Citation:

PANGAEA.112314

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

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Related to:

Williams, Robert; Gardner, Wilford (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: 46.505000 * Longitude: -19.528300

Date/Time Start: 1989-04-29T05:00:00 * Date/Time End: 1989-04-29T05:00:00

Minimum DEPTH, water: 0 m * Maximum DEPTH, water: 493 m

Event(s):

AT_II-119/4_14-2 (4290500) * Latitude: 46.505000 * Longitude: -19.528300 * Date/Time: 1989-04-29T05:00:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-RO) * Comment: CTD/Rosette_500m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, water	Depth water	m		Geocode
2	Pressure, water	Press	dbar	Williams, Robert
3	Temperature, water	Temp	°C	Williams, Robert	IPTS-68
4	Salinity	Sal		Williams, Robert	PSS-78
5	Oxygen	O2	µmol/l	Williams, Robert
6	Temperature, water, potential	Tpot	°C	Williams, Robert
7	Density, sigma-theta (0)	Sigma-theta	kg/m³	Williams, Robert
8	Optical beam attenuation coefficient, particle in water column	BAC part	1/m	Gardner, Wilford

License:

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

Size:

1749 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]
0	0	12.55	35.688	275.55	12.5508	27.0168
2	2	12.55	35.686	277.78	12.5496	27.0153	0.278
4	4	12.55	35.685	280.91	12.5480	27.0152	0.267
6	6	12.55	35.685	284.04	12.5484	27.0150	0.267
8	8	12.55	35.685	283.14	12.5483	27.0149	0.270
10	10	12.55	35.685	282.70	12.5498	27.0148	0.268
12	12	12.55	35.685	281.80	12.5496	27.0145	0.267
14	14	12.55	35.685	281.80	12.5477	27.0150	0.270
16	16	12.55	35.685	281.80	12.5478	27.0148	0.269
18	18	12.55	35.685	280.91	12.5502	27.0144	0.269
20	20	12.55	35.685	280.91	12.5502	27.0146	0.267
22	22	12.55	35.685	280.46	12.5500	27.0147	0.270
24	24	12.55	35.685	280.02	12.5487	27.0149	0.266
26	26	12.55	35.685	279.57	12.5447	27.0158	0.269
28	28	12.53	35.683	279.12	12.5311	27.0171	0.264
30	30	12.50	35.681	279.12	12.4916	27.0227	0.253
32	32	12.49	35.680	278.23	12.4847	27.0232	0.255
34	34	12.47	35.679	278.23	12.4645	27.0270	0.223
36	36	12.47	35.679	276.44	12.4616	27.0277	0.220
38	38	12.46	35.680	276.44	12.4598	27.0284	0.214
40	40	12.46	35.680	276.00	12.4573	27.0293	0.206
42	42	12.45	35.680	275.11	12.4403	27.0323	0.195
44	44	12.42	35.678	275.11	12.4182	27.0349	0.193
46	46	12.41	35.676	274.21	12.4052	27.0362	0.184
48	48	12.41	35.676	274.66	12.3996	27.0370	0.182
50	50	12.40	35.676	274.21	12.3902	27.0387	0.172
52	52	12.39	35.675	273.32	12.3843	27.0392	0.167
54	54	12.37	35.672	273.77	12.3628	27.0414	0.172
56	56	12.36	35.671	272.87	12.3546	27.0423	0.170
58	58	12.36	35.670	273.32	12.3503	27.0426	0.168
59	60	12.36	35.671	273.77	12.3504	27.0430	0.170
61	62	12.36	35.671	272.87	12.3514	27.0428	0.170
