Citation:

PANGAEA.112280

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: 62.695000 * Longitude: -24.196700

Date/Time Start: 1989-07-06T06:30:00 * Date/Time End: 1989-07-06T06:30:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 109 m

Event(s):

EN198_9-4 (7060630) * Latitude: 62.695000 * Longitude: -24.196700 * Date/Time: 1989-07-06T06:30:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-RO) * Comment: CTD/rosette_100m

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:

880 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	9.10	35.140	321.10	9.0999	27.2120	0.547	0.734
2	2	9.10	35.140	321.10	9.0998	27.2121	0.547	0.734
3	3	9.10	35.138	319.32	9.0997	27.2105	0.550	0.724
4	4	9.10	35.138	318.87	9.0996	27.2105	0.549	0.728
5	5	9.10	35.138	317.98	9.0995	27.2106	0.550	0.728
6	6	9.10	35.138	317.09	9.0993	27.2106	0.550	0.745
7	7	9.10	35.138	316.64	9.0992	27.2106	0.550	0.745
8	8	9.10	35.138	315.75	9.0991	27.2106	0.549	0.745
9	9	9.10	35.138	315.30	9.0990	27.2106	0.549	0.744
10	10	9.10	35.138	315.30	9.0989	27.2106	0.546	0.744
11	11	9.10	35.138	316.19	9.0988	27.2107	0.546	0.744
12	12	9.10	35.138	317.09	9.0987	27.2107	0.545	0.745
13	13	9.10	35.138	317.53	9.0986	27.2107	0.545	0.745
14	14	9.10	35.137	317.09	9.0985	27.2099	0.545	0.745
15	15	9.10	35.136	315.30	9.0984	27.2092	0.545	0.746
16	16	9.10	35.136	314.85	9.0983	27.2092	0.545	0.759
17	17	9.10	35.136	314.41	9.0982	27.2092	0.545	0.760
18	18	9.10	35.137	314.41	9.0980	27.2100	0.545	0.760
19	19	9.11	35.137	314.41	9.1079	27.2084	0.545	0.750
20	20	9.11	35.135	314.41	9.1078	27.2068	0.545	0.749
21	21	9.11	35.135	314.41	9.1077	27.2069	0.547	0.758
22	22	9.11	35.137	314.41	9.1076	27.2084	0.545	0.760
23	23	9.11	35.137	313.96	9.1075	27.2085	0.545	0.757
24	24	9.11	35.136	311.73	9.1074	27.2077	0.543	0.741
25	25	9.11	35.136	311.28	9.1073	27.2077	0.543	0.741
26	26	9.11	35.136	311.28	9.1072	27.2077	0.543	0.741
27	27	9.11	35.136	313.51	9.1071	27.2078	0.543	0.743
28	28	9.11	35.137	314.41	9.1070	27.2086	0.543	0.742
29	29	9.11	35.137	314.41	9.1068	27.2086	0.543	0.732
30	30	9.11	35.136	313.07	9.1067	27.2078	0.544	0.732
31	31	9.11	35.136	313.07	9.1066	27.2078	0.546	0.733
32	32	9.11	35.136	313.96	9.1065	27.2078	0.546	0.742
33	33	9.11	35.136	315.30	9.1064	27.2079	0.546	0.743
34	34	9.11	35.137	316.19	9.1063	27.2087	0.546	0.743
35	35	9.11	35.137	317.09	9.1062	27.2087	0.547	0.739
36	36	9.11	35.137	317.09	9.1061	27.2087	0.547	0.739
37	37	9.11	35.137	315.75	9.1060	27.2087	0.545	0.743
38	38	9.11	35.137	314.41	9.1059	27.2087	0.544	0.752
39	39	9.11	35.137	312.62	9.1058	27.2087	0.543	0.752
40	40	9.11	35.137	311.73	9.1056	27.2088	0.540	0.747
41	41	9.11	35.137	310.39	9.1055	27.2088	0.540	0.741
42	42	9.11	35.137	311.28	9.1054	27.2088	0.540	0.741
43	43	9.11	35.137	311.73	9.1053	27.2088	0.540	0.742
44	44	9.11	35.136	312.62	9.1052	27.2081	0.542	0.742
45	45	9.11	35.136	313.07	9.1051	27.2081	0.543	0.742
46	46	9.11	35.136	313.51	9.1050	27.2081	0.544	0.735
47	47	9.11	35.136	313.96	9.1049	27.2081	0.543	0.733
48	48	9.11	35.136	313.96	9.1048	27.2081	0.543	0.733
49	49	9.11	35.136	313.51	9.1047	27.2081	0.543	0.736
50	50	9.09	35.136	313.51	9.0846	27.2114	0.541	0.739
