Citation:

PANGAEA.859221

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

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Related to:

Lowry, Roy K; Machin, P; Cramer, Ray N (1994): BOFS North Atlantic Data Set. Oceanographic data collected during the North Atlantic cruises of the NERC Biogeochemical Ocean Flux Study (1989-1991): a UK contribution of JGOFS. Natural Environmental Research Council, British Oceanographic Data Centre, Merseyside, United Kingdom, CD-ROM, BOFS.iso

Further details:

Documentation of Kasten cores during Discovery 184

Project(s):

Biogeochemical Ocean Flux Study (BOFS)

Joint Global Ocean Flux Study (JGOFS)

Coverage:

Latitude: 54.667100 * Longitude: -20.654400

Date/Time Start: 1989-08-01T00:00:00 * Date/Time End: 1989-08-01T00:00:00

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 2.645 m

Event(s):

BOFS10K (BOFS11890#2) * Latitude: 54.667100 * Longitude: -20.654400 * Date/Time: 1989-08-01T00:00:00 * Elevation: -2761.0 m * Location: Northeast Atlantic * Campaign: * Basis: Discovery (1962) * Method/Device: Kasten corer (KAL) * Comment: BOFS-ID 5676

Comment:

University of Cambridge Department of Earth Sciences. Authorship was originally taken from the JGOFS CDs (Lowry & BODC) and was changed by request of the BODC.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m		Geocode
2	AGE	Age	ka BP		Geocode
3	Age, dated	Age dated	ka	BODC
4	Age, comment	Comm		BODC
5	Sedimentation rate	SR	cm/ka	BODC
6	Accumulation rate, mass	MAR	g/cm²/ka	BODC
7	Density, dry bulk	DBD	g/cm³	BODC
8	Water content, wet mass	Water wm	%	BODC
9	Susceptibility	Suscept	sensor values	BODC

License:

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

Size:

