Citation:

PANGAEA.112298

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

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: 46.370000 * Longitude: -17.861700

Date/Time Start: 1989-05-29T00:00:00 * Date/Time End: 1989-05-29T00:00:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 246 m

Event(s):

AT_II-119/5_36-1 (5290000) * Latitude: 46.370000 * Longitude: -17.861700 * Date/Time: 1989-05-29T00:00:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-O) * Comment: Optical_CTD_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

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1736 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	13.66	35.614	282.25	13.6599	26.7340	0.924
2	2	13.66	35.614	282.25	13.6597	26.7340	0.924
3	3	13.66	35.613	283.59	13.6596	26.7332	0.794
4	4	13.65	35.612	283.14	13.6494	26.7346	0.770
5	5	13.65	35.612	282.70	13.6493	26.7346	0.769
6	6	13.65	35.611	280.91	13.6491	26.7339	0.769
7	7	13.65	35.611	280.46	13.6490	26.7339	0.767
8	8	13.65	35.612	280.46	13.6489	26.7347	0.767
9	9	13.64	35.612	280.46	13.6387	26.7368	0.767
10	10	13.64	35.612	280.91	13.6386	26.7368	0.765
11	11	13.64	35.612	280.91	13.6384	26.7369	0.763
12	12	13.64	35.613	280.91	13.6383	26.7377	0.762
13	13	13.64	35.613	280.91	13.6382	26.7377	0.760
14	14	13.64	35.613	280.46	13.6380	26.7377	0.760
15	15	13.64	35.612	280.46	13.6379	26.7370	0.761
16	16	13.64	35.612	280.46	13.6377	26.7370	0.763
17	17	13.65	35.613	280.46	13.6476	26.7357	0.764
18	18	13.65	35.613	280.02	13.6474	26.7358	0.763
19	19	13.65	35.613	279.12	13.6473	26.7358	0.763
20	20	13.55	35.625	280.02	13.5472	26.7659	0.700
21	21	13.49	35.637	280.46	13.4870	26.7876	0.616
22	22	13.48	35.638	280.46	13.4769	26.7905	0.581
23	23	13.48	35.638	280.02	13.4768	26.7905	0.562
24	24	13.47	35.639	277.34	13.4666	26.7934	0.548
25	25	13.47	35.640	276.00	13.4665	26.7942	0.538
26	26	13.47	35.638	276.00	13.4663	26.7927	0.535
27	27	13.47	35.638	276.00	13.4662	26.7927	0.531
28	28	13.47	35.638	276.00	13.4661	26.7927	0.524
29	29	13.47	35.640	276.00	13.4659	26.7943	0.515
30	30	13.47	35.640	275.11	13.4658	26.7944	0.511
31	31	13.47	35.640	273.77	13.4656	26.7944	0.508
32	32	13.47	35.640	274.21	13.4655	26.7944	0.497
33	33	13.46	35.640	274.21	13.4554	26.7965	0.483
34	34	13.46	35.641	274.66	13.4552	26.7973	0.464
35	35	13.43	35.643	274.66	13.4251	26.8051	0.408
36	36	13.41	35.642	274.66	13.4049	26.8085	0.391
37	37	13.41	35.641	274.21	13.4048	26.8077	0.387
38	38	13.40	35.642	274.21	13.3947	26.8106	0.383
39	39	13.39	35.643	274.66	13.3845	26.8134	0.368
40	40	13.37	35.647	274.21	13.3644	26.8207	0.356
41	41	13.27	35.651	274.21	13.2643	26.8443	0.318
42	42	13.12	35.655	273.77	13.1142	26.8780	0.245
43	43	13.02	35.654	271.09	13.0141	26.8976	0.204
44	44	12.99	35.654	270.19	12.9839	26.9037	0.203
45	45	12.95	35.652	269.75	12.9438	26.9102	0.197
46	46	12.89	35.652	269.75	12.8837	26.9223	0.181
47	47	12.85	35.648	270.19	12.8436	26.9273	0.177
48	48	12.80	35.646	270.19	12.7935	26.9358	0.167
49	49	12.78	35.642	270.19	12.7733	26.9367	0.165
50	50	12.77	35.642	270.19	12.7632	26.9387	0.165
51	51	12.77	35.643	270.19	12.7631	26.9395	0.165
52	52	12.77	35.646	270.19	12.7629	26.9419	0.165
53	53	12.73	35.651	268.41	12.7228	26.9538	0.162
