1
RADARSAT-2: Keeping an eye on Earth
RADARSAT-2: Keeping an eye on Earth
DATE: 2015/02/20::
2
RADARSAT 2  Keeping an eye on Earth online video cutter com
RADARSAT 2 Keeping an eye on Earth online video cutter com
DATE: 2015/01/04::
3
Stereo DEM Extraction from SAR imagery - RADARSAT-2 (Part 2)
Stereo DEM Extraction from SAR imagery - RADARSAT-2 (Part 2)
DATE: 2014/08/22::
4
RADARSAT 2
RADARSAT 2
DATE: 2010/09/21::
5
Radarsat 2 Litmus test NAFTA SPP
Radarsat 2 Litmus test NAFTA SPP
DATE: 2008/04/06::
6
Stereo DEM Extraction from SAR imagery - RADARSAT-2 (Part 1)
Stereo DEM Extraction from SAR imagery - RADARSAT-2 (Part 1)
DATE: 2014/08/22::
7
Working with RADARSAT-2 in Geomatica Discover
Working with RADARSAT-2 in Geomatica Discover
DATE: 2013/12/12::
8
RADARSAT-2 : Garder un œil sur la Terre
RADARSAT-2 : Garder un œil sur la Terre
DATE: 2015/02/20::
9
Habib Mazaheri - Soil moisture estimation using polarimetric Radarsat-2 data
Habib Mazaheri - Soil moisture estimation using polarimetric Radarsat-2 data
DATE: 2014/09/04::
10
Working with RADARSAT- 2 Data in Geomatica Discover
Working with RADARSAT- 2 Data in Geomatica Discover
DATE: 2013/12/29::
11
Launch of Canadian radiolocating SC Radarsat-2 14.12.2007.mpg
Launch of Canadian radiolocating SC Radarsat-2 14.12.2007.mpg
DATE: 2012/10/26::
12
Accès et Utilisation de RADARSAT-2
Accès et Utilisation de RADARSAT-2
DATE: 2012/01/28::
13
Запуск Radarsat 2
Запуск Radarsat 2
DATE: 2007/12/14::
14
Radarsat-2 SlewPlan 2 (SaVoir)
Radarsat-2 SlewPlan 2 (SaVoir)
DATE: 2010/02/24::
15
Radarsat-2 Slew Plan (SaVoir)
Radarsat-2 Slew Plan (SaVoir)
DATE: 2010/02/23::
16
NDP: Peggy Nash on RADARSAT 2
NDP: Peggy Nash on RADARSAT 2
DATE: 2008/05/07::
17
RadarSat
RadarSat
DATE: 2008/08/29::
18
Performing SAR Polarimetric Analyses in Geomatica
Performing SAR Polarimetric Analyses in Geomatica
DATE: 2014/07/22::
19
NPD: Paul Dewar on RADARSAT (part 2)
NPD: Paul Dewar on RADARSAT (part 2)
DATE: 2008/05/08::
20
Automated Change Detection with Geomatica and SAR Imagery (Part 1)
Automated Change Detection with Geomatica and SAR Imagery (Part 1)
DATE: 2015/04/13::
21
NDP:Peggy Nash on RADARSAT (part 2)
NDP:Peggy Nash on RADARSAT (part 2)
DATE: 2008/05/08::
22
Geomatica Tutorial - 2CMV (Two color multi view)
Geomatica Tutorial - 2CMV (Two color multi view)
DATE: 2012/02/17::
23
Compensation des effets cardinaux sur les images SAR portant sur le milieu urbain
Compensation des effets cardinaux sur les images SAR portant sur le milieu urbain
DATE: 2012/01/28::
24
SAR for Military Demo - Shawn Melamed PCI/MDA Webinar Jan 12, 2012
SAR for Military Demo - Shawn Melamed PCI/MDA Webinar Jan 12, 2012
DATE: 2013/08/02::
25
flood bangkok.wmv
flood bangkok.wmv
DATE: 2011/10/18::
26
NDP:Peggy Nash on RADARSAT
NDP:Peggy Nash on RADARSAT
DATE: 2008/05/08::
27
Compusult - CEOCat Demonstration
Compusult - CEOCat Demonstration
DATE: 2011/05/19::
28
CTV TV - Prentice blocks MDA sale to ATK
CTV TV - Prentice blocks MDA sale to ATK
DATE: 2008/04/12::
