Citation:

PANGAEA.112331

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:

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: 46.524500 * Longitude: -18.971000

Date/Time Start: 1989-05-07T03:30:00 * Date/Time End: 1989-05-07T03:30:00

Minimum DEPTH, water: 0 m * Maximum DEPTH, water: 297 m

Event(s):

AT_II-119/4_22-1 (5070330) * Latitude: 46.524500 * Longitude: -18.971000 * Date/Time: 1989-05-07T03:30:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-RO) * Comment: CTD/Rosette_300m

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:

1054 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	13.08	35.656		13.0850	26.8849
2	2	13.07	35.660	284.93	13.0714	26.8903	0.379
4	4	13.07	35.660	292.97	13.0708	26.8906	0.376
6	6	13.07	35.660	292.97	13.0711	26.8907	0.379
8	8	13.07	35.660	292.52	13.0721	26.8905	0.377
10	10	13.07	35.660	290.74	13.0693	26.8912	0.373
12	12	13.07	35.660	290.29	13.0703	26.8910	0.370
14	14	13.07	35.660	288.95	13.0701	26.8908	0.367
16	16	13.07	35.660	288.95	13.0683	26.8911	0.371
18	18	13.07	35.660	288.06	13.0653	26.8920	0.368
20	20	13.06	35.660	288.06	13.0600	26.8926	0.376
22	22	13.06	35.659	287.61	13.0619	26.8916	0.377
24	24	12.95	35.668	287.61	12.9476	26.9221	0.362
26	26	12.71	35.657	288.06	12.7073	26.9617	0.327
28	28	12.65	35.670	284.93	12.6430	26.9845	0.265
30	30	12.59	35.663	281.80	12.5887	26.9897	0.207
32	32	12.58	35.661	277.34	12.5801	26.9898	0.205
34	34	12.57	35.662	276.00	12.5679	26.9927	0.173
36	36	12.54	35.662	274.66	12.5384	26.9985	0.168
38	38	12.54	35.663	273.32	12.5380	26.9998	0.126
40	40	12.52	35.664	272.43	12.5166	27.0051	0.125
42	42	12.51	35.662	272.43	12.5075	27.0047	0.126
44	44	12.50	35.660	273.77	12.4937	27.0060	0.124
46	46	12.48	35.657	273.77	12.4748	27.0077	0.121
48	48	12.42	35.649	274.21	12.4139	27.0131	0.126
50	50	12.40	35.646	274.66	12.3928	27.0149	0.129
52	52	12.37	35.643	275.11	12.3598	27.0197	0.126
54	54	12.30	35.639	274.66	12.2907	27.0295	0.115
56	56	12.24	35.635	273.32	12.2339	27.0381	0.112
58	58	12.17	35.631	272.43	12.1604	27.0492	0.094
59	60	12.15	35.630	271.53	12.1375	27.0526	0.092
61	62	12.14	35.629	271.98	12.1344	27.0528	0.093
63	64	12.15	35.633	271.98	12.1421	27.0539	0.092
65	66	12.13	35.632	271.09	12.1164	27.0587	0.092
67	68	12.11	35.625	271.53	12.1040	27.0549	0.089
69	70	12.13	35.630	270.64	12.1214	27.0554	0.086
71	72	12.16	35.642	269.75	12.1509	27.0593	0.085
73	74	12.17	35.646	268.85	12.1581	27.0609	0.081
75	76	12.15	35.647	267.96	12.1448	27.0647	0.075
77	78	12.12	35.640	267.51	12.1092	27.0660	0.076
79	80	12.11	35.637	267.96	12.0954	27.0661	0.079
81	82	12.10	35.635	266.62	12.0870	27.0666	0.073
83	84	12.10	35.638	266.17	12.0917	27.0675	0.072