613 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 Age dated [ka]	4 Comm	5 SR [cm/ka]	6 MAR [g/cm²/ka]	7 DBD [g/cm³]	8 Water wm [%]	9 Suscept [sensor values]
0.005	0.153	0.153	assume 1.145cm loss @7.61/kyr	6.70	4.02	0.600
0.025	0.451			6.70	4.02	0.600		4.0
0.045	0.750			6.70	4.02	0.600	54.93	4.0
0.065	1.048			6.70	4.22	0.630		4.0
0.085	1.347			6.70	4.39	0.655	52.17	4.0
0.105	1.645			6.70	4.42	0.660		4.0
0.125	1.944			6.70	4.39	0.655	52.19	4.5
0.145	2.242			6.70	4.49	0.670		5.0
0.165	2.541			6.70	4.56	0.680	50.97	5.0
0.185	2.839	2.839	nnc c mean	6.70	4.56	0.680		5.0
0.205	3.138			6.70	4.58	0.684	50.82	8.0
0.225	3.436			6.70	4.56	0.680		7.5
0.245	3.735			6.70	4.55	0.679	51.02	7.5
0.265	4.033			6.70	4.56	0.680		8.0
0.285	4.332			6.70	4.64	0.693	50.37	9.0
0.305	4.630			6.70	4.49	0.670		9.5
0.325	4.929			6.70	4.43	0.661	51.90	8.5
0.345	5.227			6.70	4.29	0.640		8.0
0.365	5.526			6.70	4.20	0.627	53.55	8.0
0.385	5.824	5.824	(?tot cs terr 40)	6.70	4.15	0.620		9.0
0.405	6.123			6.70	4.12	0.615	54.16	9.0
0.425	6.421			6.70	4.56	0.680		6.0
0.445	6.720			6.70	5.00	0.746	47.94	8.0
0.465	7.018			6.70	4.56	0.680		7.0
0.485	7.317			6.70	4.18	0.624	53.70	8.5
0.505	7.615	7.615	ms44	6.70	4.22	0.630		5.0
0.525	7.914			6.70	4.28	0.639	52.99	11.0
0.545	8.212	8.212	(ms f 44)	6.70	4.29	0.640		18.0
0.565	8.511			6.70	4.26	0.636	53.10	21.5
0.585	8.809	8.809	(ms50**/ ms cs 52)	6.15	3.88	0.630		28.0
0.605	9.108			6.15	3.84	0.624	53.73	14.0
0.625	9.406			6.15	3.88	0.630		17.5
0.645	9.705			6.15	3.93	0.639	53.00	19.5
0.665	10.003			6.15	4.06	0.660		22.5
0.685	10.302			6.15	4.21	0.684	50.80	27.0
0.705	10.600			6.15	4.18	0.680		28.0
0.725	10.925			6.15	4.27	0.693	50.36	33.0
0.745	11.250	11.250	(ms)	6.15	4.18	0.680		35.0
0.765	11.575	11.575	(nc silt 68 xray/ ms 72)	6.15	4.17	0.677	51.14	31.0
0.785	11.900			6.15	4.18	0.680		31.0
0.805	12.225	12.225	(approx68 various)	6.15	4.17	0.677	51.13	31.0
0.825	12.550	12.550	ms cs gnc 74/ ms c 74	6.15	4.00	0.650		33.5
0.845	12.875	12.875	(ms c 84/f terr 82)	6.15	3.88	0.631	53.40	35.0
0.865	13.200	13.200	(tot f co3 76)	6.15	4.00	0.650		38.0
0.885	13.525			6.15	4.12	0.669	51.52	36.0
0.905	13.850			6.15	4.06	0.660		36.5
0.925	14.175			6.15	4.09	0.664	51.75	37.0
0.945	14.500			6.15	4.49	0.730		42.0
0.965	14.825	14.825	(97cm=109 mag sus)	9.71	7.83	0.806	45.30	47.0
0.985	15.031			9.71	7.28	0.750		47.0
1.005	15.237			9.71	6.80	0.700	50.04	43.0
1.025	15.443			9.71	6.80	0.700		43.0
1.045	15.649			9.71	6.80	0.700	50.04	41.0
1.065	15.855	15.855	(cco3 104)	9.71	6.80	0.700		46.0
1.085	16.061			9.71	6.91	0.712	49.50	42.0
1.105	16.267	16.267	(tot cs terr 108)	9.71	7.48	0.770		39.0
1.125	16.473			9.71	8.02	0.826	44.46	42.0
1.145	16.679	16.679	(c co3 110)	9.71	7.67	0.790		44.0
1.165	16.885			9.71	7.42	0.764	47.13	40.0
1.185	17.091			9.71	7.77	0.800		39.0
1.205	17.297			9.71	8.25	0.850	43.37	44.0
1.225				9.71
1.245				9.71
1.265				9.71
1.285				9.71
1.305				9.71
1.325				9.71
1.345				9.71
1.355	17.503	17.503	xray 109	9.71	6.70	0.690	50.42	43.0
1.375	17.709	17.709	turbidite	9.71	6.70	0.690		37.0
1.395	17.915	17.915	120-133cm	9.71	6.80	0.700	50.02	40.0
1.415	18.121			9.71	6.80	0.700		38.0
1.435	18.327			9.71	6.89	0.710	49.47	40.0
1.455	18.533			9.71	6.60	0.680		46.0
1.475	18.739			9.71	6.21	0.640	52.74	43.0
1.495	18.945			9.71	6.60	0.680		36.0
1.515	19.151			9.71	6.89	0.710	49.76	40.0
1.535	19.357			9.71	6.80	0.700		47.0
1.555	19.563			9.71	6.70	0.690	50.40	42.0
1.575	19.769			9.71	6.60	0.680		38.0
1.595	19.975			9.71	6.51	0.670	51.67	41.0
1.615	20.181			9.71	6.60	0.680		34.0
1.635	20.387			9.71	6.70	0.690	50.64	35.0
1.655	20.593			9.71	6.80	0.700		35.0
1.665	0.000			9.71
1.685	20.799			9.71	6.99	0.720	49.18	24.0
1.705	21.005	21.005	H3 144 under turb	9.71	7.09	0.730		45.0
1.725	21.211			9.71	7.18	0.740	48.09	55.0
1.745	21.417			9.71	7.18	0.740		54.0
1.765	21.623	21.623	H2?	8.03	6.02	0.750	47.93	57.0
1.785	21.872			8.03	6.10	0.760		52.0
1.805	22.121			8.03	6.26	0.780	46.38	59.0
1.825	22.370			8.03	5.62	0.700		55.0
1.845	22.619			8.03	4.98	0.620	54.07	52.0
1.865	22.868			8.03	5.22	0.650		47.0
1.885	23.117			8.03	5.38	0.670	51.29	48.0
1.905	23.366			8.03	5.38	0.670		51.0
1.925	23.615			8.03	5.46	0.680	51.20	44.0
1.945	23.864			8.03	5.38	0.670		45.0
1.965	24.113			8.03	5.30	0.660	51.95	44.0
1.985	24.362			8.03	5.38	0.670		47.0
2.005	24.611			8.03	5.38	0.670	51.46	48.0
2.025	24.861			8.03	5.62	0.700		31.0
2.045	25.110			8.03	5.86	0.730	48.54	30.0
2.065	25.359			8.03	5.86	0.730		38.5
2.085	25.608			8.03	5.86	0.730	48.74	33.5
2.105	25.857			8.03	5.94	0.740		35.0
2.125	26.106			8.03	6.02	0.750	47.79	32.0
2.145	26.355			8.03	5.86	0.730		29.0
2.165	26.604			8.03	5.70	0.710	49.63	34.0
2.185	26.853			8.03	5.86	0.730		32.0
2.205	27.102			8.03	6.02	0.750	47.93	28.0
2.225	27.351			8.03	6.18	0.770		31.0
2.245	27.600			8.03	6.26	0.780	46.42	32.0
2.265	27.849	27.849	H3?	8.03	6.26	0.780		31.0
2.285	28.098			8.03	6.26	0.780	46.29	30.0
2.305	28.347			8.03	6.18	0.770		32.0
2.325	28.596			8.03	6.18	0.770	47.07	27.0
2.345	28.845			8.03	6.10	0.760		23.0
2.365	29.094			8.03	6.02	0.750	47.59	22.0
2.385	29.343			8.03	6.10	0.760		22.0
2.405	29.592			8.03	6.18	0.770	47.09	24.0
2.425	29.841			8.03	6.18	0.770		24.0
2.445	30.090			8.03	6.18	0.770	46.75	23.5
2.465	30.339			8.03	6.26	0.780		23.0
2.485	30.588			8.03	6.42	0.800	45.71	23.5
2.505	30.837			8.03	6.42	0.800		23.0
2.525	31.087			8.03	6.42	0.800	45.45	22.0
2.545	31.336			8.03	6.18	0.770		21.0
2.565	31.585			8.03	6.02	0.750	47.96	17.0
2.585	31.834			8.03	6.18	0.770		15.5
2.605	32.083			8.03	6.34	0.790	46.17	18.0
2.625	32.332			8.03				18.0
2.645	32.581			8.03				17.0