Low-flow hydrological features are crucial for efficient development and integrated water resources management. Among others, the BaseFlow Index ‘BFI’ is one of the most important low-flow indices. Many studies have demonstrated that it is related to several topographic parameters, climate, vegetation and soil types and to catchment geology. With the aim to enhance the knowledge about the climate and catchment properties’ relative control on the ‘BFI’, an approach consisting of an empirical analysis, applied to a large area located in Southern Italy, characterized by a typical Mediterranean environment, is followed by a simulation experiment, considering climate settings, at the pan-European scale, typical of temperate to dry climate regime...
Catchment baseflow is jointly controlled by climate and landscape properties. Previous studies have ...
In small and middle catchments or intermittent rivers, characterised by low or no flow for long time...
Hydrological models are recognized as valid scientific tools to study water quantity and quality and...
Low-flow hydrological features are crucial for efficient development and integrated water resources ...
Baseflow index (BFI) prediction in ungauged basins has largely been based on the use of catchment ph...
Low flow characteristics are affected by different physiographic factors such as climate, topography...
Prediction of low flows in ungauged catchments is needed in many branches of water resources managem...
Analyses of event runoff coefficients provide essential insight on catchment response, particularly ...
Problem statement: For the purpose of low flows regionalization, relevant issue for water resources ...
The occurrence of river floods is strongly related to specific climatic conditions that ...
none5noThe paper analyzes the rainfall-flow-sediment relationships obtained after two monitoring yea...
Study region: Data from 28 streamflow gauging stations located in the Campania Region, Southern Ital...
Low flows can impact water use and instream ecology. Therefore, reliable predictions of low-flow met...
Yearly streamflow frequency analysis is performed in Sicily, Mediterranean’s largest island, using t...
In the last decade the north of Italy suffered a marked hydrologic deficit as a consequence of decre...
Catchment baseflow is jointly controlled by climate and landscape properties. Previous studies have ...
In small and middle catchments or intermittent rivers, characterised by low or no flow for long time...
Hydrological models are recognized as valid scientific tools to study water quantity and quality and...
Low-flow hydrological features are crucial for efficient development and integrated water resources ...
Baseflow index (BFI) prediction in ungauged basins has largely been based on the use of catchment ph...
Low flow characteristics are affected by different physiographic factors such as climate, topography...
Prediction of low flows in ungauged catchments is needed in many branches of water resources managem...
Analyses of event runoff coefficients provide essential insight on catchment response, particularly ...
Problem statement: For the purpose of low flows regionalization, relevant issue for water resources ...
The occurrence of river floods is strongly related to specific climatic conditions that ...
none5noThe paper analyzes the rainfall-flow-sediment relationships obtained after two monitoring yea...
Study region: Data from 28 streamflow gauging stations located in the Campania Region, Southern Ital...
Low flows can impact water use and instream ecology. Therefore, reliable predictions of low-flow met...
Yearly streamflow frequency analysis is performed in Sicily, Mediterranean’s largest island, using t...
In the last decade the north of Italy suffered a marked hydrologic deficit as a consequence of decre...
Catchment baseflow is jointly controlled by climate and landscape properties. Previous studies have ...
In small and middle catchments or intermittent rivers, characterised by low or no flow for long time...
Hydrological models are recognized as valid scientific tools to study water quantity and quality and...