Runoff prediction in ungauged and scarcely gauged catchments is a key research field in
surface water hydrology. There have been numerous studies before and since the launch of …

This work examines 140 hydrological studies conducted in the Mediterranean region. It
identifies key characteristics of the hydrological responses of Mediterranean catchments at …

Human activities both aggravate and alleviate streamflow drought. Here we show that
aggravation is dominant in contrasting cases around the world analysed with a consistent …

This study investigates whether long‐term changes in observed series of high flows can be
attributed to changes in land use via nonstationary flood‐frequency analyses. A point …

Recent hydrologic synthesis efforts have presented evidence that the seasonal water
balance is at the core of overall catchment responses, and understanding it will assist in …

Quantifying the influence of human activities, such as reservoir building, water abstraction,
and land use change, on hydrology is crucial for sustainable future water management …

The behavior of every catchment is unique. Still, we seek for ways to classify them as this
helps to improve hydrological theories. In this study, we use hydrological signatures that …

Sensitivity analysis (SA) is generally recognized as a worthwhile step to diagnose and
remedy difficulties in identifying model parameters, and indeed in discriminating between …

Over the past few decades, several naturalization methods have been developed for
removing anthropogenic influences from streamflow time series, to the point that naturalized …

Prediction of streamflow at ungauged catchments requires transfer of hydrologic information
(eg, model parameters, hydrologic indices, streamflow values) from gauged (donor) to …