63	64	12.36	35.672	273.32	12.3520	27.0430	0.169
65	66	12.36	35.671	273.32	12.3518	27.0429	0.168
67	68	12.36	35.672	272.87	12.3525	27.0430	0.167
69	70	12.36	35.672	273.32	12.3519	27.0432	0.165
71	72	12.36	35.672	273.32	12.3514	27.0436	0.168
73	74	12.36	35.672	272.87	12.3519	27.0434	0.165
75	76	12.36	35.672	272.87	12.3528	27.0434	0.168
77	78	12.36	35.672	272.43	12.3531	27.0435	0.163
79	80	12.36	35.672	272.43	12.3532	27.0435	0.164
81	82	12.36	35.673	272.43	12.3527	27.0438	0.164
83	84	12.36	35.673	271.98	12.3519	27.0439	0.162
85	86	12.36	35.672	271.53	12.3516	27.0439	0.162
87	88	12.36	35.672	271.53	12.3514	27.0439	0.162
89	90	12.36	35.672	271.09	12.3514	27.0438	0.163
91	92	12.36	35.673	271.09	12.3514	27.0440	0.164
93	94	12.36	35.672	271.53	12.3514	27.0435	0.160
95	96	12.36	35.672	270.64	12.3509	27.0438	0.159
97	98	12.36	35.672	270.64	12.3490	27.0442	0.162
99	100	12.36	35.672	270.19	12.3480	27.0445	0.156
101	102	12.36	35.672	270.19	12.3452	27.0450	0.158
103	104	12.35	35.671	269.75	12.3350	27.0459	0.142
105	106	12.34	35.671	269.75	12.3299	27.0469	0.142
107	108	12.34	35.670	269.75	12.3270	27.0471	0.141
109	110	12.34	35.671	269.75	12.3207	27.0485	0.138
111	112	12.33	35.670	269.30	12.3171	27.0489	0.132
113	114	12.32	35.669	269.30	12.3082	27.0500	0.128
115	116	12.32	35.668	268.41	12.3011	27.0503	0.129
117	118	12.31	35.668	268.41	12.2937	27.0514	0.120
119	120	12.31	35.668	267.51	12.2907	27.0520	0.118
121	122	12.30	35.667	267.07	12.2863	27.0521	0.114
123	124	12.29	35.666	266.62	12.2754	27.0535	0.105
125	126	12.29	35.665	265.73	12.2710	27.0540	0.096
127	128	12.28	35.664	264.83	12.2621	27.0546	0.090
129	130	12.28	35.664	265.28	12.2591	27.0552	0.089
131	132	12.28	35.664	264.83	12.2580	27.0553	0.086
133	134	12.27	35.663	264.83	12.2529	27.0558	0.087
135	136	12.27	35.664	264.39	12.2521	27.0565	0.081
137	138	12.27	35.664	263.94	12.2517	27.0571	0.078
139	140	12.27	35.666	263.49	12.2548	27.0577	0.076
141	142	12.28	35.667	263.05	12.2589	27.0580	0.074
143	144	12.28	35.668	263.05	12.2591	27.0582	0.077
145	146	12.28	35.668	262.60	12.2590	27.0587	0.072
147	148	12.28	35.668	262.15	12.2585	27.0587	0.074
149	150	12.28	35.668	261.71	12.2597	27.0586	0.073
151	152	12.28	35.668	261.26	12.2605	27.0584	0.070
153	154	12.28	35.669	260.81	12.2604	27.0588	0.070
155	156	12.28	35.669	261.71	12.2609	27.0587	0.069
157	158	12.28	35.669	262.15	12.2611	27.0587	0.070
159	160	12.28	35.669	262.60	12.2600	27.0591	0.068
161	162	12.28	35.669	262.15	12.2582	27.0597	0.069
163	164	12.28	35.670	262.15	12.2568	27.0603	0.066
165	166	12.28	35.671	261.71	12.2554	27.0612	0.070
167	168	12.28	35.671	261.26	12.2536	27.0621	0.062
169	170	12.28	35.671	260.37	12.2525	27.0624	0.061
171	172	12.27	35.671	260.37	12.2460	27.0635	0.063
