Citation:

2018PA003394

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Coverage:

Latitude: 52.306389 * Longitude: 10.718333

Minimum DEPTH, sediment/rock: 39.0 m * Maximum DEPTH, sediment/rock: 44.0 m

Event(s):

Schandelah_core * Latitude: 52.306389 * Longitude: 10.718333 * Method/Device: Core drilling (CDRILL) * Comment: Sampling year: 2008. Resolution: 10 cm, up to 5 cm for the T-OAE interval.

Comment:

Author contributions:

The sampling was led by Bas van de Schootbrugge and measurements performed by Nina Papadomanolaki, with supervision of Niels A. G. M. van Helmond and Caroline P. Slomp. Measurements were gathered, processed and analysed by Itzel Ruvalcaba Baroni.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Ruvalcaba Baroni, Itzel		Geocode
2	Carbon, organic, total	TOC	%	Ruvalcaba Baroni, Itzel	Element analyser, Fisons NA 1500 NCS	Total organic carbon [wt %]
3	Phosphorus	P	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
4	Carbon, organic total/Phosphorus ratio	TOC/P		Ruvalcaba Baroni, Itzel		Total organic carbon / total phosphorus
5	Aluminium	Al	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
6	Iron	Fe	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
7	Iron/Aluminium ratio	Fe/Al		Ruvalcaba Baroni, Itzel
8	Molybdenum	Mo	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
9	Manganese	Mn	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
10	Sulfur, total	TS	%	Ruvalcaba Baroni, Itzel	Element analyser, Fisons NA 1500 NCS	wt %
11	Vanadium	V	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry
12	Copper	Cu	mg/kg	Ruvalcaba Baroni, Itzel	ICP-OES, Inductively coupled plasma - optical emission spectrometry

License:

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

Size:

