Determinación de las proteínas solubles y clorofila en Rhizophora Harrisonll mediante Espectrofotometría de luz visible como indicadores de polución en un sector del puerto de Guayaquil
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2016-12
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Universidad de Guayaquil, Facultad de Ingeniería Química
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La contaminación atmosférica generada por la actividad naviera, industrial, termoeléctrica, cementera y de producción de acero, son componentes que no se han analizado en cómo afecta a los manglares de zona del Puerto de Guayaquil. Este estudio se medirán variables que afecten a la calidad de vida en los manglares, y se va a referenciar las proteínas solubles y las clorofilas para Rhizophora harrisonii en dos áreas, la primera es una zona poluída con respecto a una zona de conservación, se analizaron 180 muestras de sol durante la marea alta en época seca durante el mes de Agosto. Para los análisis de las muestras se utilizó métodos de espectrofotometría de luz visible y los resultados fueron medidos estadísticamente con ANOVA simple de una vía, con el programa Statgraphic 5.1. Se encontró que las medias de proteínas y clorofila fueron significativamente más altas en la zona de control comparándolas con los transectos cerca del puerto.
Air pollution generated by shipping, industrial activity, thermal power, cement and steel production, are components that have not been analyzed in how it affects the mangrove area of Puerto de Guayaquil. This study variables affecting the quality of life in the mangroves are measured, and will reference the soluble proteins and chlorophylls to Rhizophora harrisonii in two areas, the first is a polluted area with respect to a conservation area, is they analyzed 180 samples sun at high tide during the dry season during the month of August. For sample analysis methods they were used visible light spectrophotometry and the results were measured statistically by ANOVA single one-way, with Statgraphic 5.1 program. It was found that average protein and chlorophyll were significantly higher in the control area comparing with transects near the port.
Air pollution generated by shipping, industrial activity, thermal power, cement and steel production, are components that have not been analyzed in how it affects the mangrove area of Puerto de Guayaquil. This study variables affecting the quality of life in the mangroves are measured, and will reference the soluble proteins and chlorophylls to Rhizophora harrisonii in two areas, the first is a polluted area with respect to a conservation area, is they analyzed 180 samples sun at high tide during the dry season during the month of August. For sample analysis methods they were used visible light spectrophotometry and the results were measured statistically by ANOVA single one-way, with Statgraphic 5.1 program. It was found that average protein and chlorophyll were significantly higher in the control area comparing with transects near the port.
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Clorofila, Contaminación, Dióxido de azufre, Manglar, Proteína solubles