With its two daily acquisitions and the possibility to obtain near-real-time data free of charge, the NASA Moderate Resolution Imaging Spectroradiometer (MODIS) shows interest- ing potential as a cost-effective supplementary tool for oil spill monitoring in the marine environment. The mechanism behind MODIS oil feature detection, as well as the type of information that might be retrieved, strictly depends on the illumination condi- tions. In the presence of sunglint contamination, MODIS can just locate the oil spill as a sea surface roughness anomaly, in similarity with radar observations, and no additional spectral information can be retrieved. MODIS detection in the absence of sunglint con- tamination however might allow extraction of oil...
Abstract The advances in technology have made it an alternative to traditional methods of monitorin...
Oil pollution at sea is one of the most critical and destructive consequences due to human activity ...
We present a methodology to detect oil spills using MODIS near-infrared sun glittered radiance image...
The NASA MODIS is an optical sensor (0.4 -14.4 µm) for the observation of land, ocean and atmosphere...
Moderate Resolution Imaging Spectroradiometer (MODIS) multispectral imagery is used for oil spills m...
Using satellite imagery to achieve an early and accurate identification of oil spills will contribut...
This project describes the effectiveness of using standard Moderate Resolution Imaging Spectroradiom...
The accidental release of oil into the oceans from tankers may have remarkable ecological impact on...
This paper focuses on the detection of oil spills using satellite information. For this research pro...
The MODIS - Aqua high-resolution imagery were exploited to detect and monitor oil spills. An evaluat...
Accidental release of crude oil into the sea due to human activity causes water pollution and heavy ...
In this dataset, we present the spectral variability of oil slicks under different observing conditi...
The MODIS - Aqua high-resolution imagery were exploited to detect and monitor oil spills. An evaluat...
Natural crude-oil seepages, together with the oil released into seawater as a consequence of oil exp...
Natural crude-oil seepages, together with the oil released into seawater as a consequence of oil exp...
Abstract The advances in technology have made it an alternative to traditional methods of monitorin...
Oil pollution at sea is one of the most critical and destructive consequences due to human activity ...
We present a methodology to detect oil spills using MODIS near-infrared sun glittered radiance image...
The NASA MODIS is an optical sensor (0.4 -14.4 µm) for the observation of land, ocean and atmosphere...
Moderate Resolution Imaging Spectroradiometer (MODIS) multispectral imagery is used for oil spills m...
Using satellite imagery to achieve an early and accurate identification of oil spills will contribut...
This project describes the effectiveness of using standard Moderate Resolution Imaging Spectroradiom...
The accidental release of oil into the oceans from tankers may have remarkable ecological impact on...
This paper focuses on the detection of oil spills using satellite information. For this research pro...
The MODIS - Aqua high-resolution imagery were exploited to detect and monitor oil spills. An evaluat...
Accidental release of crude oil into the sea due to human activity causes water pollution and heavy ...
In this dataset, we present the spectral variability of oil slicks under different observing conditi...
The MODIS - Aqua high-resolution imagery were exploited to detect and monitor oil spills. An evaluat...
Natural crude-oil seepages, together with the oil released into seawater as a consequence of oil exp...
Natural crude-oil seepages, together with the oil released into seawater as a consequence of oil exp...
Abstract The advances in technology have made it an alternative to traditional methods of monitorin...
Oil pollution at sea is one of the most critical and destructive consequences due to human activity ...
We present a methodology to detect oil spills using MODIS near-infrared sun glittered radiance image...