Citation:

PANGAEA.112276

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: 59.395000 * Longitude: -20.883300

Date/Time Start: 1989-07-04T16:00:00 * Date/Time End: 1989-07-04T16:00:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 218 m

Event(s):

EN198_7-8 (7041600) * Latitude: 59.395000 * Longitude: -20.883300 * Date/Time: 1989-07-04T16:00:00 * 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:

1760 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	11.04	35.237	304.58	11.0399	26.9534	0.658	0.491
2	2	11.04	35.237	304.58	11.0398	26.9534	0.658	0.491
3	3	11.04	35.237	304.58	11.0396	26.9534	0.658	0.491
4	4	11.04	35.237	305.03	11.0395	26.9535	0.660	0.471
5	5	11.04	35.236	305.92	11.0394	26.9527	0.663	0.482
6	6	11.03	35.235	306.81	11.0293	26.9538	0.672	0.653
7	7	11.02	35.234	306.81	11.0191	26.9548	0.672	0.864
8	8	11.02	35.234	306.81	11.0190	26.9549	0.672	0.871
9	9	11.01	35.235	307.26	11.0089	26.9575	0.678	0.981
10	10	11.00	35.236	307.26	10.9988	26.9601	0.681	1.053
11	11	11.01	35.238	306.37	11.0087	26.9599	0.679	1.059
12	12	11.01	35.234	306.37	11.0085	26.9568	0.679	1.084
13	13	11.00	35.231	306.81	10.9984	26.9563	0.683	1.187
14	14	10.98	35.230	307.71	10.9783	26.9592	0.697	1.391
15	15	10.96	35.230	307.71	10.9582	26.9628	0.723	1.559
16	16	10.94	35.229	306.81	10.9380	26.9657	0.734	1.632
17	17	10.92	35.229	306.81	10.9179	26.9693	0.744	1.709
18	18	10.87	35.232	306.37	10.8678	26.9807	0.747	1.831
19	19	10.86	35.234	306.37	10.8577	26.9841	0.747	1.831
20	20	10.81	35.235	305.92	10.8076	26.9939	0.673	1.773
21	21	10.79	35.232	305.47	10.7875	26.9952	0.655	1.691
22	22	10.75	35.215	305.03	10.7473	26.9892	0.614	1.551
23	23	10.73	35.214	305.03	10.7272	26.9920	0.589	1.331
24	24	10.69	35.224	305.92	10.6871	27.0070	0.551	1.276
25	25	10.69	35.226	305.92	10.6870	27.0085	0.540	1.236
26	26	10.67	35.228	305.47	10.6669	27.0137	0.523	1.137
27	27	10.66	35.228	304.14	10.6568	27.0155	0.453	0.960
28	28	10.61	35.228	300.56	10.6066	27.0244	0.399	0.891
29	29	10.58	35.229	298.33	10.5765	27.0306	0.385	0.837
30	30	10.56	35.230	296.54	10.5564	27.0349	0.375	0.842
31	31	10.55	35.232	296.54	10.5463	27.0383	0.373	0.844
32	32	10.54	35.232	297.44	10.5362	27.0401	0.361	0.844
33	33	10.51	35.232	297.88	10.5061	27.0454	0.347	0.819
34	34	10.49	35.233	297.44	10.4860	27.0497	0.333	0.764
35	35	10.46	35.233	292.97	10.4558	27.0550	0.322	0.741
36	36	10.43	35.234	292.97	10.4257	27.0611	0.313	0.686
37	37	10.39	35.234	292.97	10.3856	27.0682	0.304	0.667
38	38	10.35	35.234	294.31	10.3455	27.0752	0.297	0.623
39	39	10.34	35.234	294.31	10.3354	27.0770	0.295	0.555
40	40	10.32	35.237	295.20	10.3153	27.0829	0.292	0.523
41	41	10.26	35.239	295.20	10.2552	27.0949	0.283	0.502
42	42	10.22	35.239	295.20	10.2151	27.1019	0.283	0.502
43	43	10.19	35.239	295.65	10.1850	27.1071	0.287	0.516
44	44	10.16	35.239	296.10	10.1549	27.1124	0.295	0.546
45	45	10.13	35.239	295.65	10.1248	27.1176	0.296	0.552
46	46	10.11	35.221	295.65	10.1047	27.1070	0.294	0.505
47	47	10.11	35.221	295.65	10.1045	27.1070	0.294	0.505
48	48	10.09	35.221	295.20	10.0844	27.1105	0.288	0.507
