Citation:

PANGAEA.112264

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: 59.511700 * Longitude: -20.966700

Date/Time Start: 1989-06-30T08:30:00 * Date/Time End: 1989-06-30T08:30:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 211 m

Event(s):

EN198_3-4 (6300830) * Latitude: 59.511700 * Longitude: -20.966700 * Date/Time: 1989-06-30T08:30:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-RO) * Comment: CTD/rosette_200m

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:

1704 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	35.201	313.96	10.6999	26.9867	0.925	0.961
2	2	10.70	35.201	313.96	10.6998	26.9868	0.925	0.961
3	3	10.70	35.201	313.96	10.6996	26.9868	0.925	0.961
4	4	10.69	35.199	317.98	10.6895	26.9870	0.918	0.916
5	5	10.68	35.210	316.19	10.6794	26.9974	0.919	0.843
6	6	10.68	35.210	316.64	10.6793	26.9974	0.922	0.857
7	7	10.69	35.210	316.64	10.6892	26.9957	0.923	0.946
8	8	10.68	35.209	317.53	10.6790	26.9967	0.922	1.027
9	9	10.68	35.209	317.98	10.6789	26.9967	0.922	1.119
10	10	10.68	35.210	317.98	10.6788	26.9975	0.923	1.202
11	11	10.68	35.210	317.09	10.6787	26.9975	0.922	1.226
12	12	10.68	35.210	318.43	10.6786	26.9976	0.921	1.226
13	13	10.68	35.211	319.77	10.6784	26.9984	0.926	1.396
14	14	10.68	35.211	320.21	10.6783	26.9984	0.926	1.664
15	15	10.67	35.210	317.98	10.6682	26.9994	0.925	1.977
16	16	10.66	35.210	317.98	10.6581	27.0012	0.925	2.010
17	17	10.66	35.209	318.87	10.6580	27.0005	0.926	2.146
18	18	10.65	35.208	320.21	10.6478	27.0015	0.926	2.112
19	19	10.64	35.206	321.10	10.6377	27.0017	0.917	2.159
20	20	10.64	35.207	321.10	10.6376	27.0025	0.917	2.157
21	21	10.64	35.208	317.53	10.6375	27.0033	0.921	2.140
22	22	10.63	35.206	318.87	10.6274	27.0036	0.916	2.167
23	23	10.60	35.204	320.66	10.5972	27.0074	0.907	2.207
24	24	10.60	35.204	320.66	10.5971	27.0074	0.906	2.209
25	25	10.58	35.202	321.55	10.5770	27.0094	0.896	2.236
26	26	10.56	35.203	322.00	10.5569	27.0138	0.892	2.227
27	27	10.54	35.204	318.43	10.5368	27.0181	0.863	2.179
28	28	10.53	35.204	318.87	10.5267	27.0199	0.856	2.155
29	29	10.51	35.203	318.87	10.5065	27.0227	0.822	2.049
30	30	10.51	35.203	319.77	10.5064	27.0227	0.810	2.029
31	31	10.50	35.204	320.66	10.4963	27.0253	0.777	2.065
32	32	10.50	35.204	320.21	10.4962	27.0253	0.778	2.065
33	33	10.49	35.206	320.21	10.4861	27.0286	0.783	2.002
34	34	10.49	35.204	320.66	10.4860	27.0271	0.780	2.002
35	35	10.45	35.206	319.77	10.4458	27.0357	0.736	1.889
36	36	10.44	35.204	319.32	10.4357	27.0360	0.709	1.933
37	37	10.41	35.205	317.53	10.4056	27.0420	0.697	1.829
38	38	10.40	35.207	317.09	10.3955	27.0454	0.697	1.785
39	39	10.39	35.206	318.43	10.3854	27.0464	0.687	1.745
40	40	10.39	35.206	318.87	10.3853	27.0464	0.686	1.731
41	41	10.38	35.205	319.32	10.3752	27.0474	0.674	1.652
42	42	10.38	35.204	319.77	10.3750	27.0466	0.660	1.641
43	43	10.37	35.205	319.77	10.3649	27.0492	0.650	1.693
44	44	10.37	35.206	318.87	10.3648	27.0500	0.641	1.653
45	45	10.36	35.207	317.53	10.3547	27.0526	0.632	1.596
46	46	10.36	35.206	317.09	10.3546	27.0518	0.632	1.584
