Lake ice, serving as a sensitive indicator of climate change, is an important regulator of
regional hydroclimate and lake ecosystems. For ice-covered lakes, traditional satellite …

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 …

This paper presents the first results of sea ice detection using the data of Ka-and Ku-band
radars at low incidence angles. A classification method based on an unsupervised K-means …

Two-dimensional wave spectra describe the distribution of wave energy in terms of
frequency and direction. For unimodal seas (ie, single peaked), wave spectra can describe …

Orbital radars are used to monitor the state of the sea ice in the Arctic and Antarctic. The
backscattering radar cross section (RCS) is used to determine the type of scattering surface …

The method for sea ice detection using the data from the Dual-frequency Precipitation Radar
(DPR) onboard the Global Precipitation Measurement (GPM) satellite data is suggested. The …

Since 2018, for the first time, space measurements of colocated wind vectors and wave
spectral characteristics are available thanks to the French/Chinese CFOSAT mission, which …

For the first time, co-located wind vectors and wave spectral characteristics are available
thanks to the French/Chinese CFOSAT mission, which includes a wind scatterometer SCAT …

Microwave radars are used to classify the type of reflective surface, and usually the power or
spectral characteristics of the reflected signal are analyzed as an information parameter. In …

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 …