49	49	10.06	35.222	294.76	10.0543	27.1165	0.284	0.474
50	50	9.99	35.238	294.31	9.9842	27.1410	0.280	0.465
51	51	9.88	35.255	293.86	9.8742	27.1731	0.273	0.440
52	52	9.82	35.253	291.18	9.8141	27.1818	0.264	0.423
52	53	9.64	35.249	290.29	9.6340	27.2091	0.258	0.423
53	54	9.56	35.247	290.29	9.5539	27.2210	0.250	0.413
54	55	9.55	35.247	290.29	9.5438	27.2227	0.244	0.375
55	56	9.53	35.247	290.29	9.5237	27.2260	0.238	0.347
56	57	9.46	35.233	291.63	9.4536	27.2267	0.218	0.299
57	58	9.40	35.235	291.18	9.3936	27.2383	0.197	0.269
58	59	9.30	35.259	290.74	9.2935	27.2736	0.192	0.239
59	60	9.23	35.260	290.29	9.2234	27.2859	0.183	0.201
60	61	9.14	35.247	290.74	9.1333	27.2904	0.164	0.181
61	62	9.12	35.245	291.18	9.1132	27.2921	0.162	0.152
62	63	9.09	35.235	291.18	9.0831	27.2892	0.153	0.145
63	64	9.06	35.240	291.18	9.0530	27.2980	0.145	0.133
64	65	9.04	35.242	290.29	9.0329	27.3028	0.140	0.126
65	66	9.04	35.242	290.74	9.0328	27.3028	0.138	0.124
66	67	9.04	35.246	290.74	9.0327	27.3060	0.136	0.123
67	68	9.05	35.256	291.18	9.0426	27.3122	0.133	0.121
68	69	9.09	35.261	291.18	9.0825	27.3096	0.126	0.102
69	70	9.09	35.260	290.74	9.0824	27.3089	0.121	0.092
70	71	9.09	35.260	290.74	9.0823	27.3089	0.120	0.092
71	72	9.07	35.258	290.74	9.0622	27.3106	0.118	0.091
72	73	9.07	35.256	290.74	9.0621	27.3090	0.117	0.091
73	74	9.06	35.255	291.18	9.0520	27.3099	0.117	0.088
74	75	9.06	35.255	291.18	9.0518	27.3099	0.117	0.088
75	76	9.05	35.254	291.18	9.0417	27.3108	0.115	0.089
76	77	9.03	35.251	291.18	9.0216	27.3117	0.114	0.088
77	78	9.03	35.253	291.18	9.0215	27.3132	0.114	0.087
78	79	9.02	35.253	291.18	9.0114	27.3149	0.114	0.087
79	80	9.02	35.253	291.63	9.0113	27.3149	0.114	0.087
80	81	9.02	35.254	292.08	9.0112	27.3157	0.114	0.087
81	82	9.01	35.254	292.97	9.0011	27.3173	0.114	0.087
82	83	9.01	35.255	293.86	9.0010	27.3181	0.113	0.082
83	84	9.00	35.255	294.76	8.9909	27.3198	0.112	0.075
84	85	9.00	35.255	294.31	8.9908	27.3198	0.111	0.071
85	86	9.00	35.252	293.86	8.9907	27.3175	0.113	0.074
86	87	9.00	35.253	293.86	8.9906	27.3183	0.113	0.086
87	88	9.00	35.253	293.86	8.9905	27.3183	0.113	0.087
88	89	9.00	35.256	293.86	8.9904	27.3206	0.122	0.090
89	90	9.01	35.257	293.42	9.0002	27.3198	0.122	0.097
90	91	9.00	35.257	292.97	8.9901	27.3215	0.122	0.098
91	92	8.99	35.252	292.97	8.9800	27.3192	0.115	0.089
92	93	8.98	35.251	292.52	8.9699	27.3200	0.114	0.082
93	94	8.97	35.250	292.08	8.9598	27.3209	0.113	0.070
94	95	8.97	35.249	292.08	8.9597	27.3201	0.113	0.068
95	96	8.96	35.247	292.52	8.9496	27.3202	0.111	0.068
96	97	8.96	35.246	292.97	8.9495	27.3194	0.109	0.071
97	98	8.95	35.247	293.42	8.9394	27.3218	0.109	0.073
98	99	8.95	35.248	293.42	8.9393	27.3226	0.109	0.073
99	100	8.95	35.250	293.42	8.9392	27.3242	0.109	0.074
100	101	8.95	35.250	293.42	8.9391	27.3242	0.109	0.075
101	102	8.93	35.245	293.86	8.9190	27.3235	0.112	0.079
102	103	8.93	35.245	293.86	8.9189	27.3235	0.112	0.078
103	104	8.92	35.246	293.42	8.9088	27.3259	0.110	0.074
104	105	8.92	35.246	292.52	8.9087	27.3260	0.108	0.074
105	106	8.92	35.245	291.63	8.9086	27.3252	0.108	0.074
106	107	8.92	35.245	291.63	8.9085	27.3252	0.110	0.074
