Ocean wind and wave parameters can be measured by in-situ sensors such as
anemometers and buoys. Since the 1980s, X-band marine radar has evolved as one of the …

Since rain alters the histogram pattern of radar images, rain-contaminated radar data can be
identified. In this article, a support vector machine (SVM)-based method for rain detection …

In this article, an unsupervised clustering-based method for identifying rain-contaminated
and low-backscatter regions in X-band marine radar images is presented. Rain blurs the …

In this paper, we study the retrieval of wind information from nautical X-band radar data. In
contrast to previous studies, where data from stationary research platforms were used, this …

Significant wave height is one of the most important parameters for characterizing ocean
waves and essential for coastal protection, shipping, as well as off shore industry operations …

Mapping the morphology of intertidal areas is a logistically challenging, time consuming and
expensive task due to their large expanse and difficulties associated with access. A …

Marine radars are increasingly popular for monitoring meteorological and oceanographic
parameters such as ocean surface wind, waves and currents as well as bathymetry and …

Abstract In February 2020, a 120‐km‐wide freshwater plume was documented by satellite
and in situ observations near the Demerara Rise (7° N/54° W‐56° W). It was initially stratified …

The strength of the surface wave signal in marine X-band radar (MR) images strongly
depends on range and azimuth (ie, the angle between antenna look and peak wave …

Retrieving spectral wave parameters such as the peak wave direction and wave period from
marine radar backscatter intensity is very well developed. However, the retrieval of …