1188 data points

Data

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

1 Depth sed [m]	2 TOC [%]	3 P [mg/kg]	4 TOC/P	5 Al [mg/kg]	6 Fe [mg/kg]	7 Fe/Al	8 Mo [mg/kg]	9 Mn [mg/kg]	10 TS [%]	11 V [mg/kg]	12 Cu [mg/kg]
39.0	12.8	2227	148	35089	31507	0.90	29.8	247	4.22	212	71.4
39.1	10.0	1328	194	53539	33171	0.62	21.1	226	3.63	243	74.0
39.2	13.3	2033	169	34299	27474	0.80	35.5	281	3.58	168	76.1
39.3	4.7	309	395	43252	22058	0.51	13.7	473	1.72	170	62.2
39.4	6.7	488	352	25749	22939	0.89	21.5	511	2.24	110	50.0
39.5	4.3	221	501	18503	22413	1.21	13.4	686	1.76	87	32.1
39.6	4.4	352	323	15154	19042	1.26	10.0	655	1.74	59	28.4
39.7	4.0	306	341	13048	17842	1.37	8.0	717	1.61	51	25.0
39.8	2.0	118	445	13799	14733	1.07	6.2	809	1.09	52	25.2
40.0	4.9	434	292	29575	36626	1.24	10.0	883	2.91	110	46.3
40.1	10.7	722	382	40025	30086	0.75	15.1	326	3.37	113	84.0
40.2	8.6	816	272	96510	56377	0.58	21.1	589	5.28	278	133.9
40.3	12.9	1769	187	43646	24521	0.56	12.0	306	3.07	133	85.5
40.4	8.8	515	443	38911	39177	1.01	14.5	432	4.44	139	68.6
40.5	9.4	785	307	34069	44981	1.32	14.8	523	5.04	123	60.9
40.6	10.2	581	451	43899	23608	0.54	12.6	295	2.82	125	71.1
40.7	4.4	549	206	44244	46912	1.06	11.4	731	4.15	166	56.4
40.8	5.1	544	241	51644	43125	0.84	7.5	832	3.19	132	55.8
40.9	9.4	746	324	64918	38362	0.59	11.1	423	3.57	152	89.5
41.0	4.0	426	243	70597	48292	0.68	9.6	486	4.07	178	64.4
41.0	4.1	426	247	70597	48292	0.68	9.6	486	4.07	178	64.4
41.1	10.1	1326	196	36974	45753	1.24	7.1	817	4.79	137	61.6
41.2	14.6	432	869	30058	38101	1.27	9.8	906	3.12	114	48.1
41.2	14.6	739	508	55208	45571	0.83	14.8	438	5.17	163	121.6
41.3	4.4	502	226	62203	53400	0.86	16.3	710	4.20	200	62.5
41.4	10.9	520	542	49552	44122	0.89	13.6	434	4.52	209	82.9
41.5	11.0	1626	174	50360	39341	0.78	14.4	438	4.16	212	70.0
41.6	14.1	2882	126	47888	37483	0.78	23.2	375	4.31	204	97.6
41.7	15.7	1021	397	51346	43937	0.86	19.4	322	5.22	229	108.1
41.8	10.8	834	334	54715	50097	0.92	22.7	429	4.85	262	81.1
41.9	9.9	830	307	55414	67626	1.22	23.9	388	6.80	258	79.7
42.0	17.5	411	1099	47305	45833	0.97	18.5	302	5.07	235	115.9
42.0	8.6	748	296	63874	51423	0.81	14.7	442	4.79	282	75.5
42.1	7.5	579	334	66710	56688	0.85	24.5	495	4.62	283	63.8
42.1	10.0	612	420	63583	48839	0.77	29.8	429	4.47	271	74.8
42.1	9.5	660	370	62240	46586	0.75	22.2	463	4.58	258	75.0
42.2	8.7	895	250	66709	46031	0.69	16.1	422	3.90	277	65.7
42.2	15.9	1315	312	37119	38025	1.02	16.7	452	5.16	180	98.6
42.2	15.9	1356	303	37908	39464	1.04	16.4	425	4.80	174	91.7
42.2	15.9	1315	312	37119	38025	1.02	16.7	452	5.16	180	98.6
42.2	15.9	1356	303	37908	39464	1.04	16.4	425	4.80	174	91.7
42.2	13.9	596	603	45466	41438	0.91	17.0	354	4.93	228	93.3
42.3	12.4	326	979	58497	47440	0.81	27.9	333	4.74	297	89.6
42.3	11.2	381	759	58919	47791	0.81	21.8	342	5.16	290	89.5
42.3	11.2	360	803	58598	47637	0.81	21.6	334	5.16	288	89.4
42.3	11.2	379	764	59226	47760	0.81	21.6	338	5.15	290	89.4
42.3	11.2	380	762	59048	47559	0.81	21.5	335	5.16	288	88.2
42.3	12.2	995	315	49280	43429	0.88	21.3	569	4.58	240	71.6
42.4	16.4	1221	347	32718	31264	0.96	15.4	695	4.23	151	74.5
42.4	14.4	1477	252	31935	34164	1.07	14.3	685	4.52	149	67.7
42.4	10.9	1162	241	34811	37218	1.07	14.7	786	4.49	158	80.8
