Detail understanding of rainfall-runoff processes is tremendously important for a watershed
with variable streamflow generation. The streamflow of the Meki River fluctuates seasonally …

Abstract Study region Wami Ruvu basin (WRB; 66,899 km 2) in Tanzania. Study focus The
objective of this study was to evaluate the performance, sensitivity, and uncertainty of the …

Purpose This study aims to develop a cause-effect relationship between criteria that
contribute to water security using the Intuitionistic Fuzzy-Decision-Making Trial and …

The Katar and Meki subbasins play a significant role in supporting the livelihoods of people
in the region. However, the subbasins are currently under heavy human pressures, mainly …

This study aimed to examine the impact of water abstractions on runoff and streamflow using
the MIKE 11 NAM model. A field survey of water abstraction was conducted to ascertain the …

Ethiopian lakes face multiple ecosystem threats from human and natural factors, including
climate change. The long-term dynamics of water surface area in many lakes remain …

Streamflow regime management is critical for preserving species in riverine and riparian
habitats. Quantifying flow-ecology relationships can help to characterize the effect of flow …

Climate change is a clear fact today, and its impact is seriously disrupting regional
hydrometeorology. In this study, four dynamical downscaled regional climate model output …

Abstract Study area: Katar and Meki subbasins, Rift Valley Lakes Basin, Ethiopia. Study
focus: This research was carried out to characterized the recharge mechanism and quantify …

Surface hydrologic modeling becomes a problem when insufficient spatial and temporal
information is available. It is common to have useful modeling periods of less than 15 years …