International audienceAn original hydraulics-based Bayesian method is introduced for developing stage-fall-discharge (SFD) rating curves used at twin-gauge stations and estimating their uncertainties. A channel control with variable energy slope due to variable backwater is considered in combination with a backwater -unaffected control, usually another channel control. Succession between backwater -affected and backwater-unaffected controls is solved based on the continuity of the stage-discharge relation. The difference between the reference levels at the two stations is estimated as another uncertain parameter of the SFD model. Results at one typical twin-gauge station aff...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAUA French national project (PNRH Non Stationary Flo...
International audienceMaintaining stage-discharge rating curves at hydrometric stations affected by ...
Discharge in rivers is commonly estimated by the use of rating curve constructed from pairs of water...
Stage-fall-discharge (SFD) rating curves are traditionally used to compute streamflow records at sit...
Complex rating curves, with stage and additional variables as inputs are necessary to establish str...
Bayesian analysis of rating curves and their uncertainties: the BaRatin method. Among other method...
International audienceAmong other methods, Bayesian inference recently emerged as a promising framew...
Rating curves extrapolation for flood discharge by hydraulic modelling. The rating curve of a hyd...
Establishing a reliable stage-discharge (SD) rating curve for calculating discharge at a hydrologica...
Water resources management is a central concern for EDF, both in the fields of safety, regulation an...
River discharge time series are established using "rating curves", which are models with stage as in...
Uncertainty of discharge measured with relating curve between level and discharge. The Compagnie Na...
International audienceThe stage-discharge rating curve is subject at many hydrometric stations to su...
Hydrological models are typically calibrated with discharge time series derived from a rating curve,...
Consolidation method for rating curves in case of rare floods in the Réal Collobrier experimental wa...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAUA French national project (PNRH Non Stationary Flo...
International audienceMaintaining stage-discharge rating curves at hydrometric stations affected by ...
Discharge in rivers is commonly estimated by the use of rating curve constructed from pairs of water...
Stage-fall-discharge (SFD) rating curves are traditionally used to compute streamflow records at sit...
Complex rating curves, with stage and additional variables as inputs are necessary to establish str...
Bayesian analysis of rating curves and their uncertainties: the BaRatin method. Among other method...
International audienceAmong other methods, Bayesian inference recently emerged as a promising framew...
Rating curves extrapolation for flood discharge by hydraulic modelling. The rating curve of a hyd...
Establishing a reliable stage-discharge (SD) rating curve for calculating discharge at a hydrologica...
Water resources management is a central concern for EDF, both in the fields of safety, regulation an...
River discharge time series are established using "rating curves", which are models with stage as in...
Uncertainty of discharge measured with relating curve between level and discharge. The Compagnie Na...
International audienceThe stage-discharge rating curve is subject at many hydrometric stations to su...
Hydrological models are typically calibrated with discharge time series derived from a rating curve,...
Consolidation method for rating curves in case of rare floods in the Réal Collobrier experimental wa...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAUA French national project (PNRH Non Stationary Flo...
International audienceMaintaining stage-discharge rating curves at hydrometric stations affected by ...
Discharge in rivers is commonly estimated by the use of rating curve constructed from pairs of water...