172	174	12.27	35.671	259.92	12.2440	27.0635	0.060
174	176	12.26	35.671	259.92	12.2407	27.0642	0.062
176	178	12.26	35.670	259.92	12.2403	27.0638	0.061
178	180	12.26	35.670	260.37	12.2376	27.0643	0.060
180	182	12.26	35.670	259.48	12.2369	27.0647	0.060
182	184	12.26	35.670	259.03	12.2372	27.0646	0.061
184	186	12.26	35.670	259.03	12.2345	27.0650	0.059
186	188	12.26	35.670	259.03	12.2337	27.0649	0.059
188	190	12.26	35.670	259.48	12.2298	27.0654	0.059
190	192	12.25	35.669	259.03	12.2282	27.0656	0.058
192	194	12.25	35.670	258.58	12.2290	27.0658	0.058
194	196	12.25	35.670	258.58	12.2265	27.0667	0.057
196	198	12.25	35.670	257.69	12.2258	27.0665	0.055
198	200	12.25	35.670	258.58	12.2242	27.0666	0.056
200	202	12.25	35.669	259.03	12.2238	27.0665	0.055
202	204	12.25	35.669	259.03	12.2230	27.0666	0.057
204	206	12.25	35.669	259.48	12.2212	27.0669	0.057
206	208	12.24	35.668	259.48	12.2129	27.0674	0.055
208	210	12.23	35.667	260.37	12.2066	27.0678	0.055
210	212	12.23	35.666	259.92	12.2003	27.0684	0.058
212	214	12.22	35.665	259.92	12.1932	27.0691	0.054
214	216	12.22	35.664	259.03	12.1870	27.0696	0.055
216	218	12.19	35.661	258.58	12.1643	27.0716	0.055
218	220	12.19	35.660	258.58	12.1573	27.0719	0.053
220	222	12.17	35.657	258.58	12.1356	27.0742	0.056
222	224	12.15	35.656	258.14	12.1194	27.0760	0.056
224	226	12.15	35.655	257.69	12.1174	27.0762	0.056
226	228	12.14	35.656	258.58	12.1138	27.0772	0.058
228	230	12.14	35.656	258.14	12.1075	27.0784	0.059
230	232	12.11	35.654	258.58	12.0796	27.0828	0.062
232	234	12.10	35.654	259.92	12.0664	27.0848	0.064
234	236	12.09	35.654	260.81	12.0604	27.0866	0.056
236	238	12.09	35.655	261.26	12.0594	27.0873	0.058
238	240	12.09	35.655	260.37	12.0601	27.0872	0.054
240	242	12.09	35.656	259.92	12.0560	27.0883	0.055
242	244	12.08	35.655	260.37	12.0503	27.0887	0.053
244	246	12.08	35.654	260.37	12.0443	27.0892	0.053
246	248	12.08	35.654	260.37	12.0431	27.0894	0.053
248	250	12.07	35.654	259.92	12.0410	27.0897	0.053
250	252	12.07	35.654	260.37	12.0407	27.0896	0.054
252	254	12.07	35.653	260.37	12.0412	27.0894	0.052
254	256	12.07	35.653	259.92	12.0376	27.0896	0.053
256	258	12.07	35.652	259.92	12.0332	27.0900	0.052
258	260	12.06	35.651	259.92	12.0300	27.0898	0.053
260	262	12.06	35.651	259.92	12.0282	27.0901	0.051
262	264	12.06	35.650	259.92	12.0244	27.0902	0.052
264	266	12.06	35.650	260.37	12.0207	27.0906	0.050
266	268	12.06	35.650	260.81	12.0197	27.0906	0.052
268	270	12.05	35.650	260.37	12.0185	27.0911	0.051
270	272	12.05	35.650	259.03	12.0164	27.0912	0.050
272	274	12.05	35.649	258.58	12.0149	27.0913	0.051
274	276	12.05	35.649	259.48	12.0132	27.0913	0.051
276	278	12.05	35.650	260.37	12.0122	27.0920	0.050
278	280	12.05	35.650	259.92	12.0124	27.0920	0.050