85	86	12.09	35.641	265.73	12.0780	27.0726	0.070
87	88	12.08	35.639	263.05	12.0636	27.0740	0.069
89	90	12.06	35.637	263.49	12.0518	27.0743	0.067
91	92	12.05	35.636	262.60	12.0403	27.0761	0.069
93	94	12.02	35.632	261.26	12.0114	27.0788	0.061
95	96	12.01	35.631	260.37	12.0021	27.0794	0.061
97	98	12.01	35.631	257.69	12.0003	27.0797	0.058
99	100	12.01	35.631	258.58	11.9962	27.0805	0.060
101	102	12.00	35.629	256.80	11.9899	27.0806	0.055
103	104	11.99	35.627	259.48	11.9751	27.0820	0.057
105	106	11.97	35.626	259.92	11.9599	27.0836	0.057
107	108	11.97	35.625	257.69	11.9550	27.0839	0.053
109	110	11.97	35.625	258.14	11.9544	27.0842	0.053
111	112	11.97	35.626	257.24	11.9564	27.0844	0.051
113	114	11.97	35.626	256.80	11.9544	27.0852	0.053
115	116	11.97	35.626	258.58	11.9510	27.0854	0.056
117	118	11.96	35.624	256.80	11.9430	27.0856	0.053
119	120	11.95	35.623	255.90	11.9342	27.0861	0.050
121	122	11.93	35.620	257.69	11.9163	27.0875	0.051
123	124	11.91	35.616	258.58	11.8925	27.0892	0.051
125	126	11.90	35.615	257.24	11.8850	27.0894	0.050
127	128	11.90	35.615	256.35	11.8822	27.0902	0.049
129	130	11.89	35.615	256.35	11.8760	27.0914	0.052
131	132	11.88	35.614	256.80	11.8656	27.0922	0.048
133	134	11.88	35.614	256.80	11.8642	27.0924	0.051
135	136	11.88	35.613	255.90	11.8625	27.0923	0.052
137	138	11.87	35.615	255.46	11.8545	27.0954	0.049
139	140	11.84	35.609	254.56	11.8244	27.0966	0.049
141	142	11.84	35.607	255.01	11.8186	27.0959	0.046
143	144	11.83	35.608	255.01	11.8086	27.0987	0.049
145	146	11.81	35.606	253.67	11.7939	27.1002	0.049
147	148	11.82	35.604	255.46	11.7984	27.0980	0.046
149	150	11.82	35.604	255.01	11.7982	27.0980	0.047
151	152	11.82	35.605	255.01	11.7986	27.0982	0.047
153	154	11.82	35.605	255.46	11.7964	27.0984	0.047
155	156	11.81	35.604	255.46	11.7931	27.0987	0.047
157	158	11.81	35.603	255.46	11.7861	27.0993	0.049
159	160	11.78	35.601	255.90	11.7628	27.1019	0.045
161	162	11.76	35.597	254.12	11.7428	27.1025	0.046
163	164	11.75	35.594	255.90	11.7307	27.1031	0.045
165	166	11.74	35.594	255.01	11.7204	27.1046	0.043
167	168	11.74	35.593	255.46	11.7206	27.1038	0.043
169	170	11.73	35.592	257.24	11.7124	27.1043	0.049
171	172	11.73	35.592	255.90	11.7079	27.1059	0.050
172	174	11.72	35.588	254.12	11.6942	27.1053	0.045
174	176	11.70	35.586	255.90	11.6805	27.1060	0.047
176	178	11.70	35.586	256.35	11.6732	27.1070	0.045
178	180	11.68	35.584	257.24	11.6575	27.1087	0.046
180	182	11.66	35.580	257.69	11.6377	27.1091	0.049
182	184	11.65	35.578	257.24	11.6299	27.1096	0.047
184	186	11.64	35.576	257.24	11.6121	27.1115	0.047
186	188	11.63	35.574	256.80	11.6016	27.1114	0.053
188	190	11.63	35.574	259.03	11.6019	27.1118	0.060
190	192	11.63	35.576	260.81	11.6082	27.1122	0.064
