Citation:

PANGAEA.112272

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: 59.445000 * Longitude: -20.956700

Date/Time Start: 1989-07-03T19:00:00 * Date/Time End: 1989-07-03T19:00:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 216 m

Event(s):

EN198_6-10 (7031900) * Latitude: 59.445000 * Longitude: -20.956700 * Date/Time: 1989-07-03T19:00:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-O) * Comment: CTD/optics_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:

1744 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	11.14	35.243	307.26	11.1399	26.9398	0.753	1.546
2	2	11.14	35.243	307.26	11.1398	26.9398	0.753	1.546
3	3	11.14	35.231	309.94	11.1396	26.9305	0.740	1.608
4	4	11.11	35.227	308.15	11.1095	26.9329	0.761	1.596
5	5	11.10	35.228	308.15	11.0994	26.9355	0.761	1.608
6	6	11.09	35.229	308.15	11.0893	26.9382	0.761	1.703
7	7	11.08	35.231	307.26	11.0791	26.9416	0.764	1.742
8	8	11.07	35.233	308.15	11.0690	26.9450	0.765	1.786
9	9	11.06	35.232	308.60	11.0589	26.9460	0.766	1.883
10	10	11.03	35.229	309.94	11.0288	26.9492	0.772	1.952
11	11	11.03	35.225	310.83	11.0286	26.9461	0.774	1.952
12	12	10.96	35.227	311.28	10.9585	26.9604	0.792	1.990
13	13	10.87	35.229	311.28	10.8684	26.9783	0.817	2.041
14	14	10.83	35.228	311.28	10.8283	26.9847	0.821	2.131
15	15	10.79	35.228	311.73	10.7882	26.9920	0.821	2.164
16	16	10.77	35.228	311.73	10.7681	26.9956	0.821	2.176
17	17	10.76	35.229	311.73	10.7579	26.9982	0.818	2.250
18	18	10.76	35.227	310.39	10.7578	26.9966	0.790	2.165
19	19	10.75	35.226	305.92	10.7477	26.9977	0.775	2.131
20	20	10.75	35.226	303.24	10.7476	26.9977	0.759	2.073
21	21	10.75	35.227	304.58	10.7475	26.9985	0.748	2.026
22	22	10.75	35.227	305.47	10.7473	26.9985	0.745	2.014
23	23	10.74	35.226	306.37	10.7372	26.9995	0.714	1.852
24	24	10.73	35.227	307.26	10.7271	27.0021	0.674	1.849
25	25	10.72	35.229	305.47	10.7170	27.0055	0.664	1.841
26	26	10.70	35.231	302.35	10.6969	27.0107	0.651	1.734
27	27	10.68	35.231	301.46	10.6768	27.0143	0.627	1.571
28	28	10.67	35.231	301.46	10.6666	27.0161	0.609	1.494
29	29	10.64	35.231	301.90	10.6365	27.0214	0.589	1.422
30	30	10.64	35.231	301.90	10.6364	27.0215	0.566	1.413
31	31	10.62	35.229	302.80	10.6163	27.0235	0.551	1.353
32	32	10.61	35.229	302.80	10.6062	27.0253	0.526	1.244
33	33	10.59	35.228	302.80	10.5861	27.0281	0.501	1.112
34	34	10.56	35.230	302.35	10.5559	27.0350	0.450	0.988
35	35	10.55	35.231	301.90	10.5458	27.0376	0.441	0.936
36	36	10.53	35.231	301.90	10.5257	27.0411	0.432	0.922
37	37	10.51	35.231	301.90	10.5056	27.0447	0.416	0.901
38	38	10.49	35.231	301.90	10.4855	27.0483	0.398	0.844
39	39	10.44	35.241	301.46	10.4354	27.0649	0.365	0.748
40	40	10.37	35.243	300.12	10.3653	27.0788	0.340	0.670
41	41	10.34	35.240	295.65	10.3352	27.0817	0.328	0.638
42	42	10.32	35.236	294.76	10.3151	27.0821	0.321	0.611
43	43	10.32	35.236	295.20	10.3149	27.0821	0.321	0.620
44	44	10.30	35.236	295.20	10.2948	27.0857	0.322	0.660
45	45	10.27	35.234	294.31	10.2647	27.0894	0.322	0.661
46	46	10.23	35.235	294.31	10.2246	27.0971	0.318	0.660
47	47	10.19	35.235	295.20	10.1845	27.1041	0.317	0.646
