Citation:

PANGAEA.913293

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Project(s):

Center for Marine Environmental Sciences (MARUM)

The Benguela Upwelling System under climate change – Effects of VARiability in physical forcing on carbon and oxygen budgets (EVAR)

Coverage:

Latitude: -25.003017 * Longitude: 14.296183

Date/Time Start: 2019-09-07T16:00:00 * Date/Time End: 2019-09-07T16:00:00

Minimum DEPTH, sediment/rock: 0.10 m * Maximum DEPTH, sediment/rock: 1.77 m

Event(s):

M157_47-1 (GeoB23847-1) * Latitude: -25.003017 * Longitude: 14.296183 * Date/Time: 2019-09-07T16:00:00 * Elevation: -161.0 m * Campaign: (BUSUC 1) * Basis: * Method/Device: Gravity corer (GC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Anderson, Chloe H
2	DEPTH, sediment/rock	Depth sed	m	Anderson, Chloe H		Geocode – depth in core
3	Depth, corrected	Depth corr	m	Anderson, Chloe H		corrected depth below seafloor
4	Iron 2+	Fe2+	µmol/l	Anderson, Chloe H	Photometry	precision 1%
5	Phosphate	[PO4]3-	µmol/l	Anderson, Chloe H	Photometry	precision 7%
6	Ammonium	[NH4]+	mmol/l	Anderson, Chloe H	Flow injection gas separator technique	precision 6%
7	Fluoride	F-	µmol/l	Anderson, Chloe H	Ion chromatography	precision 5%
8	Chloride	Cl-	mol/l	Anderson, Chloe H	Ion chromatography	precision 3%
9	Bromide	Br-	mmol/l	Anderson, Chloe H	Ion chromatography	precision 3%
10	Sulfate	[SO4]2-	mmol/l	Anderson, Chloe H	Ion chromatography	precision 2%
11	Sulfide, total	TS2-	mmol/l	Anderson, Chloe H	Photometry	precision 2%
12	Carbon, inorganic, dissolved	DIC	mmol/l	Anderson, Chloe H	Multi N/C Series, Analytik Jena	precision 4%
13	Organic carbon, non purgeable	NPOC	mmol/l	Anderson, Chloe H	Multi N/C Series, Analytik Jena	precision 5%
14	Aluminium	Al	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 3%
15	Boron	B	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
16	Barium	Ba	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
17	Calcium	Ca	mmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
18	Iron	Fe	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 5%
19	Potassium	K	mmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
20	Lithium	Li	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 3%
21	Magnesium	Mg	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
22	Manganese	Mn	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 1%
23	Sodium	Na	mmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 1%
24	Phosphorus	P	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 5%
25	Sulfur, total	TS	mmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
26	Silicon	Si	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
27	Strontium	Sr	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%
28	Titanium	Ti	µmol/l	Anderson, Chloe H	ICP-ES, Inductively coupled plasma - emission spectrometry	precision 2%