192	194	11.63	35.577	263.94	11.6064	27.1129	0.065
194	196	11.63	35.577	264.83	11.6021	27.1138	0.063
196	198	11.62	35.575	267.51	11.5965	27.1136	0.068
198	200	11.62	35.575	267.07	11.5928	27.1143	0.063
200	202	11.62	35.575	266.17	11.5901	27.1144	0.064
202	204	11.59	35.572	264.83	11.5665	27.1167	0.066
204	206	11.58	35.570	267.51	11.5527	27.1179	0.061
206	208	11.57	35.568	267.51	11.5438	27.1176	0.061
208	210	11.56	35.567	267.96	11.5346	27.1186	0.062
210	212	11.56	35.567	267.07	11.5279	27.1197	0.068
212	214	11.55	35.566	267.07	11.5241	27.1197	0.066
214	216	11.55	35.565	265.73	11.5217	27.1197	0.064
216	218	11.54	35.564	266.17	11.5097	27.1215	0.060
218	220	11.53	35.563	264.83	11.4985	27.1222	0.056
220	222	11.52	35.562	264.39	11.4962	27.1222	0.057
222	224	11.52	35.562	263.94	11.4954	27.1225	0.057
224	226	11.52	35.562	263.94	11.4918	27.1228	0.055
226	228	11.52	35.562	263.05	11.4914	27.1230	0.056
228	230	11.52	35.562	263.49	11.4892	27.1232	0.056
230	232	11.51	35.561	263.49	11.4813	27.1239	0.052
232	234	11.51	35.560	262.60	11.4770	27.1243	0.053
234	236	11.50	35.562	263.05	11.4702	27.1269	0.051
236	238	11.49	35.558	261.26	11.4599	27.1256	0.049
238	240	11.47	35.555	260.37	11.4412	27.1272	0.049
240	242	11.46	35.554	258.14	11.4270	27.1288	0.044
242	244	11.43	35.548	257.24	11.4003	27.1293	0.043
244	246	11.42	35.546	255.90	11.3873	27.1299	0.043
246	248	11.41	35.544	254.12	11.3771	27.1302	0.042
248	250	11.40	35.541	253.67	11.3652	27.1305	0.042
250	252	11.39	35.542	252.78	11.3574	27.1325	0.040
252	254	11.39	35.539	251.88	11.3531	27.1311	0.041
254	256	11.38	35.538	251.44	11.3446	27.1316	0.041
256	258	11.36	35.539	251.44	11.3321	27.1349	0.042
258	260	11.34	35.532	251.44	11.3075	27.1339	0.041
260	262	11.34	35.531	249.65	11.3059	27.1336	0.041
262	264	11.33	35.531	248.76	11.2995	27.1343	0.040
264	266	11.32	35.527	249.20	11.2844	27.1344	0.043
266	268	11.31	35.527	248.76	11.2806	27.1347	0.041
268	270	11.31	35.526	247.42	11.2787	27.1350	0.041
270	272	11.31	35.526	247.42	11.2770	27.1345	0.044
272	274	11.31	35.526	247.42	11.2761	27.1350	0.044
274	276	11.30	35.525	247.42	11.2689	27.1359	0.039
276	278	11.29	35.522	247.42	11.2574	27.1357	0.039
277	280	11.29	35.522	246.08	11.2535	27.1364	0.040
279	282	11.28	35.520	245.18	11.2404	27.1369	0.039
281	284	11.27	35.519	245.18	11.2346	27.1371	0.041
283	286	11.25	35.515	244.74	11.2095	27.1389	0.044
285	288	11.22	35.511	244.74	11.1871	27.1399	0.038
287	290	11.22	35.509	243.84	11.1816	27.1392	0.038
289	292	11.20	35.507	242.95	11.1671	27.1405	0.038
291	294	11.20	35.505	242.95	11.1581	27.1408	0.039
293	296	11.19	35.503	242.50	11.1527	27.1402	0.038
295	298	11.18	35.503	241.16	11.1458	27.1414	0.040
297	300	11.18	35.501	240.72	11.1407	27.1407