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This study was conducted in the Moukoulou Dam watershed in the Guéra region (Central Chad). The main objective of this study was to contribute to the improvement of the water management of the Moukoulou Dam. The water needs of the users around the dam were obtained. The evolution of the environment and the impacts of the dam on the health of the population were determined. The study revealed that the Moukoulou Dam watershed has an area of 300 km², a perimeter of 68 km and an overall slope index of 7.5 m/km. The storage capacity of the dam is estimated at 770,000 m3 and the average annual…mehr

Produktbeschreibung
This study was conducted in the Moukoulou Dam watershed in the Guéra region (Central Chad). The main objective of this study was to contribute to the improvement of the water management of the Moukoulou Dam. The water needs of the users around the dam were obtained. The evolution of the environment and the impacts of the dam on the health of the population were determined. The study revealed that the Moukoulou Dam watershed has an area of 300 km², a perimeter of 68 km and an overall slope index of 7.5 m/km. The storage capacity of the dam is estimated at 770,000 m3 and the average annual inflow is estimated at 600,000 m3. The total consumption is 30% of the dam's water storage. The sector using more water is irrigation with a total of 175,554 m3 per year. The utilization curve of the reservoir showed that the capacity of the dam has no constraints to meet the water needs of irrigation and other uses despite the poor management of the dam water. In addition, the evolution of water-related diseases is increasing with a high rate of malaria around the dam.
Autorenporträt
Dieudonné Abakar, nacido el 09/07/1991 en Mongo/Chad. Obtenido el bachillerato científico en 2011 en Guéra, y una licenciatura en Ciencias Agronómicas en la Universidad de ATI/Chad, continué mi investigación de Máster en Dschng/Camerún en el campo de la Gestión Integrada de los Recursos Hídricos en la Facultad de Agronomía y Ciencias Agrarias, defendida en 2018.