We present a framework for quantifying the spatial and temporal co-occurrence of climate
stresses in a nonstationary climate. We find that, globally, anthropogenic climate forcing has …

Wind variability and hydro-wind complementarity should be both considered in the planning
of electrical power systems. In such cases, the spatio-temporal dependence between …

Skillful hydrological prediction is highly valuable for optimizing water resources operation
and planning. This study proposes a hybrid Bayesian vine copula (BVC) model for daily and …

Streamflow simulation of the headwater catchment of the Yellow River basin (HCYRB) in
China is important for water resources management of the Yellow River basin. A statistical …

Despite the existence of several stochastic streamflow generators, not much attention has
been given to representing the impacts of large-scale climate indices on seasonal to …

Flood is one of the most devastating natural disasters that cause much damage every year
in different world regions. The floods can be described by some dependent characteristics …

The overtopping of flood defenses by extreme storm surges during tropical cyclones poses a
significant threat to life and property in coastal and estuarine regions. Since little effort has …

Changing natural streamflow conditions apply pressure on water supply systems globally.
Understanding potential vulnerabilities using IPCC-endorsed top-down impact …

In a hydropower system, inflow is an uncertain stochastic process that depends on the
meteorology of the reservoir's location. To properly utilize the stored water in reservoirs, it is …

This work constitutes one of the outcomes of the “Evaluation of hydrological scenario
generation models” activity initiated by the Hydrological Scenario Representation Working …