29
PCI Geomatics: Monterey Cross Flooding/SAR Demonstration
PCI Geomatics: Monterey Cross Flooding/SAR Demonstration
DATE: 2009/08/03::
30
Automated Change Detection with Geomatica and SAR Imagery (Part 3)
Automated Change Detection with Geomatica and SAR Imagery (Part 3)
DATE: 2015/04/13::
31
Direct Downlink (SaVoir)
Direct Downlink (SaVoir)
DATE: 2012/05/13::
32
Glacier surge: Austfonna, Svalbard (satellite image timelapse)
Glacier surge: Austfonna, Svalbard (satellite image timelapse)
DATE: 2014/06/19::
33
Deepwater Horizon: Spill Analysis
Deepwater Horizon: Spill Analysis
DATE: 2010/05/10::
34
The Planned Sale of Canadian Space Firm
The Planned Sale of Canadian Space Firm
DATE: 2008/04/30::
35
Contribution de l
Contribution de l'imagerie satellitale à haute résolution à la foresterie urbaine
DATE: 2012/01/28::
36
Station SEAS-OI
Station SEAS-OI
DATE: 2013/08/28::
37
Time Lapse Video of Gulf Oil Slick Spreading Through Gulf
Time Lapse Video of Gulf Oil Slick Spreading Through Gulf
DATE: 2010/08/02::
38
Canada
Canada's RADARSAT-1
DATE: 2009/11/05::
39
Queensland Flood 澳洲昆士蘭大水 (February 2009)
Queensland Flood 澳洲昆士蘭大水 (February 2009)
DATE: 2011/11/17::
40
2010.06.14 - Gulf Oil Spill Surface Analysis [1080p]
2010.06.14 - Gulf Oil Spill Surface Analysis [1080p]
DATE: 2010/06/15::
41
Record Early Columbia South Carolina Snow Nov. 1, 2014 - Radar/Sat/Temps/Obs
Record Early Columbia South Carolina Snow Nov. 1, 2014 - Radar/Sat/Temps/Obs
DATE: 2014/11/01::
42
US Weapon maker to buy Canadian Satalite company
US Weapon maker to buy Canadian Satalite company
DATE: 2008/03/24::
43
Interactive Radar
Interactive Radar
DATE: 2014/08/02::
44
Radarsat-1 - Ascending Synthesis (Remastered By – Espion)
Radarsat-1 - Ascending Synthesis (Remastered By – Espion)
DATE: 2014/12/04::
45
Should Human Space Exploration be a National Priority? Part 2/11
Should Human Space Exploration be a National Priority? Part 2/11
DATE: 2009/06/17::
46
aeronave bong 777 pusando em cumbica sp teste radar sat  ppy lge
aeronave bong 777 pusando em cumbica sp teste radar sat ppy lge
DATE: 2014/02/27::
47
BP Deepwater Horizon: Satellite Analysis of Oil Spill
BP Deepwater Horizon: Satellite Analysis of Oil Spill
DATE: 2010/06/25::
48
radarsat v5
radarsat v5
DATE: 2014/03/27::
49
Launch of Arianespace Soyuz VS07 Sentinal-1A radar sat from Kourou
Launch of Arianespace Soyuz VS07 Sentinal-1A radar sat from Kourou
DATE: 2014/04/04::
50
Interactive Radar
Interactive Radar
DATE: 2013/02/02::
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RESULTS [51 .. 101]
From Wikipedia, the free encyclopedia
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RADARSAT-2
Mission type Radar imaging
Operator MacDonald, Dettwiler and Associates
Website Canadian Space Agency project site
Start of mission
Launch date 14 December 2007, 13:17:34 (2007-12-14UTC13:17:34Z) UTC
Rocket Soyuz-FG/Fregat
Launch site Baikonur 31/6
Contractor Starsem
Orbital parameters
Reference system Geocentric
Regime Sun-synchronous

