Citation:

PANGAEA.968716 (dataset in review)

Name: Coastal Atmosphere & Sea Time Series (CoASTS) and Bio-Optical mapping of Marine optical Properties (BiOMaP) : the near-surface marine bio-optical data
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Bio-optical in-situ data; inherent and apparent optical properties; radiometry

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Abstract:

The CoASTS-BiOMaP data set comprises in situ near-surface inherent (e.g., absorption, scattering and backscattering coefficients) and apparent (e.g., normalized-water leaving radiance and the corresponding remote sensing reflectance) optical properties of relevance for satellite ocean colour applications. The data were produced through the Coastal Atmosphere & Sea Time Series (CoASTS) and the Bio-Optical mapping of Marine optical Properties (BiOMaP) measurement programs implemented by the Marine Optical Laboratory of the Joint Research Center (JRC) in collaboration with a number of European institutions. Common to both CoASTS and BiOMaP is the standardization of instruments, measurement methods, quality control schemes and processing codes to enforce temporal and spatial consistency to data products. CoASTS measurements comprise 125 field campaigns and 617 stations performed from December 1998 up to March 2016 benefitting of the Acqua Alta Oceanographic Tower (AAOT) in the northern Adriatic Sea to generate time series data at a fixed coastal site. CoASTS data exhibit occurrence of both Case 1 (i.e., with optical properties of water largely determined by phytoplankton) and moderately optically complex waters characterized by modest concentrations of total suspended matter (TSM) and coloured organic matter (CDOM). BiOMaP measurements comprise 36 bio-optical oceanographic campaigns and 1915 stations performed between July 2000 and May 2022 using a variety of oceanographic vessels to produce spatially distributed data across various European Seas. BiOMaP measurement regions include: the Baltic Sea exhibiting waters dominated by a high concentration of CDOM; the Adriatic Sea, Black Sea, North Sea (comprising the English Channel), Ligurian Sea, Iberian Shelf and the Greenland Sea, characterized by a variety of optically complex waters determined by diverse concentrations of CDOM and TSM; the Eastern and Western Mediterranean oligotrophic and mesotrophic Seas largely characterized by Case 1 waters.

Keyword(s):

Bio-optical in-situ data; inherent and apparent optical properties; radiometry

Supplement to:

Zibordi, Giuseppe; Berthon, Jean-François (in prep.): Coastal Atmosphere & Sea Time Series (CoASTS) and Bio-Optical mapping of Marine optical Properties (BiOMaP): the CoASTS-BiOMaP dataset. Earth System Science Data

Coverage:

Median Latitude: 45.443520 * Median Longitude: 16.480884 * South-bound Latitude: 33.187100 * West-bound Longitude: -10.767740 * North-bound Latitude: 80.640270 * East-bound Longitude: 33.996810

Date/Time Start: 1998-12-17T10:14:16 * Date/Time End: 2022-05-09T11:49:32

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

Event(s):

A010301 * Latitude: 45.567000 * Longitude: 13.335000 * Date/Time: 2000-07-12T12:15:26 * Method/Device: (OS)

A010401 * Latitude: 45.623000 * Longitude: 13.284500 * Date/Time: 2000-07-12T13:26:05 * Method/Device: (OS)

A010501 * Latitude: 45.665000 * Longitude: 13.235200 * Date/Time: 2000-07-12T14:26:52 * Method/Device: (OS)

Comment:

Notes:

(1) G indicates the site or geographic region (V and W for the Acqua Alta Oceanographic Tower (AAOT) in the northern Adriatic Sea, A for Adriatic Sea, B for Baltic Sea, E for Eastern Mediterranean Sea, K for Black Sea, L for Ligurian Sea, N for North Sea, O for Western Mediterranean Sea, I for Iberian Shelf, P for Greenland Sea), while cc indicates the campaign number for the specific region, ss the station number and ii the cast number.

(2) Total chlorophyll-a concentration indicates the sum of chlorophyllide-a, monovinyl- and divinyl-chlorophyll-a.

