As a major weather-driven disaster, drought can be assessed from meteorological to
hydrological aspects. Although the propagation from meteorological to hydrological …

Climate change will lead to great impacts on flood frequency curve and design floods in the
future. However, traditional hydrologic approaches often fail to analyze the flood …

During flood control reservoir operation, uncertainties occur in flood forecasting, hydrograph
shape, streamflow simulation, reservoir storage, water level, and discharge outflow. It is …

Hydropower has been one of the effective and reliable renewable sources utilized for
electricity generation globally, which forms over 70% of all the renewable energy measures …

The water–energy–food–society (WEFS) nexus is profiled for sustainable development. The
WEFS nexus exhibits strong uncertainty owing to the stochasticity of model structure, and …

The traditional drought identification indices are usually based on the assumption of
stationarity, which should no longer act as a fundamental and central theory of hydrological …

As atmospheric moisture holding capacity is positively dependent on temperatures, a large
intensification of precipitation extremes is projected under foreseeable climate warming …

Drought–flood abrupt alternation (DFAA), which is defined as the rapid transition between
drought and flood in a short period, amplifies the negative impacts of individual drought or …

Study region Headwater regions of Hei River basin, located in the northeast of Tibetan
Plateau. Study focus Hydro-climatic extremes analysis for historical (1971–2015) and future …

As atmospheric moisture capacity is highly sensitive to rising temperatures, precipitation
extremes are widely projected to intensify with a warming climate and thus altering the …