Most watersheds around the world have been changing their natural flow patterns because
of the coupled effects of climate change and human activities. Understanding the …

Climate variability and human activities are the two major driving forces of changes in the
hydrological cycle. However, how these two factors separately influence the water cycle in …

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 …

Climate and land-use change significantly impact hydrological processes and water
resources management. However, studies of runoff simulation accuracy and attribution …

Attribution of groundwater recharge (GR) change is important for understanding subsurface
hydrological processes and managing regional groundwater resources. Despite vegetation …

The imbalance between the water supply and demand in arid and semiarid regions is
becoming increasingly serious due to global warming and human activities. It is of great …

The management of water resources in a basin can be challenging due to the sharing of
water resources among multiple stakeholders and conflicting interests. This often results in …

In recent years, the effects of human activities and climate change on river flow patterns
have become a major concern worldwide. This is particularly true in the southern Caspian …

Land subsidence, a silent death, occurs due to various factors like significant reduction in
groundwater (GW) levels. It is a widespread phenomenon with irreparable consequences on …

Lakes are indispensable to ecological balance, supporting biodiversity and human welfare.
Despite their importance, lakes around the globe are diminishing at an alarming rate …