Long-range precipitation forecasting is crucial for flooding control and water resources
management. However, making precise forecasting is rather difficult due to the complex …

Dams significantly impact river hydrology by changing the timing, size, and frequency of low
and high flows, resulting in a hydrologic regime that differs significantly from the natural flow …

The human influence on the river ecosystem has increased in recent years to feed the
growing demand for water to communities by constructing different water structures. It is …

Abstract Interactions between the Yangtze River and Poyang Lake are undergoing rapid
changes due to intensive human activities and ongoing climate change. This study …

With advancements in remote sensing technology and the increasing availability of remote
sensing platforms, the capacity to monitor droughts using multiple satellite remote sensing …

Cascade dams are known to influence the river water cycle, but their cumulative effects
(CEs) are still not well understood. Water hydrogen (H) and oxygen (O) isotopes are …

The water regimes and biogeochemical cycles are remarkably affected by river damming
and drought around the world. However, the dual effects on river water cycles have not yet …

Alpine catchments are severely impacted by climate change and have been extensively
studied from glaciological and hydrological perspectives. However, groundwater in such …

The extreme drought event that occurred in China at the beginning of summer 2022 has
caused widespread societal concern. The hydrogen and oxygen stable isotope data …

The flow regime and biogeochemical cycles are greatly affected by river damming and
drought, especially in ephemeral rivers. However, the combined effects have been rarely …