Citation:

PANGAEA.120106

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:

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: -11.968300 * Longitude: -134.981700

Date/Time Start: 1992-09-13T03:08:00 * Date/Time End: 1992-09-13T03:08:00

Minimum DEPTH, water: 2.98 m * Maximum DEPTH, water: 79.54 m

Event(s):

TT011_15-CTD168 (09130308 CTD-168) * Latitude: -11.968300 * Longitude: -134.981700 * Date/Time: 1992-09-13T03:08:00 * 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
9	Optical beam attenuation coefficient, particle in water column	BAC part	1/m	Gardner, Wilford
10	Radiation, photosynthetically active	PAR	µmol/m²/s	Gardner, Wilford

License:

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

Size:

628 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]	9 BAC part [1/m]	10 PAR [µmol/m²/s]
2.98	3	26.4303	55.8427	35.9247	26.4296	23.5980	0.149	0.0921	0.20
3.98	4	26.4445	55.9035	35.9574	26.4436	23.6183	0.146	0.0809	0.02
4.97	5	26.4426	55.9001	35.9561	26.4415	23.6180	0.143	0.0778	0.02
5.97	6	26.4423	55.9006	35.9564	26.4409	23.6184	0.144	0.0769	0.01
6.96	7	26.4466	55.9069	35.9573	26.4450	23.6178	0.142	0.0769	0.01
7.96	8	26.4489	55.9105	35.9577	26.4471	23.6174	0.142	0.0773
8.95	9	26.4488	55.9110	35.9579	26.4468	23.6176	0.142	0.0773
9.94	10	26.4505	55.9134	35.9580	26.4482	23.6173	0.142	0.0769
10.94	11	26.4509	55.9145	35.9582	26.4485	23.6173	0.142	0.0773
11.93	12	26.4499	55.9130	35.9576	26.4472	23.6173	0.142	0.0769
12.93	13	26.4498	55.9134	35.9576	26.4469	23.6174	0.142	0.0778
13.92	14	26.4501	55.9143	35.9577	26.4470	23.6175	0.140	0.0769
14.92	15	26.4509	55.9155	35.9576	26.4475	23.6172	0.142	0.0768
15.91	16	26.4509	55.9159	35.9576	26.4473	23.6173	0.142	0.0768
16.91	17	26.4506	55.9158	35.9575	26.4468	23.6173	0.144	0.0768
17.90	18	26.4509	55.9165	35.9574	26.4468	23.6173	0.141	0.0768
18.90	19	26.4505	55.9163	35.9573	26.4462	23.6174	0.142	0.0768
19.89	20	26.4503	55.9163	35.9571	26.4458	23.6174	0.142	0.0768
20.88	21	26.4496	55.9165	35.9575	26.4448	23.6180	0.142	0.0768
21.88	22	26.4500	55.9171	35.9573	26.4450	23.6178	0.142	0.0768
22.87	23	26.4499	55.9177	35.9575	26.4447	23.6180	0.142	0.0768
23.87	24	26.4501	55.9191	35.9580	26.4447	23.6184	0.142	0.0768
24.86	25	26.4537	55.9243	35.9587	26.4480	23.6179	0.146	0.0768
25.86	26	26.4539	55.9249	35.9586	26.4480	23.6178	0.143	0.0764
26.85	27	26.4544	55.9258	35.9586	26.4483	23.6177	0.143	0.0768
27.84	28	26.4546	55.9267	35.9588	26.4483	23.6179	0.144	0.0768
28.84	29	26.4556	55.9292	35.9595	26.4490	23.6182	0.146	0.0768
29.83	30	26.4546	55.9268	35.9583	26.4478	23.6176	0.145	0.0768
30.83	31	26.4550	55.9279	35.9584	26.4480	23.6177	0.145	0.0768
31.82	32	26.4553	55.9288	35.9585	26.4480	23.6177	0.146	0.0768
32.82	33	26.4558	55.9301	35.9587	26.4483	23.6178	0.146	0.0768
33.81	34	26.4559	55.9302	35.9584	26.4482	23.6176	0.146	0.0768
