957 resultados para Archipelago of San Andres, Providence and St. Catalina
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El presente estudio de caso tiene por objetivo presentar un diagnóstico del Plan Fronteras para la Prosperidad -PFP- en el archipiélago de San Andrés, Providencia y Santa Catalina -SAPSC-, liderado por el Ministerio de Relaciones Exteriores -MRE- en el gobierno de Juan Manuel Santos. Con este texto, se buscó describir la situación política, social, económica y cultural del Archipiélago de SAPSC; explicar las principales herramientas de política pública utilizadas por los gobiernos para mejorar las condiciones políticas, sociales y económicas en el Archipiélago; y por último, evaluar el PFP a la luz del enfoque de política pública de implementación “botton-up” para identificar las debilidades, fortalezas, oportunidades y amenazas de la misma, con el propósito de aportar recomendaciones para desarrollo de políticas públicas virtuosas.
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This study attempts to implement a hydrodynamic operational model which can ultimately be used for projecting oil spill dispersal patterns and also sewage, pollution and can also be used in wave forecasting. A two layer nested model was created using MOHID Water, which is powerful ocean modelling software. The first layer (father) is used to impose the boundary conditions for the second layer (son). This was repeated for two different wind dominant regimes, Easterly and Westerly winds respectively. A qualitative comparison was done between measured tidal data and the tidal output. Sea surface temperature was also qualitatively compared with the model’s results. The results from both simulations were analysed and compared to historical literature. The comparison was done at the surface layer, 100 metre depth and at 800m depth. In the surface layer the first simulation generated an upwelling event near Cape St. Vincent and within the Algarve. The second simulation generated a non-upwelling event within which the surface was flow reversed and the warm water mass was along the Algarve coastline and evening turning clockwise around Cape St. Vincent. At the 100 metre depth for both simulations, velocity vortexes were observed near Cape St. Vincent travelling northerly and southerly at various instances. At 800metre depth a strong oceanic flow was observed moving north westerly along the continental shelf.
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Mode of access: Internet.
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Description based on: 13th (1876).
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A press release assigning Sean O'Sullivan to study the future of the Great Lakes and St. Lawrence Seaway.