Knowing where and when rivers cease to flow provides an important basis for evaluating
riverine biodiversity, biogeochemistry and ecosystem services. We present a novel modeling …

Rising hypoxia due to the eutrophication of riverine ecosystems is primarily caused by the
transport of nutrients. The majority of existing TMDL models cannot be efficienty applied to …

Floods are among India's most frequently occurring natural disasters, which disrupt all
aspects of socio-economic well-being. A large population is affected by floods during almost …

Streamflow flash droughts (SFDs) occur due to a rapid decline in streamflow and cause
major challenges associated with water availability for downstream ecosystems, hydropower …

This study provides crucial insights into sustainable water resource management in an
agriculture-dominated, water-scarce region. The long-term hydrologic potential of the Purna …

Long-term streamflow data are essential for water resources planning and management,
cascade reservoir scheduling, and understanding the response of water resources to …

Climate change profoundly impacts hydrological systems, particularly in regions such as
Croatia, which is renowned for its diverse geography and climatic variability. This study …

Climate change and rapid socioeconomic development have exacerbated the damage
caused by hydrological droughts. To ensure effective drought defense and infrastructure …

Flooding poses a severe threat to communities and infrastructure worldwide, which requires
advanced flood forecasting warning systems. In this research paper, a real-time flood …

The economic emergence of societies in arid and semi-arid tropical regions depended on
their ability to extract and recycle water and manipulate the environment for this purpose …