The management of urban channel systems constitutes an important problem in most
developing cities of the world. In this study, a deterministic approach was followed to obtain
water-diversion function through development of a numerical model that includes main
hydrological elements such as stream flow, groundwater flow with stream–aquifer
interaction, and evapotranspiration. An application to the city of Eskisehir (Turkey) is
presented. The city has an extending channel network lying on an alluvium plain. In …

The management of urban channel systems constitutes an important problem in most
developing cities of the world. In this study, a deterministic approach was followed to obtain
water-diversion function through development of a numerical model that includes main
hydrological elements such as stream flow, groundwater flow with stream-aquifer interaction,
and evapotranspiration. An application to the city of Eskisehir (Turkey) is presented. The city
has an extending channel network lying on an alluvium plain. In developing the new …