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. Author manuscript; available in PMC: 2019 Jan 1.
Published in final edited form as: Prog Oceanogr. 2018 Jan 6;160:186–212. doi: 10.1016/j.pocean.2018.01.001

Table 5:

A sample of recent or soon-to-launch Earth observing satellite missions capable of ocean color observations.

Mission Agency Sensor Launch Bands Nadir pixel size (m) Other Specifications
High spatial resolution missions: O(100 km) swath
Landsat-8
Landsat-9
USGS/
NASA
OLI
OLI-II
2013
2020
• 4 VIS • 30 • 16 day revisit
Sentinel 2A
Sentinel 2B
ESA MSI 2015
2017
• 4 VIS • 10 • 10 day revisit
• 5 day revisit in constellation
HySpiri NASA VSWIR TBD • UV-SWIR
• Contiguous (10 nm)
• 60 • 19 day revisit
EnMAP DLR EnMAP 2017 • UV-SWIR
• Contiguous (6.5 nm)
• 30 • 4 day revisit
Geostationary missions
Geo-Kompsat 2B KIOST GOCI-II 2019 • 1 UV
• 8 VIS
• 250 local
• 1000 global
• Geostationary over NE Asia
Medium spatial resolution missions: O(1000 km) wide swath
Sentinel 3A
Sentinel 3B
ESA OLCI 2016
2018
• 8 VIS • 300 coast
• 1000 ocean
• 4 day global coverage
• 2 day global coverage in constellation
Oceansat-3 ISRO OCM-3 2018 • 8 VIS • 360 • 2 day global coverage
Suomi-NPP
JPSS-1
NOAA/
NASA
VIIRS 2011
2017
• 5 VIS • 360 • 1 day global coverage
GCOM-C JAXA SGLI 2018 • 1 UV
• 6 VIS
• 250 coast
• 1000 ocean
• 3 angle polarimetry
• 2 day global coverage
PACE NASA OCI/
polarimter
2022 • 350–900 nm
• Contiguous (5 nm)
• 1000 • Multi-angle polarimetry
• 2 day global coverage

For comparative purposes, SeaWiFS sensor launched in 1997 had six VIS bands