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Application of Remote Sensing for Coastal Monitoring

This special issue belongs to the section “Hydraulics and Hydrodynamics“.

Special Issue Information

Dear Colleagues,

Coastal zones are highly dynamic and complex environments. They are continuously subjected to several physical processes including hydrometeorological, morphological, and biological processes. Such processes occur at different timescales (short events to long-term trends), leading to multi-timescale responses in coastal systems to the combined effects of natural and anthropogenic drivers.

Integrating the different components of coastal changes requires an extensive collection of datasets for monitoring nearshore dynamics (SSH, SWH), coastal hydro-morphodynamics, including shoreline position, and beach evolution. The assessment of multi-timescale dynamic is most effectively achieved through a diverse array of remote sensing (RS) techniques. The use of RS techniques depends on the spatial and temporal scales of interest in regard to the physical process in question. Studying the interaction between several processes requires a coupling between different sensors deployed across terrestrial, airborne, and spaceborne platforms to overcome the drawbacks of each sensor type used separately.

The main objective of this Special Issue is to highlight the relevance of remote sensing for investigating the dynamics of coastal components exposed to various external and internal drivers. It addresses the development of (1) different RS-based coastal applications, (2) innovative approaches for optimizing the use of RS, and (3) the interaction between them.

We kindly invite the submissions of reviews and original contributions in this field.

Dr. Emma Imen Turki
Dr. Ernesto Tonatiuh Mendoza
Guest Editors

Dr. Edward Salameh
Guest Editor Assistant

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Keywords

  • hydro-morphodynamics
  • nearshore
  • coastal wetlands
  • beach evolution
  • SSH-SWH
  • waves
  • shoreline position
  • SAR
  • multi-spectral
  • lidar

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Water - ISSN 2073-4441