Climate change has led to extreme weather events and food security issues, which have
become urgent global problems. Crop models and hydrological models play important roles …

Streamflow prediction in ungauged basins (PUB) is necessary for effective water resource
management, flood assessment, and hydraulic engineering design. Spain is one of the …

Precise streamflow forecasting in river systems is crucial for water resources management
and flood risk assessment. The Tagus Headwaters River Basin (THRB) in Spain is a key …

Climate change, coupled with adaptive human actions, will affect water resource access and
availability for environmental requirements. Hydrological modelling is an effective strategy …

Precipitation is a key driving factor of hydrologic modeling for impact studies. However, there
are challenges due to limited long-term data availability and complex parameterizations of …

Hydrological modeling plays a vital role in water-resource management and climate-change
studies in hyper-arid regions. In the present investigation, surface runoff was estimated by a …

Hydrological modeling plays a significant role in addressing global water challenges.
Streamlining the implementation of hydrological models enables more people to participate …

Climate change and human activities combine to alter river hydrology, thereby threatening
the health of river ecosystems. Quantifying the impacts of climate change and human …

In regions with arid and semi-arid climates, water consumption for agricultural irrigation is
much higher than that used for urban and industrial purposes. Intensive irrigation plays a …

Since the 1950s, numerous soil and water conservation measures have been implemented
to control severe soil erosion in the Liuhe River Basin (LRB), China. While these measures …