There is an extensive literature dealing with the interaction between groundwater and
surface water, and this includes major reviews on baseflow, transmission losses, baseflow …

In this study, we develop a daily flow duration curve model for ungauged intermittent
subbasins of gauged rivers. The long-term mean streamflow of the river basin, one of the …

This paper reviews the current status of flow duration curve (FDC) studies that attempt to
relate climate and catchment attributes to reproduce or explain the process controls on its …

River floods are among the most common natural disasters worldwide, with substantial
economic and humanitarian costs. Despite enormous efforts, gauging the risk of extreme …

Daily streamflows are often represented by flow duration curves (FDCs), which illustrate the
frequency with which flows are equaled or exceeded. FDCs have had broad applications …

Relating stream dynamics to catchment properties is essential to anticipate the influence of
changing environmental conditions and to predict flows of ungauged rivers. Although the …

The ever‐changing hydroclimatic conditions of the landscape induce ceaseless variations in
the wet channel length (L) and the streamflow (Q) of a catchment. Here we use a perceptual …

In spite of the importance of stream network dynamics for hydrology, ecology, and
biogeochemistry, there is limited availability of analytical tools suitable for characterizing the …

Due to the challenges in upscaling daily climatic forcing to geological time, physically
realistic models describing how rainfall drives fluvial erosion are lacking. To bridge this gap …

The Budyko framework posits that a catchment's long-term mean evapotranspiration (ET) is
primarily governed by the availabilities of water and energy, represented by long-term mean …