Flow regimes spatial variability. This study investigates the spatial distribution of annual flow regimes within the Tur River basin, using 29-year records (1979-2007) of mean monthly flow, for 7 gauging stations. A multivariate, statistical classification of regime “shape” and “magnitude” is used to group annual regimes. The classification revealed two “shape” classes with different timing of major flow peaks and three “magnitude” classes. These results suggest regime “shape” is controlled by the seasonal distribution and nature of hydroclimatic inputs. As such, a framework can be provided around which to test hypotheses, making regional classification an important tool for hydrological research, particularly over large and complex geograp...
In this study, the spatial and temporal variability of summer (June–July–August, JJA) streamflow ove...
The geographical position and variety of Apuseni Mountains’ landscape determine a very uneven distri...
The analysis of the maximum flow, resulting from the influences of several miscellaneous control fac...
The peculiarities of the seasonal and monthly flow regime of the rivers in the upper river basin of ...
Investigated region is overlapping the territory drained by tributaries of Someşul Mic and Arieş Riv...
In this study we try to analyze some important hydrometric problems such as the seasonal river flow ...
The spatiotemporal variability of a stream flow due to the complex interaction of catchment attribut...
Seasonal water flow regime of rivers in the Suceava River Basin. The study is based on processing an...
The study is based on the processing and interpreting data from 16 gauging stations, of which 10 con...
Transylvania's physico-geographic factors distinguish it as a well-structured depression unit. Clima...
<p>Liquid and solid discharges of the Prut River were analysed based on measurements<br />performed ...
Râul Negru hydrographic basin represents a well individualised and relatively homogenous physical-ge...
The aim of the paper is to describe spatial differences in the uncertainty of features of the flow r...
Seasonal discharge regime of the rivers in the Transylvanian Subcarpathians and the adjacent mountai...
Flow classification provides a statistically robust method of defining an expected range of variabil...
In this study, the spatial and temporal variability of summer (June–July–August, JJA) streamflow ove...
The geographical position and variety of Apuseni Mountains’ landscape determine a very uneven distri...
The analysis of the maximum flow, resulting from the influences of several miscellaneous control fac...
The peculiarities of the seasonal and monthly flow regime of the rivers in the upper river basin of ...
Investigated region is overlapping the territory drained by tributaries of Someşul Mic and Arieş Riv...
In this study we try to analyze some important hydrometric problems such as the seasonal river flow ...
The spatiotemporal variability of a stream flow due to the complex interaction of catchment attribut...
Seasonal water flow regime of rivers in the Suceava River Basin. The study is based on processing an...
The study is based on the processing and interpreting data from 16 gauging stations, of which 10 con...
Transylvania's physico-geographic factors distinguish it as a well-structured depression unit. Clima...
<p>Liquid and solid discharges of the Prut River were analysed based on measurements<br />performed ...
Râul Negru hydrographic basin represents a well individualised and relatively homogenous physical-ge...
The aim of the paper is to describe spatial differences in the uncertainty of features of the flow r...
Seasonal discharge regime of the rivers in the Transylvanian Subcarpathians and the adjacent mountai...
Flow classification provides a statistically robust method of defining an expected range of variabil...
In this study, the spatial and temporal variability of summer (June–July–August, JJA) streamflow ove...
The geographical position and variety of Apuseni Mountains’ landscape determine a very uneven distri...
The analysis of the maximum flow, resulting from the influences of several miscellaneous control fac...