36.0	2371	0.025	2.976	0.453	0.483	84	8.34	182	205	-55	-46
5.125	14.59	5.60	36.5	2400	0.026	3.309	0.433	0.428	#99		-39
5.145	14.74	4.70	36.1	2375	0.030	2.991	0.555	0.496	80	8.31	195	197	-33	-29
5.165	14.91	5.24	36.0	2370	0.034	3.177	0.583	0.602	77	8.29	209	191	-19	-21
5.185	15.08	4.89	36.0	2368	0.031	3.055	0.562	0.604	78	8.30	203	192	-24	-18
5.205	15.25	5.55	36.0	2369	0.045	3.289	0.756	0.752	78	8.29	208	193	-18	-15
5.225	15.43	4.83	36.0	2373	0.029	3.034	0.525	0.592	78	8.30	203	192	-22	-22
5.245	15.60	5.27	36.4	2394	0.044	3.189	0.752	0.630	82	8.31	196	203	-26	-30
5.265	15.77	4.81	36.4	2393	0.020	3.029	0.372	0.493	83	8.32	192	203	-29	-32
5.285	15.94	4.48	36.5	2397	0.016	2.918	0.305	0.363	87	8.35	179	211	-42	-46
5.305	16.12	5.49	36.5	2398	0.019	3.267	0.316	0.304	86	8.33	188	212	-32	-43
5.325	16.29	4.66	36.3	2387	0.025	2.977	0.469	0.349	91	8.37	167	220	-50	-51
5.345	16.46	4.60	36.6	2408	0.025	2.958	0.459	0.344	89	8.35	175	217	-35	-41
5.365	16.63	4.21	36.6	2404	0.016	2.832	0.302	0.256	91	8.37	166	220	-41	-40
5.385	16.81	3.41	36.3	2391	0.022	2.591	0.458	0.352	86	8.36	172	208	-34	-36
5.405	16.98	3.30	36.4	2395	0.015	2.558	0.313	0.345	90	8.38	163	215	-38	-39
5.425	17.15	3.39	36.5	2398	0.014	2.586	0.295	0.318	95	8.40	153	225	-41	-37
5.445	17.51	3.02	36.3	2388	0.017	2.480	0.369	0.351	90	8.39	160	215	-29	-31
5.465	17.86	3.85	36.6	2404	0.018	2.719	0.370	0.357	93	8.39	161	222	-27	-28
5.485	18.22	3.49	36.4	2396	0.015	2.614	0.319	0.372	92	8.39	160	219	-30	-25
5.625	20.71	3.68	36.6	2408	0.023	2.669	0.479	0.415	87	8.36	174	212	-12	-18
5.645	21.06	3.53	36.6	2405	0.018	2.625	0.385		89	8.37	168	215	-18