Citation:

PANGAEA.112356

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: 46.290000 * Longitude: -17.938300

Date/Time Start: 1989-05-25T20:55:00 * Date/Time End: 1989-05-25T20:55:00

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

Event(s):

AT_II-119/5_32-12 (5252055) * Latitude: 46.290000 * Longitude: -17.938300 * Date/Time: 1989-05-25T20:55:00 * 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:

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	13.65	35.611	292.52	13.6535	26.7328
2	2	13.65	35.612	287.61	13.6507	26.7345	0.773
4	4	13.65	35.614	285.38	13.6478	26.7363	0.751
6	6	13.65	35.613	284.93	13.6493	26.7357	0.756
8	8	13.65	35.613	287.16	13.6519	26.7351	0.757
10	10	13.65	35.614	285.82	13.6483	26.7363	0.756
12	12	13.64	35.614	284.93	13.6365	26.7389	0.743
14	14	13.64	35.615	284.04	13.6380	26.7390	0.748
16	16	13.60	35.616	284.04	13.5990	26.7485	0.741
18	18	13.41	35.625	284.48	13.4081	26.7946	0.680
20	20	13.14	35.629	280.46	13.1369	26.8531	0.374
22	22	12.97	35.627	276.44	12.9688	26.8858	0.239
24	24	12.94	35.629	270.64	12.9399	26.8929	0.184
26	26	12.93	35.627	270.64	12.9297	26.8935	0.174
28	28	12.93	35.627	270.19	12.9231	26.8948	0.168
30	30	12.92	35.627	269.30	12.9199	26.8956	0.171
32	32	12.91	35.625	267.51	12.9069	26.8970	0.171
34	34	12.90	35.626	267.07	12.8996	26.8985	0.168
36	36	12.89	35.624	266.17	12.8813	26.9008	0.172
38	38	12.87	35.623	268.41	12.8661	26.9033	0.168
40	40	12.86	35.624	268.41	12.8536	26.9069	0.160
42	42	12.84	35.625	267.51	12.8360	26.9111	0.149
44	44	12.84	35.627	267.51	12.8296	26.9136	0.153
46	46	12.80	35.634	267.07	12.7957	26.9257	0.138
48	48	12.74	35.653	267.07	12.7378	26.9523	0.129
50	50	12.71	35.658	262.60	12.7037	26.9634	0.117
52	52	12.66	35.662	263.94	12.6484	26.9771	0.108
54	54	12.48	35.664	264.39	12.4692	27.0145	0.086
56	56	12.41	35.659	263.05	12.4063	27.0225	0.083
58	58	12.38	35.658	263.05	12.3674	27.0297	0.082
59	60	12.31	35.660	262.15	12.3029	27.0439	0.071
61	62	12.29	35.661	262.15	12.2817	27.0484	0.068
63	64	12.28	35.661	260.81	12.2669	27.0513	0.066
65	66	12.27	35.661	260.37	12.2585	27.0535	0.063
67	68	12.25	35.661	259.03	12.2452	27.0555	0.059
69	70	12.25	35.659	258.14	12.2397	27.0554	0.060
71	72	12.23	35.657	259.03	12.2198	27.0573	0.055
73	74	12.22	35.655	258.58	12.2090	27.0580	0.055
75	76	12.22	35.655	257.69	12.2055	27.0589	0.055
77	78	12.21	35.655	259.03	12.2002	27.0596	0.052
79	80	12.21	35.656	258.14	12.1973	27.0613	0.052
81	82	12.19	35.654	259.03	12.1834	27.0627	0.051
83	84	12.18	35.652	259.92	12.1695	27.0634	0.050
85	86	12.17	35.651	259.03	12.1604	27.0642	0.050
87	88	12.16	35.650	258.58	12.1506	27.0653	0.050
89	90	12.16	35.649	258.58	12.1460	27.0659	0.050
91	92	12.15	35.649	258.14	12.1416	27.0663	0.049
93	94	12.17	35.653	258.58	12.1563	27.0671	0.048
