2016
DOI: 10.14198/ingeo2016.66.08
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La erosión histórica de la playa de sa Ràpita (S. Mallorca)

Abstract: RESUMENLa evolución morfosedimentaria de la playa de sa Ràpita (Sur de Mallorca) se ha visto afectada a partir de la construcción, en 1977, del puerto deportivo ubicado en su extremo NO. La consecuencia más importante ha sido la modificación de la deriva litoral, ya que el puerto actúa como trampa sedimentaria. Este hecho impide que el sedimento pueda distribuirse a lo largo de la playa, como ocurría antes de su construcción. La playa ha sufrido procesos erosivos importantes a partir de 1977 hasta la actualida… Show more

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Cited by 8 publications
(3 citation statements)
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“…The urban beaches typically associated with mass tourist resorts are correlated with the highest erosion rates (Martín, Carreras, Pons & Almaraz, 2020). This is due to their artificialisation through the construction of buildings and promenades on dune systems, infrastructure on the beach itself, sand cleaning machines, and changes to the longshore drift linked to the construction of new marinas that act as a sediment traps (Martín et al, 2016). The evolution of Mallorca' s busiest beaches, Platja de Palma and Cala Millor, has been surveyed using topo-bathymetric sampling, wave gauge monitoring and shoreline variation mapping inferred from video monitoring stations.…”
Section: General Description Of the Case Study And The Theoretical Frmentioning
confidence: 99%
“…The urban beaches typically associated with mass tourist resorts are correlated with the highest erosion rates (Martín, Carreras, Pons & Almaraz, 2020). This is due to their artificialisation through the construction of buildings and promenades on dune systems, infrastructure on the beach itself, sand cleaning machines, and changes to the longshore drift linked to the construction of new marinas that act as a sediment traps (Martín et al, 2016). The evolution of Mallorca' s busiest beaches, Platja de Palma and Cala Millor, has been surveyed using topo-bathymetric sampling, wave gauge monitoring and shoreline variation mapping inferred from video monitoring stations.…”
Section: General Description Of the Case Study And The Theoretical Frmentioning
confidence: 99%
“…Esta, depende mucho de la temporalidad y debido a que no es fija, tiende a producir los procesos de erosión y acreción en los perfiles de las playas [6]. Entonces, la erosión costera, es la desintegración y deslizamiento de los sedimentos de las playas e influye desfavorablemente en la formación de ecosistemas existentes en sus bordes, originando el retroceso de la línea costera [7] [8]. Ante ello, la Organización de las Naciones Unidas para la Alimentación y Agricultura [FAO] y el Grupo Técnico Intergubernamental del Suelo [GTIS] [9], mencionan que "un aumento del nivel del mar asociado con el cambio climático incrementa la erosión costera y el retroceso de la costa".…”
Section: Introductionunclassified
“…On‐one‐hand, the morphology, size, and development of the foredunes depend on several natural factors, such as the supply of sand and sediment budget (Aagaard, Davidson‐Arnott, Greenwood, & Nielsen, 2004; Carter, 1988; Davidson‐Arnott, MacQuarrie, & Aagaard, 2005; Giles & McCann, 1997; Martín‐Prieto et al, 2016; Morton, 2002), the sediment transport rate, the waves and wind regime (Carter & Wilson, 1990; Arens, van Kaam‐Pters, & van Boxel, 1995; Hesp, Davidson‐Arnott, Walker, & Ollerhead, 2005), the plant cover (Hesp, 2002; Maun, 2009), and the fauna activity (Arens, 1996; Martínez, Vázquez, & Sánchez Colón, 2001; Silva, Hesp, Peixoto, & Dillenburg, 2008).…”
Section: Introductionmentioning
confidence: 99%