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Valente, André; Sathyendranath, Shubha; Brotas, Vanda; Groom, Steve; Grant, Michael; Taberner, Malcolm; Antoine, David; Arnone, Robert; Balch, William M; Barker, Kathryn; Barlow, Raymond G; Bélanger, Simon; Berthon, Jean-François; Besiktepe, Sukru; Brando, Vittorio E; Canuti, Elisabetta; Chavez, Francisco P; Claustre, Hervé; Crout, Richard; Frouin, Robert; García-Soto, Carlos; Gibb, Stuart W; Gould, Richard; Hooker, Stanford B; Kahru, Mati; Klein, Holger; Kratzer, Susanne; Loisel, Hubert; McKee, David; Mitchell, Brian G; Moisan, Tiffany; Muller-Karger, Frank E; O'Dowd, Leonie; Ondrusek, Michael; Poulton, Alex J; Repecaud, Michel; Smyth, Timothy J; Sosik, Heidi; Twardowski, Michael S; Voss, Kenneth; Werdell, P Jeremy; Wernand, Marcel Robert; Zibordi, Giuseppe (2019): Remote sensing reflectance aggregated within +/-2 nm of SeaWiFS, MODIS-AQUA, VIIRS, OLCI and MERIS bands [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.898195, In: Valente, A et al. (2019): A compilation of global bio-optical in situ data for ocean-colour satellite applications - version two [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.898188

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Coverage:
Median Latitude: 38.980833 * Median Longitude: -23.961699 * South-bound Latitude: -77.148300 * West-bound Longitude: -179.955000 * North-bound Latitude: 79.690000 * East-bound Longitude: 179.907000
Date/Time Start: 1997-01-02T12:48:00 * Date/Time End: 2018-11-26T00:25:00
Minimum DEPTH, water: m * Maximum DEPTH, water: 7727 m
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1IdentificationIDidx
2DATE/TIMEDate/TimeGeocode
3LATITUDELatitudeGeocode
4LONGITUDELongitudeGeocode
5Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER1
6WavelengthLambdanmassigned to MER1
7Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER2
8WavelengthLambdanmassigned to MER2
9Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER3
10WavelengthLambdanmassigned to MER3
11Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER4
12WavelengthLambdanmassigned to MER4
13Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER5
14WavelengthLambdanmassigned to MER5
15Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER6
16WavelengthLambdanmassigned to MER6
17Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER7
18WavelengthLambdanmassigned to MER7
19Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER8
20WavelengthLambdanmassigned to MER8
21Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER9
22WavelengthLambdanmassigned to MER9
23Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER10
24WavelengthLambdanmassigned to MER10
25Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER11
26WavelengthLambdanmassigned to MER11
27Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MERIS band MER12
28WavelengthLambdanmassigned to MER12
29Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD1
30WavelengthLambdanmassigned to MOD1
31Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD2
32WavelengthLambdanmassigned to MOD2
33Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD3
34WavelengthLambdanmassigned to MOD3
35Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD4
36WavelengthLambdanmassigned to MOD4
37Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD5
38WavelengthLambdanmassigned to MOD5
39Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD6
40WavelengthLambdanmassigned to MOD6
41Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD7
42WavelengthLambdanmassigned to MOD7
43Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of MODIS-AQUA band MOD9
44WavelengthLambdanmassigned to MOD9
45Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS1
46WavelengthLambdanmassigned to SWS1
47Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS2
48WavelengthLambdanmassigned to SWS2
49Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS3
50WavelengthLambdanmassigned to SWS3
51Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS4
52WavelengthLambdanmassigned to SWS4
53Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS5
54WavelengthLambdanmassigned to SWS5
55Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS6
56WavelengthLambdanmassigned to SWS6
57Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of SeaWiFS band SWS8
58WavelengthLambdanmassigned to SWS8
59Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of VIIRS band VIR1
60WavelengthLambdanmassigned to VIR1
61Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of VIIRS band VIR2
62WavelengthLambdanmassigned to VIR2
63Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of VIIRS band VIR3
64WavelengthLambdanmassigned to VIR3
65Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of VIIRS band VIR4
66WavelengthLambdanmassigned to VIR4
67Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of VIIRS band VIR5
68WavelengthLambdanmassigned to VIR5
69Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC1
70WavelengthLambdanmassigned to OLC1
71Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC2
72WavelengthLambdanmassigned to OLC2
73Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC3
74WavelengthLambdanmassigned to OLC3
75Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC4
76WavelengthLambdanmassigned to OLC4
77Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC5
78WavelengthLambdanmassigned to OLC5
79Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC6
80WavelengthLambdanmassigned to OLC6
81Remote sensing reflectance at given wavelengthRRS1/srat +-2nm of OLCI band OLC7
82WavelengthLambdanmassigned to OLC7
83DEPTH, waterDepth watermGeocode – water depth from ETOPO1, if >0 was given the value 0
84CommentCommentdataset
85CommentCommentsubdataset
86CommentCommentcontributor
Size:
2137110 data points

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