47	47	10.35	35.207	314.41	10.3445	27.0543	0.608	1.549
48	48	10.34	35.207	313.96	10.3343	27.0561	0.595	1.431
49	49	10.33	35.206	316.19	10.3242	27.0571	0.590	1.437
50	50	10.33	35.206	316.19	10.3241	27.0571	0.578	1.437
51	51	10.30	35.207	314.41	10.2940	27.0632	0.544	1.313
52	52	10.30	35.206	314.41	10.2939	27.0624	0.542	1.264
52	53	10.28	35.206	314.41	10.2738	27.0659	0.514	1.159
53	54	10.28	35.203	313.96	10.2737	27.0636	0.510	1.107
54	55	10.25	35.206	313.07	10.2435	27.0712	0.512	1.098
55	56	10.25	35.206	313.07	10.2434	27.0712	0.507	1.083
56	57	10.24	35.206	313.07	10.2333	27.0730	0.479	1.035
57	58	10.14	35.206	313.07	10.1332	27.0904	0.420	0.829
58	59	10.06	35.169	312.62	10.0532	27.0753	0.373	0.771
59	60	9.88	35.157	312.62	9.8731	27.0967	0.351	0.788
60	61	9.87	35.106	313.51	9.8630	27.0586	0.351	0.788
61	62	9.80	35.109	315.75	9.7929	27.0729	0.367	0.776
62	63	9.71	35.146	316.19	9.7029	27.1170	0.374	0.770
63	64	9.69	35.155	316.19	9.6828	27.1274	0.374	0.767
64	65	9.73	35.179	315.75	9.7226	27.1395	0.370	0.699
65	66	9.79	35.192	311.73	9.7825	27.1395	0.350	0.623
66	67	9.74	35.190	311.28	9.7324	27.1464	0.328	0.618
67	68	9.72	35.190	311.28	9.7123	27.1498	0.315	0.600
68	69	9.69	35.200	310.83	9.6822	27.1627	0.301	0.569
69	70	9.66	35.210	308.15	9.6521	27.1756	0.285	0.511
70	71	9.64	35.210	307.26	9.6320	27.1790	0.277	0.475
71	72	9.57	35.232	307.26	9.5619	27.2079	0.259	0.415
72	73	9.55	35.232	307.71	9.5418	27.2113	0.253	0.409
73	74	9.53	35.232	307.71	9.5217	27.2146	0.243	0.389
74	75	9.43	35.229	308.15	9.4216	27.2289	0.241	0.357
75	76	9.33	35.247	307.71	9.3216	27.2596	0.240	0.347
76	77	9.31	35.253	307.26	9.3015	27.2676	0.225	0.326
77	78	9.30	35.254	306.81	9.2914	27.2700	0.213	0.335
78	79	9.29	35.254	306.81	9.2813	27.2717	0.196	0.335
79	80	9.27	35.260	305.47	9.2612	27.2797	0.181	0.190
80	81	9.27	35.261	303.69	9.2611	27.2805	0.176	0.188
81	82	9.27	35.260	303.69	9.2610	27.2797	0.176	0.187
82	83	9.27	35.259	304.58	9.2608	27.2789	0.176	0.185
83	84	9.26	35.259	303.69	9.2507	27.2806	0.162	0.163
84	85	9.25	35.259	303.24	9.2406	27.2823	0.157	0.142
85	86	9.23	35.258	301.46	9.2205	27.2848	0.137	0.085
86	87	9.22	35.260	296.54	9.2104	27.2880	0.131	0.069
87	88	9.21	35.260	296.10	9.2003	27.2896	0.135	0.076
88	89	9.21	35.259	297.44	9.2002	27.2889	0.135	0.088
89	90	9.21	35.258	298.78	9.2001	27.2881	0.125	0.104
90	91	9.21	35.263	298.33	9.2000	27.2921	0.122	0.081
91	92	9.23	35.270	297.88	9.2199	27.2943	0.124	0.071
92	93	9.24	35.272	296.54	9.2297	27.2942	0.123	0.067
93	94	9.25	35.271	296.54	9.2396	27.2918	0.113	0.060
94	95	9.25	35.270	294.76	9.2395	27.2911	0.117	0.066
95	96	9.25	35.271	295.65	9.2394	27.2919	0.120	0.062
96	97	9.25	35.272	296.10	9.2393	27.2927	0.121	0.061
97	98	9.25	35.272	296.54	9.2392	27.2927	0.120	0.060
98	99	9.25	35.272	296.10	9.2391	27.2927	0.116	0.048
99	100	9.25	35.272	296.99	9.2390	27.2927	0.116	0.060
100	101	9.25	35.273	295.65	9.2389	27.2935	0.115	0.066
101	102	9.25	35.273	295.65	9.2387	27.2935	0.115	0.066