48	48	10.14	35.235	296.10	10.1344	27.1128	0.311	0.547
49	49	10.10	35.242	296.54	10.0943	27.1252	0.298	0.470
50	50	9.97	35.253	296.99	9.9642	27.1562	0.272	0.360
51	51	9.92	35.251	293.42	9.9141	27.1632	0.232	0.314
52	52	9.89	35.244	289.40	9.8840	27.1629	0.224	0.271
52	53	9.85	35.244	288.95	9.8439	27.1697	0.218	0.254
53	54	9.82	35.247	288.95	9.8138	27.1772	0.218	0.254
54	55	9.76	35.248	289.84	9.7537	27.1881	0.218	0.253
55	56	9.69	35.253	290.74	9.6837	27.2039	0.219	0.267
56	57	9.57	35.259	292.08	9.5636	27.2287	0.219	0.283
57	58	9.52	35.261	292.52	9.5135	27.2387	0.218	0.283
58	59	9.37	35.262	292.52	9.3635	27.2644	0.206	0.260
59	60	9.34	35.257	292.08	9.3334	27.2654	0.191	0.246
60	61	9.25	35.244	292.08	9.2433	27.2701	0.167	0.177
61	62	9.24	35.241	291.18	9.2332	27.2694	0.160	0.158
62	63	9.15	35.242	291.18	9.1431	27.2849	0.156	0.147
63	64	9.14	35.242	291.63	9.1330	27.2865	0.154	0.140
64	65	9.11	35.250	292.52	9.1029	27.2977	0.147	0.139
65	66	9.05	35.243	292.08	9.0428	27.3020	0.140	0.124
66	67	9.04	35.242	290.74	9.0327	27.3028	0.132	0.112
67	68	9.04	35.242	289.84	9.0326	27.3028	0.131	0.110
68	69	9.04	35.246	290.29	9.0325	27.3060	0.130	0.110
69	70	9.04	35.247	290.29	9.0324	27.3068	0.130	0.110
70	71	9.04	35.247	291.18	9.0323	27.3068	0.132	0.106
71	72	9.03	35.247	292.08	9.0222	27.3084	0.131	0.106
72	73	9.03	35.247	292.08	9.0221	27.3085	0.128	0.101
73	74	9.03	35.247	292.08	9.0220	27.3085	0.126	0.085
74	75	9.03	35.249	292.97	9.0219	27.3101	0.124	0.090
75	76	9.02	35.251	292.08	9.0118	27.3133	0.123	0.090
76	77	9.02	35.251	292.08	9.0116	27.3133	0.122	0.090
77	78	9.02	35.251	292.97	9.0115	27.3133	0.120	0.088
78	79	9.02	35.251	293.86	9.0114	27.3133	0.119	0.086
79	80	9.02	35.251	290.74	9.0113	27.3133	0.116	0.076
80	81	9.01	35.251	291.18	9.0012	27.3150	0.116	0.076
81	82	9.02	35.251	292.52	9.0111	27.3134	0.116	0.080
82	83	9.02	35.251	293.42	9.0110	27.3134	0.117	0.081
83	84	9.01	35.252	294.31	9.0009	27.3158	0.117	0.081
84	85	9.01	35.254	293.86	9.0008	27.3174	0.117	0.079
85	86	9.01	35.254	292.97	9.0007	27.3174	0.114	0.077
86	87	9.00	35.252	292.97	8.9906	27.3175	0.113	0.077
87	88	8.99	35.249	293.42	8.9805	27.3167	0.110	0.075
88	89	8.98	35.248	293.86	8.9704	27.3176	0.108	0.072
89	90	8.96	35.246	292.08	8.9503	27.3193	0.107	0.069
90	91	8.95	35.245	290.74	8.9402	27.3201	0.106	0.064
91	92	8.95	35.245	290.74	8.9401	27.3201	0.105	0.055
92	93	8.93	35.245	291.18	8.9200	27.3234	0.104	0.060
93	94	8.93	35.244	291.18	8.9199	27.3226	0.104	0.060
94	95	8.93	35.242	290.74	8.9198	27.3210	0.104	0.056
95	96	8.93	35.242	289.84	8.9196	27.3211	0.103	0.056
96	97	8.93	35.242	289.84	8.9195	27.3211	0.102	0.058
97	98	8.92	35.241	290.74	8.9094	27.3219	0.102	0.061
98	99	8.90	35.240	291.18	8.8893	27.3244	0.102	0.061
99	100	8.89	35.239	291.18	8.8792	27.3252	0.102	0.059
100	101	8.89	35.237	289.40	8.8791	27.3236	0.104	0.055
101	102	8.88	35.236	289.40	8.8690	27.3245	0.104	0.055
102	103	8.88	35.236	289.40	8.8689	27.3245	0.103	0.056
103	104	8.88	35.236	289.84	8.8688	27.3245	0.102	0.056
104	105	8.88	35.235	290.29	8.8687	27.3237	0.102	0.059
