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Cristina Torrecillas, Andres Payo, Manuel Cobos, Helen Burke, Dave Morgan, Helen Smith and Gareth Owen Jenkins
This study represents the first attempt to map the sediment thickness spatial distribution along the Andalusian coastal zone by integrating various publicly available datasets. While prior studies have presented bedform- and sediment-type syntheses, none...
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Salvatore Savastano, Paula Gomes da Silva, Jara Martínez Sánchez, Arnau Garcia Tort, Andres Payo, Mark E. Pattle, Albert Garcia-Mondéjar, Yeray Castillo and Xavier Monteys
Coasts are continually changing and remote sensing from satellites has the potential to both map and monitor coastal change at multiple scales. Unlike optical technology, synthetic aperture radar (SAR) is uninfluenced by darkness, clouds, and rain, poten...
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Andres Payo, Chris Williams, Rowan Vernon, Andrew G. Hulbert, Kathryn A. Lee and Jonathan R. Lee
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David Morgan, David Gunn, Andres Payo and Michael Raines
In an era of environmental change leading to rising sea levels and increased storminess, there is a need to quantify the volume of beach sediment on the coast of Britain in order to assess the vulnerability to erosion using cheap, easy-to-deploy and non-...
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Andres Payo, Gareth O. Jenkins, Dave Morgan, Nieves G. Valiente and Timothy Scott
Since the end of the last glaciation, the United Kingdom?s land surface has been altered by isostatic rebound, rising in the north and sinking in the south. Numerous studies have been published documenting the impact of isostatic rebound on relative sea ...
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Maria Victoria Paz-Delgado, Andrés Payo, Alejandro Gómez-Pazo, Anne-Laure Beck and Salvatore Savastano
Coasts are continually changing and remote sensing from satellite has the potential to both map and monitor coastal change at multiple scales. This study aims to assess the application of shorelines extracted from Multi-Spectral Imagery (MSI) and Synthet...
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Alejandro Gómez-Pazo, Andres Payo, María Victoria Paz-Delgado and Miguel A. Delgadillo-Calzadilla
In this study, we propose a new baseline and transect method, the open-source digital shoreline analysis system (ODSAS), which is specifically designed to deal with very irregular coastlines. We have compared the ODSAS results with those obtained using t...
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Andres Payo, Jon R. French, James Sutherland, Michael A. Ellis and Michael Walkden
Coastal geomorphologists and engineers worldwide are increasingly facing the non-trivial challenge of visualising and communicating mesoscale modelling assumptions, uncertainties and outcomes to both coastal specialists and decision-makers. Visualisation...
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Pablo Muñoz López, Andrés Payo, Michael A. Ellis, Francisco Criado-Aldeanueva and Gareth Owen Jenkins
Recession of coastal cliffs (bluffs) is a significant problem globally, as around 80% of Earth?s coastlines are classified as sea cliffs. It has long been recognised that beaches control wave energy dissipation on the foreshore and, as a result, can prov...
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