Citation:

PANGAEA.112278

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: 62.548300 * Longitude: -24.173300

Date/Time Start: 1989-07-06T03:30:00 * Date/Time End: 1989-07-06T03:30:00

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

Event(s):

EN198_9-1 (7060330) * Latitude: 62.548300 * Longitude: -24.173300 * Date/Time: 1989-07-06T03:30:00 * 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	9.04	35.146	324.23	9.0399	27.2265	0.490	0.752
2	2	9.04	35.146	324.23	9.0398	27.2265	0.490	0.752
3	3	9.04	35.145	323.78	9.0397	27.2257	0.488	0.757
4	4	9.04	35.145	321.55	9.0396	27.2257	0.488	0.736
5	5	9.04	35.145	322.00	9.0395	27.2258	0.488	0.741
6	6	9.04	35.145	323.34	9.0394	27.2258	0.487	0.741
7	7	9.04	35.146	324.23	9.0392	27.2266	0.487	0.735
8	8	9.04	35.146	324.23	9.0391	27.2266	0.487	0.743
9	9	9.04	35.146	324.23	9.0390	27.2266	0.487	0.743
10	10	9.05	35.144	322.89	9.0489	27.2234	0.487	0.749
11	11	9.05	35.144	322.89	9.0488	27.2235	0.487	0.751
12	12	9.05	35.144	322.89	9.0487	27.2235	0.487	0.754
13	13	9.05	35.144	322.89	9.0486	27.2235	0.487	0.754
14	14	9.05	35.144	322.89	9.0485	27.2235	0.487	0.754
15	15	9.05	35.144	322.00	9.0484	27.2235	0.486	0.754
16	16	9.05	35.145	321.55	9.0483	27.2243	0.486	0.749
17	17	9.05	35.145	321.10	9.0482	27.2243	0.486	0.747
18	18	9.05	35.144	321.10	9.0481	27.2236	0.487	0.747
19	19	9.05	35.144	321.55	9.0479	27.2236	0.487	0.747
20	20	9.05	35.144	322.00	9.0478	27.2236	0.487	0.745
21	21	9.05	35.144	322.00	9.0477	27.2236	0.487	0.739
22	22	9.05	35.144	322.00	9.0476	27.2237	0.487	0.737
23	23	9.05	35.144	320.66	9.0475	27.2237	0.487	0.724
24	24	9.05	35.144	320.66	9.0474	27.2237	0.487	0.725
25	25	9.05	35.144	320.66	9.0473	27.2237	0.487	0.733
26	26	9.05	35.144	322.00	9.0472	27.2237	0.487	0.733
27	27	9.05	35.143	323.78	9.0471	27.2230	0.487	0.733
28	28	9.05	35.144	323.78	9.0470	27.2238	0.487	0.731
29	29	9.05	35.144	324.23	9.0469	27.2238	0.488	0.730
30	30	9.05	35.145	324.68	9.0468	27.2246	0.488	0.730
31	31	9.05	35.145	324.23	9.0466	27.2246	0.487	0.732
32	32	9.05	35.145	323.34	9.0465	27.2246	0.486	0.734
33	33	9.05	35.145	323.34	9.0464	27.2246	0.486	0.734
34	34	9.05	35.142	322.89	9.0463	27.2223	0.486	0.734
35	35	9.05	35.142	322.89	9.0462	27.2223	0.486	0.734
36	36	9.05	35.142	322.89	9.0461	27.2223	0.486	0.734
37	37	9.05	35.141	323.78	9.0460	27.2216	0.486	0.734
38	38	9.04	35.141	325.12	9.0359	27.2232	0.485	0.735
39	39	9.03	35.140	326.02	9.0258	27.2240	0.481	0.735
40	40	8.97	35.134	325.57	8.9657	27.2290	0.463	0.735
41	41	8.87	35.134	325.57	8.8656	27.2451	0.437	0.735
42	42	8.75	35.134	325.57	8.7455	27.2642	0.395	0.735
43	43	8.48	35.135	326.02	8.4755	27.3074	0.364	0.730
44	44	8.36	35.135	327.36	8.3555	27.3260	0.354	0.724
45	45	8.33	35.144	327.80	8.3254	27.3377	0.332	0.714
46	46	8.31	35.144	327.80	8.3053	27.3408	0.322	0.704
47	47	8.30	35.144	327.36	8.2952	27.3424	0.310	0.692
48	48	8.29	35.145	326.46	8.2851	27.3447	0.296	0.657
49	49	8.27	35.145	324.68	8.2650	27.3478	0.279	0.623
50	50	8.26	35.145	323.78	8.2549	27.3494	0.259	0.617
51	51	8.26	35.145	323.34	8.2548	27.3494	0.240	0.470