105	106	8.88	35.234	290.74	8.8686	27.3230	0.102	0.063
106	107	8.88	35.234	292.08	8.8685	27.3230	0.103	0.066
107	108	8.88	35.233	292.97	8.8684	27.3222	0.104	0.068
108	109	8.87	35.233	293.86	8.8583	27.3238	0.103	0.061
109	110	8.87	35.233	293.86	8.8582	27.3239	0.103	0.061
110	111	8.86	35.232	293.86	8.8481	27.3247	0.103	0.062
111	112	8.85	35.231	293.86	8.8380	27.3255	0.103	0.063
112	113	8.84	35.231	293.86	8.8279	27.3271	0.103	0.063
113	114	8.84	35.231	293.42	8.8278	27.3271	0.103	0.060
114	115	8.84	35.231	292.97	8.8277	27.3272	0.103	0.060
115	116	8.83	35.232	292.52	8.8176	27.3296	0.104	0.063
116	117	8.83	35.232	290.74	8.8174	27.3296	0.104	0.061
117	118	8.83	35.232	290.74	8.8173	27.3296	0.104	0.060
118	119	8.83	35.232	290.74	8.8172	27.3296	0.105	0.063
119	120	8.83	35.233	290.74	8.8171	27.3304	0.105	0.063
120	121	8.83	35.233	291.18	8.8170	27.3304	0.105	0.067
121	122	8.83	35.233	292.52	8.8169	27.3305	0.105	0.064
122	123	8.83	35.233	292.52	8.8168	27.3305	0.105	0.064
123	124	8.83	35.233	292.52	8.8167	27.3305	0.105	0.064
124	125	8.83	35.235	291.18	8.8166	27.3321	0.105	0.065
125	126	8.84	35.236	290.74	8.8265	27.3313	0.105	0.066
126	127	8.84	35.236	290.74	8.8264	27.3313	0.105	0.067
127	128	8.84	35.236	289.84	8.8263	27.3313	0.105	0.065
128	129	8.84	35.237	289.84	8.8261	27.3321	0.105	0.065
129	130	8.84	35.237	290.74	8.8260	27.3321	0.104	0.066
130	131	8.84	35.237	291.63	8.8259	27.3321	0.103	0.068
131	132	8.84	35.237	290.29	8.8258	27.3322	0.103	0.068
132	133	8.84	35.238	289.40	8.8257	27.3330	0.103	0.063
133	134	8.84	35.238	288.95	8.8256	27.3330	0.104	0.063
134	135	8.84	35.238	288.95	8.8255	27.3330	0.104	0.063
135	136	8.84	35.238	288.95	8.8254	27.3330	0.104	0.062
136	137	8.83	35.238	290.29	8.8153	27.3346	0.103	0.061
137	138	8.82	35.236	291.18	8.8052	27.3347	0.103	0.061
138	139	8.81	35.236	291.63	8.7951	27.3363	0.103	0.061
139	140	8.81	35.236	292.08	8.7950	27.3363	0.103	0.060
140	141	8.81	35.236	292.97	8.7949	27.3363	0.101	0.057
141	142	8.80	35.235	290.29	8.7848	27.3371	0.101	0.056
142	143	8.80	35.233	289.84	8.7847	27.3356	0.101	0.056
143	144	8.80	35.228	289.84	8.7846	27.3317	0.097	0.036
144	145	8.79	35.227	289.84	8.7745	27.3325	0.096	0.036
145	146	8.78	35.222	290.29	8.7644	27.3302	0.094	0.034
146	147	8.76	35.226	288.06	8.7443	27.3365	0.091	0.037
147	148	8.75	35.226	287.61	8.7342	27.3381	0.092	0.037
148	149	8.75	35.227	288.06	8.7341	27.3389	0.092	0.034
149	150	8.75	35.228	289.40	8.7340	27.3397	0.092	0.030
150	151	8.75	35.229	289.84	8.7339	27.3405	0.092	0.030
151	152	8.75	35.228	291.18	8.7338	27.3398	0.093	0.035
152	153	8.75	35.228	291.63	8.7336	27.3398	0.093	0.035
152	154	8.75	35.227	291.63	8.7335	27.3390	0.093	0.035
153	155	8.75	35.227	292.08	8.7334	27.3390	0.093	0.035
154	156	8.74	35.226	292.97	8.7233	27.3398	0.093	0.035
155	157	8.73	35.225	293.86	8.7132	27.3407	0.092	0.034
156	158	8.72	35.226	293.86	8.7031	27.3430	0.092	0.034
157	159	8.72	35.226	293.86	8.7030	27.3431	0.092	0.034
158	160	8.72	35.225	293.42	8.7029	27.3423	0.092	0.035
159	161	8.71	35.223	291.18	8.6928	27.3423	0.090	0.035
160	162	8.70	35.222	289.84	8.6827	27.3431	0.088	0.027
