Coastal inundation has recently started to require significant attention worldwide. The
increasing frequency and intensity of extreme events (sea storms, tsunami waves) are highly …

This article investigates the capabilities of 24 GHz frequency-modulated continuous-wave
(FMCW) multiple-input–multiple-output (MIMO) radar technology to retrieve sea surface …

A wavelet based method for bathymetry retrieval from X-band radar images is proposed. The
method combines traditional Fast Fourier Transform techniques for retrieving peak …

In the context of the sea state monitoring by means of the X-band marine radar, the
estimation of a significant wave height (H s) is, currently, one of the most challenging tasks …

Marine X-band radar has been suggested to be capable of monitoring significant wave
heights in both offshore and open sea areas. In contrast to studies on offshore radar …

Observations of microwave backscatter from shoaling and breaking surface waves acquired
with a shore-based, coherent-on-receive X-band marine radar are presented. The radar was …

Rip currents are fast offshore currents generated during the breaking process of waves
propagating nearshore, posing a potential life safety threat to coastal bathers. This study …

This paper provides an assessment of a 24 GHz multiple-input multiple-output radar as a
remote sensing tool to retrieve bathymetric maps in coastal areas. The reconstruction …

The skills of the Normalized Scalar Product (NSP) strategy, commonly used to estimate the
wave field, as well as bathymetry and sea-surface current, from X-band radar images, are …

This paper presents a novel algorithm based on the attenuation horizontal component for
wind direction retrieval from X-band marine radar images. The range dependence of radar …