Coastal Vulnerability and Mitigation Strategies: From Monitoring to Applied Research (MDPI - Multidisciplinary Digital Publishing Institute, 2020)
Keywords: 3S tourism; Abu Dhabi; ADCP; aeolian processes; Andalusia coast; arsenic; automatic alignment; Bagnoli; Bagnoli-Coroglio Bay; Baltic coast; Bayesian belief network; beach drainage system; beach economy; beach morphodynamics; beach nourishment; beach resilience; beach resistance; beach surveys; bending elastic modulus; benthic macrophytes; BERM-N; brackish lagoon types; climate change; climate changes; coastal Andhra Pradesh; coastal armouring; coastal defense; coastal ecosystem; coastal erosion; coastal flooding; coastal management; coastal monitoring; coastal morphodynamic; coastal morphodynamics; coastal plan; coastal region; coastal state indicators; coastal urbanization impact; coastal vulnerability; coastal vulnerability index; combination waves; cross-shore sediment transport; directional wave spectra drifter (DWSD); disasters; drag coefficients; dune foot; earthquake; eco-defense; eigen analysis; eigenmode; energy flux; erosion; experimental tests; extreme events; flood attenuation; flooded area; flooding; force sensors; FORM; gently sloping revetment; GPS wave buoy; Greece; groins; groundwater; GSb model; Gulf of Mexico; heavy metals contamination; historical cartography; Holland coast; horizontal cylinders; hydrocarbons; hydrodynamic coefficients; hydrodynamic loads; hydrometeorological conditions; JarKus data; littoral cell; long-term GIS analysis; low frequency; mangroves; Mar Menor; marine infrastructures impact; marine inundation; marine pollution; Mediterranean coasts; Mediterranean Sea; Mekong Delta; MIKE modelling; mitigation strategies guidelines; momentary coastline; Morison and transverse equations; multiobjective optimization; multivariate analysis; Naples; natural beach; natural defense; natural hazards; non-engineering measure; North Atlantic Spanish coasts; onshore and offshore winds; oscillatory flows