Global warming is expected to change the regime of extreme precipitation. Physical laws
translate increasing atmospheric heat into increasing atmospheric water content that drives …

Probabilistic modelling and statistical analysis of environmental conditions is important for
the design and assessment of ships and other marine structures. It will give a necessary …

The goal of this commentary is to critically evaluate the use of popular performance metrics
in hydrologic modeling. We focus on the Nash‐Sutcliffe Efficiency (NSE) and the Kling …

Together with other “bottom‐up” methods, climate stress testing is becoming a prominent
approach for climate change impact assessment of water systems. Compared with …

Drought is one of the main threats to food security and ecosystem productivity. During the
past decades, Europe has experienced a series of droughts that caused substantial …

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 …

What elements should a parsimonious model reproduce at a single scale to precisely
simulate rainfall at many scales? We posit these elements are:(a) the probability of dry and …

The design hydrograph estimation in small and ungauged basins represents one of the most
common practices and, yet, a challenging open research topic for hydrologists. When …

Multi‐model climate experiments carried out as part of different phases of the Coupled
Model Intercomparison Project (CMIP) are crucial to evaluate past and future climate …

Continuous hydrologic modelling is a natural evolution of the event-based design approach
in modern hydrology. It improves the rainfall-runoff transformation and provides the …