The overall goal of IMSI is to explore and test methods for use of new satellite earth observation data in sea ice monitoring and improve the utilisation of these observations in a wider user community. To reach these objectives IMSI consists of four major tasks: 1. Study of user requirements to define which new satellite products should be developed for use in ice monitoring. 2. Development of new ice products, derived from EO data covering three spatial scales: global scale, regional scale and local scale. The data used are synthetic aperture radar (SAR), passive microwave, scatterometer and side-looking radar (SLR) data. The products are developed for the Northern Sea Route, the Baltic Sea region, the Greenland waters, and for the whol...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
Abstract. Advances in satellite remote sensing of sea ice and icebergs in Arctic regions are describ...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
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 overall objective is to study the feasibility and cost benefits of using satellite data in opera...
AbstractWe present an evaluation of the Interactive Multisensor Snow and Ice Mapping System (IMS) fo...
This report provides a brief overview of sea ice monitoring and forecasting systems, both establishe...
This report describes the work done at Ifremer on satellite remote sensing over sea ice using differ...
The AMSR-E sea ice concentration product with the spatial resolution of 6.25km is the finest publish...
International audienceA new methodology has been described in Kilic et al. [1] (Part 1 of this study...
The objective of the MAIRES project is to develop methodologies for satellite monitoring of Arctic g...
ABSTRACT: Passive microwave radiometers onboard satellite can penetrate clouds and can monitor the g...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
Sea ice concentration can be retrieved from passive microwave data using the NASA Team algorithm or ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
Abstract. Advances in satellite remote sensing of sea ice and icebergs in Arctic regions are describ...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...
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 overall objective is to study the feasibility and cost benefits of using satellite data in opera...
AbstractWe present an evaluation of the Interactive Multisensor Snow and Ice Mapping System (IMS) fo...
This report provides a brief overview of sea ice monitoring and forecasting systems, both establishe...
This report describes the work done at Ifremer on satellite remote sensing over sea ice using differ...
The AMSR-E sea ice concentration product with the spatial resolution of 6.25km is the finest publish...
International audienceA new methodology has been described in Kilic et al. [1] (Part 1 of this study...
The objective of the MAIRES project is to develop methodologies for satellite monitoring of Arctic g...
ABSTRACT: Passive microwave radiometers onboard satellite can penetrate clouds and can monitor the g...
[1] Recent progress in sea ice concentration remote sensing by satellite microwave radiometers has b...
Sea ice concentration can be retrieved from passive microwave data using the NASA Team algorithm or ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
Abstract. Advances in satellite remote sensing of sea ice and icebergs in Arctic regions are describ...
on-board GCOM-W1 satellite. The antenna diameter of AMSR2 is 2.0m which provide highest spatial reso...