279	282	12.05	35.649	259.92	12.0122	27.0919	0.048
281	284	12.05	35.649	260.37	12.0098	27.0923	0.048
283	286	12.05	35.649	260.37	12.0073	27.0923	0.048
285	288	12.04	35.648	259.92	12.0041	27.0927	0.048
287	290	12.04	35.648	260.37	12.0034	27.0924	0.048
289	292	12.04	35.648	260.37	12.0030	27.0925	0.047
291	294	12.04	35.648	259.92	12.0021	27.0924	0.048
293	296	12.04	35.648	260.81	12.0012	27.0927	0.048
295	298	12.04	35.648	260.37	11.9988	27.0930	0.048
297	300	12.04	35.647	259.92	11.9956	27.0932	0.048
299	302	12.03	35.646	260.37	11.9876	27.0938	0.046
301	304	12.03	35.645	260.37	11.9853	27.0939	0.046
303	306	12.03	35.645	259.92	11.9846	27.0937	0.047
305	308	12.02	35.645	260.37	11.9839	27.0938	0.047
307	310	12.03	35.645	259.48	11.9846	27.0940	0.046
309	312	12.03	35.646	259.48	11.9882	27.0940	0.046
311	314	12.03	35.647	259.48	11.9895	27.0946	0.046
313	316	12.03	35.647	259.48	11.9897	27.0944	0.046
315	318	12.03	35.647	259.92	11.9897	27.0945	0.046
317	320	12.03	35.647	260.37	11.9901	27.0946	0.046
319	322	12.03	35.647	260.81	11.9897	27.0944	0.045
321	324	12.03	35.646	260.37	11.9845	27.0948	0.049
323	326	12.02	35.645	260.81	11.9804	27.0947	0.048
325	328	12.02	35.644	260.81	11.9737	27.0955	0.048
327	330	12.02	35.644	260.81	11.9739	27.0952	0.050
329	332	12.02	35.644	259.92	11.9745	27.0951	0.048
331	334	12.02	35.644	260.37	11.9724	27.0953	0.049
333	336	12.01	35.643	260.81	11.9682	27.0957	0.049
335	338	12.01	35.643	261.26	11.9678	27.0954	0.048
337	340	12.01	35.643	261.26	11.9667	27.0959	0.049
339	342	12.01	35.643	261.71	11.9664	27.0956	0.049
341	344	12.01	35.643	261.26	11.9654	27.0957	0.049
343	346	12.01	35.643	261.26	11.9620	27.0964	0.048
345	348	12.00	35.642	260.81	11.9567	27.0965	0.051
347	350	12.00	35.640	260.81	11.9498	27.0970	0.047
349	352	11.99	35.640	260.81	11.9451	27.0973	0.047
351	354	11.98	35.638	260.81	11.9339	27.0980	0.047
353	356	11.98	35.637	259.92	11.9285	27.0981	0.046
355	358	11.96	35.634	260.81	11.9144	27.0991	0.044
357	360	11.95	35.632	260.81	11.9048	27.0992	0.043
359	362	11.94	35.630	260.37	11.8967	27.0994	0.043
361	364	11.94	35.629	259.48	11.8887	27.0997	0.042
363	366	11.92	35.628	260.37	11.8761	27.1011	0.043
365	368	11.92	35.627	259.92	11.8708	27.1016	0.040
367	370	11.90	35.625	259.92	11.8556	27.1032	0.042
369	372	11.89	35.622	259.48	11.8434	27.1032	0.042
371	374	11.88	35.621	258.14	11.8329	27.1040	0.039
373	376	11.86	35.617	259.48	11.8127	27.1049	0.042
375	378	11.85	35.614	259.48	11.8033	27.1045	0.046
377	380	11.84	35.612	259.48	11.7879	27.1055	0.039
378	382	11.83	35.610	259.92	11.7810	27.1059	0.041
380	384	11.83	35.610	259.03	11.7783	27.1058	0.038
382	386	11.82	35.608	258.14	11.7698	27.1064	0.039
384	388	11.81	35.607	259.03	11.7631	27.1065	0.041
386	390	11.81	35.606	258.58	11.7581	27.1067	0.038
