Citation:

PANGAEA.120227

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

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Related to:

Murray, James W (2003): CTD profile data with 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:

Beam attenuation coefficient protocols data reduction scheme. US JGOFS (Joint Global Ocean Flux Study) Data System, Gardner-beam.htm

Project(s):

Joint Global Ocean Flux Study (JGOFS)

Coverage:

Latitude: -17.193678 * Longitude: -149.389635

Date/Time Start: 1992-09-24T13:15:00 * Date/Time End: 1992-09-24T13:15:00

Minimum DEPTH, water: 4.97 m * Maximum DEPTH, water: 98.43 m

Event(s):

TT012_1-CTD0 (09241315 CTD-000) * Latitude: -17.193678 * Longitude: -149.389635 * Date/Time: 1992-09-24T13:15:00 * Location: Equatorial Pacific * Campaign: * Basis: * Method/Device: (CTD-RO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, water	Depth water	m		Geocode
2	Pressure, water	Press	dbar	Murray, James W
3	Temperature, water	Temp	°C	Murray, James W	IPTS-68
4	Conductivity	Cond	mS/cm	Murray, James W
5	Salinity	Sal		Murray, James W	PSS-78
6	Temperature, water, potential	Tpot	°C	Murray, James W	IPTS-68
7	Density, sigma-theta (0)	Sigma-theta	kg/m³	Murray, James W
8	Fluorescence, chlorophyll	F chl	µg/l	Gardner, Wilford

License:

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

Size:

