Citation:

PANGAEA.112302

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Broenkow, William (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: 46.326700 * Longitude: -17.693300

Date/Time Start: 1989-05-31T08:35:00 * Date/Time End: 1989-05-31T08:35:00

Minimum DEPTH, water: 1 m * Maximum DEPTH, water: 102 m

Event(s):

AT_II-119/5_38-4 (5310835) * Latitude: 46.326700 * Longitude: -17.693300 * Date/Time: 1989-05-31T08:35:00 * Location: North Atlantic * Campaign: * Basis: Atlantis II (1963) * Method/Device: (CTD-O) * Comment: Nutrient_pump_100m_w/_Op._CTD

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

License:

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

Size:

721 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]
1	1	13.98	35.615	267.96	13.9799	26.6676	0.710
2	2	13.98	35.615	267.96	13.9797	26.6676	0.710
3	3	13.98	35.615	267.96	13.9796	26.6676	0.710
4	4	13.95	35.616	272.43	13.9494	26.6748	0.702
5	5	13.95	35.615	272.43	13.9493	26.6740	0.703
6	6	13.95	35.615	271.53	13.9491	26.6741	0.703
7	7	13.95	35.616	271.53	13.9490	26.6749	0.703
8	8	13.95	35.616	271.53	13.9488	26.6749	0.703
9	9	13.95	35.616	271.98	13.9487	26.6749	0.702
10	10	13.95	35.616	271.53	13.9486	26.6749	0.703
11	11	13.94	35.616	270.64	13.9384	26.6771	0.706
12	12	13.94	35.619	270.64	13.9383	26.6794	0.706
13	13	13.93	35.620	270.64	13.9281	26.6824	0.704
14	14	13.93	35.620	270.64	13.9280	26.6824	0.703
15	15	13.91	35.620	271.53	13.9078	26.6866	0.701
16	16	13.91	35.621	271.53	13.9077	26.6874	0.698
17	17	13.89	35.623	271.09	13.8876	26.6932	0.689
18	18	13.85	35.624	271.53	13.8474	26.7024	0.672
19	19	13.78	35.624	271.98	13.7773	26.7172	0.618
20	20	13.74	35.629	272.43	13.7371	26.7294	0.563
21	21	13.71	35.631	271.09	13.7070	26.7373	0.520
22	22	13.70	35.633	269.75	13.6969	26.7409	0.511
23	23	13.68	35.633	269.75	13.6767	26.7451	0.498
24	24	13.66	35.633	269.75	13.6566	26.7493	0.468
25	25	13.65	35.632	269.30	13.6464	26.7507	0.450
26	26	13.63	35.632	269.30	13.6263	26.7549	0.440
27	27	13.60	35.633	269.75	13.5962	26.7619	0.417
28	28	13.57	35.628	270.19	13.5660	26.7643	0.411
29	29	13.35	35.606	270.64	13.3459	26.7927	0.348
30	30	13.21	35.608	269.30	13.2058	26.8230	0.311
31	31	13.16	35.608	269.30	13.1557	26.8332	0.280
32	32	12.95	35.603	267.96	12.9456	26.8719	0.242
33	33	12.91	35.601	266.62	12.9055	26.8784	0.220
34	34	12.89	35.588	266.17	12.8854	26.8724	0.211
35	35	12.88	35.584	264.83	12.8752	26.8713	0.209
36	36	12.87	35.582	264.39	12.8651	26.8718	0.205
37	37	12.86	35.581	264.39	12.8549	26.8730	0.199
38	38	12.81	35.578	264.83	12.8048	26.8808	0.186
39	39	12.78	35.571	264.83	12.7747	26.8814	0.174
40	40	12.77	35.570	263.49	12.7646	26.8826	0.163
41	41	12.76	35.570	263.49	12.7544	26.8846	0.160
42	42	12.75	35.570	263.49	12.7443	26.8867	0.158
43	43	12.75	35.571	263.49	12.7442	26.8875	0.158
44	44	12.76	35.576	262.15	12.7540	26.8894	0.159
