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TitleSelecting optimal RADARSAT Constellation Mission beams for monitoring ground deformation in Alberta's oil sands
AuthorSamsonov, S V; Czarnogorska, M; Charbonneau, F
SourceCanadian Journal of Remote Sensing vol. 41, issue 5, 2015 p. 390-400, https://doi.org/10.1080/07038992.2015.1104632
Year2015
Alt SeriesEarth Sciences Sector, Contribution Series 20140353
PublisherInforma UK Limited
Documentserial
Lang.English
Mediapaper; on-line; digital
File formatpdf; html
ProvinceAlberta
NTS73M/09; 73M/10; 73M/11; 73M/12; 73M/13; 73M/14; 73M/15; 73M/16; 74D; 74E/01; 74E/02; 74E/03; 74E/04; 74E/05; 74E/06; 74E/07; 74E/08; 84H/01; 84H/08
AreaFort McMurray; Cold Lake
Lat/Long WENS-112.6667 -109.7500 57.5000 55.6667
Subjectsgeophysics; remote sensing; deformation; terrain analysis; terrain management; satellites; satellite imagery; RADARSAT
Illustrationslocation maps; satellite images; plots
ProgramMethodology, Remote Sensing Science
Released2015 10 27
AbstractThe Canadian RADARSAT Constellation Mission (RCM) will consist of three synthetic aperture radar (SAR) satellites to be launched in 2018. The Constellation 4-day revisit period will allow monitoring ground uplift and subsidence in Alberta's oil sands, where the steam assisted gravity drainage (SAGD) and the cyclical steam stimulation (CSS)-enhanced oil recovery operations are employed for extracting viscous bitumen. Fast ground deformation occurring over a small area can only be captured by high-resolution, low-noise SAR. A large deformation gradient limits applicability of coarser resolution SAR, making accurate phase unwrapping impossible, especially in regions susceptible to significant temporal decorrelation. In this study we analyzed the suitability of RCM for monitoring ground deformation in Alberta's oil sands using interferometric SAR (InSAR) methodology. RCM SAR sensor differs from RADARSAT-2 in resolution, coverage, polarimetric configuration options, and radiometry. Various RCM-simulated products were created, for which InSAR analysis was performed and the average coherence was computed as a function of the spatial resolution and the noise floor. We determined that noise floor moderately affects InSAR coherence; the main limitation is imposed by coarse resolution of RCM beams. The very high resolution and high resolution RCM beams are most suitable for monitoring ground deformation in Alberta's oil sands.
Summary(Plain Language Summary, not published)
In this publication we analyzed various operational RADARSAT Constellation Mission (RCM) beams and determined that Very High and High resolution RCM beams are the most suitable for monitoring ground deformation in Alberta's oil sands.
GEOSCAN ID295643