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

270 data points

Data

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

1 Sample label	2 Depth sed [m]	3 Depth corr [m]	4 Fe2+ [µmol/l]	5 [PO4]3- [µmol/l]	6 [NH4]+ [mmol/l]	7 F- [µmol/l]	8 Cl- [mol/l]	9 Br- [mmol/l]	10 [SO4]2- [mmol/l]	11 TS2- [mmol/l]	12 DIC [mmol/l]	13 NPOC [mmol/l]	14 Al [µmol/l]	15 B [µmol/l]	16 Ba [µmol/l]	17 Ca [mmol/l]	18 Fe [µmol/l]	19 K [mmol/l]	20 Li [µmol/l]	21 Mg [µmol/l]	22 Mn [µmol/l]	23 Na [mmol/l]	24 P [µmol/l]	25 TS [mmol/l]	26 Si [µmol/l]	27 Sr [µmol/l]	28 Ti [µmol/l]
1	0.10	0.44	0.10741331	24.08085422	2.463846692	35.21423308	0.551854079	0.849250350	16.261364200	5.188398565	15.06370349	0.892839214	1.290878274	439.0878685	0.391832289	7.574293420	0.711206634	9.949763339	88.96709658	50.24913147	0.003515341	478.1825141	49.93121375	21.565281720	602.9473325	71.81579094	0.870190067
2	0.20	0.54	0.10741331	18.84771712	3.135300907	46.11538057	0.551228951	0.857229926	14.399726200	6.982909715	16.99347175	1.028016183	1.064448111	453.4726428	0.400710689	7.262432860	1.021490151	9.927699101	89.40558338	50.17678865	-0.000840710	481.7713391	40.92068287	18.993149410	564.9602422	71.17699030	0.948107948
3	0.35	0.69	0.10741331	22.33296537	3.579961926	50.28424045	0.552727591	0.858515218	12.962933080	6.816528926	16.59690384	0.995567830	2.084652722	468.2794406	0.350488063	7.214341553	1.139626855	9.985430285	89.27327533	50.40877948	0.008517729	486.3739718	46.02535262	17.157739650	553.4631413	71.03309485	0.964242587
4	0.55	0.89	0.10741331	15.55199899	3.798993927	58.14296242	0.588937258	0.932451442	13.174710590	8.064400437	14.11206653	1.081368542	0.990818565	473.3839231	0.277952754	7.138302428	0.466745765	9.781387400	88.21830847	49.63431006	0.007696105	475.5150639	56.39076876	15.968750720	554.4384864	70.04000257	0.922628441
5	0.75	1.09	0.10741331	20.39554640	3.942797778	50.37898726	0.555064248	0.887577593	11.894479260	8.801216279	17.95770635	1.153489137	0.857898648	490.9369904	0.272753311	7.338583016	0.774957138	9.945238787	90.28523548	50.27450988	0.014178470	483.7275785	65.16003390	15.546869620	569.6045916	71.23788281	0.899541416
6	0.97	1.31	0.00000000	23.11214474	4.011539788	56.89019897	0.555615320	0.880895825	11.161437080	8.789334165	19.20727778	1.378761187	1.161405170	489.4321498	0.287905793	7.272711919	0.634596695	9.850426234	87.15433400	50.16016247	0.013912011	481.6169194	69.13240130	14.495234850	598.2140449	70.78897401	0.927076188
7	1.17	1.51	0.00000000	26.97645322	4.148469437	46.39435730	0.553030175	0.885268572	9.813122554	8.908186496	20.35213226	1.515673846	1.280702873	499.3731163	0.348537091	6.984124863	0.899191015	9.793907180	88.98027550	49.71912676	0.052192563	476.5774055	79.29198149	12.732119980	637.7719654	69.63289301	0.951350176
8	1.37	1.71	0.00000000	29.69305155	4.291996102	46.64701548	0.553436254	0.880838256	7.994533397	9.549914237	21.77185657	1.902491769	1.430513092	503.7977517	0.464186640	6.602169048	0.668543832	9.942073939	89.39269205	50.44838491	0.026695909	485.9856576	90.51410244	10.479133130	669.9396312	69.05017816	0.911729557
9	1.57	1.91	0.00000000	34.53659897	4.435079270	41.22012843	0.552788894	0.882318783	5.947953277	10.488788400	22.34158112	1.902204078	2.528984394	503.3286481	0.660248440	5.940740940	1.280435730	9.782215496	91.84303463	49.86574251	0.022375316	480.4043984	87.31953363	7.821155336	702.5020492	65.33404977	0.994542741
10	1.77	2.11	0.00000000	57.38550744	3.986315905	42.88872513	0.549820474	0.875603224	8.982181228	4.724902542	15.45824310	0.000000000	2.205693465	464.1036952	0.774669332	5.694011810	2.913091821	9.582557318	91.58527412	49.00488162	0.030485721	469.7292049	69.80885149	11.729613890	650.2650573	63.17127045	1.002486527