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Gallery, videos and animations
- Image gallery – NEW!
- Animation gallery
- Videos
Gallery
January 29, 2008
RADARSAT-2 Data and Products © MacDonald, Dettwiler and Associates Ltd. (2008) - All Rights Reserved.
This RADARSAT-2 Standard Quad-Pol image shows the northern end of the Sermilik fjord on the east coast of Greenland. The image was acquired December 18, 2007 - four days after launch and is a composite of the three radar data channels (HH, VV, HV) displayed in a red-green-blue colour scheme. The scene is ~ 25km x 50km, with 25m nominal resolution.
The Fenrisgletscher glacier - a large, slow moving valley glacier that feeds into the Sermilik fjord - is visible in the upper right corner of the image. Glaciers in this area produce large volumes of icebergs that flow out to sea.
In the fjord, variations in colour represent different types of sea ice and leads (open water). The use of polarimetric data greatly improves ice edge detection, identification of ice types and ice topography. The information provided can be used for ship navigation, and land / sea ice studies (such as the position of glacier termini to support environmental monitoring).
This image was acquired early in the RADARSAT-2 commissioning phase.
RADARSAT-2 Data and Products © MacDonald, Dettwiler and Associates Ltd. (2008) - All Rights Reserved.
In this RADARSAT-2 Fine Quad-Pol image, the community of Iqaluit can be seen on the northern shores of Koojesse inlet - an inlet of Frobisher Bay, southeast Baffin Island. The image was acquired January 7, 2008 and is a composite of the three radar data channels (HH, VV, HV) displayed in a red-green-blue colour scheme. The scene is ~25km x 28km, with 8m nominal resolution.
The Iqaluit airport runway is the dark linear feature located beside the community. For the most part, Frobisher Bay is ice-covered; however due to large tidal variations, areas of open water are visible along the shoreline as well as in the Bay. RADARSAT-2 is an excellent tool for monitoring leads and open water—providing critical information for safety and navigational needs.
The land clearly shows the striations typical of glaciated terrain. High-resolution and polarimetric responses provide information for the detailed mapping of terrain features, surface structure and variations in surface topology.
This image was acquired early in the commissioning phase.
RADARSAT-2 Data and Products © MacDonald, Dettwiler and Associates Ltd. (2008) - All Rights Reserved.
This RADARSAT-2 image of Vancouver Lower Mainland, was acquired January 6, 2008 using the Ultra-Fine beam mode, in HH polarization. The scene is ~ 20km x 36km, with 3m resolution. The city of Vancouver is visible in the upper part of the image.
The three subscenes below show the much greater information content provided by high-resolution radar imaging. The first of the three shows five cargo ships in English Bay—structural details of the cargo holds are evident. The bright return from the stern is due to the strong radar response from the superstructure of the ship.
The middle subscene shows the increased detail available of the Vancouver Airport. The thin bright line feature coming in from the right hand side of the subscene is the new rapid transit Canada Line currently under construction for the 2010 Olympics. More information can also be extracted from the airport terminal buildings and loading gates.
The right subscene shows the added detail provided by 3-metre imaging, which enables greater differentiation of the agriculture fields under different management practices and moisture conditions.
This image was acquired early in the commissioning phase, prior to any adjustment of the radar gain settings.
December 14, 2007
December 12, 2007
December 7, 2007
November 20, 2007
November 12, 2007
Testing at the David Florida Laboratory
(Photo: CSA)
Animation gallery
High resolution – (6,3 Mb)
Low resolution – (539 Kb)
Videos
High resolution – (1,0 Mb)
Low resolution – (417 Kb)
Transcription
High resolution – (19,5 Mb)
Low resolution – (1,2 Mb)
High resolution – (80,5 Mb)
Low resolution – (4,7 Mb)
High resolution – (44,3 Mb)
Low resolution – (2,3 Mb)
Congratulatory message from Jean-Yves Le Gall
The RADARSAT-2 satellite was successfully separated from the Fregat upper stage and I am very proud to share this great achievement with all of you. This success was made possible thanks to the reliable Soyuz launch vehicle whose flawless performance enabled today’s launch and today’s accomplishment clearly demonstrates our commitment toward our customers MDA and the Canadian Space Agency. So I congratulate each and everyone of you and I would like to express my sincere appreciation to MDA and to the Canadian Space Agency and to my personal friend Mr. Larry Boisvert.