Projects:

* Coastal Atmosphere & Sea Time Series (CoASTS)

* Bio-Optical mapping of Marine optical Properties (BiOMaP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Zibordi, Giuseppe		Station identifier Code Gccssii (1)
2	LATITUDE	Latitude		Zibordi, Giuseppe		Geocode
3	LONGITUDE	Longitude		Zibordi, Giuseppe		Geocode
4	DATE/TIME	Date/Time		Zibordi, Giuseppe		Geocode – Date and time GMT (2)
5	DEPTH, water	Depth water	m	Zibordi, Giuseppe		Geocode
6	Solar zenith angle	SZA	deg	Zibordi, Giuseppe
7	Solar azimuth angle	SAA	deg	Zibordi, Giuseppe
8	Spectral radiance, upward at 412 nm	Lu_412	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(412) Upwelling radiance at depth 0-
9	Spectral radiance, upward at 443 nm	Lu_443	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(443) Upwelling radiance at depth 0-
10	Spectral radiance, upward at 490 nm	Lu_490	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(490) Upwelling radiance at depth 0-
11	Spectral radiance, upward at 510 nm	Lu_510	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(510) Upwelling radiance at depth 0-
12	Spectral radiance, upward at 555 nm	Lu_555	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(555) Upwelling radiance at depth 0-
13	Spectral radiance, upward at 665 nm	Lu_665	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Lu(665) Upwelling radiance at depth 0-
14	Spectral irradiance, downward at 412 nm	Ed_412	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(412) Downward irradiance at depth 0-
15	Spectral irradiance, downward at 443 nm	Ed_443	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(443) Downward irradiance at depth 0-
16	Spectral irradiance, downward at 490 nm	Ed_490	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(490) Downward irradiance at depth 0-
17	Spectral irradiance, downward at 510 nm	Ed_510	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(510) Downward irradiance at depth 0-
18	Spectral irradiance, downward at 555 nm	Ed_555	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(555) Downward irradiance at depth 0-
19	Spectral irradiance, downward at 665 nm	Ed_665	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ed(665) Downward irradiance at depth 0-
20	Spectral irradiance, upward at 412 nm	Eu_412	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(412) Upward irradiance at depth 0-
21	Spectral irradiance, upward at 443 nm	Eu_443	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(443) Upward irradiance at depth 0-
22	Spectral irradiance, upward at 490 nm	Eu_490	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(490) Upward irradiance at depth 0-
23	Spectral irradiance, upward at 510 nm	Eu_510	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(510) Upward irradiance at depth 0-
24	Spectral irradiance, upward at 555 nm	Eu_555	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(555) Upward irradiance at depth 0-
25	Spectral irradiance, upward at 665 nm	Eu_665	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Eu(665) Upward irradiance at depth 0-
26	Diffuse attenuation coefficient, upward radiance at 412 nm	KL_412	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(412) Diffuse attenuation coefficient from Lu(z,412)
27	Diffuse attenuation coefficient, upward radiance at 443 nm	KL_443	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(443) Diffuse attenuation coefficient from Lu(z,412)
28	Diffuse attenuation coefficient, upward radiance at 490 nm	KL_490	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(490) Diffuse attenuation coefficient from Lu(z,412)
29	Diffuse attenuation coefficient, upward radiance at 510 nm	KL_510	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(510) Diffuse attenuation coefficient from Lu(z,412)
30	Diffuse attenuation coefficient, upward radiance at 555 nm	KL_555	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(555) Diffuse attenuation coefficient from Lu(z,412)
31	Diffuse attenuation coefficient, upward radiance at 665 nm	KL_665	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	KL(665) Diffuse attenuation coefficient from Lu(z,665)
32	Diffuse attenuation coefficient, downward irradiance at 412 nm	Kd_412	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(412) Diffuse attenuation coefficient from Ed(z,412)
33	Diffuse attenuation coefficient, downward irradiance at 443 nm	Kd_443	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(443) Diffuse attenuation coefficient from Ed(z,443)
34	Diffuse attenuation coefficient, downward irradiance at 490 nm	Kd_490	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(490) Diffuse attenuation coefficient from Ed(z,490)
35	Diffuse attenuation coefficient, downward irradiance at 510 nm	Kd_510	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(510) Diffuse attenuation coefficient from Ed(z,510)