102	103	9.25	35.273	296.10	9.2386	27.2935	0.110	0.054
103	104	9.25	35.272	295.65	9.2385	27.2928	0.115	0.063
104	105	9.24	35.272	295.20	9.2284	27.2944	0.114	0.043
105	106	9.22	35.272	295.20	9.2083	27.2977	0.115	0.043
106	107	9.15	35.260	296.54	9.1383	27.2998	0.111	0.048
107	108	9.11	35.252	296.99	9.0982	27.3000	0.117	0.052
108	109	9.10	35.246	297.44	9.0881	27.2970	0.115	0.054
109	110	9.08	35.246	297.88	9.0680	27.3002	0.120	0.060
110	111	9.08	35.246	298.33	9.0679	27.3003	0.122	0.073
111	112	9.08	35.248	298.33	9.0678	27.3018	0.115	0.067
112	113	9.09	35.248	298.33	9.0777	27.3002	0.118	0.063
113	114	9.09	35.247	298.33	9.0775	27.2995	0.118	0.068
114	115	9.06	35.243	298.78	9.0475	27.3012	0.116	0.070
115	116	9.05	35.242	298.78	9.0374	27.3021	0.118	0.065
116	117	9.02	35.228	298.78	9.0073	27.2960	0.120	0.061
117	118	8.98	35.226	299.22	8.9672	27.3009	0.121	0.059
118	119	8.91	35.224	300.56	8.8972	27.3106	0.118	0.069
119	120	8.90	35.209	301.01	8.8871	27.3004	0.122	0.065
120	121	8.88	35.209	301.46	8.8670	27.3036	0.124	0.065
121	122	8.88	35.209	302.35	8.8669	27.3037	0.125	0.063
122	123	8.87	35.210	302.80	8.8568	27.3061	0.118	0.063
123	124	8.87	35.212	302.80	8.8567	27.3076	0.116	0.066
124	125	8.87	35.215	301.01	8.8565	27.3100	0.115	0.063
125	126	8.83	35.207	300.56	8.8165	27.3101	0.113	0.063
126	127	8.82	35.200	300.56	8.8064	27.3063	0.114	0.061
127	128	8.81	35.198	300.56	8.7963	27.3063	0.114	0.058
128	129	8.80	35.198	301.01	8.7862	27.3079	0.115	0.057
129	130	8.80	35.199	301.46	8.7861	27.3087	0.114	0.060
130	131	8.80	35.206	301.90	8.7860	27.3142	0.112	0.061
131	132	8.83	35.219	302.35	8.8158	27.3196	0.111	0.065
132	133	8.86	35.217	300.56	8.8457	27.3133	0.113	0.063
133	134	8.86	35.220	300.56	8.8456	27.3157	0.113	0.063
134	135	8.91	35.231	301.01	8.8954	27.3163	0.113	0.063
135	136	8.94	35.234	301.01	8.9253	27.3139	0.114	0.062
136	137	8.94	35.234	301.90	8.9252	27.3139	0.113	0.062
137	138	8.94	35.234	301.90	8.9251	27.3139	0.113	0.064
138	139	8.93	35.235	300.56	8.9150	27.3163	0.117	0.061
139	140	8.92	35.234	301.46	8.9049	27.3172	0.108	0.046
140	141	8.92	35.234	301.46	8.9048	27.3172	0.108	0.046
141	142	8.91	35.232	302.80	8.8947	27.3172	0.110	0.060
142	143	8.91	35.231	302.80	8.8946	27.3165	0.109	0.052
143	144	8.85	35.225	301.90	8.8345	27.3214	0.109	0.051
144	145	8.80	35.211	301.90	8.7845	27.3184	0.110	0.050
145	146	8.75	35.210	301.90	8.7344	27.3255	0.110	0.051
146	147	8.75	35.205	302.35	8.7343	27.3216	0.110	0.052
147	148	8.73	35.194	302.80	8.7142	27.3162	0.111	0.062
148	149	8.72	35.193	303.24	8.7041	27.3170	0.111	0.062
149	150	8.67	35.187	303.24	8.6541	27.3202	0.110	0.059
150	151	8.62	35.180	303.69	8.6040	27.3226	0.111	0.065
151	152	8.60	35.180	302.80	8.5839	27.3258	0.112	0.069
152	153	8.58	35.180	304.14	8.5638	27.3289	0.113	0.073
152	154	8.58	35.180	305.03	8.5637	27.3289	0.113	0.071
153	155	8.57	35.178	305.47	8.5536	27.3289	0.108	0.071
154	156	8.54	35.173	305.47	8.5236	27.3297	0.109	0.077
155	157	8.51	35.168	306.81	8.4935	27.3305	0.112	0.075
156	158	8.48	35.169	306.81	8.4634	27.3360	0.112	0.080
