The water content evolution of model dikes is monitored with geophysical methods. Water content changes are successfully quantified using electrical resistivity tomography. Numerical simulation of water flow in a dike model is used to estimate the variability of water content. Modeling of synthetic data sets is used to evaluate the quality of resistivity quantification using ERT. An ensemble approach is proposed to improve the interpretation of ERT inversions
Coupled hydrogeophysical inversion aims to improve the use of geophysical data for hydrological mode...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...
The water content evolution of model dikes is monitored with geophysical methods. Water content chan...
The water content evolution of model dikes is monitored with geophysical methods. Water content chan...
We explore the viability of electrical resistivity tomography (ERT) to quantify soil water content i...
The reliability of surface-based electrical resistivity tomography (ERT) for quantifying resistiviti...
The electrical resistivity tomography is a suitable method to estimate the water content of a waste ...
In recent years geophysical methods have been used increasingly as tools for subsurface transport pr...
In recent years geophysical methods have become increasingly popular for hydrological applications. ...
We have developed a processing methodology that allows crosshole ERT (electrical resistivity tomogra...
Time-lapse electrical resistivity tomography (ERT) measurements provide indirectobservations of hydr...
Coupled hydrogeophysical inversion aims to improve the use of geophysical data for hydrological mode...
Time-lapse electrical resistivity tomography (ERT) measurements provide indirectobservations of hydr...
At the hillslope scale, surface runoff depends to a great extent on the water deficit of the soils, ...
Coupled hydrogeophysical inversion aims to improve the use of geophysical data for hydrological mode...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...
The water content evolution of model dikes is monitored with geophysical methods. Water content chan...
The water content evolution of model dikes is monitored with geophysical methods. Water content chan...
We explore the viability of electrical resistivity tomography (ERT) to quantify soil water content i...
The reliability of surface-based electrical resistivity tomography (ERT) for quantifying resistiviti...
The electrical resistivity tomography is a suitable method to estimate the water content of a waste ...
In recent years geophysical methods have been used increasingly as tools for subsurface transport pr...
In recent years geophysical methods have become increasingly popular for hydrological applications. ...
We have developed a processing methodology that allows crosshole ERT (electrical resistivity tomogra...
Time-lapse electrical resistivity tomography (ERT) measurements provide indirectobservations of hydr...
Coupled hydrogeophysical inversion aims to improve the use of geophysical data for hydrological mode...
Time-lapse electrical resistivity tomography (ERT) measurements provide indirectobservations of hydr...
At the hillslope scale, surface runoff depends to a great extent on the water deficit of the soils, ...
Coupled hydrogeophysical inversion aims to improve the use of geophysical data for hydrological mode...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...
Abstract Dams are structures that dam rivers and streams for a variety of purposes. These structures...