107	108	8.92	35.245	292.52	8.9083	27.3252	0.110	0.071
108	109	8.91	35.245	292.97	8.8982	27.3268	0.110	0.069
109	110	8.91	35.244	292.97	8.8981	27.3261	0.109	0.067
110	111	8.90	35.241	293.42	8.8880	27.3253	0.108	0.065
111	112	8.89	35.240	292.97	8.8779	27.3262	0.105	0.063
112	113	8.88	35.239	292.52	8.8678	27.3270	0.104	0.059
113	114	8.88	35.239	292.52	8.8677	27.3270	0.104	0.061
114	115	8.88	35.240	292.08	8.8676	27.3278	0.104	0.061
115	116	8.87	35.241	291.18	8.8575	27.3302	0.103	0.065
116	117	8.87	35.241	290.74	8.8574	27.3302	0.103	0.066
117	118	8.87	35.241	290.74	8.8573	27.3303	0.103	0.062
118	119	8.87	35.240	290.74	8.8572	27.3295	0.103	0.061
119	120	8.86	35.238	290.74	8.8471	27.3295	0.103	0.058
120	121	8.85	35.236	291.18	8.8370	27.3296	0.103	0.056
121	122	8.83	35.233	292.08	8.8169	27.3305	0.103	0.055
122	123	8.82	35.231	292.08	8.8068	27.3305	0.100	0.050
123	124	8.81	35.231	292.52	8.7967	27.3321	0.097	0.043
124	125	8.81	35.232	292.97	8.7966	27.3329	0.097	0.041
125	126	8.81	35.232	292.97	8.7965	27.3329	0.097	0.041
126	127	8.81	35.234	293.42	8.7964	27.3345	0.097	0.044
127	128	8.82	35.234	293.86	8.8063	27.3329	0.095	0.038
128	129	8.82	35.234	290.74	8.8062	27.3329	0.095	0.038
129	130	8.82	35.234	291.18	8.8061	27.3330	0.095	0.038
130	131	8.82	35.235	291.18	8.8059	27.3338	0.095	0.039
131	132	8.82	35.235	291.18	8.8058	27.3338	0.095	0.039
132	133	8.82	35.236	291.63	8.8057	27.3346	0.095	0.037
133	134	8.82	35.237	292.08	8.8056	27.3354	0.093	0.032
134	135	8.82	35.238	291.18	8.8055	27.3362	0.089	0.032
135	136	8.82	35.238	291.18	8.8054	27.3362	0.089	0.032
136	137	8.82	35.240	290.74	8.8053	27.3378	0.092	0.027
137	138	8.82	35.241	290.74	8.8052	27.3386	0.093	0.026
138	139	8.83	35.241	290.74	8.8151	27.3370	0.093	0.025
139	140	8.84	35.243	290.74	8.8249	27.3370	0.094	0.022
140	141	8.84	35.244	290.74	8.8248	27.3378	0.093	0.019
141	142	8.84	35.243	290.29	8.8247	27.3370	0.089	0.017
142	143	8.83	35.241	288.95	8.8146	27.3371	0.089	0.015
143	144	8.82	35.241	287.61	8.8045	27.3387	0.089	0.009
144	145	8.82	35.242	287.61	8.8044	27.3395	0.086	0.017
145	146	8.82	35.243	287.16	8.8043	27.3403	0.085	0.021
146	147	8.82	35.242	287.16	8.8042	27.3395	0.086	0.021
147	148	8.82	35.241	287.16	8.8041	27.3388	0.088	0.021
148	149	8.82	35.241	287.16	8.8040	27.3388	0.088	0.021
149	150	8.82	35.242	286.72	8.8039	27.3396	0.088	0.012
150	151	8.82	35.242	286.72	8.8038	27.3396	0.088	0.008
151	152	8.82	35.242	286.72	8.8037	27.3396	0.087	0.010
152	153	8.81	35.241	286.72	8.7936	27.3404	0.086	0.012
152	154	8.81	35.238	287.61	8.7935	27.3381	0.088	0.014
153	155	8.78	35.233	288.06	8.7634	27.3390	0.089	0.013
154	156	8.77	35.233	285.82	8.7533	27.3406	0.090	0.008
155	157	8.77	35.233	285.82	8.7532	27.3406	0.090	0.008
156	158	8.77	35.234	288.06	8.7531	27.3414	0.087	0.008
157	159	8.77	35.234	288.06	8.7530	27.3414	0.087	0.008
158	160	8.75	35.232	286.72	8.7329	27.3430	0.088	0.012
159	161	8.72	35.223	286.27	8.7028	27.3407	0.089	0.013
160	162	8.71	35.223	286.27	8.6927	27.3423	0.089	0.014
161	163	8.70	35.224	287.16	8.6826	27.3447	0.089	0.016
