A major part of renewable electricity production is characterized by a large degree of
intermittency driven by the natural variability of climate factors such as air temperature, wind …

Hydrologic signatures are quantitative metrics or indices that describe statistical or
dynamical properties of hydrologic data series, primarily streamflow. Hydrologic signatures …

In hydrology, two somewhat competing philosophies form the basis of most process-based
models. At one endpoint of this continuum are detailed, high-resolution descriptions of small …

Study region The upstream part of the Essaouira basin, a data-scare region in Morocco,
Northwestern Africa. Study focus The scarcity of hydro-climate data is a significant challenge …

Information about rainfall–runoff processes is essential for hydrological analyses, modelling
and water-management applications. A hydrological, or diagnostic, signature quantifies …

Hydrologic signatures are metrics that quantify aspects of streamflow response. Linking
signatures to underlying processes enables multiple applications, such as selecting …

Reservoirs play a vital role in the supply and management of water resources and their
operation can significantly alter downstream flow. Despite this, reservoirs are frequently …

Streamflow sensitivity to different hydrologic processes varies in both space and time. This
sensitivity is traditionally evaluated for the parameters specific to a given hydrologic model …

Since its introduction in 1954, the Soil Conservation Service curve number (SCS‐CN)
method has become the standard tool, in practice, for estimating an event‐based rainfall …

Recession analysis is a classical method in hydrology to assess watersheds' hydrological
properties by means of the receding limb of a hydrograph, frequently expressed as the rate …