Sea ice concentration has been retrieved in polar regions with satellite microwave
radiometers for over 30 years. However, the question remains as to what is an optimal sea …

The surface temperature is one of the main parameters for assessing climate change.
Temperature change is most pronounced in the Arctic, and therefore, it is crucial to …

Going to Extremes: Installing the World’s Highest Weather Stations on Mount Everest in:
Bulletin of the American Meteorological Society Volume 101 Issue 11 (2020) Jump to …

Sea ice thickness information is important for sea ice modelling and ship operations. Here a
method to detect the thickness of sea ice up to 50 cm during the freeze-up season based on …

Mapping sea ice concentration (SIC) and understanding sea ice properties and variability is
important, especially today with the recent Arctic sea ice decline. Moreover, accurate …

Monitoring surface and atmospheric parameters—like water vapor—is challenging in the
Arctic, despite the daily Arctic‐wide coverage of spaceborne microwave radiometer data …

The simulation of Antarctic sea ice in global climate models often does not agree with
observations. In this study, we examine the compactness of sea ice, as well as the regional …

Polarized emissivities of the sea ice over the Arctic were retrieved at Advanced Microwave
Scanning Radiometer–EOS 10.65, 18.7, 23.8, and 36.5 GHz channel frequencies. Results …

Using L-band microwave radiative transfer theory to retrieve ice and snow parameters is one
of the focuses of Arctic research. At present, due to limitations of frequency and substrates …

Sea ice concentration has been measured globally with satellite microwave radiometers for
over 30 years. However there is still a need for better understanding of corresponding …