Citation:

PANGAEA.112366

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: 46.320000 * Longitude: -17.823300

Date/Time Start: 1989-05-29T10:55:00 * Date/Time End: 1989-05-29T10:55:00

Minimum DEPTH, water: 0 m * Maximum DEPTH, water: 200 m

Event(s):

AT_II-119/5_36-6 (5291055) * Latitude: 46.320000 * Longitude: -17.823300 * Date/Time: 1989-05-29T10:55:00 * 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:

712 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	13.92	35.628	286.27	13.9211	26.6901
2	2	13.92	35.634	289.84	13.9162	26.6955	0.507
4	4	13.91	35.634	281.36	13.9070	26.6974	0.517
6	6	13.91	35.634	280.91	13.9047	26.6980	0.521
8	8	13.90	35.634	281.36	13.9037	26.6982	0.519
10	10	13.90	35.634	281.80	13.8975	26.6995	0.525
12	12	13.88	35.634	281.80	13.8810	26.7031	0.535
14	14	13.85	35.632	282.25	13.8508	26.7082	0.541
16	16	13.82	35.634	282.25	13.8211	26.7154	0.537
18	18	13.82	35.634	281.36	13.8147	26.7167	0.530
20	20	13.79	35.630	280.46	13.7845	26.7204	0.526
22	22	13.75	35.628	280.91	13.7494	26.7262	0.502
24	24	13.64	35.623	280.91	13.6386	26.7456	0.402
26	26	13.48	35.611	279.57	13.4742	26.7700	0.240
28	28	13.35	35.625	278.23	13.3496	26.8064	0.228
30	30	13.31	35.628	276.44	13.3031	26.8182	0.204
32	32	13.27	35.628	274.21	13.2641	26.8269	0.191
34	34	13.25	35.632	273.77	13.2477	26.8326	0.187
36	36	13.25	35.634	272.87	13.2401	26.8362	0.183
38	38	13.21	35.638	271.09	13.2042	26.8469	0.183
40	40	13.18	35.642	270.64	13.1764	26.8550	0.168
42	42	13.16	35.643	269.30	13.1537	26.8609	0.158
44	44	13.08	35.646	269.75	13.0746	26.8789	0.141
46	46	13.05	35.649	269.30	13.0409	26.8884	0.138
48	48	12.93	35.653	267.96	12.9253	26.9143	0.111
50	50	12.79	35.658	267.07	12.7804	26.9479	0.111
52	52	12.70	35.666	265.73	12.6899	26.9722	0.097
54	54	12.62	35.667	264.39	12.6173	26.9871	0.088
56	56	12.57	35.674	262.15	12.5660	27.0027	0.077
58	58	12.47	35.676	261.26	12.4586	27.0256	0.068
59	60	12.44	35.678	260.37	12.4295	27.0326	0.066
61	62	12.42	35.676	259.48	12.4106	27.0354	0.064
63	64	12.40	35.676	258.58	12.3939	27.0387	0.061
65	66	12.38	35.675	257.69	12.3755	27.0408	0.060
67	68	12.36	35.672	258.14	12.3526	27.0435	0.060
69	70	12.35	35.672	258.14	12.3368	27.0465	0.059
71	72	12.34	35.670	257.24	12.3256	27.0473	0.058
73	74	12.33	35.670	257.24	12.3167	27.0490	0.057
75	76	12.32	35.669	257.69	12.3071	27.0496	0.057
77	78	12.31	35.667	256.80	12.2994	27.0501	0.056
79	80	12.31	35.668	257.69	12.2973	27.0509	0.057
81	82	12.31	35.669	258.14	12.2944	27.0522	0.054
83	84	12.30	35.669	258.14	12.2916	27.0532	0.053
85	86	12.29	35.666	258.58	12.2749	27.0539	0.054
87	88	12.26	35.660	258.58	12.2473	27.0549	0.055
89	90	12.23	35.655	258.58	12.2196	27.0560	0.053
91	92	12.23	35.655	257.69	12.2137	27.0572	0.053
