In this paper, we compare satellite-borne Cand X-band synthetic aperture radar (SAR) data
for marine oil spill observation. During large-scale oil-on-water exercises in the North Sea …

Oils floating on the sea surface can be observed as “dark” patches on radar images since
the backscattered signals from the contaminated area are reduced in two dominant ways …

In this paper, we present the experimental setup and data collection during the Norwegian
Radar oil Spill Experiment 2015, followed by a comparison of a subset of the multisensory …

The purpose of this study is to investigate the effects of the wind drift factor under strong tidal
conditions in the western coastal area of Korea on the movement of oil slicks caused by the …

The damping ratio has recently been used to indicate the relative internal oil thickness within
oil slicks observed in synthetic aperture radar (SAR) imagery. However, there exists no well …

In this study, sea surface scattering with and without surfactants is predicted using the two-
scale boundary perturbation model (BPM) and the advanced integral equation model (AIEM) …

The aim of this work is to study the impacts of the oil spills on the electromagnetic scattering
of the ocean surfaces in bistatic and monostatic configurations. Therefore, in this paper, we …

This study investigated the spatial and temporal variations of two groups of oil slicks with
similar features that were observed in the North Sea by spaceborne synthetic aperture radar …

Modeling electromagnetic propagation in the maritime environment is a key element in
calibrating detection tools, for example in SAR imaging. This article presents a method to …

This paper presents a technique for tracking of oil slicks movement using synthetic aperture
radar (SAR) and external force data with optimal coefficients. The detected oil from the SAR …