An indicator, agricultural water stress index (AWSI), was established based blue-green
water resources and water footprint framework for regional water scarcity in agricultural …

The mitigation of water stress in crop production is important for relieving the growing global
water shortage. The water footprint scarcity (WFS) for regional water stress evaluation …

Water scarcity mitigation in regional agricultural systems contributes to water use efficiency
improvement. Blue (WSI blue), green (WSI green) and grey (WSI grey) water scarcity indices …

There was presently a lack of multidimensional investigation on the impact of virtual water
flow (VWF) on regional water use and scarcity. A framework for impact analysis of VWF in …

Water use efficiency (WUE) improvements in agricultural production are of great significance
to regional food security and ecological sustainability. Based on modified water footprint …

Efficient agricultural water use is required for food safety and water alleviation on a global
scale. Combining the water footprint and agricultural water use paradigms and enveloping …

Agriculture is the largest water user and is the main driving force behind water stress in
Xinjiang, northwestern China. In this study, the water footprint (WF)(blue, green and gray …

The issue of growing water scarcity has been increasingly perceived as a global systemic
risk. To solve it, an integrated approach considering different perspectives of water scarcity …

Reducing water use and relieving negative environmental consequences contribute to
regional water and ecological sustainability. This work examined water resource efficiency …

In this study, a comprehensive water stress indicator was proposed based on the concepts
of the blue water footprint and grey water footprint, which can reflect regional water scarcity …