Background Lately substantial advance has been attained on remote sensing methods for the inherent optical properties (IOPs) and applications of IOPs in ecosystem models. Their detailed description summarizes in [IOCCG, 2006]. Below the short description of remote sensing method for the Black Sea IOPs has been done. This method allows retrieving extended set of IOPs and recognizing the regional optical properties of the seawater
International audienceDuring the INSEA project the potential positive role that remote sensing produ...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
In the frame of "ocean colour" remote sensing, the European Seas can be considered optically complex...
Ocean color observation by satellite provide the data needed to quantify optically active constituen...
Optical remote sensing offers a wide range of possibilities for the large-scale, long-term assessmen...
The PML IOP model is a fully analytical approach based on simultaneously solving the remote sensing ...
The results of the earlier optical studies together with the recent measurements carried out within ...
This research program was a collaborative effort to investigate the impact of rapid changes in the w...
Optical properties of the seas surrounding Turkey (i.e. Mediterranean Sea, Black Sea and Aegean Sea)...
In 2005 the Marine Board - ESF established a Working Group (consisting of nominated experts) on remo...
Ocean color measured from satellites provides daily global, synoptic views of spectral water-leaving...
The performance of NASA's OC2 and OC4 algorithms to estimate chlorophyll-a concentrations from SeaWi...
Ocean color measured from satellites provides daily global, synoptic views of spectral water-leaving...
Ocean colour remote sensing (OCRS) from satellite platforms has revolutionised our ability to monito...
The spatial dynamics of coastal and inland regions are highly variable and monitoring these waters w...
International audienceDuring the INSEA project the potential positive role that remote sensing produ...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
In the frame of "ocean colour" remote sensing, the European Seas can be considered optically complex...
Ocean color observation by satellite provide the data needed to quantify optically active constituen...
Optical remote sensing offers a wide range of possibilities for the large-scale, long-term assessmen...
The PML IOP model is a fully analytical approach based on simultaneously solving the remote sensing ...
The results of the earlier optical studies together with the recent measurements carried out within ...
This research program was a collaborative effort to investigate the impact of rapid changes in the w...
Optical properties of the seas surrounding Turkey (i.e. Mediterranean Sea, Black Sea and Aegean Sea)...
In 2005 the Marine Board - ESF established a Working Group (consisting of nominated experts) on remo...
Ocean color measured from satellites provides daily global, synoptic views of spectral water-leaving...
The performance of NASA's OC2 and OC4 algorithms to estimate chlorophyll-a concentrations from SeaWi...
Ocean color measured from satellites provides daily global, synoptic views of spectral water-leaving...
Ocean colour remote sensing (OCRS) from satellite platforms has revolutionised our ability to monito...
The spatial dynamics of coastal and inland regions are highly variable and monitoring these waters w...
International audienceDuring the INSEA project the potential positive role that remote sensing produ...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
In the frame of "ocean colour" remote sensing, the European Seas can be considered optically complex...
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