Citation:

PANGAEA.112273

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: 59.415000 * Longitude: -20.850000

Date/Time Start: 1989-07-03T11:05:00 * Date/Time End: 1989-07-03T11:05:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 99 m

Event(s):

EN198_6-4 (7031105) * Latitude: 59.415000 * Longitude: -20.850000 * Date/Time: 1989-07-03T11:05:00 * 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:

800 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	10.85	35.207	312.62	10.8499	26.9645	0.759	0.806
2	2	10.85	35.207	312.62	10.8498	26.9645	0.759	0.806
3	3	10.85	35.222	309.94	10.8496	26.9762	0.766	0.772
4	4	10.85	35.222	309.94	10.8495	26.9762	0.767	0.778
5	5	10.84	35.222	310.39	10.8394	26.9781	0.774	0.845
6	6	10.83	35.222	310.83	10.8293	26.9799	0.789	0.998
7	7	10.81	35.222	310.39	10.8092	26.9835	0.792	1.101
8	8	10.82	35.221	310.39	10.8190	26.9810	0.794	1.086
9	9	10.83	35.221	309.94	10.8289	26.9792	0.798	1.065
10	10	10.78	35.218	307.26	10.7788	26.9858	0.822	1.651
11	11	10.78	35.220	307.26	10.7787	26.9874	0.824	1.891
12	12	10.78	35.220	307.71	10.7785	26.9875	0.824	1.963
13	13	10.77	35.221	309.05	10.7684	26.9901	0.823	2.043
14	14	10.78	35.221	309.05	10.7783	26.9883	0.822	2.053
15	15	10.78	35.221	308.15	10.7782	26.9883	0.821	1.969
16	16	10.78	35.220	308.15	10.7781	26.9875	0.821	1.912
17	17	10.78	35.218	309.05	10.7779	26.9860	0.826	1.952
18	18	10.78	35.219	309.05	10.7778	26.9868	0.826	2.009
19	19	10.77	35.220	309.05	10.7677	26.9894	0.824	2.094
20	20	10.77	35.219	309.05	10.7676	26.9886	0.821	2.142
21	21	10.76	35.218	309.05	10.7575	26.9897	0.815	2.142
22	22	10.76	35.218	309.05	10.7573	26.9897	0.802	2.140
23	23	10.74	35.217	306.81	10.7372	26.9925	0.785	2.061
24	24	10.74	35.216	306.81	10.7371	26.9918	0.748	2.016
25	25	10.72	35.216	306.81	10.7170	26.9954	0.720	1.906
26	26	10.71	35.217	306.81	10.7069	26.9980	0.695	1.870
27	27	10.70	35.217	306.81	10.6967	26.9998	0.673	1.799
28	28	10.69	35.218	306.81	10.6866	27.0024	0.655	1.670
29	29	10.68	35.218	306.81	10.6765	27.0042	0.631	1.516
30	30	10.65	35.222	306.81	10.6464	27.0127	0.607	1.410
31	31	10.64	35.223	306.81	10.6363	27.0152	0.573	1.303
32	32	10.61	35.222	306.81	10.6062	27.0198	0.537	1.190
33	33	10.58	35.222	307.71	10.5761	27.0252	0.512	1.107
34	34	10.54	35.223	308.60	10.5359	27.0331	0.498	1.050
35	35	10.53	35.225	308.60	10.5258	27.0364	0.498	1.040
36	36	10.50	35.225	308.15	10.4957	27.0418	0.474	0.986
37	37	10.44	35.212	306.81	10.4356	27.0422	0.440	0.918
38	38	10.44	35.212	306.81	10.4355	27.0422	0.428	0.887
39	39	10.42	35.224	306.37	10.4154	27.0552	0.412	0.891
40	40	10.40	35.229	306.37	10.3953	27.0626	0.408	0.908
41	41	10.40	35.230	306.37	10.3951	27.0634	0.406	0.909
42	42	10.39	35.228	305.03	10.3850	27.0636	0.389	0.865
43	43	10.38	35.226	304.58	10.3749	27.0638	0.387	0.865
44	44	10.37	35.224	304.14	10.3648	27.0640	0.385	0.878
45	45	10.37	35.224	303.24	10.3647	27.0641	0.383	0.900
