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Advances in Remote Sensing in Coastal Geomorphology ?
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For the geomorphological study of the coast, there is now a great number of available methods for remote detection, including satellite images or aerial photogrammetry, as well as other methods closer to land, in which geodesic–topographic, on-land photogrammetry, UAV, lidar, and TLS techniques are utilized. Depending on the methodology, precisions can vary from metric to millimetric. Studies in emerging sectors are often linked to underwater dynamics, sedimentation, and morphology.
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Keywords
- A-DinSAR
- automatic extraction
- Balearic Sea
- barchan dune
- baymouth spits
- beach variability
- beachrock
- boulder morphometry
- breaching
- Canary Islands
- Cantabrian coast
- cliff
- Climate Change
- coastal dune
- Coastal erosion
- coastal water
- cumulative ecological impact
- degradation
- digital elevation model
- double spits
- drift potential
- driving factor
- drone mapping
- electrical resistivity tomography
- electrical tomography
- EOFs
- Erosion
- foredune
- geological model
- Geomorphology
- GNSS RTK
- groundwater saline contamination
- horizontal-to-vertical spectral ratio
- Las Canteras
- macaronesia
- Malta
- mapping
- migration rate
- movable water bodies boundary (MWBB)
- multi-temporal comparison
- multispectral images
- near-surface geophysics
- optical and thermal images
- photogrammetric surveys
- Photogrammetry
- Po River Delta
- pocket beach
- Posidonia oceanica
- progradation
- real-time coastline
- reclamation
- rocky coast
- rocky shoreline
- sandstone reef
- Sediment transport
- seismic ambient noise
- SfM photogrammetry
- shoreline
- socio-environmental effects
- spatio-temporal heterogeneity
- SSS
- storm wave forcing
- structure-from-motion
- SW sea storms
- TIG
- tourist beach
- UAS
- UAV
- vegetation
- video-monitoring system
- water stress
Links
DOI: 10.3390/books978-3-7258-1422-0Editions