Citation:

PANGAEA.112266

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:

Broenkow, William (2003): CTD data with beam attenuation and fluorescence. 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: 59.545000 * Longitude: -20.866700

Date/Time Start: 1989-07-01T09:10:00 * Date/Time End: 1989-07-01T09:10:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 110 m

Event(s):

EN198_4-2 (7010910) * Latitude: 59.545000 * Longitude: -20.866700 * Date/Time: 1989-07-01T09:10:00 * Location: North Atlantic * Campaign: * Basis: Endeavor * Method/Device: (CTD-RO) * Comment: CTD/rosette_100m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, water	Depth water	m		Geocode
2	Pressure, water	Press	dbar	Broenkow, William
3	Temperature, water	Temp	°C	Broenkow, William	IPTS-68
4	Salinity	Sal		Broenkow, William	PSS-78
5	Oxygen	O2	µmol/l	Broenkow, William
6	Temperature, water, potential	Tpot	°C	Broenkow, William
7	Density, sigma-theta (0)	Sigma-theta	kg/m³	Broenkow, William
8	Optical beam attenuation coefficient, particle in water column	BAC part	1/m	Broenkow, William
9	Fluorescence, chlorophyll	F chl	µg/l	Broenkow, William	numerically equivalent to chlorophyll-a concentrations

License:

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

Size:

888 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]	9 F chl [µg/l]
1	1	10.67	35.186	318.87	10.6699	26.9804	0.907	1.825
2	2	10.67	35.186	318.87	10.6698	26.9804	0.907	1.825
3	3	10.67	35.186	318.87	10.6696	26.9804	0.907	1.825
4	4	10.67	35.185	315.30	10.6695	26.9797	0.911	1.691
5	5	10.68	35.184	316.64	10.6794	26.9771	0.904	1.746
6	6	10.68	35.182	315.75	10.6793	26.9756	0.905	1.817
7	7	10.67	35.180	315.75	10.6692	26.9759	0.900	1.874
8	8	10.66	35.180	313.96	10.6590	26.9777	0.896	1.950
9	9	10.66	35.182	313.51	10.6589	26.9792	0.895	1.950
10	10	10.67	35.182	315.30	10.6688	26.9775	0.899	2.002
11	11	10.67	35.181	314.41	10.6687	26.9767	0.895	1.985
12	12	10.65	35.170	314.85	10.6486	26.9717	0.895	1.985
13	13	10.58	35.169	315.75	10.5784	26.9834	0.874	1.967
14	14	10.20	35.167	318.87	10.1984	27.0486	0.745	1.949
15	15	10.17	35.166	318.43	10.1683	27.0531	0.714	1.921
16	16	10.14	35.156	317.53	10.1381	27.0505	0.711	1.907
17	17	10.18	35.165	316.64	10.1780	27.0506	0.667	1.857
18	18	10.17	35.163	313.96	10.1679	27.0508	0.628	1.809
19	19	10.16	35.162	312.62	10.1578	27.0517	0.615	1.761
20	20	10.14	35.161	312.17	10.1377	27.0544	0.605	1.761
21	21	10.11	35.154	312.62	10.1076	27.0542	0.598	1.640
22	22	10.09	35.149	312.62	10.0875	27.0538	0.583	1.614
23	23	10.05	35.145	310.39	10.0473	27.0575	0.554	1.522
24	24	10.01	35.150	309.94	10.0072	27.0683	0.529	1.482
25	25	9.99	35.150	309.49	9.9871	27.0718	0.514	1.443
26	26	9.95	35.151	309.49	9.9470	27.0794	0.489	1.304
27	27	9.89	35.140	309.49	9.8869	27.0811	0.480	1.209
28	28	9.76	35.127	309.94	9.7568	27.0930	0.414	1.141
29	29	9.67	35.118	308.60	9.6667	27.1012	0.388	0.951
30	30	9.65	35.116	308.15	9.6466	27.1030	0.384	0.964
31	31	9.65	35.116	308.15	9.6465	27.1030	0.375	1.058
32	32	9.64	35.121	308.15	9.6364	27.1086	0.367	0.996
33	33	9.64	35.123	308.15	9.6363	27.1102	0.361	0.952
34	34	9.64	35.124	308.15	9.6362	27.1110	0.357	0.932
35	35	9.64	35.128	307.71	9.6361	27.1142	0.349	0.877
36	36	9.66	35.139	306.37	9.6559	27.1194	0.340	0.868
37	37	9.67	35.144	306.37	9.6658	27.1217	0.328	0.811
38	38	9.67	35.145	306.37	9.6657	27.1225	0.329	0.777
39	39	9.66	35.140	305.47	9.6556	27.1203	0.317	0.705
40	40	9.64	35.135	305.03	9.6355	27.1197	0.315	0.674
41	41	9.63	35.135	305.03	9.6254	27.1214	0.302	0.672
42	42	9.54	35.124	305.03	9.5353	27.1279	0.295	0.688
43	43	9.53	35.124	303.69	9.5252	27.1296	0.289	0.687
44	44	9.50	35.124	304.58	9.4951	27.1346	0.282	0.654
45	45	9.48	35.122	305.03	9.4750	27.1364	0.275	0.631
46	46	9.47	35.127	304.58	9.4649	27.1420	0.268	0.618
47	47	9.47	35.129	305.03	9.4648	27.1435	0.265	0.571
48	48	9.47	35.132	305.03	9.4647	27.1459	0.259	0.560
49	49	9.46	35.133	302.35	9.4545	27.1484	0.255	0.509
50	50	9.40	35.132	303.24	9.3945	27.1575	0.236	0.470
51	51	9.37	35.133	302.80	9.3644	27.1633	0.223	0.430
52	52	9.36	35.134	303.24	9.3542	27.1657	0.216	0.382
52	53	9.33	35.143	301.90	9.3241	27.1777	0.207	0.356
53	54	9.31	35.140	301.01	9.3040	27.1787	0.205	0.352
54	55	9.31	35.140	301.01	9.3039	27.1787	0.205	0.346
55	56	9.30	35.145	302.35	9.2938	27.1843	0.202	0.334
56	57	9.27	35.153	301.01	9.2637	27.1955	0.190	0.316
57	58	9.22	35.159	299.67	9.2136	27.2084	0.182	0.307
58	59	9.21	35.160	299.67	9.2035	27.2108	0.177	0.286
59	60	9.20	35.165	299.22	9.1934	27.2164	0.178	0.256
60	61	9.20	35.167	300.12	9.1933	27.2180	0.178	0.251
61	62	9.20	35.176	298.78	9.1932	27.2250	0.171	0.230
62	63	9.19	35.176	298.33	9.1831	27.2267	0.169	0.230
63	64	9.19	35.184	296.99	9.1830	27.2330	0.169	0.313
64	65	9.20	35.198	296.99	9.1929	27.2423	0.166	0.234
65	66	9.20	35.207	296.54	9.1928	27.2494	0.161	0.202
66	67	9.20	35.211	296.10	9.1927	27.2525	0.162	0.189
67	68	9.20	35.216	295.65	9.1925	27.2565	0.156	0.184
68	69	9.16	35.212	295.65	9.1525	27.2599	0.151	0.182
69	70	9.13	35.224	295.20	9.1224	27.2742	0.147	0.160
70	71	9.12	35.226	295.65	9.1123	27.2774	0.142	0.135
71	72	9.10	35.233	295.65	9.0922	27.2861	0.138	0.135
72	73	9.07	35.226	294.31	9.0621	27.2855	0.134	0.118
73	74	9.02	35.219	294.31	9.0120	27.2882	0.126	0.111
74	75	8.97	35.210	295.20	8.9619	27.2892	0.121	0.094
75	76	8.90	35.214	295.20	8.8918	27.3036	0.119	0.088
76	77	8.90	35.209	295.20	8.8917	27.2997	0.118	0.087
77	78	8.90	35.213	294.31	8.8916	27.3028	0.116	0.083
78	79	8.90	35.212	292.52	8.8915	27.3021	0.116	0.083
79	80	8.87	35.208	292.52	8.8614	27.3037	0.114	0.080
80	81	8.87	35.209	292.52	8.8613	27.3045	0.112	0.070
81	82	8.86	35.210	291.63	8.8512	27.3069	0.113	0.067
82	83	8.85	35.207	292.08	8.8411	27.3062	0.110	0.070
83	84	8.85	35.207	291.63	8.8410	27.3062	0.109	0.061
84	85	8.85	35.205	291.63	8.8409	27.3047	0.108	0.061
85	86	8.84	35.207	292.08	8.8308	27.3079	0.110	0.061
86	87	8.84	35.206	292.08	8.8307	27.3071	0.109	0.064
87	88	8.84	35.206	291.18	8.8306	27.3071	0.108	0.065
88	89	8.84	35.206	292.97	8.8305	27.3071	0.108	0.064
89	90	8.83	35.206	292.97	8.8204	27.3087	0.108	0.061
90	91	8.82	35.203	291.18	8.8103	27.3080	0.105	0.055
91	92	8.82	35.204	289.84	8.8102	27.3088	0.105	0.051
92	93	8.82	35.203	290.29	8.8100	27.3080	0.104	0.053
93	94	8.82	35.205	291.18	8.8099	27.3096	0.104	0.054
94	95	8.82	35.205	291.18	8.8098	27.3096	0.104	0.057
95	96	8.82	35.205	291.63	8.8097	27.3096	0.104	0.057
96	97	8.82	35.207	291.63	8.8096	27.3112	0.104	0.053
97	98	8.82	35.207	291.63	8.8095	27.3112	0.103	0.057
98	99	8.83	35.208	291.18	8.8194	27.3105	0.104	0.061
99	100	8.84	35.209	291.18	8.8293	27.3097	0.104	0.059
100	101	8.85	35.212	292.08	8.8392	27.3104	0.104	0.054
101	102	8.85	35.213	292.08	8.8391	27.3112	0.103	0.052
102	103	8.85	35.212	291.63	8.8389	27.3105	0.103	0.051
103	104	8.85	35.210	291.18	8.8388	27.3089	0.101	0.051
104	105	8.82	35.208	291.63	8.8088	27.3122	0.101	0.054
105	106	8.80	35.197	290.74	8.7887	27.3067	0.101	0.053
106	107	8.77	35.199	291.18	8.7586	27.3131	0.101	0.052
107	108	8.76	35.199	291.63	8.7485	27.3147	0.100	0.057
108	109	8.76	35.200	292.08	8.7484	27.3155	0.100	0.054
109	110	8.76	35.200	292.08	8.7483	27.3155	0.099	0.052
110	111	8.76	35.203	292.52	8.7482	27.3179	0.099	0.053