Citation:

PANGAEA.112374

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: 59.591700 * Longitude: -20.810000

Date/Time Start: 1989-06-06T09:30:00 * Date/Time End: 1989-06-06T09:30:00

Minimum DEPTH, water: 0 m * Maximum DEPTH, water: 202 m

Event(s):

AT_II-119/5_60-4 (6060930) * Latitude: 59.591700 * Longitude: -20.810000 * Date/Time: 1989-06-06T09:30:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-RO) * Comment: CTD/Rosette_200m_N-15/micro

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:

719 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	9.97	35.314	290.74	9.9663	27.2038
2	2	9.95	35.313	296.54	9.9520	27.2053	0.501
4	4	9.94	35.312	306.81	9.9376	27.2067	0.498
6	6	9.94	35.312	307.26	9.9405	27.2059	0.501
8	8	9.93	35.312	308.60	9.9328	27.2075	0.499
10	10	9.93	35.312	307.71	9.9289	27.2083	0.494
12	12	9.93	35.313	305.47	9.9237	27.2103	0.501
14	14	9.89	35.312	306.81	9.8873	27.2157	0.493
16	16	9.81	35.314	307.71	9.8085	27.2303	0.484
18	18	9.64	35.307	306.81	9.6375	27.2539	0.459
20	20	9.57	35.299	305.92	9.5727	27.2587	0.447
22	22	9.54	35.298	307.26	9.5387	27.2636	0.415
24	24	9.53	35.298	305.03	9.5235	27.2660	0.362
26	26	9.52	35.298	302.80	9.5198	27.2665	0.344
28	28	9.52	35.299	302.35	9.5132	27.2681	0.332
30	30	9.49	35.299	300.12	9.4834	27.2733	0.275
32	32	9.45	35.300	298.78	9.4421	27.2809	0.201
34	34	9.40	35.301	293.86	9.3975	27.2893	0.163
36	36	9.36	35.302	290.74	9.3517	27.2974	0.128
38	38	9.30	35.296	288.06	9.2986	27.3014	0.082
40	40	9.31	35.304	285.38	9.3076	27.3064	0.075
42	42	9.31	35.305	284.04	9.3103	27.3068	0.073
44	44	9.32	35.307	284.48	9.3116	27.3078	0.075
46	46	9.30	35.311	284.48	9.2987	27.3133	0.077
48	48	9.29	35.309	282.70	9.2859	27.3136	0.074
50	50	9.26	35.305	282.25	9.2524	27.3163	0.067
52	52	9.22	35.300	281.36	9.2181	27.3177	0.068
53	54	9.23	35.301	279.12	9.2206	27.3183	0.066
55	56	9.23	35.304	279.57	9.2288	27.3194	0.062
57	58	9.23	35.303	280.91	9.2190	27.3203	0.061
59	60	9.20	35.300	279.57	9.1937	27.3223	0.062
61	62	9.20	35.300	278.23	9.1882	27.3229	0.063
63	64	9.20	35.304	279.12	9.1976	27.3246	0.060
65	66	9.21	35.306	277.78	9.2033	27.3248	0.061
67	68	9.22	35.309	276.00	9.2119	27.3261	0.059
69	70	9.23	35.312	278.68	9.2205	27.3273	0.061
71	72	9.23	35.316	279.57	9.2264	27.3292	0.055
73	74	9.23	35.316	278.68	9.2226	27.3300	0.053
75	76	9.22	35.316	277.78	9.2119	27.3313	0.053
77	78	9.21	35.316	277.78	9.2045	27.3326	0.051
79	80	9.20	35.314	278.23	9.1920	27.3333	0.051
81	82	9.18	35.312	278.68	9.1760	27.3342	0.053
83	84	9.16	35.309	278.68	9.1558	27.3356	0.050
85	86	9.16	35.308	276.00	9.1489	27.3355	0.049
87	88	9.14	35.305	275.11	9.1261	27.3368	0.052
89	90	9.12	35.302	276.00	9.1056	27.3379	0.052
91	92	9.08	35.296	276.44	9.0740	27.3386	0.053
