It is argued that there would be broad scientific benefit in establishing in Alaska an imaging radar receiving station that would collect data from the European Space Agency's Remote Sensing Satellite, ERS-1. This station would acquire imagery of the ice cover from the American territorial waters of the Beaufort, Chukchi, and Bering Seas. This station, in conjunction with similar stations proposed for Kiruna, Sweden, and Prince Albert, Canada would provide synoptic coverage of nearly the entire Arctic. The value of such coverage to aspects of oceanography, geology, glaciology, and botany is considered
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The main objectives of the research are: to increase the understanding of biological production (and...
The science plan for the Alaska SAR Facility (ASF) focuses on earth surface characteristics that are...
ABSTRACT. Imaging radars have been in use in the Canadian Arctic for over 20 years. Initially the us...
The application of spaceborne imaging radar data to polar oceanography and sea ice is explored. Seve...
The worldwide focus on our changing environment has led to an increased need to observe and characte...
By virtue of the Synthetic Aperture Radar (SAR's) imaging capabilities, such as all-weather imaging,...
Sea ice is of fundamental importance in weather, climate and other geophysical processes. It is also...
The application of remote sensors for obtaining geophysical information of the Arctic regions is dis...
Success is reported in the radar monitoring of such features of sea ice as concentration, floe size,...
The worldwide focus on our changing environment has led to an increased need to observe and characte...
Potential research applications of satellite data over the terrestrial ice sheets of Greenland and A...
The author has identified the following significant results. Methods of detecting ice and for distin...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The main objectives of the research are: to increase the understanding of biological production (and...
The science plan for the Alaska SAR Facility (ASF) focuses on earth surface characteristics that are...
ABSTRACT. Imaging radars have been in use in the Canadian Arctic for over 20 years. Initially the us...
The application of spaceborne imaging radar data to polar oceanography and sea ice is explored. Seve...
The worldwide focus on our changing environment has led to an increased need to observe and characte...
By virtue of the Synthetic Aperture Radar (SAR's) imaging capabilities, such as all-weather imaging,...
Sea ice is of fundamental importance in weather, climate and other geophysical processes. It is also...
The application of remote sensors for obtaining geophysical information of the Arctic regions is dis...
Success is reported in the radar monitoring of such features of sea ice as concentration, floe size,...
The worldwide focus on our changing environment has led to an increased need to observe and characte...
Potential research applications of satellite data over the terrestrial ice sheets of Greenland and A...
The author has identified the following significant results. Methods of detecting ice and for distin...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The objective of the study has been to assess capabilities and limitations of new earth observation ...
The main objectives of the research are: to increase the understanding of biological production (and...