36	Diffuse attenuation coefficient, downward irradiance at 555 nm	Kd_555	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(555) Diffuse attenuation coefficient from Ed(z,555)
37	Diffuse attenuation coefficient, downward irradiance at 665 nm	Kd_665	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Kd(665) Diffuse attenuation coefficient from Ed(z,665)
38	Diffuse attenuation coefficient, upward irradiance at 412 nm	Ku_412	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(412) Diffuse attenuation coefficient from Eu(z,412)
39	Diffuse attenuation coefficient, upward irradiance at 443 nm	Ku_443	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(443) Diffuse attenuation coefficient from Eu(z,443)
40	Diffuse attenuation coefficient, upward irradiance at 490 nm	Ku_490	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(490) Diffuse attenuation coefficient from Eu(z,490)
41	Diffuse attenuation coefficient, upward irradiance at 510 nm	Ku_510	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(510) Diffuse attenuation coefficient from Eu(z,510)
42	Diffuse attenuation coefficient, upward irradiance at 555 nm	Ku_555	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(555) Diffuse attenuation coefficient from Eu(z,555)
43	Diffuse attenuation coefficient, upward irradiance at 665 nm	Ku_665	1/m	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ku(665) Diffuse attenuation coefficient from Eu(z,665)
44	Spectral irradiance, above water downward at 412 nm	Es_412	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(412) Downward irradiance at depth 0+
45	Spectral irradiance, above water downward at 443 nm	Es_443	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(443) Downward irradiance at depth 0+
46	Spectral irradiance, above water downward at 490 nm	Es_490	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(490) Downward irradiance at depth 0+
47	Spectral irradiance, above water downward at 510 nm	Es_510	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(510) Downward irradiance at depth 0+
48	Spectral irradiance, above water downward at 555 nm	Es_555	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(555) Downward irradiance at depth 0+
49	Spectral irradiance, above water downward at 665 nm	Es_665	W/m²/nm	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Es(665) Downward irradiance at depth 0+
50	Q-factor at 412 nm	Q_412	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(412) Q-factor at nadir at depth 0-
51	Q-factor at 443 nm	Q_443	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(443) Q-factor at nadir at depth 0-
52	Q-factor at 490 nm	Q_490	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(490) Q-factor at nadir at depth 0-
53	Q-factor at 510 nm	Q_510	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(490) Q-factor at nadir at depth 0-
54	Q-factor at 555 nm	Q_555	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(510) Q-factor at nadir at depth 0-
55	Q-factor at 665 nm	Q_665	sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Qn(665) Q-factor at nadir at depth 0-
56	Remote sensing reflectance at 412 nm	Rrs_412	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(412) Remote sensing reflectance at depth 0+
57	Remote sensing reflectance at 443 nm	Rrs_443	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(443) Remote sensing reflectance at depth 0+
58	Remote sensing reflectance at 490 nm	Rrs_490	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(490) Remote sensing reflectance at depth 0+
59	Remote sensing reflectance at 510 nm	Rrs_510	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(510) Remote sensing reflectance at depth 0+
60	Remote sensing reflectance at 555 nm	Rrs_555	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(555) Remote sensing reflectance at depth 0+
61	Remote sensing reflectance at 665 nm	Rrs_665	1/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	RRS(665) Remote sensing reflectance at depth 0+
62	Normalized water-leaving radiance at 412 nm	LWN_412	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(412) Normalized water-leaving radiance at depth 0+
63	Normalized water-leaving radiance at 443 nm	LWN_443	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(443) Normalized water-leaving radiance at depth 0+
64	Normalized water-leaving radiance at 490 nm	LWN_490	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(490) Normalized water-leaving radiance at depth 0+
65	Normalized water-leaving radiance at 510 nm	LWN_510	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(510) Normalized water-leaving radiance at depth 0+
66	Normalized water-leaving radiance at 555 nm	LWN_555	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(555) Normalized water-leaving radiance at depth 0+
