Climate change could affect the world's water resources system, especially at level of basin. would impact streamflow and corresponding future resources. The lower basin Diyala River is currently experiencing shortage contamination issues. This study aims to use Water Evaluation And Planning (WEAP) model create an integrated modeling system for evaluating effects climate on supply demand within...

Located in the semi-arid zone of Zambia, Mutama-Bweengwa, Kasaka and Magoye sub-catchments have witnessed a high demand for water due to increase population socio-economic activities putting more pressure on resources. This study assesses hydrological components ascertains available resources unmet using Water Evaluation And Planning (WEAP) Model hydrometeorological data collected between 1951 ...

This research was structured to examine the impact of domestic as well Agricultural water demand on current and future surface available within Kaduna South Catchment Nigeria. Also taking into consideration climate variability a factor that will either increase or decrease temperature precipitation in catchment, with significant effect stream flow river basin. A dual Order modelling approach ad...

Significant gaps exist in water management strategies implemented the sub-basin of Narmada River, Veda River Basin. Hence, main goal this study is to predict demand and supply, recharge draft with use Water Evaluation Planning System (WEAP) Model. The area watershed located Nimar region Madhya Pradesh, Middle India. In study, WEAP model used as a decision support system for management. uses bal...

Extended Abstract The study La Economía del Cambio Climático en Chile (Economy of Climate Change in Chile) (CEPAL, 2009) shows the impacts of Climate Change in Chile using the results from the GCM model HadCM3, with two GHG scenarios (A2 and B2). As projected in these scenarios, for the near future period it is expected a raise in temperature in Central and South Chile in the order of 1-2°C and...

In this paper, a many-objective optimization algorithm was developed using SPEA2 for system of four reservoirs in the Karun basin, including hydropower, municipal and industrial, agricultural, environmental objectives. For purpose, 53 years available data, hedging rules were two modes: with without applying fuzzy logic. used to optimize coefficients first 43 data last 10 test optimized rule cur...

Particularly in water resource systems that frequently experience severe drought events, generic simulation models provide useful information for the definition of drought mitigation measures. Among them, AQUATOOL (Valencia Polytechnic University), MODSIM (Colorado State University), RIBASIM (DELTARES), WARGI-SIM (University of Cagliari) and WEAP (Stockholm Environmental Institute) are here con...