Citation:

PANGAEA.112290

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): High resolution CTD and beam attenuation data. 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: 46.338300 * Longitude: -17.935000

Date/Time Start: 1989-05-24T09:15:00 * Date/Time End: 1989-05-24T09:15:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 104 m

Event(s):

AT_II-119/5_31-6 (5240915) * Latitude: 46.338300 * Longitude: -17.935000 * Date/Time: 1989-05-24T09:15:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-O) * Comment: Nutrient_pump_100m_w/_Op._CTD

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

License:

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

Size:

735 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]
1	1	13.87	35.618	293.86	13.8699	26.6931	1.116
2	2	13.87	35.618	293.86	13.8697	26.6931	1.116
3	3	13.88	35.623	292.52	13.8796	26.6949	1.134
4	4	13.91	35.623	292.52	13.9094	26.6886	1.148
5	5	13.92	35.623	290.74	13.9193	26.6865	1.157
6	6	13.92	35.622	291.63	13.9191	26.6858	1.156
7	7	13.92	35.622	292.97	13.9190	26.6858	1.156
8	8	13.91	35.623	292.52	13.9088	26.6887	1.160
9	9	13.91	35.623	292.08	13.9087	26.6888	1.159
10	10	13.91	35.622	292.52	13.9086	26.6880	1.146
11	11	13.89	35.624	292.08	13.8884	26.6938	1.136
12	12	13.88	35.626	290.74	13.8783	26.6975	1.142
13	13	13.89	35.625	291.18	13.8881	26.6946	1.144
14	14	13.88	35.615	288.06	13.8780	26.6890	1.133
15	15	13.87	35.612	287.16	13.8678	26.6889	1.123
16	16	13.84	35.610	284.48	13.8377	26.6936	1.092
17	17	13.83	35.610	286.27	13.8276	26.6958	1.086
18	18	13.83	35.613	287.16	13.8274	26.6981	1.086
19	19	13.80	35.622	288.50	13.7973	26.7114	1.053
20	20	13.84	35.631	287.16	13.8371	26.7100	1.117
21	21	13.85	35.622	288.06	13.8470	26.7010	1.101
22	22	13.76	35.616	290.74	13.7569	26.7152	1.021
23	23	13.66	35.605	287.16	13.6567	26.7276	0.907
24	24	13.64	35.606	286.72	13.6366	26.7326	0.861
25	25	13.63	35.611	288.95	13.6265	26.7386	0.894
26	26	13.64	35.600	285.38	13.6363	26.7280	0.923
27	27	13.65	35.594	286.27	13.6462	26.7213	0.910
28	28	13.28	35.579	285.38	13.2761	26.7861	0.506
29	29	13.22	35.576	283.59	13.2160	26.7961	0.481
30	30	13.16	35.572	281.80	13.1558	26.8052	0.434
31	31	13.14	35.570	280.91	13.1357	26.8078	0.418
32	32	13.12	35.569	279.12	13.1156	26.8111	0.392
33	33	13.11	35.569	280.02	13.1054	26.8132	0.363
34	34	13.09	35.566	279.12	13.0853	26.8149	0.336
35	35	13.07	35.566	279.12	13.0652	26.8190	0.337
36	36	13.07	35.566	278.23	13.0650	26.8190	0.344
37	37	13.06	35.564	278.23	13.0549	26.8195	0.348
38	38	13.05	35.562	280.91	13.0448	26.8200	0.357
39	39	13.03	35.559	279.57	13.0246	26.8218	0.352
40	40	13.02	35.558	280.02	13.0145	26.8231	0.344
41	41	13.00	35.554	282.25	12.9944	26.8240	0.311
42	42	12.97	35.559	277.78	12.9642	26.8340	0.287
43	43	12.92	35.561	278.68	12.9141	26.8456	0.268
44	44	12.87	35.571	277.78	12.8640	26.8635	0.244
45	45	12.82	35.574	278.68	12.8139	26.8759	0.234