67	Normalized water-leaving radiance at 665 nm	LWN_665	W/m²/nm/sr	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	LWN(665) Normalized water-leaving radiance at depth 0+
68	Ratio	Ratio		Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ratio of Qn(412) at depth 0+ to Qn(412) at depth 1 m
69	Ratio	Ratio		Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Rd(412) Ratio of the diffuse to direct above-water downward irradiance at 412 nm
70	Coefficient of variation	CV	%	Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Coefficient of variation of Es(412)
71	Ratio	Ratio		Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Ratio of the in-water downward irradiance Ed(412) to the above-water downward irradiance Es(412) multiplied by 1.04
72	Index	Index		Zibordi, Giuseppe	Multispectral custom profiler, Satlantic Inc.	Diffuse attenuation coefficient Kd(490) minus the diffuse attenuation coefficient of pure sea water Kw(490)
73	Absorption coefficient, pigmented particles at 412 nm	Aph_412	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(412) Absorption coefficient by pigmented particles at 0.5 m depth
74	Absorption coefficient, pigmented particles at 443 nm	Aph_443	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(443) Absorption coefficient by pigmented particles at 0.5 m depth
75	Absorption coefficient, pigmented particles at 490 nm	Aph_490	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(490) Absorption coefficient by pigmented particles at 0.5 m depth
76	Absorption coefficient, pigmented particles at 510 nm	Aph_510	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(510) Absorption coefficient by pigmented particles at 0.5 m depth
77	Absorption coefficient, pigmented particles at 555 nm	Aph_555	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(555) Absorption coefficient by pigmented particles at 0.5 m depth
78	Absorption coefficient, pigmented particles at 665 nm	Aph_665	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	aph(665) Absorption coefficient by pigmented particles at 0.5 m depth
79	Absorption coefficient, non-pigmented particles at 412 nm	Adt_412	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(412) Absorption coefficient by non-pigmented particles at 0.5 m depth
80	Absorption coefficient, non-pigmented particles at 443 nm	Adt_443	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(443) Absorption coefficient by non-pigmented particles at 0.5 m depth
81	Absorption coefficient, non-pigmented particles at 490 nm	Adt_490	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(490) Absorption coefficient by non-pigmented particles at 0.5 m depth
82	Absorption coefficient, non-pigmented particles at 510 nm	Adt_510	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(510) Absorption coefficient by non-pigmented particles at 0.5 m depth
83	Absorption coefficient, non-pigmented particles at 555 nm	Adt_555	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(555) Absorption coefficient by non-pigmented particles at 0.5 m depth
84	Absorption coefficient, non-pigmented particles at 665 nm	Adt_665	1/m	Berthon, Jean-François	According to 'Transmittance-Reflectance (T-R) method'	adt(665) Absorption coefficient by non-pigmented particles at 0.5 m depth
85	Absorption coefficient, colored dissolved organic matter at 412 nm	aCDOM_412	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(412) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
86	Absorption coefficient, colored dissolved organic matter at 443 nm	aCDOM_443	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(443) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
87	Absorption coefficient, colored dissolved organic matter at 490 nm	aCDOM_490	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(490) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
88	Absorption coefficient, colored dissolved organic matter at 510 nm	aCDOM_510	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(510) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
89	Absorption coefficient, colored dissolved organic matter at 555 nm	aCDOM_555	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(555) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
90	Absorption coefficient, colored dissolved organic matter at 665 nm	aCDOM_665	1/m	Berthon, Jean-François	According to 'Dual-beam spectrophotometric method'	ays(665) Absorption coefficient by colored dissolved organic matter at 0.5 m depth
91	Absorption coefficient, 412 nm	ac412	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(412) Absorption coefficient (except water) from AC9 at 0.5 m depth
92	Absorption coefficient, 440 nm	ac440	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(440) Absorption coefficient (except water) from AC9 at 0.5 m depth
