Análisis de la evolución de las metodologias de gestión integrada de áreas litorales en los periodos comprendidos entre 1990-1999 y 2000-2012

Cayeiro, María Luisa Pérez; Ruiz, Juan Adolfo Chica; Garrido, Manuel Arcila; Sánchez, José Antonio López

doi:10.5894/rgci615

Cited by 4 publications

(4 citation statements)

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“…ICZM contributes to the restoration of degraded areas and is responsible for managing human activities to prevent, control, or mitigate the harmful consequences and impacts that these may have on the environment [16]. Pérez-Cayeiro et al [17] mention that as a concept, ICZM has made progress in broadening the geographical scope to include watersheds and marine basins. Recently, Ecosystem-based Management (EbM) has also been incorporated for the sustainable management of natural resources for human use and ecosystem services, which considers humans as part of the ecosystem in decision making [14,18].…”

Section: What Is Coastal Management?mentioning

confidence: 99%

Coastal Management: A Review of Key Elements for Vulnerability Assessment

Cruz-Ramírez,

Chávez,

Silva

et al. 2024

JMSE

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Damaging and accelerated anthropization in coastal areas, as well as the need to adapt to climate change, means we must concentrate on improving management plans based on the diagnoses provided by coastal studies. Among these studies is the vulnerability assessment, obtained from evaluating a set of variables or indicators, which contribute to sustainable development. Since there is no single list of variables to consider in determining coastal vulnerability, 60 vulnerability studies from a period of 29 years (1994–2023), from across the globe, were consulted, and through a statistical mode method, the variables most used by multidisciplinary authors were identified. These studies were organized into groups: ecological, geomorphological, maritime climate, socioeconomic and legislative; creating sets categorized as the minimum indispensable, acceptable, and ideal variables. The results showed that most studies use between six and seven variables from only the maritime climate and geomorphological information groups. The number of variables used by individual studies, on the other hand, was not directly related to the scales (global, national, regional, local), but to the risks, such as flooding and erosion, it resolved. Only two studies included the minimum essential information for the legislative group, which is the presence of protected natural areas. Coastline displacements was the variable most used (43 studies), followed by the geoform type and the rate of sea level change (36), the wave regime (35) and the tidal range (33). The DSSs (Decision Support Systems) for coastal management were also reviewed, showing that these systems focus on a topic with a greater number of variables.

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Section: What Is Coastal Management?mentioning

confidence: 99%

Coastal Management: A Review of Key Elements for Vulnerability Assessment

Cruz-Ramírez,

Chávez,

Silva

et al. 2024

JMSE

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“…Es decir, en los dos órganos colegiados que supervisan, orientan y deciden sobre el desarrollo de Ecoplata, la Junta Directiva y la Mesa Ejecutiva, la representación es, casi en exclusiva, de tipo institucional. No existe representación de la sociedad civil (Pérez-Cayeiro, 2013). Por su parte, en relación con las escalas territoriales de la administración existentes en el país, estatal y local, se constata que ambas aparecen bien representadas.…”

Section: V12 Valoración De Los Integrantes Y Sociosunclassified

“…Como expresión del entendimiento y la colaboración internacional entre ambas partes la gestión integrada de zonas costeras se interpreta como un área de gestión estratégica en Uruguay. Es decir, en este ejercicio de cooperación, un concierto de voluntades, se ha convertido en un instrumento potente para consolidar y hacer frente a la GIAL en el país con el transcurso de los años (Pérez-Cayeiro, 2013). Es también digno de resaltar los importantes esfuerzos realizados por el Programa Ecoplata para favorecer el entendimiento entre las dos escalas territoriales de la administración de la costa en Uruguay: estatal y municipal.…”

Section: Conclusionesunclassified

Aportaciones para la evaluación del programa Ecoplata (Uruguay) de Gestión Integrada de Áreas Litorales

Ruiz¹,

Cayeiro²

2016

BAGE

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RESUMENSi bien en las dos últimas décadas son numerosas las experiencias, a diferente escala, que se han puesto en marcha sobre Gestión Integrada de Áreas Litorales (GIAL) en el mundo, son muy pocas las que han contado con una evaluación para comprobar el grado de cumplimiento de las mismas. Es por ello que este trabajo pretende contribuir a la difusión de una de las experiencias de gestión integrada de áreas litorales más interesantes que en Iberoamérica se han dado, conocido como Programa Ecoplata (Uruguay). Por otro lado, también tiene como objetivo realizar una evaluación de la planificación y de la ejecución del citado programa, es decir, de un proceso de GIAL a largo plazo que no está exento de retos y oportunidades.

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“…Se encuentran, además, expuestas a la presión de fuertes intereses sociales, debido a su excepcional capital natural y alta capacidad de desarrollo de actividades económicas (Dadón, 2000;Barragán, 2003). Su complejidad se fundamenta en la interacción de los tres subsistemas que lo componen (físico-natural, socio-económico y político-administrativo) y los usos, actividades y prácticas sociales que se desarrollan y permiten producir este espacio particular (Barragán, 2003;Barragán et al, 2008;Pérez-Cayeiro, 2012).…”

Section: Introductionunclassified

Caracterización espacio–temporal de la temperatura superficial del mar satelital en destinos turísticos: Partido de la Costa, Pinamar y Villa Gesell en Buenos Aires, Argentina

et al. 2017

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<p>The coastal spaces are fragile and complex areas that receive strong pressure because of the many uses and activities that are developed in them. The tourism of sun and beaches is one of the main economic practices present in these spaces that value the physical-natural conditions and their environmental variables. Of all of them, the sea surface temperature (SST) has been the least studied variable, especially associated to tourist destinations. The coastal zone of the province of Buenos Aires, Argentina, concentrates numerous tourist centers like the Partido de la Costa, Pinamar and Villa Gesell that attract in the summer time, a great flow of population. The objective of the present paper was to perform a descriptive and comparative analysis of SST in these parties through the use of monthly satellite images obtained by the Aqua-MODIS satellite-sensor during the period 2003-2013. The results showed a spatial and seasonal behavior of the SST differentiated for the entire study area. The SST for the warm period (January-March) ranged between 21.5 - 24.5°C and for the cold (July-September) between 9.4 - 11.5°C. This difference was lower in the cold period, allowing distinguishing 3 thermal zones with variations smaller than 0.5°C between them: Costa Norte, Costa Centro- Costa Sur, and Pinamar-Villa Gesell. The warm period presented more intense spatial thermal variations between the studied tourist destinations. Four thermal zones with 0.5°C differences were identified: Costa Norte, Costa Centro, Costa Sur, and Pinamar-Villa Gesell.</p>

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Análisis de la evolución de las metodologias de gestión integrada de áreas litorales en los periodos comprendidos entre 1990-1999 y 2000-2012

Cited by 4 publications

References 0 publications

Coastal Management: A Review of Key Elements for Vulnerability Assessment

Coastal Management: A Review of Key Elements for Vulnerability Assessment

Aportaciones para la evaluación del programa Ecoplata (Uruguay) de Gestión Integrada de Áreas Litorales

Caracterización espacio–temporal de la temperatura superficial del mar satelital en destinos turísticos: Partido de la Costa, Pinamar y Villa Gesell en Buenos Aires, Argentina

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