54	54	12.68	35.658	268.41	12.6727	26.9692	0.156
55	55	12.58	35.668	268.85	12.5726	26.9968	0.142
56	56	12.50	35.668	267.51	12.4925	27.0127	0.131
57	57	12.48	35.663	267.51	12.4724	27.0128	0.130
58	58	12.47	35.663	267.07	12.4622	27.0148	0.127
59	59	12.43	35.661	267.07	12.4221	27.0211	0.126
59	60	12.41	35.658	264.83	12.4020	27.0227	0.123
60	61	12.39	35.661	264.39	12.3819	27.0290	0.120
61	62	12.38	35.661	264.83	12.3717	27.0310	0.116
62	63	12.38	35.661	264.83	12.3716	27.0310	0.115
63	64	12.37	35.661	264.83	12.3615	27.0330	0.115
64	65	12.36	35.663	264.83	12.3513	27.0366	0.113
65	66	12.35	35.664	262.15	12.3412	27.0393	0.110
66	67	12.33	35.664	262.15	12.3211	27.0433	0.108
67	68	12.33	35.663	262.15	12.3210	27.0425	0.105
68	69	12.32	35.663	263.49	12.3108	27.0445	0.103
69	70	12.32	35.664	263.49	12.3107	27.0453	0.101
70	71	12.32	35.664	263.49	12.3106	27.0453	0.101
71	72	12.31	35.663	262.60	12.3004	27.0465	0.101
72	73	12.31	35.663	262.60	12.3003	27.0466	0.101
73	74	12.31	35.662	263.05	12.3002	27.0458	0.101
74	75	12.31	35.662	263.49	12.3000	27.0458	0.101
75	76	12.31	35.663	263.94	12.2999	27.0466	0.100
76	77	12.31	35.664	263.94	12.2998	27.0474	0.100
77	78	12.31	35.664	263.49	12.2996	27.0475	0.100
78	79	12.31	35.663	263.05	12.2995	27.0467	0.099
79	80	12.31	35.663	263.05	12.2994	27.0467	0.099
80	81	12.30	35.663	263.05	12.2892	27.0487	0.099
81	82	12.30	35.663	263.05	12.2891	27.0487	0.100
82	83	12.30	35.663	262.15	12.2890	27.0488	0.101
83	84	12.30	35.663	261.71	12.2888	27.0488	0.103
84	85	12.29	35.662	261.26	12.2787	27.0500	0.102
85	86	12.29	35.662	261.26	12.2786	27.0500	0.101
86	87	12.28	35.662	261.26	12.2685	27.0520	0.099
87	88	12.28	35.661	260.37	12.2683	27.0513	0.099
88	89	12.27	35.661	260.37	12.2582	27.0532	0.096
89	90	12.27	35.661	260.37	12.2581	27.0533	0.096
90	91	12.27	35.661	260.81	12.2579	27.0533	0.096
91	92	12.27	35.661	260.81	12.2578	27.0533	0.096
92	93	12.27	35.661	260.37	12.2577	27.0533	0.096
93	94	12.27	35.661	260.37	12.2575	27.0534	0.096
94	95	12.27	35.661	260.37	12.2574	27.0534	0.096
95	96	12.27	35.662	260.81	12.2573	27.0542	0.096
96	97	12.27	35.663	262.15	12.2571	27.0550	0.096
97	98	12.27	35.663	261.71	12.2570	27.0550	0.095
98	99	12.27	35.664	261.26	12.2569	27.0558	0.095
99	100	12.27	35.665	260.37	12.2567	27.0566	0.095
100	101	12.26	35.665	260.37	12.2466	27.0586	0.095
101	102	12.26	35.665	259.92	12.2465	27.0586	0.096
102	103	12.26	35.663	260.37	12.2463	27.0571	0.096
103	104	12.26	35.664	261.26	12.2462	27.0579	0.096
104	105	12.26	35.664	261.71	12.2461	27.0579	0.098
105	106	12.26	35.663	261.71	12.2459	27.0572	0.098
106	107	12.26	35.663	261.71	12.2458	27.0572	0.093
107	108	12.26	35.664	261.26	12.2457	27.0580	0.093
108	109	12.26	35.664	260.81	12.2455	27.0580	0.094
109	110	12.26	35.664	260.81	12.2454	27.0581	0.094
110	111	12.26	35.665	260.81	12.2453	27.0589	0.093
111	112	12.26	35.665	260.81	12.2451	27.0589	0.093
112	113	12.26	35.665	260.81	12.2450	27.0589	0.094
113	114	12.26	35.665	260.81	12.2449	27.0589	0.097
114	115	12.26	35.666	260.37	12.2447	27.0597	0.096
115	116	12.26	35.667	260.37	12.2446	27.0605	0.096
116	117	12.26	35.666	260.81	12.2445	27.0598	0.094
117	118	12.26	35.666	261.26	12.2443	27.0598	0.094
118	119	12.26	35.666	261.26	12.2442	27.0598	0.094
119	120	12.26	35.666	261.71	12.2441	27.0599	0.094
