Deliverable 6.23 describes the work done mainly at the University of Bremen on satellite remote sensing of sea ice parameters and of total water vapor in the Arctic using microwave imagers (AMSR-E, AMSR2) and sounders (AMSU-B, MHS), i.e.,work done in WP6 with links to data delivered through WP2. We present and assess the data that have been prepared, improved,and exploited during the INTAROS project. This refers to data characterization, making the data accessible, creating new datasets, extended the time series from satellites. This also includes data further developed in the framework of overlapping projects but not made available before INTAROS. This document focus on how existing observations and data products can enhance the existing...
ABSTRACT: Passive microwave radiometers onboard satellite can penetrate clouds and can monitor the g...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
Water vapor is an important component in the water and energy cycle of the Arctic. Especially in lig...
This report describes the work done at Ifremer on satellite remote sensing over sea ice using differ...
The overall goal of IMSI is to explore and test methods for use of new satellite earth observation d...
Sea ice monitoring by polar orbiting satellites has been developed over more than four decades and i...
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 ...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
This report presents a selection of data products from existing ocean and sea ice measurements under...
The objective of the MAIRES project is to develop methodologies for satellite monitoring of Arctic g...
The appearance of spurious sea ice concentration (SSIC) areas in sea ice concentration (SIC) product...
field measurement, validation A multidisciplinary, multi-institution team of scientists has been wor...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
ABSTRACT: Passive microwave radiometers onboard satellite can penetrate clouds and can monitor the g...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
Water vapor is an important component in the water and energy cycle of the Arctic. Especially in lig...
This report describes the work done at Ifremer on satellite remote sensing over sea ice using differ...
The overall goal of IMSI is to explore and test methods for use of new satellite earth observation d...
Sea ice monitoring by polar orbiting satellites has been developed over more than four decades and i...
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 ...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
This report presents a selection of data products from existing ocean and sea ice measurements under...
The objective of the MAIRES project is to develop methodologies for satellite monitoring of Arctic g...
The appearance of spurious sea ice concentration (SSIC) areas in sea ice concentration (SIC) product...
field measurement, validation A multidisciplinary, multi-institution team of scientists has been wor...
The sea ice concentration product from the University of Bremen, Institute of Environmental Physics ...
ABSTRACT: Passive microwave radiometers onboard satellite can penetrate clouds and can monitor the g...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
Water vapor is an important component in the water and energy cycle of the Arctic. Especially in lig...