93	Absorption coefficient, 488 nm	ac488	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(488) Absorption coefficient (except water) from AC9 at 0.5 m depth
94	Absorption coefficient, 510 nm	ac510	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(510) Absorption coefficient (except water) from AC9 at 0.5 m depth
95	Absorption coefficient, 555 nm	ac555	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(555) Absorption coefficient (except water) from AC9 at 0.5 m depth
96	Absorption coefficient, 630 nm	ac630	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(630) Absorption coefficient (except water) from AC9 at 0.5 m depth
97	Absorption coefficient, 650 nm	ac650	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(650) Absorption coefficient (except water) from AC9 at 0.5 m depth
98	Absorption coefficient, 676 nm	ac676	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(676) Absorption coefficient (except water) from AC9 at 0.5 m depth
99	Absorption coefficient, 715 nm	ac715	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	at-w(715) Absorption coefficient (except water) from AC9 at 0.5 m depth
100	Optical beam attenuation coefficient, 412 nm	bac412	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(412) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
101	Optical beam attenuation coefficient, 440 nm	bac440	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(440) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
102	Optical beam attenuation coefficient, 488 nm	bac488	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(488) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
103	Optical beam attenuation coefficient, 510 nm	bac510	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(510) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
104	Optical beam attenuation coefficient, 555 nm	bac555	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(555) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
105	Optical beam attenuation coefficient, 630 nm	bac630	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(630) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
106	Optical beam attenuation coefficient, 650 nm	bac650	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(650) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
107	Optical beam attenuation coefficient, 676 nm	bac676	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(676) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
108	Optical beam attenuation coefficient, 715 nm	bac715	1/m	Berthon, Jean-François	Absorption and attenuation meter, WET Labs Inc., AC9	ct-w(715) Beam attenuation coefficient (except water) from AC9 at 0.5 m depth
109	Optical backscattering coefficient, 442 nm	bb442	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(442) Backscattering coefficient from HydroScat-6 at 0.5 m depth
110	Optical backscattering coefficient, 488 nm	bb488	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(448) Backscattering coefficient from HydroScat-6 at 0.5 m depth
111	Optical backscattering coefficient, 510 nm	bb510	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(510) Backscattering coefficient from HydroScat-6 at 0.5 m depth
112	Optical backscattering coefficient, 555 nm	bb555	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(555) Backscattering coefficient from HydroScat-6 at 0.5 m depth
113	Optical backscattering coefficient, 620 nm	bb620	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(620) Backscattering coefficient from HydroScat-6 at 0.5 m depth
114	Optical backscattering coefficient, 676 nm	bb676	1/m	Berthon, Jean-François	Backscattering meter, HOBI Labs Inc., HydroScat-6	bb(676) Backscattering coefficient from HydroScat-6 at 0.5 m depth
115	Index	Index		Zibordi, Giuseppe	Backscattering meter, HOBI Labs Inc., HydroScat-6	Backscattering coefficient bb(488) minus the backscattering coefficient of pure sea water bbw(488)
116	Chlorophyll a, total	TChl a	µg/l	Zibordi, Giuseppe	High Performance Liquid Chromatography (HPLC)	Total chlorophyll-a concentration at 0.5 m depth (2)
117	Suspended matter, total	TSS	mg/l	Zibordi, Giuseppe	Gravimetric analysis	Total suspended matter concentration at 0.5 m depth
118	Temperature, water	Temp	°C	Zibordi, Giuseppe	CTD, Sea-Bird, SBE 19 Plus V2	Temperature of seawater at 0.5 m depth
119	Salinity	Sal		Zibordi, Giuseppe	CTD, Sea-Bird, SBE 19 Plus V2	Salinity of seawater at 0.5 m depth
120	Wind speed	ff	m/s	Zibordi, Giuseppe
121	Sea state	Sea state	code	Zibordi, Giuseppe		0-9 WMO scale
122	Cloud cover	Cloud cov	okta	Zibordi, Giuseppe	Measured according to Okta/2 standards	0-4 Octa/2

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Curation Level: Enhanced curation (CurationLevelC)

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