Citation:

PANGAEA.112265

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: 59.528300 * Longitude: -20.935000

Date/Time Start: 1989-06-30T11:00:00 * Date/Time End: 1989-06-30T11:00:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 106 m

Event(s):

EN198_3-5 (6301100) * Latitude: 59.528300 * Longitude: -20.935000 * Date/Time: 1989-06-30T11:00:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-O) * Comment: CTD/optics_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:

856 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	10.70	35.212	311.73	10.6999	26.9953	0.976	0.599
2	2	10.70	35.212	311.73	10.6998	26.9953	0.976	0.599
3	3	10.70	35.212	311.73	10.6996	26.9954	0.976	0.599
4	4	10.70	35.212	311.73	10.6995	26.9954	0.976	0.600
5	5	10.71	35.210	311.73	10.7094	26.9921	0.981	0.638
6	6	10.70	35.212	311.73	10.6993	26.9954	0.988	0.658
7	7	10.70	35.213	313.51	10.6992	26.9962	0.990	0.704
8	8	10.68	35.213	313.07	10.6790	26.9998	1.002	0.968
9	9	10.66	35.215	313.96	10.6589	27.0050	1.005	1.032
10	10	10.66	35.216	313.96	10.6588	27.0058	1.007	1.120
11	11	10.66	35.216	313.96	10.6587	27.0058	1.008	1.375
12	12	10.66	35.216	313.96	10.6586	27.0058	1.008	1.633
13	13	10.65	35.216	310.83	10.6484	27.0076	1.005	1.961
14	14	10.64	35.216	311.28	10.6383	27.0094	1.012	2.187
15	15	10.64	35.216	311.28	10.6382	27.0094	1.011	2.206
16	16	10.64	35.216	311.73	10.6381	27.0095	1.009	2.246
17	17	10.63	35.216	311.73	10.6280	27.0113	1.002	2.246
18	18	10.62	35.214	311.73	10.6178	27.0115	0.998	2.246
19	19	10.60	35.214	310.83	10.5977	27.0151	0.936	2.144
20	20	10.59	35.214	310.39	10.5876	27.0169	0.915	2.108
21	21	10.58	35.214	309.94	10.5775	27.0187	0.900	2.089
22	22	10.57	35.214	309.94	10.5674	27.0205	0.885	2.071
23	23	10.56	35.212	309.49	10.5573	27.0207	0.876	2.101
24	24	10.54	35.212	308.60	10.5371	27.0243	0.802	1.962
25	25	10.51	35.210	309.05	10.5070	27.0281	0.772	1.944
26	26	10.48	35.209	309.05	10.4769	27.0326	0.765	1.911
27	27	10.45	35.207	308.15	10.4468	27.0364	0.754	1.819
28	28	10.53	35.209	308.60	10.5267	27.0238	0.839	2.003
29	29	10.56	35.214	309.49	10.5565	27.0224	0.889	2.201
30	30	10.56	35.215	309.49	10.5564	27.0232	0.881	2.185
31	31	10.56	35.215	309.49	10.5563	27.0232	0.869	2.147
32	32	10.55	35.215	309.49	10.5462	27.0250	0.856	2.110
33	33	10.35	35.199	304.58	10.3461	27.0478	0.679	1.525
34	34	10.31	35.195	304.14	10.3060	27.0517	0.651	1.410
35	35	10.25	35.192	303.24	10.2459	27.0599	0.622	1.332
36	36	10.20	35.192	302.80	10.1958	27.0686	0.590	1.310
37	37	10.19	35.191	302.80	10.1857	27.0695	0.567	1.262
38	38	10.22	35.192	302.35	10.2156	27.0651	0.589	1.256
39	39	10.36	35.196	302.35	10.3554	27.0438	0.689	1.527
40	40	10.36	35.196	302.35	10.3553	27.0439	0.688	1.524
41	41	10.35	35.196	302.35	10.3452	27.0456	0.679	1.488
42	42	10.32	35.196	302.35	10.3151	27.0509	0.652	1.385
43	43	10.31	35.194	301.46	10.3049	27.0511	0.635	1.376
44	44	10.19	35.183	300.12	10.1849	27.0634	0.581	1.294
45	45	10.16	35.180	300.12	10.1548	27.0663	0.567	1.279
46	46	10.12	35.176	300.12	10.1147	27.0701	0.553	1.270
47	47	10.10	35.176	300.12	10.0945	27.0736	0.552	1.257
48	48	10.07	35.174	300.56	10.0644	27.0772	0.548	1.213
