ABSTRACT An error analysis shows that three types of errors influence the random error of a single discharge measurement determined from a rating curve. They are rating curve error, water level measurement error and an error caused by ignoring all physical parameters, other than water level, that affect discharge. Methods in the literature for evaluating the first two types of errors are reviewed and a method for evaluating the third type is given. The error of average discharge for an arbitrary period is also considered. Précision du débit determine a partir d'une courbe de tarage RESUME Une analyse d'erreurs démontre que trois espèces d'erreurs influencent l'erreur aléatoire sur un débit déterminé par une courbe de tar...
Advice on the application of Statistics to Hydrology. The notion of “Statistical hydrology”. Examina...
The importance of discharge measurements is fully acknowledged in many research fields, mostly in hy...
A grey-based technique for characterizing the rating curve uncertainty due to discharge measurement ...
This work concerned uncertainty analysis for constructing stage–discharge rating curves to estimate ...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
none3This paper analyses the uncertainty of rating curves and how this uncertainty affects the calib...
A grey-based technique for characterizing both the rating curve uncertainty due to discharge measure...
none3noThis study considers the overall uncertainty affecting river flow measurements and proposes ...
When estimating discharges through rating curves, temporal data consistency is a critical issue. In...
International audienceA rating curve provides an estimation of river discharges based on stage (wate...
Rating curves extrapolation for flood discharge by hydraulic modelling. The rating curve of a hyd...
The operational measurement of discharge in medium and large rivers is mostly based on indirect appr...
This paper employs a new estimation method for estimating stage-discharge rating curve parameters. I...
Advice on the application of Statistics to Hydrology. The notion of “Statistical hydrology”. Examina...
The importance of discharge measurements is fully acknowledged in many research fields, mostly in hy...
A grey-based technique for characterizing the rating curve uncertainty due to discharge measurement ...
This work concerned uncertainty analysis for constructing stage–discharge rating curves to estimate ...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
Uncertainties in discharge determination may have serious consequences for hydrological modelling an...
none3This paper analyses the uncertainty of rating curves and how this uncertainty affects the calib...
A grey-based technique for characterizing both the rating curve uncertainty due to discharge measure...
none3noThis study considers the overall uncertainty affecting river flow measurements and proposes ...
When estimating discharges through rating curves, temporal data consistency is a critical issue. In...
International audienceA rating curve provides an estimation of river discharges based on stage (wate...
Rating curves extrapolation for flood discharge by hydraulic modelling. The rating curve of a hyd...
The operational measurement of discharge in medium and large rivers is mostly based on indirect appr...
This paper employs a new estimation method for estimating stage-discharge rating curve parameters. I...
Advice on the application of Statistics to Hydrology. The notion of “Statistical hydrology”. Examina...
The importance of discharge measurements is fully acknowledged in many research fields, mostly in hy...
A grey-based technique for characterizing the rating curve uncertainty due to discharge measurement ...