665 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 Cond [mS/cm]	5 Sal	6 Tpot [°C]	7 Sigma-theta [kg/m³]	8 F chl [µg/l]
4.97	5	27.2218	56.8719	36.0500	27.2207	23.4400	0.059
5.97	6	27.1712	56.8151	36.0483	27.1698	23.4551	0.058
6.96	7	27.1673	56.8111	36.0481	27.1657	23.4563	0.061
7.96	8	27.1618	56.8054	36.0480	27.1600	23.4581	0.064
8.95	9	27.1563	56.7997	36.0478	27.1542	23.4598	0.068
9.94	10	27.1509	56.7941	36.0477	27.1486	23.4615	0.072
10.94	11	27.1464	56.7897	36.0478	27.1438	23.4631	0.077
11.93	12	27.1444	56.7881	36.0478	27.1416	23.4639	0.072
12.93	13	27.1435	56.7877	36.0479	27.1405	23.4643	0.064
13.92	14	27.1421	56.7869	36.0481	27.1389	23.4649	0.062
14.92	15	27.1414	56.7869	36.0484	27.1380	23.4655	0.058
15.91	16	27.1411	56.7875	36.0487	27.1374	23.4659	0.062
16.91	17	27.1410	56.7882	36.0490	27.1371	23.4662	0.064
17.90	18	27.1402	56.7881	36.0492	27.1360	23.4667	0.063
18.90	19	27.1393	56.7881	36.0496	27.1349	23.4673	0.068
19.89	20	27.1386	56.7882	36.0499	27.1340	23.4679	0.075
20.88	21	27.1377	56.7879	36.0501	27.1329	23.4684	0.078
21.88	22	27.1364	56.7871	36.0502	27.1313	23.4690	0.078
22.87	23	27.1357	56.7872	36.0505	27.1304	23.4695	0.082
23.87	24	27.1337	56.7859	36.0508	27.1282	23.4704	0.083
24.86	25	27.1324	56.7853	36.0511	27.1266	23.4712	0.087
25.86	26	27.1319	56.7854	36.0513	27.1259	23.4715	0.092
26.85	27	27.1309	56.7852	36.0516	27.1247	23.4721	0.093
27.84	28	27.1309	56.7857	36.0516	27.1244	23.4723	0.093
28.84	29	27.1288	56.7846	36.0522	27.1221	23.4734	0.092
29.83	30	27.1278	56.7844	36.0524	27.1209	23.4740	0.084
30.83	31	27.1269	56.7842	36.0527	27.1198	23.4746	0.080
31.82	32	27.1261	56.7841	36.0529	27.1187	23.4751	0.078
32.82	33	27.1252	56.7839	36.0532	27.1176	23.4756	0.078
33.81	34	27.1241	56.7839	36.0537	27.1163	23.4764	0.079
34.81	35	27.1219	56.7826	36.0542	27.1139	23.4776	0.083
35.80	36	27.1174	56.7790	36.0548	27.1091	23.4796	0.083
36.79	37	27.1145	56.7768	36.0551	27.1060	23.4808	0.083
37.79	38	27.1112	56.7744	36.0557	27.1025	23.4824	0.083
38.78	39	27.1035	56.7682	36.0569	27.0945	23.4859	0.088
39.78	40	27.0985	56.7634	36.0571	27.0892	23.4877	0.091
40.77	41	27.0942	56.7597	36.0574	27.0847	23.4893	0.093
41.76	42	27.0896	56.7555	36.0576	27.0799	23.4911	0.093
42.76	43	27.0807	56.7475	36.0585	27.0708	23.4947	0.097
43.75	44	27.0631	56.7319	36.0607	27.0530	23.5020	0.098
44.75	45	27.0340	56.7068	36.0649	27.0236	23.5146	0.098
45.74	46	26.9988	56.6758	36.0697	26.9882	23.5296	0.098
46.74	47	26.9602	56.6402	36.0739	26.9494	23.5452	0.102
47.73	48	26.9449	56.6247	36.0743	26.9339	23.5505	0.102
48.72	49	26.9352	56.6155	36.0749	26.9239	23.5541	0.102
49.72	50	26.9263	56.6073	36.0756	26.9148	23.5576	0.102
50.71	51	26.9047	56.5868	36.0773	26.8930	23.5658	0.102
51.71	52	26.8852	56.5716	36.0813	26.8733	23.5752	0.102
52.70	53	26.8763	56.5653	36.0834	26.8641	23.5796	0.107
53.70	54	26.8784	56.5676	36.0832	26.8660	23.5789	0.107
54.69	55	26.8755	56.5658	36.0838	26.8629	23.5803	0.107
55.69	56	26.8719	56.5634	36.0845	26.8591	23.5821	0.107
56.68	57	26.8716	56.5636	36.0846	26.8585	23.5823	0.107
57.67	58	26.8712	56.5637	36.0847	26.8579	23.5826	0.107
58.67	59	26.8706	56.5638	36.0849	26.8571	23.5830	0.112
59.66	60	26.8699	56.5635	36.0849	26.8562	23.5833	0.112
60.66	61	26.8696	56.5637	36.0849	26.8556	23.5835	0.112
61.65	62	26.8691	56.5635	36.0850	26.8549	23.5838	0.112
62.64	63	26.8665	56.5617	36.0854	26.8520	23.5850	0.112
63.64	64	26.8575	56.5558	36.0878	26.8429	23.5897	0.112
64.63	65	26.8533	56.5535	36.0890	26.8384	23.5921	0.112
65.63	66	26.8471	56.5508	36.0916	26.8320	23.5961	0.112
66.62	67	26.8334	56.5410	36.0950	26.8180	23.6031	0.112
67.61	68	26.8210	56.5297	36.0962	26.8054	23.6080	0.112
68.61	69	26.7982	56.5083	36.0982	26.7824	23.6169	0.112
69.60	70	26.7877	56.4985	36.0991	26.7717	23.6210	0.112
70.60	71	26.7590	56.4724	36.1023	26.7427	23.6326	0.112
71.59	72	26.7444	56.4591	36.1038	26.7280	23.6384	0.112
72.59	73	26.7431	56.4584	36.1040	26.7264	23.6391	0.112
73.58	74	26.7404	56.4564	36.1043	26.7235	23.6403	0.112
74.57	75	26.7371	56.4539	36.1048	26.7200	23.6417	0.112
75.57	76	26.7198	56.4378	36.1063	26.7025	23.6485	0.112
76.56	77	26.7044	56.4234	36.1077	26.6868	23.6545	0.112
77.56	78	26.6892	56.4086	36.1086	26.6713	23.6601	0.112
78.55	79	26.6746	56.3948	36.1097	26.6565	23.6657	0.113
79.54	80	26.6665	56.3883	36.1110	26.6482	23.6693	0.117
80.54	81	26.6602	56.3856	36.1137	26.6417	23.6734	0.117
81.53	82	26.6537	56.3849	36.1180	26.6350	23.6787	0.117
82.53	83	26.6510	56.3868	36.1211	26.6321	23.6820	0.117
83.52	84	26.6488	56.3870	36.1226	26.6297	23.6839	0.117
84.52	85	26.6482	56.3884	36.1238	26.6288	23.6851	0.117
85.51	86	26.6491	56.3924	36.1257	26.6295	23.6863	0.117
86.50	87	26.6503	56.3974	36.1280	26.6304	23.6878	0.117
87.50	88	26.6489	56.4011	36.1315	26.6288	23.6909	0.117
88.49	89	26.6423	56.4005	36.1359	26.6220	23.6964	0.117
89.49	90	26.6253	56.3894	36.1408	26.6048	23.7055	0.117
90.48	91	26.6022	56.3765	36.1493	26.5815	23.7193	0.117
91.47	92	26.5251	56.3016	36.1552	26.5042	23.7483	0.117
92.47	93	26.4741	56.2519	36.1589	26.4530	23.7673	0.117
93.46	94	26.4102	56.1831	36.1587	26.3889	23.7875	0.117
94.46	95	26.3893	56.1540	36.1537	26.3677	23.7904	0.117
95.45	96	26.3720	56.1369	36.1546	26.3502	23.7965	0.117
96.44	97	26.3406	56.1055	36.1561	26.3187	23.8076	0.117
97.44	98	26.3146	56.0875	36.1631	26.2924	23.8212	0.117
98.43	99	26.3098	56.0889	36.1676	26.2874	23.8262	0.117