4 resultados para Disadvantage

em Universidad de Alicante


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Objetivo: Describir los cambios percibidos por la población y los profesionales en relación con la salud y el uso de servicios tras la intervención RIU con agentes comunitarios en un barrio vulnerable. Diseño: Estudio descriptivo cualitativo con entrevistas individuales y grupales y observación participante de octubre de 2008 a julio de 2009. Emplazamiento: Barrio Raval (Algemesí-Valencia). Participantes: Selección por muestreo opinático de 7 mujeres agentes de salud, todas las que finalizaron la intervención, y 10 profesionales implicados en la misma. Método: Con las mujeres se mantuvo una entrevista grupal a los 6 meses, y una entrevista grupal y 7 individuales a los 9 meses de intervención. Se realizó un análisis temático de tipo descriptivo desde el modelo de promoción de salud. Con los profesionales se utilizó observación participante en una reunión a los 9 meses, analizándose las notas de campo según: valoración del proyecto, cambios detectados, dificultades y recomendaciones. Resultados: Las mujeres adquirieron información sobre salud, anticoncepción, embarazo y servicios sanitarios; señalaron cambios en autocuidados y habilidades sociales y liderazgo; interiorizaron el rol de agente de salud difundiendo lo aprendido y manifestando mejor autoestima y reconocimiento social. Provocaron cambios en su entorno relativos al cuidado de la salud y el acceso a los servicios. Los profesionales no incorporaron a su trabajo la perspectiva comunitaria; valoraron el proyecto, coincidieron con las mujeres en la mejora del acceso y uso de servicios y en el acercamiento población-profesionales. Conclusiones: RIU aumenta las capacidades de las personas participantes, su reconocimiento social y mejora el acceso y uso de servicios sanitarios.

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A major problem related to the treatment of ecosystems is that they have no available mathematical formalization. This implies that many of their properties are not presented as short, rigorous modalities, but rather as long expressions which, from a biological standpoint, totally capture the significance of the property, but which have the disadvantage of not being sufficiently manageable, from a mathematical standpoint. The interpretation of ecosystems through networks allows us to employ the concepts of coverage and invariance alongside other related concepts. The latter will allow us to present the two most important relations in an ecosystem – predator–prey and competition – in a different way. Biological control, defined as “the use of living organisms, their resources or their products to prevent or reduce loss or damage caused by pests”, is now considered the environmentally safest and most economically advantageous method of pest control (van Lenteren, 2011). A guild includes all those organisms that share a common food resource (Polis et al., 1989), which in the context of biological control means all the natural enemies of a given pest. There are several types of intraguild interactions, but the one that has received most research attention is intraguild predation, which occurs when two organisms share the same prey while at the same time participating in some kind of trophic interaction. However, this is not the only intraguild relationship possible, and studies are now being conducted on others, such as oviposition deterrence. In this article, we apply the developed concepts of structural functions, coverage, invariant sets, etc. (Lloret et al., 1998, Esteve and Lloret, 2006a, Esteve and Lloret, 2006b and Esteve and Lloret, 2007) to a tritrophic system that includes aphids, one of the most damaging pests and a current bottleneck for the success of biological control in Mediterranean greenhouses.

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This study has a double objective: to provide foreign colleagues with an insight into the controversy surrounding the international competitiveness of pig iron produced in Bilbao and also to present previously unpublished documentation regarding the European iron industry, which I have retrieved from the historical archive of Credit Lyonnais of Paris. This information includes the costs of Biscayan, French, British, German and Belgium pig iron broken down into five components (iron ore, coke, flux, labour and other costs), which is useful in determining the reasons why the pig iron from Bilbao became less competitive. The article is made up of three parts. Firstly, I will synthesise the controversy surrounding the competitiveness of the Basque iron and steel industry. Then I will present the itemised costs which provide information to illustrate how Biscayan pig iron was not competitive because it was produced with English coal which was more expensive than that consumed by the European factories located "on top of" or near coal seams. The article will finish with a section that, by way of conclusion, explains the comparative advantage and disadvantage of Bilbao, applying the first model of Alfred Weber's Theory of Industrial Location to three technological advances, occurring between the 1860s and 1913 (malleable iron, Bessemer steel and Thomas steel).

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Between 1950 and 1980, the European delay with respect to Japan and the relative loss of competitiveness in the integrated steel industry was due to an institutional, geographical and economic logic based largely on historical factors. Europe had a long steel-making history that was closely related to its sources of raw materials. The new technological paradigm turned this former advantage into a clear disadvantage, while the large investments made in the Thomas and open hearth processes and the affordable price of scrap delayed the adoption of the Basic Oxygen Furnace (BOF) until its superiority had been clearly demonstrated. The European steel industry was not at the forefront of the transformation, but merely adapting to the changes, pushed by the threat of a new uncomfortable competitor.