Prediction of streamflow of the Yellow River basin was done using downscaled precipitation
and temperature based on outputs of 12 GCMs under RCP2. 6 and RCP8. 5 scenarios …

Hydrological models are widely applied for simulating complex watershed processes and
directly linking meteorological, topographical, land-use, and geological conditions. In this …

Under the impacts of climate variability and human activities, there are statistically significant
decreasing trends for streamflow in the Yellow River basin, China. Therefore, it is crucial to …

Tuotuo River basin, known as the source region of the Yangtze River, is the key area where
the impact of climate change has been observed on many of the hydrological processes of …

Assessing the impact of climate change on streamflow is critical to understanding the
changes to water resources and to improve water resource management. The use of …

In this study, discharge at the outlet of Xijiang River, the biggest sub-basin of the Zhujiang
River, was simulated and projected from 1961 to 2099 using the hydrological model HBV-D …

Climate change and human activities has severely changed streamflow and eco-flow in the
Yellow River basin. It is of great significance for the long-term management and planning of …

Understanding the historical and future changing characteristics of key climatic variables
and runoff in 10 major river zones in China is essential for water resources evaluation and …

Using monthly streamflow data from the 1960–2000 period and annual streamflow data from
the 2001–2014 period, and also meteorological data from the 1960 to 2014 period from 815 …

The response of hydrologic circulation to climate and land use changes is important in
studying the historical, present, and future evolution of aquatic ecosystems. In this study, the …