Conventional practices of rating curve computation fall short in many aspects. They are data-intensive and are notoriously inaccurate in high-flow regimes as a result of extrapolation of low-flow curve fitting. By making use of a simple commercial UAV, a physically-based rating curve is computed that is substantiated by a detailed representation of the section's geometry. Discharge data is still required for calibration of the roughness coefficient and determination of the stage at zero flow. The physically-based rating curve improves the accuracy of the rating curve in the high flows and allows for an easy separation between flow regimes
River monitoring is a critical issue for hydrological modelling that strongly relies on the use of F...
The stage-discharge rating curve is widely used in the research for analysis of flow regime and desi...
AbstractThe accuracy of river flow data is very important for most hydrological studies. Even so, th...
The direct measurement of discharges in rivers can be time-consuming and costly. The discharge is co...
River monitoring is a critical issue for hydrological modelling that relies strongly on the use of f...
Direct measurement of river discharge is difficult, time consuming and costly. Therefore a rating cu...
International audienceRiver discharge is an essential component in the hydrological cycle. It is use...
Rapid advancements in technologies open up possibilities for water resource authorities to increase ...
River channel geometry is an important input to hydraulic and hydrologic models. Traditional approac...
Rating curve estimation (height-stream relation) made by hydrometric stations representing cross-sec...
Direct measurement of river discharge is time consuming and financially demanding. Continuous river ...
The rating curve is the most used methodology for river flow quality and quantity monitoring and con...
This pilot study explores the potential of using low-resolution (0.2 points/m2) airborne laser scann...
The objective of this study was to investigate the possibility of a generic rating curve with a smal...
This pilot study explores the potential of using low-resolution (0.2 points/m2) airborne laser scann...
River monitoring is a critical issue for hydrological modelling that strongly relies on the use of F...
The stage-discharge rating curve is widely used in the research for analysis of flow regime and desi...
AbstractThe accuracy of river flow data is very important for most hydrological studies. Even so, th...
The direct measurement of discharges in rivers can be time-consuming and costly. The discharge is co...
River monitoring is a critical issue for hydrological modelling that relies strongly on the use of f...
Direct measurement of river discharge is difficult, time consuming and costly. Therefore a rating cu...
International audienceRiver discharge is an essential component in the hydrological cycle. It is use...
Rapid advancements in technologies open up possibilities for water resource authorities to increase ...
River channel geometry is an important input to hydraulic and hydrologic models. Traditional approac...
Rating curve estimation (height-stream relation) made by hydrometric stations representing cross-sec...
Direct measurement of river discharge is time consuming and financially demanding. Continuous river ...
The rating curve is the most used methodology for river flow quality and quantity monitoring and con...
This pilot study explores the potential of using low-resolution (0.2 points/m2) airborne laser scann...
The objective of this study was to investigate the possibility of a generic rating curve with a smal...
This pilot study explores the potential of using low-resolution (0.2 points/m2) airborne laser scann...
River monitoring is a critical issue for hydrological modelling that strongly relies on the use of F...
The stage-discharge rating curve is widely used in the research for analysis of flow regime and desi...
AbstractThe accuracy of river flow data is very important for most hydrological studies. Even so, th...