The scope of this report is the occurrence of biogenic surface slicks in various parts of the ocean. The aim is to find a relation between their occurrence and the distance to the coast. Synthetic Aperture Radar images have been used for the analysis. Results show that the occurrence of surface slicks seems to be much lower in the Southern Hemisphere than in the northern. Particularly high occurrence is found in April near land in the North Sea, Mediterranean, Galapagos and Philippines.NERSC Technical Report no. 152. Funded by European Union, Project no. ENV4-CT96-0360 and Research Council of Norway, Project no. 1339722/720
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Abstract—Synthetic aperture radar (SAR) raw signal simula-tion is a powerful tool for design of oil ...
In this paper we demonstrate SAR system capability for detecting and characterizing marine surface s...
Plastics within the ocean have been found to be colonised by microorganisms that, as a by-product of...
The Synthetic Aperture Radar (SAR) system capability to detect and characterise marine surface slick...
It is known that films on the sea surface can appear due to ship pollution, river and collector drai...
Photographs of the sea surface made from satellites and high-flying airplanes throughout the world c...
Sea oil slick observation by means of synthetic aperture radar is still a scientific and operational...
Sea oil slick observation by means of synthetic aperture radar is still a scientific and operational...
In this chapter, the most promising techniques to observe oil slicks and to detect metallic targets ...
Several genera of bacteria residing on the sea surface and in the near-surface layer of the ocean ha...
International audienceThis paper is devoted to investigating the electromagnetic (EM) backscattering...
Synthetic aperture radar imaging is an effective tool for imaging the sea surface because of its res...
Plastic pollution in world oceans is estimated to have reached 270.000 tones, or 5.25 trillion piece...
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Abstract—Synthetic aperture radar (SAR) raw signal simula-tion is a powerful tool for design of oil ...
In this paper we demonstrate SAR system capability for detecting and characterizing marine surface s...
Plastics within the ocean have been found to be colonised by microorganisms that, as a by-product of...
The Synthetic Aperture Radar (SAR) system capability to detect and characterise marine surface slick...
It is known that films on the sea surface can appear due to ship pollution, river and collector drai...
Photographs of the sea surface made from satellites and high-flying airplanes throughout the world c...
Sea oil slick observation by means of synthetic aperture radar is still a scientific and operational...
Sea oil slick observation by means of synthetic aperture radar is still a scientific and operational...
In this chapter, the most promising techniques to observe oil slicks and to detect metallic targets ...
Several genera of bacteria residing on the sea surface and in the near-surface layer of the ocean ha...
International audienceThis paper is devoted to investigating the electromagnetic (EM) backscattering...
Synthetic aperture radar imaging is an effective tool for imaging the sea surface because of its res...
Plastic pollution in world oceans is estimated to have reached 270.000 tones, or 5.25 trillion piece...
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Certain genera of bacteria found in the near-surface layer of the ocean can be involved in the produ...
Abstract—Synthetic aperture radar (SAR) raw signal simula-tion is a powerful tool for design of oil ...