Future water management will shift from building new water supply systems to better
operating existing ones. The variation of water values in time and space will increasingly …

Demand for water is expected to grow in line with global human population growth, but
opportunities to augment supply are limited in many places due to resource limits and …

The water resources-water environment carrying capacity (WR-WECC) is an important
indicator for judging the regional macro-control ability of water resources. The nature-based …

The escalating world population has led to a drastic increase in water demand in the
municipal and drinking water, agriculture and industry sectors. This situation necessitates …

Abstract Water Environment Carrying Capacity (WECC) is a complex system affected by
society, economy, population and other factors. In this study,“Driving force-Pressure–State …

The present study develops a simple interactive integrated water allocation model (IWAM),
which can assist the planners and decision makers in optimal allocation of limited water from …

Although wetlands are among the most diverse and productive ecosystems in the world,
they are under threat due to human activities and agricultural developments. The economic …

Watershed water resource allocation focuses on concrete aspects of the sustainable
management of Ecosystem Services (ES) that are related to water and examines the …

The structural water deficit suffered by the Segura basin in southern Spain trend toward
unsustainability. The imbalance between the resources and the demand has been caused …

Finding sustainable pathways to efficiently allocate limited available water resources among
increasingly competing water uses has become crucial due to climate-change-induced …