46	46	10.36	35.224	302.35	10.3546	27.0658	0.378	0.900
47	47	10.34	35.227	300.12	10.3345	27.0717	0.377	0.899
48	48	10.33	35.230	300.12	10.3243	27.0758	0.375	0.899
49	49	10.31	35.231	299.67	10.3042	27.0801	0.369	0.846
50	50	10.28	35.226	300.12	10.2741	27.0815	0.367	0.797
51	51	10.27	35.226	300.12	10.2640	27.0832	0.363	0.788
52	52	10.26	35.226	300.56	10.2539	27.0850	0.361	0.746
52	53	10.24	35.227	300.12	10.2338	27.0893	0.357	0.718
53	54	10.18	35.231	299.22	10.1737	27.1029	0.349	0.717
54	55	10.11	35.231	299.22	10.1036	27.1150	0.337	0.594
55	56	9.98	35.224	299.22	9.9735	27.1319	0.325	0.578
56	57	9.88	35.224	299.22	9.8735	27.1490	0.308	0.552
57	58	9.86	35.224	299.67	9.8534	27.1525	0.305	0.527
58	59	9.85	35.224	299.67	9.8432	27.1542	0.303	0.513
59	60	9.79	35.235	300.12	9.7832	27.1730	0.283	0.467
60	61	9.70	35.241	298.33	9.6931	27.1929	0.273	0.444
61	62	9.52	35.242	296.10	9.5131	27.2239	0.254	0.429
62	63	9.46	35.237	296.10	9.4530	27.2300	0.239	0.426
63	64	9.34	35.245	295.20	9.3329	27.2561	0.222	0.356
64	65	9.27	35.245	294.31	9.2628	27.2677	0.216	0.343
65	66	9.20	35.245	294.31	9.1928	27.2791	0.203	0.321
66	67	9.19	35.245	294.31	9.1827	27.2808	0.198	0.310
67	68	9.18	35.241	293.86	9.1725	27.2793	0.193	0.276
68	69	9.17	35.229	292.97	9.1624	27.2716	0.168	0.216
69	70	9.13	35.230	292.97	9.1224	27.2789	0.166	0.206
70	71	9.10	35.232	293.42	9.0923	27.2853	0.164	0.196
71	72	9.09	35.234	294.31	9.0822	27.2885	0.160	0.180
72	73	9.08	35.234	295.20	9.0721	27.2902	0.157	0.172
73	74	9.07	35.236	295.20	9.0619	27.2934	0.155	0.170
74	75	9.07	35.236	295.20	9.0618	27.2934	0.153	0.170
75	76	9.06	35.234	295.20	9.0517	27.2935	0.149	0.154
76	77	9.06	35.233	295.20	9.0516	27.2927	0.148	0.147
77	78	9.06	35.234	295.20	9.0515	27.2935	0.146	0.143
78	79	9.05	35.235	294.31	9.0414	27.2959	0.144	0.141
79	80	9.05	35.236	292.52	9.0413	27.2967	0.141	0.136
80	81	9.04	35.236	292.52	9.0312	27.2984	0.136	0.133
81	82	9.03	35.236	292.97	9.0211	27.3000	0.135	0.131
82	83	9.03	35.236	292.97	9.0210	27.3000	0.134	0.129
83	84	9.02	35.235	292.97	9.0109	27.3009	0.135	0.129
84	85	9.02	35.234	293.42	9.0108	27.3001	0.135	0.131
85	86	9.02	35.234	293.42	9.0107	27.3001	0.134	0.137
86	87	9.01	35.235	293.42	9.0006	27.3025	0.134	0.142
87	88	9.01	35.236	293.86	9.0005	27.3033	0.134	0.143
88	89	9.02	35.238	293.42	9.0103	27.3033	0.134	0.141
89	90	9.02	35.239	293.42	9.0102	27.3041	0.133	0.136
90	91	9.02	35.239	293.42	9.0101	27.3041	0.133	0.136
91	92	9.02	35.238	293.42	9.0100	27.3034	0.133	0.134
92	93	9.02	35.238	293.86	9.0099	27.3034	0.133	0.129
93	94	9.02	35.240	294.76	9.0098	27.3050	0.132	0.128
94	95	9.01	35.240	295.20	8.9997	27.3066	0.132	0.126
95	96	9.00	35.240	295.20	8.9896	27.3082	0.126	0.126
96	97	8.99	35.241	294.31	8.9795	27.3106	0.123	0.122
97	98	8.99	35.241	294.31	8.9794	27.3107	0.122	0.120
98	99	8.98	35.242	294.31	8.9693	27.3131	0.122	0.114
99	100	8.98	35.243	294.31	8.9692	27.3139	0.122	0.109