49	49	10.00	35.162	300.12	9.9943	27.0799	0.518	1.102
50	50	10.00	35.162	299.67	9.9942	27.0799	0.511	1.102
51	51	9.99	35.161	299.22	9.9841	27.0809	0.507	1.097
52	52	9.96	35.160	299.22	9.9540	27.0853	0.505	1.088
52	53	9.94	35.155	299.22	9.9339	27.0848	0.501	1.039
53	54	10.08	35.154	301.46	10.0737	27.0600	0.545	1.181
54	55	10.00	35.147	301.90	9.9937	27.0683	0.529	1.143
55	56	9.96	35.144	302.35	9.9536	27.0729	0.528	1.121
56	57	9.92	35.142	302.35	9.9135	27.0781	0.526	1.098
57	58	9.82	35.216	293.86	9.8134	27.1530	0.374	0.581
58	59	9.81	35.221	293.86	9.8033	27.1586	0.370	0.579
59	60	9.80	35.230	293.42	9.7932	27.1674	0.364	0.572
60	61	9.80	35.236	292.97	9.7930	27.1721	0.360	0.520
61	62	9.81	35.192	294.76	9.8029	27.1360	0.401	0.638
62	63	9.86	35.191	295.65	9.8528	27.1268	0.403	0.677
63	64	9.88	35.202	293.86	9.8727	27.1320	0.396	0.675
64	65	9.88	35.205	293.42	9.8725	27.1343	0.393	0.675
65	66	9.88	35.206	292.08	9.8724	27.1351	0.389	0.619
66	67	9.82	35.222	291.63	9.8123	27.1579	0.385	0.573
67	68	9.52	35.229	290.29	9.5124	27.2138	0.307	0.384
68	69	9.43	35.196	290.74	9.4223	27.2030	0.300	0.335
69	70	9.35	35.185	290.74	9.3422	27.2076	0.294	0.318
70	71	9.27	35.178	291.18	9.2622	27.2153	0.289	0.305
71	72	9.14	35.168	291.18	9.1321	27.2287	0.265	0.276
72	73	9.11	35.176	292.52	9.1020	27.2399	0.266	0.287
73	74	9.23	35.195	290.29	9.2219	27.2352	0.284	0.308
74	75	9.19	35.193	290.74	9.1818	27.2402	0.276	0.284
75	76	9.13	35.185	290.74	9.1217	27.2437	0.261	0.278
76	77	9.04	35.170	290.74	9.0316	27.2466	0.250	0.259
77	78	9.03	35.167	291.63	9.0215	27.2459	0.246	0.240
78	79	9.28	35.203	288.06	9.2713	27.2334	0.288	0.338
79	80	9.34	35.188	289.40	9.3311	27.2118	0.298	0.313
80	81	9.33	35.174	289.40	9.3210	27.2025	0.289	0.302
81	82	9.26	35.170	289.40	9.2510	27.2109	0.281	0.291
82	83	9.18	35.163	289.84	9.1709	27.2185	0.264	0.276
83	84	9.10	35.166	290.74	9.0908	27.2339	0.263	0.268
84	85	9.12	35.169	290.74	9.1107	27.2330	0.260	0.274
85	86	9.16	35.164	290.29	9.1506	27.2226	0.250	0.284
86	87	9.12	35.163	290.29	9.1105	27.2283	0.242	0.278
87	88	9.06	35.163	290.74	9.0504	27.2381	0.235	0.265
88	89	8.97	35.174	292.08	8.9604	27.2612	0.226	0.236
89	90	8.92	35.173	292.52	8.9103	27.2685	0.224	0.195
90	91	8.80	35.171	292.08	8.7903	27.2861	0.205	0.173
91	92	8.75	35.170	292.08	8.7402	27.2933	0.199	0.158
92	93	8.73	35.172	292.08	8.7201	27.2980	0.196	0.134
93	94	8.74	35.173	291.18	8.7300	27.2972	0.198	0.132
94	95	8.74	35.173	291.18	8.7299	27.2973	0.198	0.132
95	96	8.73	35.173	290.74	8.7198	27.2989	0.198	0.132
96	97	8.72	35.174	290.29	8.7097	27.3012	0.196	0.128
97	98	8.73	35.173	291.18	8.7196	27.2989	0.194	0.128
98	99	8.68	35.185	290.74	8.6695	27.3162	0.183	0.096
99	100	8.66	35.185	290.74	8.6494	27.3194	0.182	0.092
100	101	8.65	35.186	290.74	8.6393	27.3218	0.182	0.091
101	102	8.64	35.186	290.74	8.6292	27.3233	0.181	0.090
102	103	8.64	35.186	290.74	8.6291	27.3234	0.179	0.085
103	104	8.65	35.189	290.29	8.6390	27.3242	0.174	0.068
104	105	8.65	35.189	290.29	8.6389	27.3242	0.170	0.068
105	106	8.64	35.189	289.84	8.6288	27.3258	0.170	0.067
106	107	8.64	35.189	289.84	8.6287	27.3258	0.170	0.065