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OCEAN COLOR RETRIEVAL USING LANDSAT-8 IMAGERY IN COASTAL CASE 2 WATERS (CASE STUDY PERSIAN AND OMAN GULF)
Ocean color Landsat-8 MODIS Visible and near infrared bands Non-Linear Model
2016/12/1
Ocean color (OC) monitoring using satellite imageries provides an appropriate tool for a better understanding of marine processes and changes in the coastal environment. Radiance measurements in the r...
OCEAN COLOR PRODUCTS RETRIEVAL AND VALIDATION AROUND CHINA COAST WITH MODIS
Atmosphere Correction Sea Retrieval Algorithms Performance Satellite Optical
2015/12/28
Waters along China coast are very turbid with high concentrations of suspended sediment nearly all the time, especially at the Hangzhou Bay, the Changjiang (Yangtze) River Estuary and the shoal along ...
INVESTIGATION THE BEHAVIOR OF MODIS OCEAN COLOR PRODUCTS UNDER THE 2008 RED TIDE IN THE EASTERN PERSIAN GULF
Red Tide MODIS Ocean Color Product Chlorophyll-a Normalized Fluorescence Line Height Diffuse Attenuation Coefficient the Strait of Hormuz
2016/1/15
Biophysical properties of water undergo serious variations under red tide (RT) outbreak. During RT conditions, algal blooms spread out in the estuarine, marine and fresh waters due to different trigge...
The theme of this workshop is the state of art of ocean color remote sensing, application and the further going. There are three tentative topics: 1) regional water optical characteristics; 2) ocean c...
Ocean Color Research for Global Imager (GLI) on Advanced Earth Observation Satellite-II (ADEOS-II)
ocean color chlorophyll primary production coastal environment red tide
2010/11/23
Advanced Earth Observation Satellite-II (ADEOS-II) was launched on December 14, 2002, and it operated from April to October 2003. One of the core sensors of ADEOS-II is Global Imager (GLI) which measu...
Ocean color remote sensing of seagrass and bathymetry in the Bahamas Banks by high resolution airborne imagery
Ocean color remote sensing of seagrass bathymetry in the Bahamas Banks high resolution airborne imagery
2014/5/19
New coastal ocean remote sensing techniques permit benthic habitats to be explored with higher resolution than ever before. A mechanistic radiative transfer approach is developed that first removes th...