42.5	15.1	874	444	32450	33675	1.04	19.2	637	4.39	152	83.0
42.5	11.1	562	509	45892	35581	0.78	16.1	492	4.15	194	94.6
42.5	9.2	1381	172	54860	41072	0.75	15.0	432	4.31	224	104.9
42.5	9.3	1381	174	54860	41072	0.75	15.0	432	4.31	224	104.9
42.6	4.1	1179	89	71333	34287	0.48	4.4	366	3.04	218	54.9
42.6	6.9	1453	123	53011	31531	0.59	2.9	532	3.22	161	70.6
42.6	8.6	1169	190	59668	33946	0.57	6.7	515	3.19	171	68.6
42.6	8.6	1453	153	53011	31531	0.59	2.9	532	3.22	161	70.6
42.6	6.9	1169	153	59668	33946	0.57	6.7	515	3.19	171	68.6
42.6	8.8	1253	182	66475	35668	0.54	2.7	453	3.36	184	71.6
42.7	7.2	872	213	68012	29892	0.44	2.5	377	2.69	178	64.8
42.7	10.5	702	386	65648	42632	0.65	8.0	374	4.60	174	92.1
42.7	9.0	851	273	62537	49043	0.78	11.1	383	4.97	169	94.5
42.7	2.6	1147	58	90778	39259	0.43	0.6	349	2.67	228	52.6
42.7	2.5	1147	57	90778	39259	0.43	0.6	349	2.67	228	52.6
42.8	8.4	1481	146	56014	43108	0.77	6.9	560	4.36	148	65.2
42.8	11.9	1581	195	48664	47672	0.98	13.8	467	5.47	136	75.6
42.8	6.5	1640	103	60790	40794	0.67	4.6	532	4.01	153	61.1
42.9	5.7	1407	105	68279	41466	0.61	5.7	493	3.83	167	58.4
42.9	2.0	900	56	84392	76821	0.91	0.0	319	6.57	203	47.3
42.9	1.2	1028	30	65684	149434	2.28	1.9	610	14.99	177	37.8
43.0	0.5	4522	3	27558	127036	4.61	5.5	1691	14.95	83	16.1
43.0	0.9	359	66	102570	49302	0.48	2.0	306	3.71	217	28.6
43.0	0.7	235	73	91508	44904	0.49	0.2	302	3.28	183	26.0
43.1	0.6	262	60	91715	54814	0.60	0.0	327	4.28	168	27.5
43.1	0.8	295	70	94317	40330	0.43	1.5	284	2.94	165	27.1
43.1	0.8	1105	18	91304	91271	1.00	0.0	740	8.31	173	34.1
43.2	0.7	414	41	94545	44325	0.47	0.0	320	3.13	162	28.0
43.2	0.8	277	71	97344	46629	0.48	1.5	319	3.48	157	30.3
43.2	0.7	310	61	102763	41618	0.40	0.0	309	2.68	174	30.5
43.3	0.7	337	55	96209	50739	0.53	0.0	416	3.97	160	31.5
43.3	0.9	325	70	103095	40397	0.39	1.7	283	2.57	167	28.9
43.3	0.9	862	26	106025	52454	0.49	-0.1	422	3.79	182	31.1
43.4	0.7	464	36	97016	47020	0.48	0.0	338	3.53	153	27.0
43.4	0.7	1015	18	93310	49036	0.53	1.1	386	3.76	143	28.2
43.4	0.8	440	48	105974	39087	0.37	0.0	294	2.33	176	28.2
43.5	0.7	314	56	100884	53261	0.53	0.9	366	3.95	157	36.7
43.5	0.9	366	63	92304	64271	0.70	1.6	306	3.98	140	31.6
43.5	0.6	340	48	97123	44519	0.46	0.0	354	3.13	154	30.3
43.6	0.7	317	56	100559	44447	0.44	-0.4	296	3.08	162	28.4
43.6	1.1	347	78	104988	40187	0.38	1.0	300	2.41	165	31.0
43.6	0.8	411	50	103468	50187	0.49	0.0	395	3.59	173	30.5
43.6	0.8	411	52	103468	50187	0.49	0.0	395	3.59	173	30.5
43.6	0.8	411	51	103468	50187	0.49	0.0	395	3.59	173	30.5
43.7	1.0	260	100	78783	52847	0.67	0.0	254	4.04	111	22.8
43.7	0.9	329	71	103933	39655	0.38	0.9	301	2.49	164	28.4
43.7	0.9	333	70	104195	39013	0.37	1.3	305	2.40	164	28.3
43.7	0.7	298	64	97867	42411	0.43	-0.1	294	2.85	156	27.3
43.8	0.9	465	49	106649	41702	0.39	0.3	328	2.43	173	28.7
43.8	1.0	346	72	106748	39492	0.37	1.2	289	2.40	171	31.7
43.8	0.9	979	23	95270	44667	0.47	0.0	383	2.98	151	27.5
43.9	0.9	344	65	98254	39318	0.40	1.4	281	2.43	150	26.9
43.9	0.8	332	65	105091	37986	0.36	0.0	298	2.04	174	30.2
43.9	0.8	344	63	98254	39318	0.40	1.4	281	2.43	150	26.9
43.9	0.9	332	67	105091	37986	0.36	0.0	298	2.04	174	30.2
43.9	0.7	785	22	94378	59706	0.63	2.4	416	4.72	147	27.5
44.0	0.7	469	40	103190	46202	0.45	0.0	363	3.11	167	30.4