Streamflow (Q) change is simultaneously driven by climate-induced changes and various
human activities. To understand their respective roles, a large number of partitioning studies …

Abstract Study Region Xiaoqing River Basin, Shandong Province, China Study Focus
Identifying the driving factors of temporal and spatial variation in runoff is key to water …

Influences of climatic change and anthropogenic activities on the terrestrial water storage
(TWS) change are significant in the mid-and high-latitude areas. Since 2002, the Gravity …

Much attention has been recently focused on the direct hydrological effects (DHEs, such as
runoff yield and concentration) of climate variability and land use/cover change (LUCC); …

Identifying the impact of climate change and human activities on rainfall-runoff relationship
in the Three-River Headwaters (TRH) region is essential for water source conservation …

Riverine water and sediment discharge drive global material circulation and energy transfer,
and they are crucial to the biogeochemical cycle. We investigated the changes in water …

Previous studies mainly focused on quantifying the contribution rate of different factors on
annual runoff variation in the source region of the Yellow River (SRYR), while there are few …

The natural water cycle in an urban catchment normally results from climate, physical
characteristics and natural surface coverage. The hydrological process in urban catchments …

Streamflow and its components, such as baseflow, are momentous links of the hydrological
cycle, and their spatiotemporal variations are affected by both climate change and human …

For social and economic development in China, the rivers are regulated, but its impact on
river ecosystem has not evaluated yet. Maintaining a trade-off between social protection and …