Direct sensing of total ocean surface currents with microwave Doppler signals is a growing
topic of interest for oceanography, with relevance to several new ocean mission concepts …

Multi-year field measurements of sea surface Ka-band dual-co-polarized (vertical transmit–
receive polarization (VV) and horizontal transmit–receive polarization (HH)) radar Doppler …

Doppler radars at all incidence angles measure mean velocities and spreads that have
complex relations to oceanic motions, with opportunities to measure winds, waves, and …

In the radar remote sensing of sea ice, the main informative parameter is the backscattering
radar cross section (RCS), which does not always make it possible to unambiguously …

Field-tower-based observations were used to estimate the Doppler velocity of deep water
plunging breaking waves. About 1000 breaking wave events observed by a synchronized …

This paper extends the results of a previous work by combining hydrodynamic and
electromagnetic analytical models for the simulation of the ocean Doppler spectrum at …

Abstract Ocean surface radial Doppler Velocity (DV) signatures of Tropical Cyclones (TC) at
moderate incidence angles are analyzed using a semi-empirical DV model. This model …

Because the ship wake spreads into an area much larger than that of the ship hull in the sea
surface, it has been widely used in the ship detection. However, due to the complex sea …

Surface currents are poorly known over most of the world's oceans. Satellite-borne Doppler
wave and current scatterometers (DWaCSs) are among the proposed techniques to fill this …

We investigate some temporal properties of the microwave backscattered field from the sea
surface at low incidence, namely, the decorrelation time and the Doppler shift distribution …