157	159	8.48	35.162	307.26	8.4633	27.3305	0.112	0.082
158	160	8.48	35.164	307.71	8.4632	27.3321	0.111	0.078
159	161	8.48	35.166	308.15	8.4631	27.3337	0.111	0.077
160	162	8.48	35.166	309.05	8.4630	27.3337	0.111	0.076
161	163	8.48	35.162	309.05	8.4629	27.3306	0.108	0.069
162	164	8.46	35.163	307.26	8.4428	27.3345	0.108	0.063
163	165	8.45	35.160	307.26	8.4327	27.3337	0.108	0.059
164	166	8.44	35.159	307.26	8.4226	27.3345	0.108	0.051
165	167	8.43	35.159	307.26	8.4125	27.3360	0.107	0.053
166	168	8.43	35.157	305.92	8.4124	27.3345	0.104	0.047
167	169	8.44	35.168	305.92	8.4223	27.3416	0.101	0.044
168	170	8.47	35.174	306.81	8.4522	27.3416	0.101	0.041
169	171	8.50	35.177	305.92	8.4820	27.3393	0.104	0.042
170	172	8.50	35.177	305.92	8.4819	27.3394	0.105	0.040
171	173	8.50	35.177	306.37	8.4818	27.3394	0.105	0.038
172	174	8.50	35.177	306.81	8.4817	27.3394	0.105	0.037
173	175	8.50	35.178	306.37	8.4816	27.3402	0.101	0.039
174	176	8.49	35.178	306.37	8.4715	27.3418	0.102	0.034
175	177	8.49	35.177	306.37	8.4714	27.3410	0.101	0.035
176	178	8.48	35.177	305.47	8.4613	27.3426	0.101	0.033
177	179	8.47	35.178	305.03	8.4512	27.3449	0.101	0.032
178	180	8.45	35.173	305.47	8.4311	27.3441	0.102	0.035
179	181	8.44	35.173	305.47	8.4211	27.3457	0.103	0.031
180	182	8.43	35.169	306.37	8.4110	27.3441	0.103	0.032
181	183	8.42	35.166	305.92	8.4009	27.3433	0.104	0.035
182	184	8.39	35.158	306.37	8.3708	27.3417	0.101	0.046
183	185	8.34	35.156	307.26	8.3208	27.3479	0.100	0.044
184	186	8.34	35.156	307.26	8.3207	27.3479	0.100	0.045
185	187	8.34	35.154	307.71	8.3206	27.3463	0.104	0.043
186	188	8.33	35.155	305.92	8.3105	27.3487	0.104	0.039
187	189	8.33	35.154	305.92	8.3104	27.3479	0.104	0.041
188	190	8.33	35.154	305.92	8.3103	27.3479	0.104	0.045
189	191	8.35	35.158	306.37	8.3301	27.3480	0.100	0.044
190	192	8.35	35.159	306.37	8.3300	27.3488	0.099	0.043
191	193	8.36	35.159	306.81	8.3399	27.3473	0.101	0.037
192	194	8.36	35.159	306.37	8.3398	27.3473	0.102	0.036
193	195	8.36	35.159	305.92	8.3397	27.3473	0.102	0.036
194	196	8.36	35.159	306.37	8.3396	27.3473	0.101	0.036
195	197	8.36	35.161	305.92	8.3395	27.3489	0.105	0.037
196	198	8.38	35.167	304.58	8.3593	27.3505	0.099	0.027
197	199	8.38	35.167	304.14	8.3592	27.3506	0.099	0.028
198	200	8.39	35.169	302.35	8.3691	27.3506	0.100	0.026
199	201	8.39	35.169	302.35	8.3690	27.3506	0.100	0.020
200	202	8.38	35.168	302.35	8.3589	27.3514	0.099	0.021
201	203	8.38	35.167	302.80	8.3588	27.3506	0.097	0.021
202	204	8.38	35.165	302.80	8.3587	27.3491	0.097	0.025
203	205	8.36	35.165	302.80	8.3386	27.3522	0.098	0.027
204	206	8.34	35.159	302.80	8.3186	27.3506	0.100	0.024
205	207	8.34	35.160	301.90	8.3185	27.3514	0.098	0.022
206	208	8.34	35.163	301.90	8.3183	27.3537	0.098	0.021
207	209	8.35	35.165	300.12	8.3282	27.3538	0.101	0.029
208	210	8.35	35.167	300.56	8.3281	27.3554	0.095	0.026
209	211	8.35	35.167	300.56	8.3280	27.3554	0.094	0.020
210	212	8.34	35.167	301.01	8.3179	27.3569	0.099	0.018
211	213	8.34	35.166	301.46	8.3178	27.3562	0.100	0.018