51	52	8.24	35.143	322.44	8.2347	27.3509	0.215	0.406
52	53	8.23	35.141	322.44	8.2246	27.3509	0.201	0.358
53	54	8.22	35.140	322.44	8.2145	27.3516	0.193	0.347
54	55	8.21	35.140	322.00	8.2044	27.3532	0.186	0.331
55	56	8.21	35.139	321.55	8.2043	27.3524	0.177	0.296
56	57	8.19	35.136	321.10	8.1842	27.3531	0.166	0.281
57	58	8.19	35.136	320.66	8.1841	27.3531	0.164	0.264
58	59	8.19	35.137	320.21	8.1840	27.3539	0.162	0.255
59	60	8.16	35.139	318.43	8.1539	27.3601	0.151	0.243
60	61	8.15	35.139	318.43	8.1438	27.3616	0.149	0.239
61	62	8.13	35.143	316.19	8.1237	27.3678	0.147	0.220
62	63	8.12	35.144	315.75	8.1136	27.3701	0.146	0.210
63	64	8.11	35.144	315.30	8.1035	27.3717	0.144	0.205
64	65	8.08	35.146	315.30	8.0734	27.3778	0.140	0.194
65	66	8.06	35.147	315.30	8.0533	27.3816	0.138	0.188
66	67	7.98	35.149	314.85	7.9733	27.3953	0.130	0.152
67	68	7.97	35.149	313.07	7.9632	27.3968	0.129	0.138
68	69	7.94	35.149	312.62	7.9331	27.4013	0.128	0.138
69	70	7.93	35.149	312.62	7.9230	27.4028	0.128	0.145
70	71	7.90	35.152	310.39	7.8929	27.4097	0.132	0.164
71	72	7.90	35.152	310.39	7.8928	27.4097	0.132	0.176
72	73	7.86	35.152	310.39	7.8527	27.4157	0.133	0.177
73	74	7.81	35.152	310.39	7.8027	27.4231	0.134	0.177
74	75	7.78	35.155	308.60	7.7726	27.4300	0.134	0.178
75	76	7.75	35.152	307.26	7.7425	27.4320	0.131	0.178
76	77	7.72	35.152	307.26	7.7124	27.4365	0.128	0.178
77	78	7.71	35.152	307.26	7.7023	27.4380	0.127	0.168
78	79	7.69	35.152	306.81	7.6822	27.4409	0.124	0.168
79	80	7.64	35.149	305.92	7.6322	27.4459	0.118	0.132
80	81	7.64	35.148	305.47	7.6321	27.4452	0.118	0.125
81	82	7.63	35.148	305.03	7.6220	27.4466	0.115	0.103
82	83	7.63	35.148	305.03	7.6219	27.4467	0.115	0.101
83	84	7.62	35.148	305.03	7.6118	27.4481	0.114	0.096
84	85	7.55	35.148	304.58	7.5417	27.4584	0.108	0.082
85	86	7.54	35.137	303.69	7.5316	27.4512	0.104	0.077
86	87	7.54	35.137	303.69	7.5315	27.4512	0.103	0.077
87	88	7.51	35.146	303.69	7.5015	27.4627	0.103	0.073
88	89	7.48	35.145	303.69	7.4714	27.4662	0.103	0.069
89	90	7.47	35.144	303.69	7.4613	27.4669	0.103	0.069
90	91	7.47	35.143	304.14	7.4612	27.4661	0.104	0.074
91	92	7.47	35.143	304.14	7.4611	27.4662	0.104	0.074
92	93	7.46	35.142	303.69	7.4510	27.4668	0.103	0.075
93	94	7.45	35.145	303.24	7.4409	27.4706	0.101	0.075
94	95	7.44	35.145	303.24	7.4308	27.4721	0.101	0.075
95	96	7.44	35.142	302.80	7.4307	27.4698	0.101	0.075
96	97	7.44	35.142	302.80	7.4306	27.4698	0.100	0.074
97	98	7.44	35.141	302.80	7.4305	27.4690	0.100	0.067
98	99	7.43	35.140	301.46	7.4204	27.4697	0.100	0.054
99	100	7.43	35.140	301.46	7.4203	27.4697	0.100	0.054
100	101	7.43	35.140	301.46	7.4202	27.4697	0.100	0.054
101	102	7.43	35.140	301.46	7.4202	27.4697	0.099	0.055
102	103	7.42	35.140	300.12	7.4101	27.4712	0.097	0.056
103	104	7.41	35.141	300.12	7.4000	27.4734	0.096	0.054
104	105	7.41	35.141	300.12	7.3999	27.4734	0.096	0.054
105	106	7.41	35.140	300.56	7.3998	27.4726	0.097	0.054
106	107	7.41	35.139	301.01	7.3997	27.4719	0.097	0.051
107	108	7.40	35.138	300.56	7.3896	27.4725	0.097	0.049
108	109	7.40	35.138	300.56	7.3895	27.4726	0.097	0.049
109	110	7.40	35.139	299.67	7.3894	27.4734	0.097	0.050