This paper reviews concepts for evaluating integrated environmental models and discusses
a list of relevant software‐based tools. A simplified taxonomy for sources of uncertainty and …

Hydrologic Simulation Program-Fortran (HSPF) model calibration is typically done manually
due to the lack of an automated calibration tool as well as the difficulty of balancing objective …

Integrated environmental modeling (IEM) includes interdependent science-based
components that comprise an appropriate software modeling system and are responsible for …

Based on the classical one-dimensional particle transport model, a three-dimensional
particle transport model with a dual deposition mode considering sieving and adsorption …

Given a highly parameterized groundwater model in which the conceptual model of the
heterogeneity is stochastic, a set of inverse calibrations from multiple starting points (MSPs) …

This study investigates the performance of the covariance matrix adaptation-evolution
strategy (CMA-ES), a stochastic optimization method, in solving groundwater inverse …

The hydrological model is one of the key methods in hydrological research and
management, which can be divided into physical model and mathematical model. In order to …

Automatic calibration (autocalibration) of models is a standard practice in hydrologic
sciences. However, hydrologic modelers, while performing autocalibrations, spend …

The calibration of highly parameterized hydrological models is a major computational
challenge, especially for models with long run times. This challenge motivates the …

Robust estimation of soil hydraulic parameters is essential for predicting soil water dynamics
and related biogeochemical processes; however, uncertainties in estimated parameter …