PRE-ORDER NOW Advanced Radar Interferometry Technology : Nonlinear Coastal Wave Dynamics Modelling and Coastal Cities Vanishing by Maged Marghany
PRE-ORDER NOW - Published: 26/05/2026
Interferometric Synthetic Aperture Radar (InSAR) technology is an operational tool for measuring and monitoring coastal urban stability, including the disappearance of coastal cities. This book provides a comprehensive understanding of how to track climate change impacts on coastal dynamics and their consequent effects on coastal geomorphological changes. Advanced InSAR techniques are discussed, including case studies focusing on the coastal urban areas of Alexandria, Egypt, and Singapore, as well as other potential coastal cities. This book:Describes the use of advanced radar technology for monitoring wave impacts and coastal city damageIntroduces new InSAR technologies for assessing coastal infrastructure and urban disappearanceAddresses the integration of modern radar interferometry modeling in coastal city sustainabilityDiscusses innovative approaches to model and simulate coastal sediment processes and erosion using space-based interferometryExplores the forecasting of city disappearance and collapse through examples utilizing TerraSAR spot mode dataThis book is intended for graduate students and researchers in coastal engineering, environmental sciences, remote sensing, computer modeling, and image/signal processing.Binding: Hardback
PRE-ORDER NOW - Published: 26/05/2026
Interferometric Synthetic Aperture Radar (InSAR) technology is an operational tool for measuring and monitoring coastal urban stability, including the disappearance of coastal cities. This book provides a comprehensive understanding of how to track climate change impacts on coastal dynamics and their consequent effects on coastal geomorphological changes. Advanced InSAR techniques are discussed, including case studies focusing on the coastal urban areas of Alexandria, Egypt, and Singapore, as well as other potential coastal cities. This book:Describes the use of advanced radar technology for monitoring wave impacts and coastal city damageIntroduces new InSAR technologies for assessing coastal infrastructure and urban disappearanceAddresses the integration of modern radar interferometry modeling in coastal city sustainabilityDiscusses innovative approaches to model and simulate coastal sediment processes and erosion using space-based interferometryExplores the forecasting of city disappearance and collapse through examples utilizing TerraSAR spot mode dataThis book is intended for graduate students and researchers in coastal engineering, environmental sciences, remote sensing, computer modeling, and image/signal processing.Binding: Hardback
$238.13
PRE-ORDER NOW Advanced Radar Interferometry Technology : Nonlinear Coastal Wave Dynamics Modelling and Coastal Cities Vanishing by Maged Marghany—
$238.13
Description
PRE-ORDER NOW - Published: 26/05/2026
Interferometric Synthetic Aperture Radar (InSAR) technology is an operational tool for measuring and monitoring coastal urban stability, including the disappearance of coastal cities. This book provides a comprehensive understanding of how to track climate change impacts on coastal dynamics and their consequent effects on coastal geomorphological changes. Advanced InSAR techniques are discussed, including case studies focusing on the coastal urban areas of Alexandria, Egypt, and Singapore, as well as other potential coastal cities. This book:Describes the use of advanced radar technology for monitoring wave impacts and coastal city damageIntroduces new InSAR technologies for assessing coastal infrastructure and urban disappearanceAddresses the integration of modern radar interferometry modeling in coastal city sustainabilityDiscusses innovative approaches to model and simulate coastal sediment processes and erosion using space-based interferometryExplores the forecasting of city disappearance and collapse through examples utilizing TerraSAR spot mode dataThis book is intended for graduate students and researchers in coastal engineering, environmental sciences, remote sensing, computer modeling, and image/signal processing.Binding: Hardback