45	45	12.76	35.578	261.71	12.7539	26.8909	0.160
46	46	12.76	35.582	261.71	12.7538	26.8941	0.160
47	47	12.76	35.584	262.60	12.7536	26.8957	0.160
48	48	12.75	35.582	262.60	12.7435	26.8961	0.160
49	49	12.73	35.582	263.49	12.7234	26.9001	0.157
50	50	12.69	35.583	264.39	12.6832	26.9089	0.153
51	51	12.64	35.587	263.49	12.6331	26.9220	0.148
52	52	12.59	35.588	262.15	12.5830	26.9327	0.144
53	53	12.58	35.591	261.26	12.5729	26.9370	0.141
54	54	12.56	35.594	260.81	12.5527	26.9433	0.137
55	55	12.54	35.604	260.81	12.5326	26.9551	0.136
56	56	12.53	35.606	260.37	12.5225	26.9586	0.134
57	57	12.49	35.609	258.58	12.4824	26.9689	0.131
58	58	12.47	35.614	258.58	12.4622	26.9767	0.128
59	59	12.47	35.615	258.58	12.4621	26.9775	0.128
59	60	12.41	35.621	258.14	12.4020	26.9940	0.124
60	61	12.39	35.622	258.14	12.3819	26.9988	0.122
61	62	12.37	35.623	257.69	12.3617	27.0035	0.122
62	63	12.36	35.623	256.80	12.3516	27.0055	0.120
63	64	12.34	35.623	255.90	12.3315	27.0094	0.120
64	65	12.31	35.619	255.46	12.3014	27.0122	0.119
65	66	12.30	35.619	255.46	12.2912	27.0142	0.119
66	67	12.28	35.619	255.90	12.2711	27.0181	0.119
67	68	12.23	35.616	257.24	12.2210	27.0255	0.121
68	69	12.18	35.603	257.69	12.1709	27.0252	0.126
69	70	12.16	35.603	257.69	12.1508	27.0291	0.126
70	71	12.16	35.604	257.69	12.1506	27.0299	0.123
71	72	12.15	35.606	257.69	12.1405	27.0334	0.121
72	73	12.14	35.609	257.69	12.1304	27.0377	0.121
73	74	12.13	35.611	257.69	12.1203	27.0412	0.119
74	75	12.13	35.611	256.80	12.1201	27.0412	0.117
75	76	12.13	35.612	255.90	12.1200	27.0420	0.115
76	77	12.13	35.623	256.35	12.1199	27.0506	0.114
77	78	12.13	35.624	256.35	12.1197	27.0514	0.113
78	79	12.13	35.624	256.35	12.1196	27.0514	0.112
79	80	12.13	35.624	256.35	12.1195	27.0515	0.112
80	81	12.13	35.624	256.35	12.1193	27.0515	0.112
81	82	12.12	35.624	255.01	12.1092	27.0535	0.112
82	83	12.12	35.623	254.56	12.1091	27.0527	0.112
83	84	12.12	35.623	254.56	12.1089	27.0527	0.112
84	85	12.12	35.623	255.01	12.1088	27.0528	0.111
85	86	12.11	35.621	255.01	12.0987	27.0532	0.112
86	87	12.10	35.617	255.01	12.0886	27.0520	0.113
87	88	12.09	35.617	255.01	12.0784	27.0540	0.113
88	89	12.09	35.617	255.01	12.0783	27.0540	0.112
89	90	12.09	35.618	255.01	12.0782	27.0548	0.112
90	91	12.09	35.618	255.01	12.0780	27.0548	0.113
91	92	12.08	35.618	254.12	12.0679	27.0568	0.113
92	93	12.07	35.617	254.12	12.0578	27.0580	0.113
93	94	12.07	35.617	254.12	12.0577	27.0580	0.113
94	95	12.07	35.617	254.12	12.0575	27.0580	0.113
95	96	12.06	35.617	253.67	12.0474	27.0600	0.113
96	97	12.05	35.615	253.22	12.0373	27.0604	0.113
97	98	12.05	35.615	253.22	12.0372	27.0604	0.114
98	99	12.05	35.615	253.22	12.0370	27.0604	0.114
99	100	12.05	35.615	253.22	12.0369	27.0604	0.114
100	101	12.09	35.615	253.22	12.0767	27.0527	0.108
101	102	12.10	35.627	253.22	12.0866	27.0602	0.100
102	103	12.10	35.632	253.22	12.0865	27.0641	0.100