161	163	8.70	35.221	289.84	8.6826	27.3424	0.088	0.024
162	164	8.69	35.218	289.84	8.6725	27.3416	0.088	0.018
163	165	8.69	35.219	289.84	8.6724	27.3424	0.089	0.018
164	166	8.69	35.219	290.29	8.6723	27.3424	0.089	0.017
165	167	8.68	35.219	290.29	8.6622	27.3440	0.089	0.017
166	168	8.68	35.218	290.29	8.6621	27.3433	0.089	0.018
167	169	8.68	35.218	290.29	8.6620	27.3433	0.089	0.022
168	170	8.67	35.218	291.63	8.6519	27.3449	0.089	0.024
169	171	8.67	35.218	292.08	8.6518	27.3449	0.089	0.024
170	172	8.67	35.215	292.08	8.6517	27.3425	0.088	0.017
171	173	8.66	35.215	292.08	8.6416	27.3441	0.088	0.016
172	174	8.66	35.215	292.08	8.6415	27.3442	0.086	0.016
173	175	8.66	35.216	292.08	8.6414	27.3450	0.086	0.012
174	176	8.65	35.216	291.63	8.6313	27.3465	0.086	0.012
175	177	8.64	35.215	290.29	8.6212	27.3474	0.087	0.021
176	178	8.64	35.215	289.84	8.6211	27.3474	0.087	0.021
177	179	8.63	35.214	288.95	8.6110	27.3482	0.087	0.020
178	180	8.63	35.215	288.95	8.6109	27.3490	0.086	0.016
179	181	8.62	35.215	288.95	8.6008	27.3506	0.086	0.016
180	182	8.62	35.215	288.95	8.6007	27.3506	0.086	0.010
181	183	8.62	35.214	288.95	8.6006	27.3498	0.085	0.010
182	184	8.62	35.212	288.95	8.6005	27.3483	0.085	0.005
183	185	8.62	35.212	288.95	8.6004	27.3483	0.085	0.006
184	186	8.62	35.212	288.06	8.6003	27.3483	0.084	0.007
185	187	8.61	35.211	288.06	8.5902	27.3491	0.083	0.021
186	188	8.61	35.211	288.06	8.5901	27.3491	0.083	0.021
187	189	8.61	35.211	288.50	8.5900	27.3491	0.084	0.020
188	190	8.61	35.211	289.84	8.5898	27.3491	0.084	0.020
189	191	8.60	35.211	290.29	8.5798	27.3507	0.083	0.019
190	192	8.60	35.210	288.50	8.5796	27.3500	0.083	0.015
191	193	8.59	35.210	286.72	8.5696	27.3515	0.082	0.008
192	194	8.59	35.210	286.72	8.5694	27.3516	0.082	0.007
193	195	8.58	35.210	286.72	8.5594	27.3531	0.082	0.007
194	196	8.58	35.210	287.61	8.5592	27.3532	0.082	0.005
195	197	8.58	35.210	288.95	8.5591	27.3532	0.082	0.005
196	198	8.58	35.210	289.40	8.5590	27.3532	0.082	0.013
197	199	8.57	35.210	289.40	8.5489	27.3548	0.082	0.019
198	200	8.57	35.210	289.40	8.5488	27.3548	0.082	0.019
199	201	8.56	35.210	289.40	8.5387	27.3564	0.082	0.019
200	202	8.56	35.209	289.40	8.5386	27.3556	0.082	0.017
201	203	8.56	35.208	289.84	8.5385	27.3548	0.082	0.013
202	204	8.56	35.207	289.84	8.5384	27.3541	0.082	0.012
203	205	8.56	35.207	290.29	8.5383	27.3541	0.082	0.016
204	206	8.55	35.207	289.40	8.5282	27.3557	0.082	0.014
205	207	8.55	35.207	289.40	8.5281	27.3557	0.083	0.012
206	208	8.55	35.207	290.29	8.5280	27.3557	0.082	0.007
207	209	8.55	35.208	290.29	8.5279	27.3565	0.082	0.006
208	210	8.55	35.204	290.29	8.5278	27.3534	0.082	0.008
209	211	8.55	35.204	290.29	8.5277	27.3534	0.081	0.008
210	212	8.54	35.206	289.84	8.5176	27.3565	0.082	0.011
211	213	8.54	35.206	289.84	8.5175	27.3566	0.082	0.010
212	214	8.54	35.206	290.74	8.5174	27.3566	0.083	0.009
213	215	8.54	35.206	290.74	8.5173	27.3566	0.083	0.009
214	216	8.54	35.206	291.18	8.5172	27.3566	0.082	0.010
215	217	8.54	35.207	291.18	8.5171	27.3574	0.082	0.018
216	218	8.53	35.207	290.29	8.5070	27.3590	0.081	0.008