Citation:

PANGAEA.112292

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: 46.295000 * Longitude: -17.901700

Date/Time Start: 1989-05-25T08:55:00 * Date/Time End: 1989-05-25T08:55:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 102 m

Event(s):

AT_II-119/5_32-5 (5250855) * Latitude: 46.295000 * Longitude: -17.901700 * Date/Time: 1989-05-25T08:55:00 * 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:

721 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	13.70	35.619	280.46	13.6999	26.7295	0.886
2	2	13.70	35.619	280.46	13.6997	26.7295	0.886
3	3	13.70	35.619	280.46	13.6996	26.7295	0.886
4	4	13.70	35.609	280.46	13.6994	26.7218	0.883
5	5	13.70	35.600	283.59	13.6993	26.7149	0.886
6	6	13.70	35.600	280.91	13.6991	26.7149	0.888
7	7	13.70	35.600	280.91	13.6990	26.7150	0.889
8	8	13.70	35.600	280.91	13.6989	26.7150	0.889
9	9	13.70	35.601	280.91	13.6987	26.7158	0.889
10	10	13.70	35.601	280.91	13.6986	26.7158	0.889
11	11	13.70	35.601	280.02	13.6984	26.7158	0.889
12	12	13.70	35.601	280.02	13.6983	26.7159	0.889
13	13	13.70	35.600	280.02	13.6981	26.7151	0.889
14	14	13.70	35.600	278.68	13.6980	26.7152	0.891
15	15	13.70	35.601	277.78	13.6979	26.7160	0.892
16	16	13.70	35.601	277.78	13.6977	26.7160	0.892
17	17	13.70	35.601	278.23	13.6976	26.7160	0.890
18	18	13.69	35.601	280.46	13.6874	26.7181	0.886
19	19	13.69	35.601	280.46	13.6873	26.7182	0.886
20	20	13.69	35.601	279.57	13.6872	26.7182	0.888
21	21	13.70	35.600	279.12	13.6970	26.7154	0.889
22	22	13.70	35.600	280.46	13.6969	26.7154	0.889
23	23	13.69	35.600	282.25	13.6867	26.7175	0.881
24	24	13.65	35.591	283.59	13.6466	26.7189	0.825
25	25	13.62	35.589	283.59	13.6165	26.7236	0.747
26	26	13.37	35.580	281.80	13.3664	26.7684	0.655
27	27	13.22	35.571	278.23	13.2162	26.7922	0.443
28	28	13.09	35.565	273.32	13.0861	26.8140	0.341
29	29	13.02	35.562	273.32	13.0160	26.8259	0.322
30	30	13.01	35.562	275.55	13.0059	26.8279	0.321
31	31	13.00	35.563	277.34	12.9957	26.8307	0.319
32	32	13.00	35.563	277.78	12.9956	26.8308	0.316
33	33	13.00	35.564	276.44	12.9955	26.8316	0.314
34	34	12.99	35.564	274.66	12.9853	26.8336	0.311
35	35	12.99	35.564	273.77	12.9852	26.8336	0.306
36	36	12.98	35.563	273.77	12.9751	26.8349	0.289
37	37	12.97	35.562	273.77	12.9649	26.8362	0.283
38	38	12.97	35.562	274.21	12.9648	26.8362	0.279
39	39	12.97	35.562	274.21	12.9646	26.8362	0.277
40	40	12.95	35.567	271.53	12.9445	26.8442	0.266
41	41	12.95	35.567	271.53	12.9444	26.8442	0.263
42	42	12.94	35.568	271.98	12.9342	26.8470	0.260
43	43	12.93	35.569	273.77	12.9241	26.8498	0.257
44	44	12.93	35.569	273.32	12.9240	26.8499	0.252
45	45	12.92	35.569	272.43	12.9138	26.8519	0.248
46	46	12.92	35.569	272.43	12.9137	26.8519	0.248
47	47	12.92	35.568	272.87	12.9136	26.8512	0.248