RADARSAT-2 is an Earth observation satellite that was successfully launched December 14, 2007[1][2][3] for the Canadian Space Agency by Starsem, using a Soyuz FG launch vehicle, from Kazakhstan's Baikonur Cosmodrome. RADARSAT-2 was previously assembled, integrated and tested at the David Florida Laboratory near Ottawa, Ontario before the start of its launch campaign.

The end of the spacecraft and ground segment commissioning period was declared on April 27, 2008 after which routine commercial operation started. The Satellite has a Synthetic Aperture Radar (SAR) with multiple polarization modes, including a fully polarimetric mode in which HH, HV, VV and VH polarized data are acquired. Its highest resolution is 1 m in Spotlight mode (3 m in Ultra Fine mode) with 100 m positional accuracy requirement. In ScanSAR Wide Beam mode the SAR has a nominal swath width of 500 km and an imaging resolution of 100 m. Its left looking capability allows the spacecraft the unique capability to image the Antarctic on a routine basis providing data in support of scientific research.

The prime contractor on the project is MacDonald Dettwiler and Associates (MDA), who have previously built projects such as the Canadarm. Other collaborating companies included EMS Technologies and Alenia. EMS Technologies Space & Technology/Montreal division was bought by MDA in 2005. RADARSAT-2 is owned and operated by MDA;

RADARSAT-2 is a follow-on to RADARSAT-1 which mission terminated in April 2013. It has the same orbit (798 km altitude sun-synchronous orbit with 6 p.m. ascending node and 6 a.m. descending node). Some of the orbit characteristics are 24 days repeat cycle (=343 orbits), 14.29 orbits per day, each orbit being 100.75 minutes duration. It is filling a wide variety of application, including sea ice mapping and ship routing, iceberg detection, agricultural crop monitoring, marine surveillance for ship and pollution detection, terrestrial defence surveillance and target identification, geological mapping, mine monitoring, land use mapping, wetlands mapping, topographic mapping.

On 4 July 2009, Canada's Department of National Defence announced their intention to increase RADARSAT-2 usage for surveillance of Canada's coastlines and the Arctic. To carry out this new project, the satellite's owner MacDonald Dettwiler and Associates (MDA) of Richmond, B.C., was awarded $25-million contract to carry out upgrades (called project Polar Epsilon) to enhance the satellites capabilities to detect surface ships. The upgrades consisted of creating new beam mode (OSVN and DVWF) that target improvements in maritime vessels detection over a broad area, as well as upgrading the RADARSAT-2 ground segment to improve conflict resolution with other government users. Two new ground stations for the data reception have been built, one on the east coast at Masstown, N.S., and the other at Aldergrove, B.C. (west coast). These two new stations are mainly used for the Polar Epsilon project.[4]

As of January 2014, RADARSAT-2 is entering its 6th operational service year. Numerous enhancements have been added to the original capabilities both on the ground and on the space segments. The operational performance is well within the specification with an acquisition success rate above 98% (Acquisition successfully executed Vs Acquisition loaded on the Spacecraft for execution) and a percentage of availability of 99.98% (hours of outage Vs total hours in a year). The usage of SAR data have been steadily growing from an average of 3.5 minutes per orbit in 2008 to an average of 10.8 minutes per orbit in 2013.

See also[edit]

References[edit]

  1. ^ "Soyuz rocket lifts Canadian radar satellite into space". CBC News. 2007-12-14. Retrieved 2007-12-14. 
  2. ^ "RADARSAT-2 has been successfully launched". Retrieved 2007-12-14. 
  3. ^ "Successful launch of RADARSAT-2". Retrieved 2007-12-14. 
  4. ^ [1][dead link]

External links[edit]

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