34.81	35	26.4557	55.9302	35.9582	26.4478	23.6176	0.142	0.0768
35.80	36	26.4565	55.9322	35.9588	26.4484	23.6178	0.142	0.0768
36.79	37	26.4587	55.9379	35.9608	26.4503	23.6188	0.142	0.0764
37.79	38	26.4602	55.9421	35.9625	26.4516	23.6196	0.143	0.0773
38.78	39	26.4600	55.9420	35.9622	26.4511	23.6196	0.142	0.0768
39.78	40	26.4595	55.9412	35.9617	26.4504	23.6194	0.142	0.0764
40.77	41	26.4597	55.9415	35.9615	26.4504	23.6192	0.142	0.0768
41.76	42	26.4602	55.9432	35.9620	26.4507	23.6195	0.146	0.0773
42.76	43	26.4595	55.9410	35.9606	26.4498	23.6187	0.149	0.0768
43.75	44	26.4600	55.9431	35.9614	26.4501	23.6192	0.143	0.0768
44.75	45	26.4609	55.9451	35.9619	26.4507	23.6194	0.146	0.0773
45.74	46	26.4626	55.9495	35.9634	26.4522	23.6201	0.146	0.0773
46.74	47	26.4632	55.9527	35.9649	26.4526	23.6211	0.146	0.0768
47.73	48	26.4638	55.9562	35.9667	26.4529	23.6224	0.147	0.0768
48.72	49	26.4645	55.9599	35.9684	26.4534	23.6235	0.150	0.0768
49.72	50	26.4651	55.9622	35.9694	26.4538	23.6241	0.143	0.0768
50.71	51	26.4719	55.9834	35.9791	26.4603	23.6294	0.142	0.0768
51.71	52	26.4727	55.9863	35.9802	26.4609	23.6300	0.148	0.0773
52.70	53	26.4860	56.0347	36.0046	26.4740	23.6443	0.147	0.0773
53.70	54	26.5194	56.1691	36.0756	26.5071	23.6874	0.151	0.0791
54.69	55	26.5284	56.2508	36.1274	26.5159	23.7237	0.161	0.0893
55.69	56	26.5317	56.3274	36.1801	26.5190	23.7624	0.170	0.0880
56.68	57	26.5290	56.3517	36.1995	26.5160	23.7780	0.179	0.0818
57.67	58	26.5215	56.3473	36.2018	26.5084	23.7821	0.180	0.0822
58.67	59	26.5199	56.3523	36.2064	26.5065	23.7862	0.176	0.0813
59.66	60	26.5242	56.3697	36.2153	26.5106	23.7917	0.176	0.0813
60.66	61	26.5235	56.3792	36.2224	26.5096	23.7973	0.176	0.0808
61.65	62	26.5185	56.3841	36.2296	26.5044	23.8044	0.176	0.0826
62.64	63	26.5007	56.3859	36.2446	26.4864	23.8214	0.176	0.0777
63.64	64	26.4816	56.3845	36.2582	26.4671	23.8378	0.176	0.0755
64.63	65	26.4707	56.3798	36.2631	26.4560	23.8450	0.176	0.0746
65.63	66	26.4676	56.3785	36.2643	26.4526	23.8470	0.179	0.0751
66.62	67	26.4667	56.3795	36.2654	26.4514	23.8482	0.182	0.0733
67.61	68	26.4661	56.3806	36.2663	26.4507	23.8491	0.185	0.0737
68.61	69	26.4650	56.3812	36.2673	26.4494	23.8503	0.190	0.0737
69.60	70	26.4596	56.3848	36.2739	26.4437	23.8570	0.188	0.0737
70.60	71	26.4515	56.3824	36.2781	26.4354	23.8629	0.193	0.0719
71.59	72	26.4458	56.3787	36.2797	26.4294	23.8659	0.197	0.0701
72.59	73	26.4299	56.3742	36.2886	26.4134	23.8777	0.195	0.0710
73.58	74	26.4220	56.3738	36.2943	26.4052	23.8846	0.196	0.0697
74.57	75	26.4147	56.3708	36.2975	26.3977	23.8894	0.200	0.0657
75.57	76	26.4092	56.3676	36.2992	26.3919	23.8925	0.200	0.0643
76.56	77	26.4004	56.3635	36.3029	26.3829	23.8981	0.197	0.0643
77.56	78	26.3954	56.3645	36.3072	26.3777	23.9030	0.193	0.0639
78.55	79	26.3933	56.3698	36.3124	26.3754	23.9077	0.187	0.0634
79.54	80	26.3817	56.3840	36.3315	26.3635	23.9259	0.191