Climate change and human activity are two major drivers that alter hydrological cycle
processes and cause change in spatio-temporal distribution of water availability …

In a globally warming climate, observed rates of atmospheric evaporative demand have
declined over recent decades. Several recent studies have shown that declining rates of …

Increases in atmospheric CO2 concentration affect continental runoff through radiative and
physiological forcing. However, how climate and land surface changes, and their …

Correctly understanding the coordinated development between the social economy and the
ecological environment is the key to achieving the sustainable development of river basins …

Identifying the effect of climate variability and human activities on runoff changes is
scientifically essential for understanding hydrological processes and sustainable water …

It is important to investigate the propagation from meteorological to hydrological drought and
its potential influence factors, which helps to reveal drought propagation process, thereby …

Understanding hydrological effects of ecological restoration (ER) is fundamental to develop
effective measures guiding future ER and to adapt climate change in China's Loess Plateau …

Runoff modeling is one of the key challenges in the field of hydrology. Various approaches
exist, ranging from physically based over conceptual to fully data driven models. In this …

Catchment hydrological processes have been greatly influenced by the intensive variability
in land use/cover, precipitation and air temperature due to climate change and local human …

Budyko's framework has been widely used to study basin‐scale water and energy balances
and one of the formulations of the Budyko curve is Fu's equation. The curve shape …