Acquisition plans of the RADARSAT Constellation Mission
The RADARSAT Constellation is the evolution of the RADARSAT Program with the objective of ensuring data continuity, improved operational use of Synthetic Aperture Radar (SAR) and improved system reliability. The three-satellite configuration provides daily revisits of Canada's vast territory and maritime approaches, as well as daily access to 90% of the world's surface.
RCM is tasked solely by the Government of Canada, to acquire data, first and foremost in support of Government of Canada services and needs. RCM data and services contributes to ensuring the safety and security of Canadians; monitoring and protecting the environment; monitoring of climate change; managing Canada’s natural resources; and stimulating innovation, research and economic development.
In addition to these core user areas, there are expected to be a wide range of ad hoc uses of RADARSAT Constellation data in many different applications within the public and private sectors, both in Canada and internationally.
The current data set reflects the acquisition plans that are designed to meet the RCM SAR imaging demands of the Government of Canada. These are being made available publicly in advance of the acquisitions. To meet the data needs of the Government of Canada, acquisitions may be changed without notice.
After their acquisition and processing, the RCM image products listed in the current data set, will be delivered to the Earth Observation Data Management System - EODMS (https://www.eodms-sgdot.nrcan-rncan.gc.ca/index-en.html) portal of Natural Resources Canada. Users can register to the EODMS portal as public users to retrieve the RCM image products. For those requiring a greater access to RCM imagery consisting of product types or spatial resolutions not available to public users: you may apply to upgrade your public account to an ‘RCM external vetted entity’ EODMS user type account.
For more information on this process, please contact the Canadian Space Agency using the information available at the following link : https://www.asc-csa.gc.ca/eng/satellites/radarsat/access-to-data/how-to-become-a-user.asp
Publication frequency :
I. Future acquisition plans are published every two weeks for a two-week window that starts two weeks from the publication date.
As an example, acquisition plan published on April 1st covers acquisitions from April 14 to 27. The next plan is published on April 14th and covers from April 28 to May 11.
II. Past acquisitions plans are published monthly and covers a period of one month from the first to the last day
As an example, acquisition plan published on April 1st covers acquisition made between the March 1 and March 31. The next plan covers the month of April.
Metadata
Date Created
2019-09-01
Date Published
2021-09
Temporal Coverage
2021-09-15 - Present
Access in last 30 days
207
All time access
1,343
Source(s) and Citation
Government of Canada; Natural Resources Canada;Geoscience and Earth Monitoring Sector; Canada Centre for Mapping and Earth Observation. (2021-09). Acquisition plans of the RADARSAT Constellation Mission. Government of Canada; Natural Resources Canada;Geoscience and Earth Monitoring Sector; Canada Centre for Mapping and Earth Observation.
Use Limitations
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Data resources
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Data resources
Past month and planned acquisitions: ESRI File Geodatabase
Type:
Dataset
Format:
FGDB/GDB
Languages:
English, French
Past month and planned acquisitions: OGC WMS Web Service (EPSG:3978)
Type:
Web Service
Format:
WMS
Languages:
English
Past month and planned acquisitions: OGC WMS Web Service (EPSG:3978)
Type:
Web Service
Format:
WMS
Languages:
French
Past month acquisitions: Comma-separated values
Type:
Dataset
Format:
CSV
Languages:
English, French
Archive folder of past acquisitions: Comma-separated values
Type:
Dataset
Format:
CSV
Languages:
English, French
Archive folder of past acquisitions: Google Earth file
Type:
Dataset
Format:
KML
Languages:
English, French
Archive folder of past acquisitions: ESRI Shapefile
Type:
Dataset
Format:
SHP
Languages:
English, French
Archive folder of past acquisitions: ESRI File Geodatabase
Type:
Dataset
Format:
FGDB/GDB
Languages:
English, French
RCM Publication of Acquisition Plans, Distribution Information Document: English PDF
Type:
Supporting Document
Format:
Languages:
English
RCM Publication of Acquisition Plans, Distribution Information Document: French PDF
Type:
Supporting Document
Format:
Languages:
French
RCM Publication of Acquisition Plans, Product Specification: English PDF
Type:
Supporting Document
Format:
Languages:
English
RCM Publication of Acquisition Plans, Product Specification: French PDF
Type:
Supporting Document
Format:
Languages:
French
RCM Publication of Acquisition Plans, Image Product Format Definition: English PDF
Type:
Supporting Document
Format:
Languages:
English
RCM Publication of Acquisition Plans, Image Product Format Definition: French PDF
Type:
Supporting Document
Format:
Languages:
French
RCM Publication of Acquisition Plans, Multi-Look Complex (MLC) Product Additional Information: English PDF
Type:
Supporting Document
Format:
Languages:
English
RCM Publication of Acquisition Plans, Multi-Look Complex (MLC) Product Additional Information: French PDF
Type:
Supporting Document
Format:
Languages:
French
RCM Publication of Acquisition Plans, RCM Compact-Pol Calibration Status Update – 2022-05-12: English PDF
Type:
Supporting Document
Format:
Languages:
English
RCM Publication of Acquisition Plans, RCM Compact-Pol Calibration Status Update – 2022-05-12: French PDF
Type:
Supporting Document
Format:
Languages:
French
Past and planned acquisitions: ESRI ArcMap project file
Type:
Supporting Document
Format:
MXD
Languages:
English
Past and planned acquisitions: ESRI ArcMap project file
Type:
Supporting Document
Format:
MXD
Languages:
French
Related keywords
imagery, rcm, radarsat, maritime surveillance, disaster management, ecosystem monitoring, change detection, vessel detection, oil spill monitoring, ice monitoring, synthetic aperture radar, polarization, scattering, sensor, wavelenght, x-band, s-band, c-band, interferometry, remote sensing, earth observation, agriculture, geographic data, access to information, satellites
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