48	48	12.84	35.568	272.87	12.8335	26.8673	0.219
49	49	12.76	35.579	271.53	12.7533	26.8918	0.207
50	50	12.74	35.586	271.53	12.7332	26.9013	0.200
51	51	12.70	35.589	271.53	12.6931	26.9116	0.187
52	52	12.63	35.602	271.53	12.6230	26.9356	0.184
53	53	12.62	35.602	269.30	12.6128	26.9376	0.175
54	54	12.58	35.602	269.30	12.5727	26.9456	0.171
55	55	12.53	35.606	268.41	12.5226	26.9586	0.163
56	56	12.49	35.606	268.41	12.4825	26.9665	0.159
57	57	12.39	35.615	267.51	12.3824	26.9932	0.154
58	58	12.37	35.617	267.51	12.3623	26.9987	0.152
59	59	12.34	35.621	267.07	12.3322	27.0077	0.146
59	60	12.34	35.623	264.83	12.3320	27.0093	0.146
60	61	12.34	35.624	264.83	12.3319	27.0101	0.146
61	62	12.34	35.624	265.28	12.3318	27.0101	0.146
62	63	12.34	35.624	266.62	12.3316	27.0102	0.146
63	64	12.33	35.624	267.51	12.3215	27.0121	0.144
64	65	12.33	35.624	267.07	12.3214	27.0122	0.144
65	66	12.32	35.627	266.17	12.3112	27.0165	0.143
66	67	12.32	35.628	265.73	12.3111	27.0173	0.142
67	68	12.32	35.629	264.39	12.3110	27.0181	0.142
68	69	12.30	35.632	262.60	12.2908	27.0243	0.140
69	70	12.26	35.632	262.15	12.2507	27.0322	0.128
70	71	12.24	35.632	262.15	12.2306	27.0361	0.127
71	72	12.22	35.636	261.26	12.2105	27.0431	0.126
72	73	12.22	35.641	260.81	12.2103	27.0470	0.127
73	74	12.21	35.641	258.58	12.2002	27.0490	0.125
74	75	12.20	35.641	258.58	12.1901	27.0510	0.125
75	76	12.19	35.640	259.48	12.1800	27.0522	0.124
76	77	12.19	35.640	259.92	12.1798	27.0522	0.123
77	78	12.19	35.641	258.58	12.1797	27.0530	0.120
78	79	12.19	35.642	257.24	12.1796	27.0538	0.118
79	80	12.18	35.642	257.24	12.1694	27.0558	0.118
80	81	12.18	35.642	257.24	12.1693	27.0558	0.120
81	82	12.18	35.642	259.48	12.1692	27.0558	0.120
82	83	12.18	35.643	260.37	12.1690	27.0566	0.121
83	84	12.18	35.643	260.37	12.1689	27.0566	0.120
84	85	12.18	35.643	260.81	12.1688	27.0567	0.120
85	86	12.18	35.643	261.26	12.1686	27.0567	0.120
86	87	12.17	35.642	261.26	12.1585	27.0579	0.118
87	88	12.17	35.642	260.81	12.1584	27.0579	0.118
88	89	12.17	35.642	262.60	12.1583	27.0579	0.118
89	90	12.16	35.642	263.05	12.1481	27.0599	0.118
90	91	12.16	35.641	261.26	12.1480	27.0591	0.117
91	92	12.16	35.641	260.81	12.1479	27.0592	0.113
92	93	12.16	35.641	260.81	12.1477	27.0592	0.112
93	94	12.15	35.641	260.37	12.1376	27.0612	0.113
94	95	12.14	35.637	260.81	12.1275	27.0600	0.113
95	96	12.13	35.636	261.26	12.1174	27.0612	0.112
96	97	12.12	35.635	262.15	12.1072	27.0624	0.112
97	98	12.10	35.631	262.60	12.0871	27.0632	0.111
98	99	12.10	35.630	263.05	12.0870	27.0624	0.111
99	100	12.09	35.625	263.94	12.0769	27.0605	0.111
100	101	12.07	35.623	264.39	12.0567	27.0628	0.110
101	102	12.06	35.625	263.49	12.0466	27.0663	0.110
102	103	12.06	35.625	262.60	12.0465	27.0664	0.110