120	121	12.25	35.666	261.71	12.2339	27.0618	0.095
121	122	12.25	35.666	262.15	12.2338	27.0619	0.096
122	123	12.25	35.665	261.71	12.2337	27.0611	0.095
123	124	12.25	35.664	259.92	12.2335	27.0604	0.097
124	125	12.25	35.664	259.92	12.2334	27.0604	0.097
125	126	12.25	35.664	259.92	12.2333	27.0604	0.097
126	127	12.25	35.665	260.81	12.2331	27.0612	0.097
127	128	12.25	35.666	262.15	12.2330	27.0620	0.097
128	129	12.24	35.664	260.81	12.2229	27.0625	0.097
129	130	12.24	35.663	260.81	12.2227	27.0617	0.097
130	131	12.24	35.663	260.37	12.2226	27.0617	0.097
131	132	12.24	35.663	260.37	12.2225	27.0617	0.097
132	133	12.23	35.663	260.37	12.2124	27.0637	0.096
133	134	12.23	35.662	258.58	12.2122	27.0630	0.096
134	135	12.22	35.660	255.01	12.2021	27.0634	0.094
135	136	12.22	35.658	255.01	12.2020	27.0619	0.094
136	137	12.22	35.657	257.24	12.2018	27.0611	0.096
137	138	12.21	35.656	257.24	12.1917	27.0623	0.097
138	139	12.21	35.657	259.03	12.1916	27.0631	0.097
139	140	12.20	35.657	259.03	12.1815	27.0651	0.096
140	141	12.20	35.657	258.58	12.1813	27.0651	0.096
141	142	12.19	35.656	257.69	12.1712	27.0663	0.098
142	143	12.19	35.654	258.14	12.1711	27.0648	0.098
143	144	12.19	35.654	258.58	12.1709	27.0648	0.098
144	145	12.19	35.654	258.14	12.1708	27.0648	0.097
145	146	12.18	35.653	256.35	12.1607	27.0660	0.098
146	147	12.18	35.653	256.35	12.1605	27.0660	0.100
147	148	12.18	35.653	257.69	12.1604	27.0661	0.100
148	149	12.17	35.653	259.48	12.1503	27.0680	0.098
149	150	12.17	35.651	260.37	12.1502	27.0665	0.097
150	151	12.16	35.649	260.37	12.1400	27.0669	0.098
151	152	12.15	35.648	259.92	12.1299	27.0681	0.102
152	153	12.14	35.647	260.37	12.1198	27.0693	0.102
153	154	12.14	35.645	261.71	12.1197	27.0677	0.102
154	155	12.13	35.644	261.26	12.1095	27.0689	0.098
155	156	12.12	35.644	261.26	12.0994	27.0709	0.097
156	157	12.12	35.645	259.48	12.0993	27.0717	0.097
157	158	12.11	35.645	258.58	12.0892	27.0736	0.097
158	159	12.11	35.645	258.58	12.0890	27.0737	0.095
159	160	12.11	35.644	259.03	12.0889	27.0729	0.095
160	161	12.11	35.644	258.58	12.0888	27.0729	0.099
161	162	12.11	35.644	257.69	12.0886	27.0730	0.099
162	163	12.11	35.643	258.58	12.0885	27.0722	0.098
163	164	12.10	35.643	259.03	12.0784	27.0742	0.096
164	165	12.10	35.643	259.48	12.0782	27.0742	0.096
165	166	12.09	35.643	259.48	12.0681	27.0762	0.096
166	167	12.09	35.642	259.92	12.0680	27.0754	0.096
167	168	12.08	35.640	260.37	12.0579	27.0758	0.096
168	169	12.08	35.639	260.37	12.0577	27.0751	0.096
169	170	12.08	35.637	260.37	12.0576	27.0735	0.097
170	171	12.07	35.636	260.81	12.0475	27.0747	0.097
171	172	12.07	35.636	260.81	12.0474	27.0747	0.097
172	173	12.07	35.636	260.81	12.0472	27.0748	0.097
172	174	12.06	35.636	260.37	12.0371	27.0767	0.097
173	175	12.06	35.636	260.37	12.0370	27.0767	0.097
174	176	12.05	35.637	260.37	12.0268	27.0795	0.097
175	177	12.05	35.637	260.37	12.0267	27.0795	0.097
176	178	12.04	35.637	260.37	12.0166	27.0814	0.097
177	179	12.03	35.635	259.92	12.0065	27.0818	0.097
178	180	12.02	35.633	259.92	11.9964	27.0822	0.097
179	181	12.02	35.633	259.92	11.9962	27.0823	0.094
180	182	12.01	35.632	259.92	11.9861	27.0834	0.094
181	183	12.01	35.631	259.92	11.9860	27.0827	0.093
182	184	12.01	35.631	259.92	11.9858	27.0827	0.092
