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    Instituto Oceanográfico de la Armada, Guayaquil, Ecuador
    Publication Date: 2021-05-19
    Description: Se simula numéricamente un escenario sísmico-tsunamigénico frente a las costas del Golfo de Guayaquil para evaluar el riesgo de inundación por tsunamis en las zonas costeras bajas al interior del Golfo. La propagación del tsunami al interior del Golfo se simuló empleando la metodología del proyecto TIME (Tsunami Inundation Modeling for Exchange) de la Universidad de Tohoku. Los resultados de la simulación (alturas de inundación) fueron incorporados en los mapas urbanos de las ciudades para desarrollar los mapas de riesgo de inundación (los mapas urbanos no se presentan en este artículo).
    Description: A tsunamigenic earthquakes scenery is numerically simulated in front of the coasts of Guayaquil Gulf to evaluate flood risk by tsunamis in internal low coastal zones of the Gulf. Tsunamis propagation into the Gulf was simulated using TIME Project methodology (Tsunami Inundation for Modeling Exchange) of the Tohoku University. The results of the simulation (flood heights) were incorporated in cities urban maps to develop the risk flood maps (the urban maps are not presented in this article).
    Description: Incluye ref.bibl., ilus., grafs.
    Description: Published
    Keywords: Earthquakes ; Tsunamis ; Earthquakes ; Flood forecasting ; Risks
    Repository Name: AquaDocs
    Type: Journal Contribution
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  • 3
    Publication Date: 2021-05-19
    Description: El presente trabajo permite conocer el comportamiento de la cuña salina en el sistema Río Guayas - Canal de Jambelí, conociendo que el Río Guayas abastece de agua a Guayaquil, puerto principal del país, y a muchas otras poblaciones.
    Description: The present work allows to establish the behavior of the salinity of the water, time of renovation and its effect on the quality of water in two established stages: increase in the level of the sea in 0.3 m. and 1.0 m. In the System of the Guayas Channel in Jambelí, considering the exchange of waters that exists between the Guayas River and the sea. The horizontal and vertical gradients of salinity are intimately bound with the flow of the Guayas River, as long as the flow increases the intrusion of the saline wedge will be minor. During the dry station the vertical gradients of salinity are maximums in the sector between The Esclusas - Point Stone. It is in this area where they give up the processes of mixture in a higher form. The gradient mentioned changes, being found in the south during the humid season. The gradients of salinity are important in the area already mentioned, after this, the variations don't present too many changes, this is a reason why it can be ignore. The advance of the saline wedge will be harmful, in the cases, where the water is used directly due to that an excess of salted water that will cause damages in the agriculture production of corn, rice, banana tree, etc. as well as the populations settled in the bordes of the Daule and Babahoyo rivers who use the water directly from the river for their daily work.
    Description: Incluye ref.bibl., grafs., tbls.
    Description: Published
    Keywords: Water quality ; Irrigation water ; Rivers ; Sea level ; Water quality ; Sea level ; Climatic changes ; Salt-wedge estuaries ; Salt wedges ; Salinity gradients ; Irrigation water ; River water ; Rivers
    Repository Name: AquaDocs
    Type: Journal Contribution
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    Instituto Oceanográfico de la Armada, Guayaquil, Ecuador
    Publication Date: 2021-05-19
    Description: El presente documento describe de manera general los riesgos ambientales que se pueden producir en nuestros lugares de trabajo, como identificarlos, quienes lo hacen y cuales son los beneficios de conocerlos tanto para nuestras instituciones como para cada uno de nosotros como parte de dicha institución. El documento en si recoge las ideas del Boletín 16 DAPHNIA boletín informativo sobre prevención de la contaminación y producción más limpia, editada por el Departamento Condeferal de Ecología y Medio Ambiente de la Confederación Sindical de Comisiones Obreras (CC.OO).
    Description: The present document describes in a general way the environmental risks that can be produced in our work places, how to identify them, who does it and what are the benefits to know them for the our institution and each one us like workers of that institution. The document gathers the ideas of 16th DAPHNIA bulletin, the news bulletin on prevention of contamination and clean production edited by Departamento Confederal de Ecología y Medio Ambiente de la Confederación Sindical de Comisiones Obreras (CC.OO).
    Description: Incluye ref.bibl.
    Description: Published
    Keywords: Environmental impact ; Risks ; Environmental impact ; Locations (working)
    Repository Name: AquaDocs
    Type: Journal Contribution
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