The simulated outcome of a calibrated hydrologic model should be hydrologically consistent
with the measured response data. Hydrologic modelers typically calibrate models to …

This paper applies a four‐objective calibration strategy focusing on peak flows, low flows,
water balance, and flashiness to 392 model parameter estimation experiment (MOPEX) …

Multi-objective calibration can help identify parameter sets that represent a hydrological
system and enable further constraining of the parameter space. Multi-objective calibration is …

A conceptual hydrological model structure contains several parameters that have to be
estimated through matching observed and modeled watershed behavior in a calibration …

Problem complexity for watershed model calibration is heavily dependent on the number of
parameters that can be identified during model calibration. This study investigates the use of …

Parameter estimation for hydrological models is complicated for many reasons, one of which
is the arbitrary emphasis placed, by most traditional measures of fit, on various magnitudes …

A novel selection metric called Convex Hull Contribution (CHC) is introduced for solving
multiobjective (MO) optimization problems with Pareto fronts that can be accurately …

The use of distributed data for model calibration is becoming more popular in the advent of
the availability of spatially distributed observations. Hydrological model calibration has …

One decade after the first publications on multi-objective calibration of hydrological models,
we summarize the experience gained so far by underlining the key perspectives offered by …

Recent advances in optimizing watershed model calibration have focused mainly on
incorporating multiple objective measures of model performance and improving optimization …