Abstract In addressing management scenarios and climate changes, it is necessary to consider surface water groundwater resources as an integrated system. this context, the present research first simulates evaluates simultaneously; then, examines possible effects of change on these in study area (Mahabad, Northwest Iran). stage, WEAP-MODFLOW model was applied a 10-year period (2006–2015) order t...

The shrinking of water resources along with the frequent droughts plays an effective role in intensifying crisis. Climate change adversely affects hydrological cycle at basin level. These are often reflected and food insecurity, hydrologic extremes, drought, flooding, deteriorating ecosystem health. This study aims to calibrate validate stream flows Awash River using a distributed Water Evaluat...

In this study, a water resource management model that facilitates indicator-based decisions, with respect to environmental, social and economic dimensions in a multiple criteria perspective, is developed for the Gediz River Basin in Turkey. The basic input of the proposed model is the quantity of surface water that is mainly allocated to irrigation purposes. The model has been applied under 3 d...

Water is an essential resource for social and economic development. The availability of this constantly threatened by the rapid increase in its demand. This research assesses current (2010–2016), short- (2017–2040), middle- (2041–2070), long-term (2071–2099) levels water security considering socio-economic climate change scenarios using Evaluation Planning System (WEAP) Vilcanota-Urubamba (VUB)...

We present an integrated hydrology/water operations simulation model of the Tuolumne and Merced River Basins, California, using the Water Evaluation and Planning (WEAP) platform. The model represents hydrology as well as water operations, which together influence water supplied for agricultural, urban, and environmental uses. The model is developed for impacts assessment using scenarios for cli...