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In Morocco, on a regional scale, the Beni Mellal Atlas is known for its high groundwater potential and high unit productivity. Considered as the castle of Morocco, it contains a number of springs that exceed 54 gauged by ABHOER (Agence du Bassin Hydraulique de Oued Oum Er Rbia). These springs are either captured for drinking water supply or for irrigation. The most important of these springs is the Ain Asserdoune spring, which supplies drinking water to many urban areas, including the city of Beni Mellal. This scientific contribution, aims to determine the functioning of the spring of Ain…mehr

Produktbeschreibung
In Morocco, on a regional scale, the Beni Mellal Atlas is known for its high groundwater potential and high unit productivity. Considered as the castle of Morocco, it contains a number of springs that exceed 54 gauged by ABHOER (Agence du Bassin Hydraulique de Oued Oum Er Rbia). These springs are either captured for drinking water supply or for irrigation. The most important of these springs is the Ain Asserdoune spring, which supplies drinking water to many urban areas, including the city of Beni Mellal. This scientific contribution, aims to determine the functioning of the spring of Ain Asserdoune in a context of climate change. It aims to identify the variability of the water heights of the spring of Ain Asserdoune, to build a rating curve and finally analyze the flows of the spring of Ain Asserdoune.
Autorenporträt
Khouldia NAFIA, estudiante investigadora en el departamento de geografía, especialidad hidrología y medio ambiente, en la Facultad de Letras y Ciencias Humanas de Beni Mellal, Universidad Sultán Moulay Slimane - Marruecos. Posee dos licenciaturas, en Geografía Física y Medio Ambiente y en Ciencias Económicas y de Gestión.