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

In spite of trying to understand processes in the same spatial domain, the catchment
hydrology and water quality scientific communities are relatively disconnected and so are …

The quantification of uncertainty in the ensemble-based predictions of climate change and
the corresponding hydrological impact is necessary for the development of robust climate …

Hydrological signatures are now used for a wide range of purposes, including catchment
classification, process exploration, and hydrological model calibration. The recent boost in …

Hydrological model calibration combining Earth observations and in situ measurements is a
promising solution to overcome the limitations of the traditional streamflow‐only calibration …

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 …

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

Continental-to global-scale hydrologic and land surface models increasingly include
representations of the groundwater system. Such large-scale models are essential for …

In‐depth understanding of the potential implications of climate change is required to guide
decision‐and policy‐makers when developing adaptation strategies and designing …

The simulated outcome of a calibrated hydrologic model should be hydrologically consistent
with the measured response data. Hydrologic modelers typically calibrate models to …