Abstract Models that simulate water flow and quality, particularly related to nitrate ions, are
commonly used on a catchment-scale. However, tracking nitrate ions is a challenging task …

Large‐scale, intensive agriculture is a critical activity supporting global food production, yet it
has taken a significant toll on the equally critical ecosystem services supplied by global …

Fully distributed, integrated surface–subsurface hydrological models (ISSHMs) have seen
renewed interest due to availability of better software, high performance computing facilities …

Evaluating the health risks of the groundwater and surface water in landfill areas is of great
significance to the health and safety of local residents. The current practice of health risk …

Rising sea levels increase coastal extreme events of inundation along the global coastlines.
Existing hydrologic and groundwater models simulate inundation processes but simplify …

Distribution of the water flow path and residence time (HRT) in the hyporheic zone is a
pivotal aspect in anatomizing the transport of environmental contaminants and the metabolic …

Advances in satellite Earth observation have opened up new opportunities for global
monitoring of soil moisture (SM) at fine to medium resolution, but satellite remote sensing …

Numerous studies have analyzed the event-scale rainfall-runoff response of hillslopes and
catchments. However, there are still knowledge gaps when it comes to understanding the …

Land use/cover change (LUCC) and landscape patterns have an important influence on the
hydrological cycle. However, it is still unknown how hydrological processes and streamflow …

This study explored how the water balance components of the Middle Tapi Basin (MTB)
might alter between 2010 and 2100 as an outcome of climate change. We used an …