A variety of methods are available to estimate values of meteorological variables at future
times and at spatial scales that are appropriate for local climate change impact assessment …

The inter‐variable dependence of climate variables is usually not considered in many bias
correction methods, even though it has been deemed important for various impact studies …

Uncertainty estimation of climate change impacts has been given a lot of attention in the
recent literature. It is generally assumed that the major sources of uncertainty are linked to …

Despite their acknowledged limitations, lumped conceptual models continue to be used
widely for climate‐change impact assessments. Therefore, it is important to understand the …

Six approaches for downscaling climate model outputs for use in hydrologic simulation were
evaluated, with particular emphasis on each method's ability to produce precipitation and …

As climate change could have considerable influence on hydrology and corresponding
water management, appropriate climate change inputs should be used for assessing future …

Weighting climate models is controversial in climate change impact studies using an
ensemble of climate simulations from different climate models. In climate science, there is a …

Strategic-scale assessments of climate change impacts are often undertaken using the
change factor (CF) methodology whereby future changes in climate projected by General …

To account for the high uncertainty in climate change scenarios, it is advisable to include the
maximum possible amount of climate model simulations. Since this is not always feasible …

An approach to considering changes in flooding probability in the integrated assessment of
climate change is introduced. A reduced-form hydrological model for flood prediction and a …