2019
DOI: 10.22430/22565337.1222
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Aplicación del modelo CE QUAL-W2 : una aproximación a la estructura térmica en el embalse Miguel Martínez Isaza, Concordia, Antioquia, Colombia

Abstract: La modelación de la temperatura contribuye a la gestión de embalses, ya que es posible crear escenarios con diferentes condiciones para predecir su respuesta ante los cambios climáticos y los procesos de mezcla. Con este trabajo se busca aportar elementos de análisis del funcionamiento e identificación de los forzantes que dominan la dinámica térmica de un embalse tropical de montaña. Se registró la temperatura y el nivel de agua en tres sitios del embalse durante tres muestreos. Además, se midieron los caudal… Show more

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Cited by 2 publications
(2 citation statements)
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“…Once delimited, it was necessary to divide the body of water into grids of vertical and longitudinal dimensions, allowing complete coverage of the mass of water in the direction of the flow since both the hydrodynamic and water quality analyses of the model CE-QUAL-W2 work based on the finite difference method [50]. Each segment had several vertical layers with the same heights; the tool used to develop the length and direction of each segment was ArcGIS COGO, recorded in other studies [40]. Following that, a total of 100 segments originated (Figure 3a), 74 were real, and 26 functioned as border conditions, indicating where each branch begins and ends; a total of 13 branches were classified (Figure 3b), and the confluence zone between the Verde River and the Sinú River was established as the entrance of the reservoir.…”
Section: Input and Processing Datamentioning
confidence: 99%
See 1 more Smart Citation
“…Once delimited, it was necessary to divide the body of water into grids of vertical and longitudinal dimensions, allowing complete coverage of the mass of water in the direction of the flow since both the hydrodynamic and water quality analyses of the model CE-QUAL-W2 work based on the finite difference method [50]. Each segment had several vertical layers with the same heights; the tool used to develop the length and direction of each segment was ArcGIS COGO, recorded in other studies [40]. Following that, a total of 100 segments originated (Figure 3a), 74 were real, and 26 functioned as border conditions, indicating where each branch begins and ends; a total of 13 branches were classified (Figure 3b), and the confluence zone between the Verde River and the Sinú River was established as the entrance of the reservoir.…”
Section: Input and Processing Datamentioning
confidence: 99%
“…CE-QUAL-W2 model has been extensively used worldwide [38]. It has been applied at least 32 times in Colombia, with regulations recommending the use of this tool for environmental studies in reservoirs [40]. However, most studies in the research area are limited due to outdated information for the scientific community.…”
Section: Introductionmentioning
confidence: 99%