The accuracy of geophysical retrievals from radiometers relies on calibration quality,
encompassing both absolute radiometric accuracy and spectral consistency. Radiometers …

An ultra-wideband radiometer has been developed to measure subsurface properties of the
cryosphere including ice sheets and sea ice. The radiometer measures brightness …

It has been over ten years since the successful launch of the first-ever dedicated satellite for
global soil moisture monitoring; Soil Moisture and Ocean Salinity (SMOS). Looking towards …

Arctic sea-ice thickness and salinity retrievals are simulated to explore the performance of
nadir-observing microwave radiometry operating with up to 16 frequency channels in the 0.5 …

An ultrawideband radiometer was used to measure microwave brightness temperature
spectra over Arctic sea ice in the Lincoln Sea near the north coast of Greenland. Spectra …

A ground-based ultra-wideband radiometer operating at 540, 900, 1380, and 1740 MHz was
used to measure microwave thermal emissions from an Arctic sea ice floe as part of the …

This letter discusses the retrieval of important thermal and physical properties of the
Antarctic firn via spaceborne microwave radiometry focusing on the Concordia station …

Recent studies have demonstrated that wideband microwave radiometers provide
significant potential for profiling important subsurface polar firn characteristics necessary to …

Reported radiometric measurements indicate that incoherent and coherent radiative transfer
processes characterize the microwave emission features of layered irregular and …

In this paper, a revised version of a previously introduced radio frequency interference (RFI)
detection technique based on a Support Vector Machine (SVM) algorithm is discussed and …