Effective groundwater management and allocation are essential from economic and social
points of view due to increasing high-quality water demands. This study presents a review …

Interactions between surface water (SW) and groundwater (GW) have been a focus of
watershed hydrology research for a long time. A holistic perspective on integrated SW–GW …

Abstract The Soil and Water Assessment Tool (SWAT) is an ecohydrological model that has
been widely applied to assess water quality and watershed management. This tool also has …

Long-term sustainable water resources management requires comprehensive assessment
of all water cycle components. The combined calibration of surface water (SW) and …

Groundwater is the main preferred source of freshwater resources and therefore its use,
management, and sustainability are closely related to the Sustainable Development Goals …

Background Groundwater abstraction can cause a decline in the water table, and thereby
affects surface streamflow connected to the aquifer, which may impair the sustainability of …

Artificial subsurface drainage impacts the hydrological system, but its spatial distribution is
typically uncertain, hindering the understanding of the hydrological behaviour of a certain …

Observing global terrestrial water storage changes (TWSCs) from (inter-) seasonal to (multi-)
decade time-scales is very important to understand the Earth as a system under natural and …

In irrigated semi-arid watersheds, over-fertilization often leads to nitrogen (N) and
phosphorus (P) contamination in aquifers and river systems. Modelling tools often are used …

This paper presents a version of SWAT+ that uses MODFLOW to simulate groundwater flow
and groundwater-surface interactions within a watershed system. The modeling code is …