46	46	12.73	35.589	276.00	12.7238	26.9055	0.218
47	47	12.68	35.590	277.34	12.6736	26.9163	0.202
48	48	12.62	35.605	274.21	12.6135	26.9398	0.189
49	49	12.55	35.605	273.77	12.5434	26.9537	0.188
50	50	12.51	35.617	272.87	12.5033	26.9710	0.183
51	51	12.51	35.619	273.32	12.5032	26.9725	0.181
52	52	12.49	35.618	273.77	12.4830	26.9757	0.177
53	53	12.46	35.617	272.43	12.4529	26.9809	0.166
54	54	12.42	35.617	269.75	12.4128	26.9888	0.154
55	55	12.32	35.615	269.30	12.3127	27.0069	0.139
56	56	12.27	35.633	267.51	12.2626	27.0306	0.137
57	57	12.26	35.633	263.94	12.2525	27.0326	0.137
58	58	12.26	35.633	265.73	12.2523	27.0326	0.139
59	59	12.24	35.631	266.17	12.2322	27.0350	0.141
59	60	12.21	35.627	265.28	12.2021	27.0378	0.138
60	61	12.20	35.629	265.73	12.1919	27.0413	0.132
61	62	12.19	35.632	266.62	12.1818	27.0456	0.127
62	63	12.18	35.630	264.39	12.1717	27.0460	0.126
63	64	12.17	35.631	265.28	12.1616	27.0487	0.122
64	65	12.17	35.633	265.73	12.1614	27.0503	0.123
65	66	12.16	35.629	263.94	12.1513	27.0492	0.119
66	67	12.15	35.627	263.49	12.1412	27.0496	0.115
67	68	12.15	35.628	263.05	12.1410	27.0504	0.112
68	69	12.14	35.630	262.60	12.1309	27.0539	0.111
69	70	12.13	35.625	264.83	12.1208	27.0520	0.112
70	71	12.11	35.629	260.37	12.1007	27.0590	0.112
71	72	12.11	35.629	261.26	12.1005	27.0590	0.112
72	73	12.11	35.628	260.81	12.1004	27.0583	0.107
73	74	12.10	35.620	259.92	12.0903	27.0540	0.107
74	75	12.08	35.625	263.49	12.0702	27.0618	0.109
75	76	12.08	35.624	263.49	12.0700	27.0610	0.112
76	77	12.08	35.623	264.39	12.0699	27.0603	0.111
77	78	12.08	35.623	265.73	12.0698	27.0603	0.109
78	79	12.07	35.622	261.26	12.0596	27.0615	0.113
79	80	12.07	35.621	261.71	12.0595	27.0607	0.109
80	81	12.07	35.621	263.05	12.0594	27.0608	0.109
81	82	12.06	35.622	264.83	12.0492	27.0635	0.107
82	83	12.06	35.622	260.37	12.0491	27.0635	0.105
83	84	12.06	35.622	263.49	12.0490	27.0635	0.105
84	85	12.06	35.623	261.71	12.0489	27.0643	0.105
85	86	12.06	35.626	262.15	12.0487	27.0667	0.105
86	87	12.06	35.628	264.83	12.0486	27.0683	0.104
87	88	12.07	35.629	266.17	12.0585	27.0672	0.104
88	89	12.07	35.628	264.39	12.0583	27.0664	0.100
89	90	12.07	35.627	261.26	12.0582	27.0656	0.099
90	91	12.06	35.626	264.39	12.0481	27.0668	0.099
91	92	12.06	35.626	265.73	12.0479	27.0669	0.101
92	93	12.04	35.624	260.81	12.0278	27.0692	0.097
93	94	12.03	35.621	261.71	12.0177	27.0688	0.097
94	95	12.02	35.621	262.60	12.0076	27.0707	0.097
95	96	12.02	35.619	264.83	12.0074	27.0692	0.095
96	97	12.00	35.622	261.26	11.9873	27.0754	0.097
97	98	12.00	35.622	259.92	11.9872	27.0755	0.098
98	99	11.99	35.620	252.78	11.9771	27.0758	0.094
99	100	11.99	35.620	255.01	11.9769	27.0759	0.098
100	101	11.99	35.621	253.67	11.9768	27.0767	0.099
101	102	11.99	35.621	256.35	11.9767	27.0767	0.099
102	103	11.98	35.621	262.60	11.9665	27.0786	0.097
103	104	11.98	35.621	259.92	11.9664	27.0787	0.100
104	105	11.98	35.621	263.05	11.9663	27.0787	0.101