Citation:

PANGAEA.112275

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

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Related to:

Broenkow, William (2003): CTD data with beam attenuation and fluorescence. United States JGOFS Process Study Data 1989-1998; CD-ROM volume 1, version 2, Woods Hole Oceanographic Institution, USA: U.S. JGOFS Data Management Office

Further details:

Slagle, Raymond; Heimerdinger, George (1990): Methodologies as extracted from the data report noth Atlantic bloom experiment - CTD (April - July 1989). US JGOFS (Joint Global Ocean Flux Study) Data System, nabe-ctd.htm

Project(s):

Joint Global Ocean Flux Study (JGOFS)

North Atlantic Bloom Experiment, 1989-1991 (NABE)

Coverage:

Latitude: 59.491700 * Longitude: -20.973300

Date/Time Start: 1989-07-04T12:15:00 * Date/Time End: 1989-07-04T12:15:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 68 m

Event(s):

EN198_7-5 (7041215) * Latitude: 59.491700 * Longitude: -20.973300 * Date/Time: 1989-07-04T12:15:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-O) * Comment: CTD/optics_60m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, water	Depth water	m		Geocode
2	Pressure, water	Press	dbar	Broenkow, William
3	Temperature, water	Temp	°C	Broenkow, William	IPTS-68
4	Salinity	Sal		Broenkow, William	PSS-78
5	Oxygen	O2	µmol/l	Broenkow, William
6	Temperature, water, potential	Tpot	°C	Broenkow, William
7	Density, sigma-theta (0)	Sigma-theta	kg/m³	Broenkow, William
8	Optical beam attenuation coefficient, particle in water column	BAC part	1/m	Broenkow, William
9	Fluorescence, chlorophyll	F chl	µg/l	Broenkow, William	numerically equivalent to chlorophyll-a concentrations

License:

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

Size:

552 data points

Data

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

1 Depth water [m]	2 Press [dbar]	3 Temp [°C]	4 Sal	5 O2 [µmol/l]	6 Tpot [°C]	7 Sigma-theta [kg/m³]	8 BAC part [1/m]	9 F chl [µg/l]
1	1	10.97	35.226	304.58	10.9699	26.9576	0.598	0.392
2	2	10.97	35.226	304.58	10.9698	26.9576	0.598	0.392
3	3	10.97	35.226	304.58	10.9696	26.9576	0.598	0.392
4	4	10.97	35.229	304.58	10.9695	26.9600	0.599	0.411
5	5	10.99	35.229	303.69	10.9894	26.9564	0.609	0.379
6	6	10.99	35.229	304.14	10.9893	26.9564	0.605	0.379
7	7	10.99	35.229	304.58	10.9891	26.9564	0.604	0.379
8	8	10.99	35.229	304.58	10.9890	26.9564	0.603	0.379
9	9	10.98	35.231	304.14	10.9789	26.9598	0.603	0.412
10	10	10.99	35.229	303.24	10.9888	26.9565	0.597	0.406
11	11	10.99	35.229	303.24	10.9887	26.9565	0.597	0.409
12	12	10.98	35.229	303.24	10.9785	26.9583	0.597	0.409
13	13	10.98	35.229	303.24	10.9784	26.9584	0.597	0.413
14	14	10.96	35.231	302.80	10.9583	26.9636	0.602	0.625
15	15	10.97	35.231	302.80	10.9682	26.9618	0.600	0.692
16	16	10.97	35.232	302.80	10.9680	26.9626	0.599	0.782
17	17	10.96	35.232	303.24	10.9579	26.9644	0.599	0.910
18	18	10.96	35.232	303.24	10.9578	26.9644	0.600	0.978
19	19	10.96	35.231	303.24	10.9577	26.9637	0.602	1.011
20	20	10.95	35.231	301.90	10.9476	26.9655	0.596	1.104
21	21	10.95	35.230	301.90	10.9474	26.9648	0.595	1.104
22	22	10.95	35.230	301.90	10.9473	26.9648	0.594	1.105
23	23	10.94	35.230	301.90	10.9372	26.9666	0.592	1.183
24	24	10.93	35.231	301.01	10.9271	26.9692	0.563	1.151
25	25	10.91	35.231	300.56	10.9069	26.9729	0.539	1.124
26	26	10.90	35.231	300.12	10.8968	26.9747	0.533	1.123
27	27	10.88	35.229	299.22	10.8767	26.9768	0.523	1.063
28	28	10.81	35.228	296.99	10.8066	26.9886	0.456	0.986
29	29	10.81	35.233	291.18	10.8065	26.9926	0.472	0.988
30	30	10.79	35.233	291.18	10.7864	26.9962	0.458	0.937
31	31	10.77	35.233	291.18	10.7662	26.9998	0.441	0.876
32	32	10.74	35.234	291.18	10.7361	27.0060	0.429	0.843
33	33	10.72	35.234	291.18	10.7160	27.0096	0.423	0.843
34	34	10.70	35.233	292.97	10.6959	27.0124	0.418	0.867
35	35	10.69	35.231	293.86	10.6858	27.0127	0.412	0.864
36	36	10.68	35.232	293.86	10.6757	27.0152	0.409	0.862
37	37	10.66	35.233	293.86	10.6556	27.0196	0.405	0.854
38	38	10.65	35.234	293.86	10.6454	27.0222	0.401	0.846
39	39	10.63	35.232	295.20	10.6253	27.0242	0.397	0.837
40	40	10.58	35.232	295.65	10.5752	27.0331	0.383	0.789
41	41	10.52	35.232	296.54	10.5151	27.0438	0.367	0.726
42	42	10.46	35.232	297.44	10.4550	27.0544	0.351	0.663
43	43	10.44	35.233	297.44	10.4349	27.0587	0.341	0.653
44	44	10.44	35.234	293.86	10.4348	27.0595	0.333	0.701
45	45	10.49	35.231	296.54	10.4846	27.0484	0.354	0.691
46	46	10.47	35.231	296.54	10.4645	27.0520	0.349	0.689
47	47	10.46	35.231	296.54	10.4544	27.0537	0.344	0.687
48	48	10.45	35.231	296.54	10.4443	27.0555	0.339	0.685
49	49	10.43	35.231	293.42	10.4242	27.0591	0.333	0.637
50	50	10.41	35.233	294.76	10.4041	27.0642	0.331	0.648
51	51	10.38	35.234	291.63	10.3740	27.0702	0.320	0.646
52	52	10.34	35.234	291.63	10.3339	27.0773	0.314	0.606
52	53	10.30	35.234	291.63	10.2938	27.0843	0.306	0.563
53	54	10.26	35.240	286.72	10.2537	27.0960	0.276	0.457
54	55	10.10	35.233	288.06	10.0936	27.1183	0.268	0.364
55	56	9.98	35.231	288.06	9.9735	27.1374	0.260	0.326
56	57	9.95	35.235	288.06	9.9434	27.1457	0.247	0.324
57	58	9.92	35.239	288.06	9.9133	27.1540	0.234	0.322
58	59	9.89	35.245	289.40	9.8832	27.1638	0.232	0.304
59	60	9.86	35.247	289.40	9.8531	27.1705	0.230	0.286
60	61	9.83	35.248	288.95	9.8230	27.1764	0.227	0.272
61	62	9.80	35.251	288.95	9.7929	27.1838	0.223	0.266
62	63	9.75	35.250	288.50	9.7428	27.1915	0.216	0.256
63	64	9.60	35.254	284.93	9.5928	27.2199	0.191	0.198
64	65	9.43	35.257	283.14	9.4228	27.2507	0.182	0.176
65	66	9.35	35.258	283.59	9.3427	27.2647	0.175	0.175
66	67	9.28	35.258	283.59	9.2726	27.2762	0.167	0.175
67	68	9.27	35.257	283.59	9.2625	27.2771	0.166	0.174
68	69	9.26	35.257	283.59	9.2524	27.2788	0.166	0.173