93	94	9.08	35.295	276.89	9.0656	27.3390	0.055
95	96	9.10	35.301	278.23	9.0886	27.3403	0.051
97	98	9.11	35.303	276.44	9.0945	27.3404	0.048
99	100	9.11	35.304	276.44	9.0960	27.3410	0.049
101	102	9.10	35.303	276.89	9.0874	27.3417	0.049
103	104	9.08	35.300	276.44	9.0724	27.3422	0.052
105	106	9.06	35.296	276.00	9.0440	27.3430	0.053
107	108	9.04	35.293	276.44	9.0290	27.3433	0.053
109	110	9.04	35.293	277.34	9.0243	27.3441	0.050
111	112	9.03	35.292	276.89	9.0151	27.3449	0.048
113	114	9.04	35.294	276.89	9.0226	27.3456	0.049
115	116	9.02	35.293	276.44	9.0102	27.3467	0.052
117	118	9.02	35.294	274.66	9.0040	27.3478	0.050
119	120	9.02	35.293	274.21	9.0044	27.3476	0.047
121	122	9.01	35.293	274.21	9.0001	27.3479	0.046
123	124	8.99	35.290	275.55	8.9727	27.3501	0.047
125	126	8.99	35.291	276.44	8.9736	27.3507	0.049
127	128	8.99	35.294	276.89	8.9787	27.3519	0.045
129	130	8.97	35.290	277.78	8.9535	27.3533	0.044
131	132	8.96	35.289	277.34	8.9462	27.3534	0.047
133	134	8.95	35.289	275.55	8.9353	27.3552	0.043
135	136	8.94	35.288	275.11	8.9247	27.3559	0.046
137	138	8.92	35.286	275.11	8.9096	27.3567	0.046
139	140	8.91	35.283	275.11	8.8935	27.3573	0.044
141	142	8.90	35.281	274.66	8.8802	27.3578	0.045
143	144	8.87	35.278	275.11	8.8586	27.3588	0.047
145	146	8.86	35.276	276.44	8.8465	27.3594	0.046
147	148	8.86	35.275	277.78	8.8402	27.3600	0.046
149	150	8.85	35.275	278.23	8.8357	27.3604	0.051
151	152	8.84	35.274	276.44	8.8270	27.3612	0.051
152	154	8.83	35.272	275.55	8.8129	27.3619	0.043
154	156	8.83	35.272	275.11	8.8104	27.3622	0.042
156	158	8.82	35.273	276.89	8.8054	27.3638	0.046
158	160	8.82	35.274	276.89	8.8043	27.3645	0.050
160	162	8.83	35.278	276.44	8.8173	27.3659	0.042
162	164	8.86	35.285	276.00	8.8407	27.3673	0.039
164	166	8.85	35.283	276.89	8.8311	27.3675	0.040
166	168	8.85	35.283	276.00	8.8293	27.3674	0.039
168	170	8.84	35.281	276.44	8.8197	27.3678	0.046
170	172	8.82	35.279	276.00	8.8050	27.3683	0.044
172	174	8.80	35.274	275.55	8.7810	27.3685	0.041
174	176	8.77	35.271	276.89	8.7523	27.3703	0.044
176	178	8.78	35.272	275.55	8.7588	27.3705	0.039
178	180	8.77	35.272	274.66	8.7522	27.3711	0.042
180	182	8.77	35.272	276.00	8.7506	27.3719	0.040
182	184	8.76	35.273	276.44	8.7453	27.3729	0.038
184	186	8.76	35.273	276.00	8.7447	27.3735	0.039
186	188	8.77	35.274	273.77	8.7452	27.3744	0.041
188	190	8.77	35.276	274.66	8.7481	27.3751	0.038
190	192	8.77	35.277	276.00	8.7526	27.3753	0.038
192	194	8.76	35.276	275.55	8.7364	27.3766	0.042
194	196	8.74	35.273	276.89	8.7221	27.3769	0.038
196	198	8.72	35.269	276.00	8.6998	27.3775	0.038
198	200	8.75	35.275	276.89	8.7237	27.3782	0.037
200	202	8.72	35.273	277.34	8.7012	27.3803	0.038
202	204	8.72	35.273	277.78	8.6966	27.3808