Goodness-of-fit measures are important for an objective evaluation of runoff model
performance. The Kling-Gupta efficiency (R KG), which has been introduced as an …

Metrics based on streamflow and/or climate variables are used in water management for
monitoring and evaluating available resources. To reflect future change in the hydrological …

Streamflow has been complexly altered by climate change and human activities in major
rivers worldwide. The traditional Darwinian approach for impact assessment of climate …

The natural flow regime (ie magnitude, frequency, duration, timing and rate of change of flow
events) is crucial for maintaining freshwater biodiversity and ecosystem services. Protecting …

This study evaluates and compares the performance of Coupled Model Intercomparison
Project Phase 6 (CMIP6) and CMIP5 in simulating the runoff on global-scale and eight large …

Estimation of the hydrological model parameters, known as model calibration, is an
important step in application of these models for various water resources problems. In the …

The reliability and applicability of hydrological models within ecohydrological frameworks
are major concerns. Two multi-objective model calibration strategies were formulated to …

Sustainable water basin management requires characterization of flow regime in river
networks impacted by anthropogenic pressures. Flow regime in ungauged catchments …

The estimates of actual evapotranspiration (E) across basins and/or regions are still facing
some difficulties because of the complex interactions amongst the components of the land …

Abstract Development of robust hydrologic-hydrodynamic simulation models is challenging,
especially in regions, where in-situ observation data are scarce. Parameter calibration is …