93	94	12.23	35.658	258.14	12.2204	27.0586	0.050
95	96	12.23	35.659	257.24	12.2185	27.0591	0.053
97	98	12.22	35.656	257.24	12.2055	27.0598	0.051
99	100	12.22	35.658	258.14	12.2113	27.0600	0.051
101	102	12.24	35.665	259.03	12.2303	27.0620	0.050
103	104	12.25	35.666	259.48	12.2324	27.0623	0.051
105	106	12.25	35.668	259.48	12.2346	27.0631	0.049
107	108	12.25	35.668	259.03	12.2348	27.0634	0.051
109	110	12.25	35.669	259.03	12.2352	27.0639	0.049
111	112	12.24	35.668	259.92	12.2254	27.0647	0.050
113	114	12.24	35.667	259.48	12.2240	27.0649	0.049
115	116	12.24	35.669	259.48	12.2282	27.0654	0.049
117	118	12.24	35.669	259.92	12.2270	27.0657	0.049
119	120	12.24	35.668	259.92	12.2223	27.0659	0.050
121	122	12.23	35.667	259.48	12.2158	27.0662	0.049
123	124	12.22	35.665	259.92	12.2028	27.0670	0.050
125	126	12.21	35.663	259.92	12.1931	27.0676	0.049
127	128	12.19	35.660	259.92	12.1757	27.0688	0.050
129	130	12.18	35.658	260.37	12.1631	27.0692	0.051
131	132	12.17	35.656	259.92	12.1549	27.0698	0.049
133	134	12.17	35.656	259.92	12.1489	27.0703	0.050
135	136	12.16	35.654	260.37	12.1378	27.0711	0.050
137	138	12.15	35.652	260.37	12.1277	27.0719	0.050
139	140	12.14	35.651	259.92	12.1172	27.0726	0.049
141	142	12.13	35.650	259.48	12.1137	27.0729	0.049
143	144	12.13	35.650	259.92	12.1100	27.0732	0.050
145	146	12.12	35.649	260.37	12.1013	27.0741	0.050
147	148	12.12	35.648	259.92	12.0967	27.0747	0.049
149	150	12.12	35.648	259.92	12.0953	27.0748	0.049
151	152	12.11	35.648	259.92	12.0890	27.0761	0.049
153	154	12.11	35.648	259.92	12.0897	27.0763	0.050
155	156	12.11	35.649	259.92	12.0869	27.0769	0.051
157	158	12.10	35.647	259.92	12.0787	27.0775	0.049
159	160	12.09	35.645	259.48	12.0685	27.0779	0.049
161	162	12.08	35.644	259.03	12.0556	27.0791	0.048
163	164	12.07	35.644	259.03	12.0513	27.0798	0.048
165	166	12.07	35.642	259.03	12.0455	27.0801	0.048
167	168	12.07	35.642	258.58	12.0432	27.0801	0.048
169	170	12.06	35.641	259.03	12.0359	27.0807	0.048
171	172	12.05	35.640	259.03	12.0315	27.0813	0.049
172	174	12.05	35.640	258.58	12.0239	27.0824	0.048
174	176	12.04	35.639	259.03	12.0157	27.0832	0.046
176	178	12.03	35.639	259.03	12.0108	27.0839	0.047
178	180	12.03	35.638	258.58	12.0056	27.0845	0.047
180	182	12.03	35.638	258.58	12.0026	27.0850	0.046
182	184	12.02	35.638	258.14	11.9971	27.0855	0.048
184	186	12.02	35.636	258.58	11.9907	27.0860	0.046
186	188	12.01	35.636	258.58	11.9863	27.0866	0.048
188	190	12.01	35.636	258.14	11.9849	27.0868	0.046
190	192	12.00	35.634	257.24	11.9717	27.0881	0.046
192	194	11.99	35.633	258.14	11.9673	27.0882	0.048
194	196	11.99	35.633	258.58	11.9634	27.0886	0.046
196	198	11.98	35.632	258.14	11.9532	27.0893	0.048
198	200	11.97	35.630	257.69	11.9459	27.0899	0.046
200	202	11.97	35.630	258.14	11.9423	27.0899