Detection of ground deformation over Sharm El-Sheikh–Ras Nasrani coastal zone, South Sinai (Egypt), by using time series SAR interferometry

Determination of sedimentary cover and structural trends in the Central Sinai area using gravity and magnetic data analysis

“…He also showed that, the study area was affected by many subsurface structural trends which are oriented mainly in the NNE-SSW direction, the NE-SW direction and the NW-SE direction. Seleem et al (2011) concluded that, the major structural lineaments trend in the NW-SE direction with extensive lengths, and clearly observed in the middle part of the Southern Sinai area toward the western part of Namma Bay. Abdalla et al (2007) and Sultan et al (2009) showed that, the depth to the basement surface in the Central Sinai ranges between 1270 m at the northwestern corner and 2720 m at the southern part of the study area and increase again to (4.5 km) in the southwestern parts of the study area.…”

Generation of Pixel-Level SAR Image Time Series Using a Locally Adaptive Matching Technique

“…Phase time series interferograms make use of the amplitude information in SAR images to build a pixel-level time series interferogram, an interferometric SAR (InSAR) technology. Research in this area focuses on the identification of the time series point target (Seleem et al, 2011) and deformation monitoring by the time series interferogram (Lauknes et al, 2010;Hooper et al, 2012). Most research has targeted the phase information of SAR image data; use of the SAR pixellevel time series backscattering coefficient is quite rare.…”