Lake ice provides important social and economic services to local communities, in addition
to being a sensitive indicator of climate change. The reduction of ground observations of …

Recent investigations using polarimetric decomposition and numerical models have helped
to improve the understanding of how radar signals interact with lake ice. However, further …

A novel sensor fusion algorithm for retrieving the freeze/thaw (f/t) state from scatterometer
data is presented: It is based on a probabilistic model, which is a variant of the Hidden …

On the basis of weather observations and field measurements of lake ice, this study
investigates multi-temporal C-band VV-polarized radar backscattering values from the …

The Antarctic continent is an extremely suitable environment for the application of remote
sensing technology as it is one of the harshest places on earth. Satellite images of the …

In this study, an inverse microwave scattering model for sea ice has been developed for the
purpose of sea ice thickness retrieval using radar backscatter data. The model is loosely …

The backscattering cross section of cylindrical and elliptical disk-shaped scatterers was
investigated in this study, utilising a new numerical solution method called the relaxed …

The study of earth terrain in Antarctica is important as this region has a direct impact on
global environment and weather condition. There have been many research works in …

Previously, an inverse microwave scattering model based on radiative transfer was
developed for the retrieval of sea ice thickness using radar backscatter data. The model …

Remote sensing has been used in Antarctic studies as an earth observation technique to
study the polar region. A remote sensing forward model is an important tool in polar …