Radio frequency interference (RFI) is a major issue in accurate remote sensing by a
synthetic aperture radar (SAR) system, which poses a great hindrance to raw data collection …

At lower frequencies, synthetic aperture radar (SAR) images can be significantly affected by
ionospheric scintillations. This letter proposes an approach to estimate ionospheric artifacts …

Low-frequency Synthetic Aperture Radar (SAR) images are affected by trans-ionospheric
propagation of the radar waves. 2D Total Electron Content maps can be obtained as a …

This paper gives an overview of the BIOMASS DEM Product Prototype Processor
(BIODEMPP) being developed in the frame of ESA's Earth Explorer BIOMASS mission. The …

BIOMASS is new ESA Earth Explorer, scheduled for launch in 2024. It will be the first P-band
spaceborne Synthetic Aperture Radar (SAR), featuring full polarimetry, repeat pass …

At lower frequencies, synthetic aperture radar images can be significantly affected by
ionospheric scintillations. In this paper an approach that combines the Faraday rotation and …

The BIOMASS DEM Product Prototype Processor (BIO-DEMPP) is being developed in the
frame of ESA's Earth Explorer BIOMASS mission. The prototype includes a complete …

As sufficiently recognised in the literature, the quality of SAR measurements may be affected
by the propagation of the radar signals through the ionosphere. The introduced propagation …

Ionospheric scintillations occur due to electron density irregularities in the ionospheric
plasma, predominantly in low and high latitude regions. They can cause severe distortions …