The sea ice concentration product from the University of Bremen, Institute of Environmental Physics (IUP), is being retrieved with the ARTIST Sea Ice (ASI) algorithm, applied to microwave radiometer data of the sensor AMSR2 (Advanced Microwave Scanning Radiometer 2) on the JAXA satellite GCOM-W1. The data are gridded on a polar stereographic grid (EPSG code 3411, Arctic) with 6.25 km grid resolution. The ASI algorithm was first implemented at IUP in 2002 for data of the sensor AMSR-E (Advanced Microwave Scanning Radiometer for EOS) on the NASA satellite Aqua (see the dataset of sea ice concentration from AMSR-E). Sea ice concentration data have been continuously produced since then, using AMSR-E data from 2002 until 2011, and AMSR2 data s...
A daily sea ice concentration (SIC) product in the Arctic, derived from the brightness temperature (...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
An improved method to estimate sea ice concentration from 89 GHz brightness temperature data. Purpo...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
An operation implementation of a passive microwave sea ice concentration algorithm to support NOAA's...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
Sea ice estimates from AMSR2 are intercalibrated with AMSR-E fields through a two-step process. Firs...
Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has been ...
The appearance of spurious sea ice concentration (SSIC) areas in sea ice concentration (SIC) product...
Sea ice concentrations based on AMSR-E 89GHz data are unprecedented in combining data timeliness (ab...
An Arctic and Antarctic sea ice area and extent dataset has been generated by EUMETSAT's Ocean and S...
An Arctic and Antarctic sea ice area and extent dataset has been generated by EUMETSAT's Ocean and S...
This sea ice concentration dataset (SIC) was derived from the re-calibrated brightness temperature o...
A daily sea ice concentration (SIC) product in the Arctic, derived from the brightness temperature (...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
An improved method to estimate sea ice concentration from 89 GHz brightness temperature data. Purpo...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
An operation implementation of a passive microwave sea ice concentration algorithm to support NOAA's...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
Sea ice estimates from AMSR2 are intercalibrated with AMSR-E fields through a two-step process. Firs...
Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has been ...
The appearance of spurious sea ice concentration (SSIC) areas in sea ice concentration (SIC) product...
Sea ice concentrations based on AMSR-E 89GHz data are unprecedented in combining data timeliness (ab...
An Arctic and Antarctic sea ice area and extent dataset has been generated by EUMETSAT's Ocean and S...
An Arctic and Antarctic sea ice area and extent dataset has been generated by EUMETSAT's Ocean and S...
This sea ice concentration dataset (SIC) was derived from the re-calibrated brightness temperature o...
A daily sea ice concentration (SIC) product in the Arctic, derived from the brightness temperature (...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
An improved method to estimate sea ice concentration from 89 GHz brightness temperature data. Purpo...