Citation:

PANGAEA.112271

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: 59.496700 * Longitude: -20.855000

Date/Time Start: 1989-07-02T13:40:00 * Date/Time End: 1989-07-02T13:40:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 67 m

Event(s):

EN198_5-8 (7021340) * Latitude: 59.496700 * Longitude: -20.855000 * Date/Time: 1989-07-02T13:40:00 * Location: North Atlantic Ocean * 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:

544 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	10.96	35.236	299.67	10.9599	26.9672	0.537	0.506
2	2	10.96	35.236	299.67	10.9598	26.9672	0.537	0.506
3	3	10.96	35.236	299.67	10.9596	26.9672	0.537	0.506
4	4	10.97	35.236	301.01	10.9695	26.9654	0.533	0.452
5	5	10.97	35.236	301.01	10.9694	26.9655	0.532	0.466
6	6	10.97	35.236	301.01	10.9693	26.9655	0.532	0.489
7	7	10.97	35.237	301.01	10.9691	26.9663	0.532	0.517
8	8	10.98	35.236	297.88	10.9790	26.9637	0.539	0.577
9	9	10.97	35.235	296.99	10.9689	26.9648	0.539	0.672
10	10	10.97	35.235	297.44	10.9688	26.9648	0.539	0.672
11	11	10.97	35.235	297.88	10.9687	26.9648	0.540	0.672
12	12	10.97	35.235	298.33	10.9685	26.9648	0.542	0.675
13	13	10.97	35.236	300.56	10.9684	26.9656	0.543	0.715
14	14	10.98	35.237	297.88	10.9783	26.9646	0.538	0.673
15	15	10.98	35.237	296.99	10.9782	26.9646	0.538	0.662
16	16	10.97	35.237	296.54	10.9680	26.9665	0.542	0.789
17	17	10.96	35.236	296.54	10.9579	26.9675	0.546	0.952
18	18	10.95	35.237	295.65	10.9478	26.9701	0.547	1.133
19	19	10.94	35.239	298.78	10.9377	26.9735	0.554	1.037
20	20	10.94	35.239	298.78	10.9376	26.9736	0.555	1.186
21	21	10.94	35.239	298.78	10.9374	26.9736	0.555	1.249
22	22	10.93	35.238	298.78	10.9273	26.9746	0.556	1.287
23	23	10.91	35.236	297.88	10.9072	26.9767	0.559	1.298
24	24	10.90	35.239	297.88	10.8971	26.9809	0.559	1.293
25	25	10.89	35.239	297.88	10.8870	26.9827	0.559	1.293
26	26	10.88	35.238	297.88	10.8768	26.9838	0.559	1.293
27	27	10.87	35.237	297.88	10.8667	26.9848	0.559	1.293
28	28	10.83	35.237	296.99	10.8266	26.9921	0.544	1.190
29	29	10.82	35.234	294.76	10.8165	26.9915	0.531	1.167
30	30	10.80	35.232	295.65	10.7964	26.9936	0.529	1.110
31	31	10.75	35.231	296.10	10.7463	27.0018	0.520	1.078
32	32	10.67	35.231	296.54	10.6662	27.0162	0.503	1.078
33	33	10.60	35.228	296.99	10.5960	27.0263	0.480	1.074
34	34	10.44	35.240	293.42	10.4360	27.0640	0.425	0.941
35	35	10.41	35.240	292.97	10.4059	27.0693	0.410	0.921
36	36	10.37	35.240	292.97	10.3657	27.0764	0.399	0.894
37	37	10.32	35.240	292.97	10.3156	27.0851	0.385	0.834
38	38	10.25	35.244	291.63	10.2455	27.1005	0.334	0.767
39	39	10.13	35.240	289.40	10.1255	27.1182	0.321	0.749
40	40	10.09	35.240	289.84	10.0854	27.1252	0.316	0.731
41	41	10.06	35.240	290.74	10.0552	27.1304	0.314	0.685
42	42	10.02	35.240	291.63	10.0151	27.1373	0.312	0.640
43	43	9.98	35.240	292.52	9.9750	27.1442	0.309	0.583
44	44	9.97	35.243	288.95	9.9649	27.1482	0.291	0.522
45	45	9.95	35.243	288.95	9.9448	27.1517	0.288	0.522
46	46	9.94	35.243	288.95	9.9347	27.1534	0.287	0.522
47	47	9.93	35.244	288.95	9.9246	27.1559	0.286	0.522
48	48	9.89	35.250	288.95	9.8845	27.1675	0.285	0.522
49	49	9.82	35.259	288.50	9.8144	27.1864	0.248	0.446
50	50	9.78	35.265	288.50	9.7743	27.1979	0.233	0.360
51	51	9.75	35.270	288.06	9.7442	27.2070	0.218	0.294
52	52	9.74	35.274	288.06	9.7341	27.2118	0.202	0.260
52	53	9.72	35.287	287.16	9.7140	27.2253	0.185	0.213
53	54	9.73	35.274	284.48	9.7239	27.2135	0.185	0.209
54	55	9.73	35.278	284.04	9.7238	27.2167	0.187	0.212
55	56	9.72	35.282	283.59	9.7136	27.2215	0.186	0.212
56	57	9.71	35.283	283.59	9.7035	27.2240	0.168	0.188
57	58	9.70	35.285	283.14	9.6934	27.2273	0.157	0.174
58	59	9.70	35.277	283.59	9.6933	27.2210	0.155	0.183
59	60	9.67	35.279	283.59	9.6632	27.2277	0.146	0.182
60	61	9.66	35.285	283.14	9.6531	27.2341	0.142	0.168
61	62	9.64	35.290	283.14	9.6330	27.2414	0.139	0.151
62	63	9.64	35.295	283.14	9.6329	27.2453	0.135	0.134
63	64	9.65	35.297	281.80	9.6428	27.2452	0.132	0.111
64	65	9.65	35.297	281.80	9.6426	27.2452	0.128	0.111
65	66	9.65	35.297	281.80	9.6425	27.2452	0.123	0.110
66	67	9.64	35.297	281.80	9.6324	27.2469	0.122	0.110
67	68	9.63	35.299	281.80	9.6223	27.2502	0.122	0.107