Rainfall, or more generally the precipitation process (flux), is a clear example of chaotic
variables resulting from a highly nonlinear dynamical system, the atmosphere, which is …

It is widely known from energy balances that global oceans play a fundamental role in
atmospheric seasonal anomalies via coupling mechanisms. However, numerical weather …

Due to climate change, extreme weather events are increasing in frequency and intensity.
Thus, critical infrastructures as power distribution must be secure and resilient to respond to …

The value of streamflow forecasts to inform water infrastructure operations has been
extensively studied. Yet, their value in informing infrastructure design is still unexplored. In …

Decadal predictions present an emerging opportunity for various socio-economic sectors
affected by climate variability. However, the development of associated climate services is …

As the understanding of decadal variability in climate systems deepens, there is a growing
interest in investigating the decadal variability of seasonal-mean or monthly mean variables …

Atmospheric teleconnections are characteristic to the climate system and exert major
impacts on the global and regional climate. Accurate representation of teleconnections by …

RESCCUE is an H2020 research project that aims to help cities around the world to become
more resilient to physical, social, and economic challenges, using the water sector as the …

This Special Issue brings together recent research findings related to urban resilience, in
particular taking into account climate change impacts and hydrological hazards. Taking …

Rainfall, or more generally the precipitation process (flux), is a clear example of chaotic
variables resulting from a highly nonlinear dynamical system, the atmosphere, represented …