95	96	12.18	35.657	258.14	12.1669	27.0677	0.048
97	98	12.18	35.657	258.14	12.1631	27.0685	0.050
99	100	12.17	35.657	259.03	12.1610	27.0688	0.049
101	102	12.17	35.656	258.58	12.1581	27.0692	0.048
103	104	12.18	35.659	258.58	12.1644	27.0698	0.049
105	106	12.18	35.660	258.58	12.1679	27.0700	0.049
107	108	12.18	35.661	258.58	12.1672	27.0706	0.051
109	110	12.18	35.660	259.48	12.1652	27.0708	0.049
111	112	12.17	35.659	259.92	12.1573	27.0716	0.050
113	114	12.16	35.657	259.92	12.1471	27.0720	0.050
115	116	12.15	35.656	259.92	12.1394	27.0727	0.049
117	118	12.14	35.653	259.48	12.1208	27.0740	0.050
119	120	12.13	35.650	259.92	12.1095	27.0738	0.049
121	122	12.12	35.650	259.92	12.1077	27.0742	0.049
123	124	12.12	35.650	259.48	12.1026	27.0746	0.050
125	126	12.12	35.650	259.92	12.1014	27.0747	0.051
127	128	12.11	35.649	260.81	12.0974	27.0753	0.049
129	130	12.11	35.649	260.81	12.0966	27.0751	0.048
131	132	12.12	35.649	259.48	12.0977	27.0751	0.049
133	134	12.11	35.649	260.37	12.0967	27.0752	0.049
135	136	12.11	35.649	261.71	12.0922	27.0760	0.049
137	138	12.11	35.648	261.71	12.0904	27.0760	0.049
139	140	12.11	35.648	259.03	12.0871	27.0765	0.048
141	142	12.10	35.647	259.48	12.0816	27.0770	0.047
143	144	12.10	35.647	260.81	12.0790	27.0773	0.048
145	146	12.10	35.647	259.92	12.0784	27.0773	0.049
147	148	12.09	35.647	260.81	12.0742	27.0778	0.049
149	150	12.09	35.646	260.81	12.0674	27.0787	0.048
151	152	12.08	35.644	260.37	12.0582	27.0792	0.053
153	154	12.07	35.643	260.81	12.0462	27.0805	0.049
155	156	12.06	35.642	261.71	12.0421	27.0805	0.048
157	158	12.06	35.642	261.71	12.0377	27.0810	0.048
159	160	12.06	35.641	260.37	12.0364	27.0810	0.048
161	162	12.05	35.640	260.81	12.0279	27.0819	0.049
163	164	12.05	35.640	260.37	12.0242	27.0821	0.049
165	166	12.04	35.639	260.37	12.0175	27.0826	0.048
167	168	12.04	35.638	260.37	12.0151	27.0829	0.048
169	170	12.04	35.639	259.92	12.0155	27.0830	0.048
171	172	12.02	35.636	259.48	11.9973	27.0847	0.049
172	174	12.02	35.636	260.37	11.9928	27.0851	0.049
174	176	12.01	35.635	259.48	11.9837	27.0860	0.048
176	178	12.00	35.634	260.37	11.9769	27.0867	0.048
178	180	11.99	35.633	260.37	11.9690	27.0876	0.049
180	182	11.99	35.632	260.81	11.9622	27.0876	0.048
182	184	11.98	35.630	260.81	11.9524	27.0888	0.048
184	186	11.97	35.630	260.37	11.9447	27.0900	0.049
186	188	11.96	35.630	261.26	11.9390	27.0908	0.048
188	190	11.94	35.626	261.26	11.9172	27.0916	0.048
190	192	11.93	35.624	260.37	11.9097	27.0922	0.049
192	194	11.93	35.623	259.48	11.9004	27.0931	0.049
194	196	11.92	35.624	260.81	11.8981	27.0942	0.047
196	198	11.91	35.622	260.81	11.8839	27.0951	0.048
198	200	11.89	35.619	260.37	11.8629	27.0968	0.046
200	202	11.88	35.617	258.58	11.8488	27.0978	0.047
202	204	11.87	35.615	258.14	11.8430	27.0978