388	392	11.80	35.604	258.58	11.7507	27.1067	0.039
390	394	11.77	35.597	258.58	11.7195	27.1074	0.037
392	396	11.74	35.592	256.80	11.6864	27.1098	0.034
394	398	11.71	35.587	256.35	11.6624	27.1103	0.035
396	400	11.71	35.585	254.56	11.6583	27.1095	0.035
398	402	11.70	35.584	252.78	11.6523	27.1100	0.033
400	404	11.70	35.583	252.33	11.6456	27.1106	0.034
402	406	11.69	35.582	251.44	11.6411	27.1108	0.034
404	408	11.69	35.581	250.99	11.6326	27.1110	0.034
406	410	11.66	35.576	250.99	11.6026	27.1126	0.032
408	412	11.60	35.564	248.76	11.5502	27.1138	0.033
410	414	11.56	35.558	246.08	11.5042	27.1172	0.030
412	416	11.53	35.553	244.29	11.4777	27.1182	0.030
414	418	11.49	35.545	242.06	11.4397	27.1197	0.031
416	420	11.46	35.539	240.72	11.4051	27.1211	0.029
418	422	11.43	35.532	240.72	11.3775	27.1212	0.031
420	424	11.39	35.526	240.72	11.3399	27.1230	0.029
422	426	11.38	35.522	239.38	11.3224	27.1236	0.030
424	428	11.37	35.522	239.82	11.3169	27.1241	0.030
426	430	11.40	35.528	240.27	11.3451	27.1239	0.029
428	432	11.45	35.542	238.04	11.3913	27.1264	0.027
430	434	11.44	35.543	239.38	11.3866	27.1275	0.028
432	436	11.42	35.538	240.27	11.3647	27.1278	0.028
434	438	11.41	35.537	239.82	11.3508	27.1297	0.027
436	440	11.40	35.536	239.38	11.3393	27.1308	0.028
438	442	11.38	35.534	239.38	11.3265	27.1319	0.029
440	444	11.37	35.532	238.93	11.3086	27.1335	0.028
442	446	11.36	35.531	238.04	11.3029	27.1341	0.027
444	448	11.35	35.530	238.04	11.2972	27.1347	0.027
446	450	11.35	35.530	238.04	11.2902	27.1358	0.028
448	452	11.34	35.530	237.59	11.2823	27.1366	0.027
450	454	11.34	35.529	237.59	11.2784	27.1370	0.027
452	456	11.34	35.529	237.59	11.2766	27.1370	0.026
454	458	11.33	35.528	237.59	11.2724	27.1376	0.027
456	460	11.33	35.528	238.04	11.2699	27.1381	0.027
458	462	11.33	35.528	238.04	11.2691	27.1381	0.027
460	464	11.33	35.528	237.59	11.2677	27.1380	0.027
462	466	11.32	35.528	237.59	11.2646	27.1385	0.028
464	468	11.32	35.527	237.14	11.2627	27.1382	0.027
466	470	11.32	35.527	237.14	11.2608	27.1387	0.027
468	472	11.30	35.525	237.14	11.2386	27.1412	0.029
470	474	11.27	35.521	237.14	11.2104	27.1435	0.027
472	476	11.25	35.519	236.70	11.1901	27.1454	0.027
474	478	11.25	35.518	235.80	11.1857	27.1458	0.027
475	480	11.24	35.518	235.80	11.1755	27.1474	0.027
477	482	11.22	35.517	236.25	11.1634	27.1488	0.027
479	484	11.22	35.515	236.25	11.1548	27.1490	0.028
481	486	11.21	35.514	235.80	11.1469	27.1497	0.026
483	488	11.20	35.512	236.25	11.1336	27.1504	0.026
485	490	11.19	35.511	235.80	11.1308	27.1503	0.028
487	492	11.19	35.511	235.36	11.1280	27.1504	0.027
489	494	11.19	35.510	234.46	11.1230	27.1506	0.027
491	496	11.18	35.508	234.91	11.1164	27.1508	0.026
493	498	11.14	35.502	234.91	11.0798	27.1521	0.027