Potential future increases in flooding due to climate change need to be taken into
consideration when designing flood defences or planning new infrastructure or housing …

Hydrological regimes of alpine catchments are expected to be strongly affected by climate
change, mostly due to their dependence on snow and ice dynamics. While seasonal …

This study develops a coherent framework to detect those catchment types associated with a
high risk of maladaptation to future flood risk. Using the “scenario‐neutral” approach to …

The impacts of climate change on future river flows are a growing concern. Typically,
impacts are simulated by driving hydrological models with climate model ensemble data …

Management and planning of water resource systems face great challenges under climate
change. Because the magnitude of climate change is highly uncertain, the robustness (ie …

Water resources managers face decisions related to building new infrastructure to increase
water system resilience to climate and demand changes. To inform this adaptation planning …

Conventional methods of modelling impacts of future climate change on crop yields often
rely on a limited selection of projections for representing uncertainties in future climate …

Variable energy sources such as solar and runoff sources are intermittent in time and space,
following their driving hydro-meteorological processes. Recent research has shown that in …

The sensitivity of key hydrologic variables and hydropower generation to climate change in
the Lake Malawi and Shire River basins is assessed. The study adapts the mesoscale …

Study area Six catchments of different hydrological characteristics in the Harz Mountains,
Germany. Study focus A new scenario free method for determining changes of flood peaks …