… Abstract Classical hydrometric measurements and detailed 2-D electrical resistivity imaging
(ERI) surveys were combined with tracer sampling to identify the hydrological processes in a …

… levels were combined with tracer studies. The study explores the importance of combining
hydrometric data, isotope information and hydrochemical tracers to identify runoff components …

… Abstract Classical hydrometric measurements and detailed 2-D electrical resistivity imaging
(ERI) surveys were combined with tracer sampling to identify the hydrological processes in a …

… As it can be assumed that direction of this subsurface flow is controlled by the moraine
surface, we used geophysical techniques to identify the ground moraine topography and to …

… Silica is one of the most used solutes to trace the runoff process. Silica concentration in
rainfall and throughfall is usually close to the detection limit, and is much higher in the subsoil …

… Geophysics Near surface geophysics (ERT and GPR) and tracer tests can identify preferential
… an integral component of combined approaches using distributed hydrometric networks, …

… Isotope and hydrochemical tracers have proven to be useful in identifying runoff components …
runoff generation processes using combined hydrometric, tracer and geophysical methods …

… : the tracer methods enabled the detection and quantification of runoff components; geophysical
methods … The combination of a classical hydrometric approach with hydrochemical and …

… , tracer-aided conceptual models have been used to identify … behaviour against various
hydrometric and tracer-derived … rarely well mixed, with concomitant implications for tracer routing. …

… Various techniques are required to identify and quantify subsurface processes. The … tracer
hydrology and geoelectric methods to investigate subsurface runoff generation mechanisms. …