Add to ORKGA study was performed to quantify the error in results of a water quality model of the Biebrza River, Poland, due to uncertainties in calibrated model parameters. The procedure used in this study combines calibration and sensitivity analysis. Finally,the model was validated to test the model capability, where the effects of calibration errors was filtered out. The water quality model with the best combination of parameter values simulates the observed concentrations very well, although the range of modelled concentrations at each location is rather wide when other more or less equally eligible combinations of parameter values are taken into consideration
Management of river water quality has become increasingly important due to its decline caused by hum...
Management of river water quality has become increasingly important due to its decline caused by hum...
Physically-based mathematical water quality models are known as potentially effective tools to simul...
A study was performed to quantify the error in results of a water quality model of the Biebrza River...
The identifiability of model parameters of a steady state water quality model of the Biebrza River a...
The identifiability of model parameters of a steady state water quality model of the Biebrza River a...
Errors are unavoidable in the development of simulation models dealing with natural processes. Th...
Errors are unavoidable in the development of simulation models dealing with natural processes.\ud \u...
Water quality models generally require a relatively large number of parameters to define their funct...
Use of water quality models plays an important role in river water quality management.\ud \ud Throug...
The European Water Framework Directive imposes on member states to reach a good water quality status...
A new dynamic model of water quality, Q(2), has recently been developed, capable of simulating large...
The European Water Framework Directive imposes on member states to reach a good water quality status...
A new dynamic model of water quality, Q(2), has recently been developed, capable of simulating large...
Abstract: Every model is, by definition, a simplification of the reality under investigation. Althou...
Management of river water quality has become increasingly important due to its decline caused by hum...
Management of river water quality has become increasingly important due to its decline caused by hum...
Physically-based mathematical water quality models are known as potentially effective tools to simul...
A study was performed to quantify the error in results of a water quality model of the Biebrza River...
The identifiability of model parameters of a steady state water quality model of the Biebrza River a...
The identifiability of model parameters of a steady state water quality model of the Biebrza River a...
Errors are unavoidable in the development of simulation models dealing with natural processes. Th...
Errors are unavoidable in the development of simulation models dealing with natural processes.\ud \u...
Water quality models generally require a relatively large number of parameters to define their funct...
Use of water quality models plays an important role in river water quality management.\ud \ud Throug...
The European Water Framework Directive imposes on member states to reach a good water quality status...
A new dynamic model of water quality, Q(2), has recently been developed, capable of simulating large...
The European Water Framework Directive imposes on member states to reach a good water quality status...
A new dynamic model of water quality, Q(2), has recently been developed, capable of simulating large...
Abstract: Every model is, by definition, a simplification of the reality under investigation. Althou...
Management of river water quality has become increasingly important due to its decline caused by hum...
Management of river water quality has become increasingly important due to its decline caused by hum...
Physically-based mathematical water quality models are known as potentially effective tools to simul...