51	51	9.08	35.133	313.96	9.0745	27.2107	0.532	0.732
51	52	9.06	35.126	313.96	9.0544	27.2085	0.500	0.711
52	53	8.71	35.112	316.64	8.7044	27.2535	0.375	0.581
53	54	8.63	35.112	317.53	8.6243	27.2661	0.315	0.535
54	55	8.59	35.114	320.66	8.5842	27.2740	0.272	0.499
55	56	8.43	35.118	322.89	8.4242	27.3020	0.239	0.449
56	57	8.37	35.118	324.68	8.3641	27.3113	0.217	0.428
57	58	8.37	35.118	325.57	8.3640	27.3114	0.211	0.416
58	59	8.28	35.116	328.70	8.2739	27.3237	0.192	0.400
59	60	8.21	35.116	329.14	8.2039	27.3344	0.186	0.376
60	61	8.21	35.116	329.14	8.2038	27.3344	0.180	0.367
61	62	8.18	35.117	328.70	8.1737	27.3398	0.177	0.365
62	63	8.14	35.118	327.80	8.1336	27.3467	0.176	0.372
63	64	8.10	35.118	328.25	8.0935	27.3528	0.174	0.374
64	65	8.08	35.118	329.14	8.0734	27.3558	0.171	0.367
65	66	8.07	35.121	328.25	8.0633	27.3597	0.168	0.360
66	67	8.06	35.124	325.57	8.0532	27.3636	0.165	0.358
67	68	8.04	35.124	321.10	8.0331	27.3666	0.163	0.340
68	69	8.04	35.123	321.10	8.0330	27.3658	0.162	0.339
69	70	8.03	35.123	321.10	8.0229	27.3674	0.162	0.335
70	71	8.01	35.123	318.87	8.0029	27.3704	0.159	0.323
71	72	8.00	35.123	318.87	7.9928	27.3719	0.158	0.314
72	73	7.99	35.122	318.87	7.9827	27.3726	0.157	0.299
73	74	7.99	35.121	318.87	7.9826	27.3719	0.157	0.296
74	75	7.96	35.125	316.19	7.9525	27.3795	0.158	0.299
75	76	7.96	35.125	314.85	7.9524	27.3796	0.159	0.300
76	77	7.94	35.125	312.17	7.9323	27.3826	0.159	0.300
77	78	7.93	35.125	311.73	7.9222	27.3841	0.159	0.286
78	79	7.92	35.125	311.28	7.9121	27.3856	0.159	0.281
79	80	7.92	35.125	311.73	7.9120	27.3856	0.159	0.281
80	81	7.89	35.123	311.73	7.8819	27.3885	0.158	0.281
81	82	7.88	35.127	309.05	7.8718	27.3932	0.159	0.264
82	83	7.86	35.127	305.92	7.8517	27.3962	0.159	0.266
83	84	7.85	35.127	304.58	7.8416	27.3977	0.159	0.266
84	85	7.84	35.125	304.14	7.8315	27.3976	0.159	0.266
85	86	7.83	35.125	305.03	7.8214	27.3991	0.160	0.264
86	87	7.82	35.126	305.47	7.8114	27.4014	0.160	0.261
87	88	7.80	35.125	305.47	7.7913	27.4036	0.162	0.261
88	89	7.80	35.125	305.47	7.7912	27.4036	0.162	0.267
89	90	7.79	35.126	303.69	7.7811	27.4059	0.162	0.272
90	91	7.78	35.126	303.24	7.7710	27.4074	0.163	0.272
91	92	7.77	35.126	302.35	7.7609	27.4089	0.163	0.249
92	93	7.76	35.127	301.90	7.7508	27.4112	0.163	0.248
93	94	7.76	35.127	301.01	7.7507	27.4112	0.163	0.252
94	95	7.75	35.127	301.01	7.7406	27.4127	0.163	0.268
95	96	7.74	35.127	301.46	7.7305	27.4142	0.163	0.268
96	97	7.73	35.128	301.46	7.7204	27.4164	0.162	0.263
97	98	7.73	35.128	299.67	7.7203	27.4165	0.157	0.233
98	99	7.72	35.127	299.67	7.7102	27.4172	0.157	0.231
99	100	7.71	35.126	299.67	7.7001	27.4179	0.157	0.231
100	101	7.70	35.126	300.56	7.6900	27.4193	0.156	0.231
101	102	7.68	35.126	301.46	7.6700	27.4223	0.155	0.231
102	103	7.67	35.126	301.46	7.6599	27.4238	0.154	0.231
103	104	7.67	35.126	301.46	7.6598	27.4238	0.152	0.231
104	105	7.65	35.129	301.46	7.6397	27.4291	0.148	0.214
105	106	7.63	35.130	299.67	7.6196	27.4328	0.146	0.211
106	107	7.62	35.128	298.33	7.6095	27.4327	0.145	0.202
107	108	7.61	35.128	298.33	7.5994	27.4342	0.143	0.198
108	109	7.60	35.128	298.33	7.5893	27.4357	0.143	0.198
109	110	7.59	35.129	298.33	7.5792	27.4380	0.142	0.206