RADARSAT-2 for mapping natural hazard events : case studies from around the world / [by] S.V. Samsonov ... [et al.].: M103-2/2014-3E-PDF
Natural hazard events such as earthquakes and volcanic eruptions can be successfully studied with the Synthetic Aperture Radar (S AR) that is capable of mapping sub-centimetre ground deformation over large areas using Interferometric SAR (InSAR) processing methodology. After the Japanese ALOS and European ENVISAT satellites completed their operation in 2 011 and 2 012 respectively , the only SAR sensors left in operation were the X- b and German TerraSAR-X, Italian Cosmo-SKYMED and C- band Canadian RADARSAT-2. In this poster we present a number of case studies were RADARSAT-2 has proven to be the sensor with the best archived coverage and characteristics, including excellent spatial and temporal resolution and a wavelength that is superior for land observations. Using RADARSAT-2, we successfully mapped a number of large earthquakes in Canada, Central America, Iran, Italy, and Russia, and volcanic deformation in Chile, Hawaii, Italy, and Spain. Here we will present deformation maps for some of the natural hazard events that were studied and provide suggestions for future missions.
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Department/Agency | Canada. Natural Resources Canada. Geomatics Canada. |
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Title | RADARSAT-2 for mapping natural hazard events : case studies from around the world / [by] S.V. Samsonov ... [et al.]. |
Series title | Geomatics Canada, Scientific Presentation ; 3 |
Publication type | Series - View Master Record |
Language | [English] |
Format | Electronic |
Electronic document | |
Note(s) | "Presented at the 34th Canadian Symposium on Remote Sensing Victoria, British Columbia. Date presented: August 2013." |
Publishing information | [Ottawa] : Geomatics Canada, Natural Resources Canada, 2014. |
Author / Contributor | Samsonov, Sergey V.(Sergey Vladimir),1975- |
Description | [1] p. : figs. graphs. |
Catalogue number |
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Departmental catalogue number | doi:10.4095/295562 |
Subject terms | Geographic data Remote sensing Geophysics |
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