Hydrological reaction to climate change anticipates water cycle alterations. To ensure long-
term water availability and accessibility, it is essential to develop sustainable water …

The ongoing transformation of the electricity market has reshaped the hydropower
production paradigm for storage reservoir systems, with a shift from strategies oriented …

Climate change impact studies on hydrological extremes often rely on the use of
hydrological models with parameters inferred by using observational data of daily …

This work introduces a general multi-objective parameter estimation framework to exploit
MODIS-based snow cover maps to reduce predictive streamflow uncertainty in snow …

This paper presents an innovative digital twin dam and watershed management platform, K-
Twin SJ, that utilizes real-time data and simulation models to support decision-making for …

Changes in land use and climate can affect both the surface runoff and baseflow of
streamflow. Baseflow significantly contributes to stream function in regions where climatic …

Study region: The region of interest is the South-Tyrol in the southeastern Alps, Italy. A
comparison of meteorological forcing is performed with reference to this region while …

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

This study was conducted in the Atwood and Tappan Lakes watersheds of the Tuscarawas
basin of Ohio. The flow, total nitrogen (TN), and total phosphorus (TP) loadings were …

Study region: The Três Marias 396 MW power plant located on the São Francisco River in
Brazil. Study focus: Hydropower generation is directly and indirectly affected by climate …