Goci
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Korea Ocean Satellite Center
WEBJun 27, 2010 · The Korea Ocean Satellite Center of the Korea Institute of Ocean Science & Technology, which is a major organization of goci, provides marine environment information in real time by using the goci data.
Kosc.kiost.ac.krGeostationary Ocean Color Imager - Wikipedia
WEBGeostationary Ocean Color Imager (goci, / ɡɔːθi / ), is the world's first geostationary orbit satellite image sensor in order to observe or monitor an ocean-color around the Korean Peninsula [1] [2]. The spatial resolution of goci is about 500m and the range of target area is about 2,500 km×2,500 km centered on Korean Peninsula.
En.wikipedia.orgGOCI - IOCCG
WEBgoci is the first ocean colour sensor to be launched in a geostationary orbit. The major advantage of a geostationary orbit for ocean-colour studies is better temporal coverage. goci has a revisit time of around 1 hour and can readily monitor tidal effetcs, the movement of dust and sea fog as well as development of forest fires and typhoons.
Ioccg.orgNASA Ocean Color
WEBThe Geostationary Ocean Color Imager (goci) is one of the three payloads onboard the Korean spacecraft Communication, Ocean and Meteorological Satellite (COMS). It acquires data in 8 spectral bands (6 visible, 2 NIR) with a spatial resolution of …
Oceancolor.gsfc.nasa.govGOCI-II - IOCCG
WEBFeb 18, 2020 · goci-II. Satellite Data. goci-II data (pre-processing standard data, Level 1) can be down loaded from the Korea Hydrographic and Oceanographic Agency (KHOA) at: http://www.khoa.go.kr/nosc/intro/noticeList.do. KHOA plans to integrate marine data, e.g., distribution of Sargassum horneri into map-based services and continue to expand the …
Ioccg.orgGOCI - an overview | ScienceDirect Topics
WEBgoci is the world's first ocean color observation satellite placed in a geostationary orbit (Table 9.1). It was launched in June 2010 for near real-time monitoring of marine environments in northeast Asia with a high spatial resolution (500 m) and a very high temporal resolution (1 h, eight times per day from 08:15 to 15:45 local time, UTC+8
Sciencedirect.comOcean-Colour Sensors > GOCI - IOCCG
WEBgoci is the first ocean colour sensor to be launched in a geostationary orbit. The major advantage of a geostationary orbit for ocean-colour studies is better temporal coverage. goci has a revisit time of around 1 hour and can readily monitor tidal effetcs, the movement of dust and sea fog as well as development of forest fires and typhoons.
Ioccg.orgGOCI true-color images - NASA
WEBMar 27, 2021 · Select a date range. Start date Number of days Local Times; 9 10 11 12 13 14 15 16; Sat 27 Mar 2021: Sun 28 Mar 2021: Mon 29 Mar 2021
Oceancolor.gsfc.nasa.govNASA Ocean Color
WEBFind Data. Use Data. TOOLS. SeaBASS. SeaDAS. Giovanni Data Visualizer. Worldview Mapping Interface. Level 3 Time Series Plotter. Request a SeaHawk Image.
Oceancolor.gsfc.nasa.govIntroduction to the second Geostationary Ocean Color Imager (GOCI …
WEBAs the succeeder of the Geostationay Ocean Color Imager (goci), the world first geostationary ocean monitoring satellite, the second goci (goci-II) will be launched in 2020. goci-II has 12 narrow bands of 380~865nm center wavelength for earth observation and an broadband band for star observation.
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