The present study becomes part of the mathematical modeling of hydrological processes at the catchment scale. The main objective of this work is to examine the relationship between the hydrological response of a basin during the recession and its geomorphological characteristics. The recession curves represent the power law relationship between the discharge and the streamflow decline rate -dQ/dt = kQ^b. Recently it has been developed the geomorphological theory of recession hydrological response. The basic idea of this theory is that che power law relationship -dQ/dt = kQ^b originates from the power law relationship between the number of the channel heads of active drainage network (ADN) N(t) and its total length G(t) at time t. This stud...
Prediction of fluvial basins response to the atmospheric forcing, one of the most studied issues in ...
The ubiquity of the power law relationship between dQ / dt and Q for recession periods (-dQ / dt = k...
The analysis of drought discharge is of utmost relevance in the design of water intake structures, m...
The present study becomes part of the mathematical modeling of hydrological processes at the catchme...
This study is motivated by the fact that natural basins share some striking similarities in their ba...
Since Brutsaert and Neiber (1977), recession curves are widely used to analyse subsurface systems of...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
This paper addresses the signatures of catchment geomorphology on base flow recession curves. Its re...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
Recession flows in a basin are controlled by the temporal evolution of its active drainage network (...
Abstract Streamflow recession analysis characterizes the storage-outflow relationship in catchments....
Streamflow recession analysis characterizes the storage-outflow relationship in catchments. This re...
Prediction of fluvial basins response to the atmospheric forcing, one of the most studied issues in ...
The ubiquity of the power law relationship between dQ / dt and Q for recession periods (-dQ / dt = k...
The analysis of drought discharge is of utmost relevance in the design of water intake structures, m...
The present study becomes part of the mathematical modeling of hydrological processes at the catchme...
This study is motivated by the fact that natural basins share some striking similarities in their ba...
Since Brutsaert and Neiber (1977), recession curves are widely used to analyse subsurface systems of...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
This paper addresses the signatures of catchment geomorphology on base flow recession curves. Its re...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
The study of recession flows offers fundamental insights into basin hydrological processes and, in p...
Recession flows in a basin are controlled by the temporal evolution of its active drainage network (...
Abstract Streamflow recession analysis characterizes the storage-outflow relationship in catchments....
Streamflow recession analysis characterizes the storage-outflow relationship in catchments. This re...
Prediction of fluvial basins response to the atmospheric forcing, one of the most studied issues in ...
The ubiquity of the power law relationship between dQ / dt and Q for recession periods (-dQ / dt = k...
The analysis of drought discharge is of utmost relevance in the design of water intake structures, m...