162	164	8.71	35.225	287.61	8.6925	27.3439	0.089	0.013
163	165	8.71	35.229	288.95	8.6924	27.3471	0.088	0.016
164	166	8.72	35.231	289.40	8.7023	27.3471	0.087	0.016
165	167	8.73	35.231	288.06	8.7122	27.3455	0.085	0.020
166	168	8.73	35.231	286.27	8.7120	27.3456	0.082	0.023
167	169	8.70	35.229	284.93	8.6820	27.3487	0.083	0.023
168	170	8.69	35.226	285.38	8.6719	27.3480	0.086	0.023
169	171	8.69	35.224	286.27	8.6718	27.3464	0.086	0.019
170	172	8.69	35.223	288.06	8.6717	27.3457	0.086	0.013
171	173	8.69	35.222	289.40	8.6716	27.3449	0.087	0.019
172	174	8.69	35.221	289.84	8.6715	27.3441	0.086	0.020
173	175	8.68	35.220	289.84	8.6614	27.3449	0.084	0.024
174	176	8.68	35.220	289.40	8.6613	27.3450	0.083	0.024
175	177	8.67	35.221	289.40	8.6512	27.3473	0.084	0.017
176	178	8.66	35.220	289.84	8.6411	27.3481	0.086	0.010
177	179	8.66	35.220	289.84	8.6410	27.3482	0.086	0.009
178	180	8.66	35.218	290.29	8.6408	27.3466	0.087	0.021
179	181	8.66	35.218	290.74	8.6407	27.3466	0.087	0.021
180	182	8.64	35.218	291.18	8.6207	27.3498	0.087	0.021
181	183	8.64	35.218	291.18	8.6206	27.3498	0.084	0.023
182	184	8.64	35.219	290.74	8.6204	27.3506	0.084	0.023
183	185	8.65	35.220	289.84	8.6303	27.3498	0.085	0.023
184	186	8.65	35.219	289.40	8.6302	27.3491	0.085	0.016
185	187	8.65	35.219	289.40	8.6301	27.3491	0.086	0.014
186	188	8.65	35.219	290.29	8.6300	27.3491	0.086	0.014
187	189	8.65	35.218	290.74	8.6299	27.3483	0.086	0.015
188	190	8.64	35.218	291.18	8.6198	27.3499	0.086	0.019
189	191	8.64	35.218	290.29	8.6197	27.3499	0.084	0.020
190	192	8.64	35.219	287.61	8.6196	27.3507	0.084	0.020
191	193	8.63	35.219	287.61	8.6095	27.3523	0.084	0.021
192	194	8.63	35.219	288.50	8.6094	27.3524	0.085	0.025
193	195	8.63	35.218	288.50	8.6093	27.3516	0.086	0.026
194	196	8.63	35.217	288.95	8.6092	27.3508	0.087	0.022
195	197	8.63	35.216	288.95	8.6091	27.3500	0.084	0.022
196	198	8.62	35.215	288.95	8.5990	27.3508	0.083	0.021
197	199	8.62	35.215	288.95	8.5989	27.3509	0.083	0.020
198	200	8.61	35.215	289.40	8.5888	27.3525	0.084	0.017
199	201	8.61	35.216	289.40	8.5887	27.3533	0.084	0.014
200	202	8.60	35.217	289.84	8.5786	27.3556	0.084	0.015
201	203	8.60	35.217	289.84	8.5785	27.3556	0.084	0.015
202	204	8.60	35.217	289.84	8.5784	27.3557	0.084	0.015
203	205	8.61	35.215	290.29	8.5882	27.3525	0.082	0.015
204	206	8.61	35.215	290.29	8.5881	27.3526	0.080	0.018
205	207	8.60	35.213	290.74	8.5780	27.3526	0.080	0.025
206	208	8.60	35.212	291.18	8.5779	27.3518	0.080	0.025
207	209	8.58	35.209	291.18	8.5579	27.3526	0.081	0.023
208	210	8.57	35.209	291.18	8.5478	27.3542	0.081	0.023
209	211	8.57	35.209	290.29	8.5477	27.3542	0.082	0.023
210	212	8.56	35.208	290.29	8.5376	27.3550	0.082	0.023
211	213	8.56	35.208	289.40	8.5375	27.3550	0.082	0.023
212	214	8.55	35.207	289.84	8.5274	27.3558	0.082	0.023
213	215	8.55	35.206	290.29	8.5273	27.3550	0.082	0.019
214	216	8.55	35.206	290.29	8.5272	27.3551	0.082	0.015
215	217	8.54	35.206	290.74	8.5171	27.3566	0.080	0.013
216	218	8.54	35.207	291.18	8.5170	27.3574	0.079	0.015
217	219	8.54	35.207	290.74	8.5168	27.3574	0.080	0.020
218	220	8.54	35.207	291.18	8.5167	27.3575	0.081	0.021