183	185	12.01	35.629	259.48	11.9857	27.0812	0.091
184	186	12.00	35.629	259.03	11.9756	27.0831	0.091
185	187	12.00	35.629	259.03	11.9755	27.0831	0.091
186	188	12.00	35.629	258.58	11.9753	27.0832	0.092
187	189	11.99	35.629	258.58	11.9652	27.0851	0.093
188	190	11.98	35.626	258.58	11.9551	27.0847	0.093
189	191	11.98	35.626	258.14	11.9550	27.0848	0.094
190	192	11.97	35.626	258.14	11.9448	27.0867	0.095
191	193	11.97	35.626	258.58	11.9447	27.0867	0.095
192	194	11.97	35.626	259.03	11.9446	27.0868	0.094
193	195	11.96	35.625	259.48	11.9345	27.0879	0.093
194	196	11.96	35.625	259.48	11.9343	27.0879	0.093
195	197	11.96	35.624	259.48	11.9342	27.0872	0.093
196	198	11.96	35.624	259.03	11.9341	27.0872	0.093
197	199	11.96	35.625	259.03	11.9339	27.0880	0.093
198	200	11.95	35.625	259.03	11.9238	27.0900	0.093
199	201	11.95	35.625	259.03	11.9237	27.0900	0.093
200	202	11.95	35.624	259.03	11.9235	27.0892	0.093
201	203	11.95	35.624	259.48	11.9234	27.0893	0.093
202	204	11.95	35.623	259.48	11.9233	27.0885	0.093
203	205	11.95	35.621	259.48	11.9231	27.0870	0.091
204	206	11.94	35.621	259.48	11.9130	27.0889	0.091
205	207	11.94	35.621	259.03	11.9129	27.0889	0.091
206	208	11.94	35.621	259.03	11.9128	27.0890	0.091
207	209	11.93	35.621	259.03	11.9026	27.0909	0.094
208	210	11.93	35.620	259.03	11.9025	27.0902	0.094
209	211	11.93	35.620	259.03	11.9024	27.0902	0.094
210	212	11.92	35.619	259.03	11.8923	27.0913	0.093
211	213	11.92	35.619	258.58	11.8921	27.0914	0.092
212	214	11.90	35.615	258.58	11.8720	27.0921	0.090
213	215	11.88	35.612	258.58	11.8519	27.0936	0.090
214	216	11.88	35.610	258.58	11.8518	27.0921	0.090
215	217	11.87	35.608	258.58	11.8417	27.0925	0.090
216	218	11.86	35.608	258.58	11.8316	27.0944	0.090
217	219	11.85	35.608	258.58	11.8215	27.0963	0.090
218	220	11.85	35.608	258.14	11.8213	27.0963	0.090
219	221	11.85	35.608	257.69	11.8212	27.0964	0.090
220	222	11.85	35.608	257.69	11.8211	27.0964	0.090
221	223	11.85	35.607	257.24	11.8209	27.0956	0.091
222	224	11.84	35.607	257.24	11.8108	27.0976	0.091
223	225	11.84	35.607	257.24	11.8107	27.0976	0.091
224	226	11.84	35.607	257.24	11.8106	27.0976	0.091
225	227	11.83	35.607	257.24	11.8004	27.0996	0.091
226	228	11.82	35.605	257.24	11.7903	27.0999	0.091
227	229	11.79	35.603	257.24	11.7602	27.1041	0.091
228	230	11.77	35.599	255.46	11.7401	27.1048	0.092
229	231	11.77	35.598	255.01	11.7400	27.1040	0.094
230	232	11.77	35.598	254.56	11.7399	27.1041	0.094
231	233	11.76	35.597	254.56	11.7298	27.1052	0.094
232	234	11.76	35.596	254.56	11.7296	27.1045	0.093
233	235	11.76	35.595	254.56	11.7295	27.1037	0.092
234	236	11.76	35.592	254.56	11.7294	27.1014	0.092
235	237	11.75	35.589	254.12	11.7193	27.1010	0.093
236	238	11.74	35.588	254.12	11.7091	27.1021	0.093
237	239	11.73	35.583	254.12	11.6990	27.1002	0.096
238	240	11.72	35.581	254.12	11.6889	27.1005	0.098
239	241	11.68	35.580	255.01	11.6489	27.1073	0.097
240	242	11.65	35.578	255.46	11.6188	27.1114	0.096
241	243	11.63	35.578	255.90	11.5987	27.1152	0.096
242	244	11.63	35.576	256.35	11.5986	27.1137	0.096
243	245	11.63	35.574	256.80	11.5984	27.1122	0.098
244	246	11.62	35.574	256.80	11.5883	27.1141	0.098
245	247	11.62	35.574	256.80	11.5882	27.1141	0.098
246	248	11.62	35.572	256.80	11.5881	27.1126	0.096