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Hydrological reaction to climate change anticipates water cycle alterations. To ensure long-term availability and accessibility, it is essential develop sustainable management strategies better hydrological models that can simulate peak flow. These efforts will aid in resource planning, management, mitigation. This study develops compares Sacramento, Australian Water Balance Model (AWBM), TANK,...

Aims: This paper is aimed to assess the future impact of climate change on some selected climatic variables and surface runoff from Myponga catchment, South Australia.
 Methodology: The six global models recommended for Australia were compared among each other based their performance simulate observed climates in study area. monthly average statistically downscaled evapotranspiration rainf...

according to variety of accessible hydrological models, evaluateing the efficiency of models for different management objectives are essential. therefore, models with simple structure and using minimal input that can provide an acceptable result can serve as an effective tool to watershed managers. hence, the objective of this research is to evaluate the relative performances of the lumped conc...

Deterministic rainfall-runoff models require parameter calibration with the aim of matching the modeled streamflow record to an observed record as closely as possible. Much attention has been focused on automated methods of model calibration using meta-heuristics, such as genetic algorithms. In this study, two meta-heuristic algorithms were compared: the shuffled complex evolution (SCE) algorit...

one of the major sectors of water loss is the loss of rain runoff. kirkby (2001) the effect of soil surface characteristics in the production of runoff in time and space scales concluded that soil properties such as undulating, soil texture and structure on the amount and spatial pattern of runoff are effective. in this research that was conducted in the latian watershed, twenty experimental pl...