Climatic variability can considerably affect catchment-scale root zone storage capacity (S
umax), which is a critical factor regulating latent heat fluxes and thus the moisture exchange …

A comprehensive evaluation of the impacts of climate change on water resources of the
West Africa Volta River basin is conducted in this study, as the region is expected to be …

Eutrophication of inland water bodies is a serious environmental threat. This review explores
current integrated models for lake and reservoir ecosystems that focus on nutrient dynamics …

Future hydrological behavior in a changing world is typically predicted based on models that
are calibrated on past observations, disregarding that hydrological systems and, therefore …

Glaciers are present in many large river basins, and due to climate change, they are
undergoing considerable changes in terms of area, volume, magnitude and seasonality of …

Adapting to climate and land-use changes requires accurate prediction of river flow
dynamics, particularly the seasonally varying water fraction with a rapid response to …

In the context of climate change, understanding how temperature and precipitation influence
water resources is crucial to better predict their future dynamics, especially in sensitive …

Future changes in suspended sediment export from deglaciating high-alpine catchments
affect downstream hydropower reservoirs, flood hazard, ecosystems and water quality. Yet …

Global hydrological models have become a valuable tool for a range of global impact
studies related to water resources. However, glacier parameterization is often simplistic or …

Understanding and simulating the hydrological cycle, especially in a context of climate
change, is crucial for quantitative water risk assessment and basin management. The …