Water footprint (WF) is a comprehensive measure of water consumption by human activities
and can be used to assess the impact on both water volume and quality. This study aims to …

Agriculture is the sector most sensitive to climate change. It is of great significance to explore
the response characteristics of crop water footprint (WF) in rain-fed and irrigation agriculture …

Water footprint (WF) can help understanding of how to grow more food with less water. The
aim of this paper is to distinguish the factors influencing the paddy rice water footprint, by …

Achieving safer environment under intensive agriculture highly depends on input resource
management. This research is the first grey water footprint (WF) assessment in which the …

Rapid economic development has posed pressure on water resources, and the potential for
a water crisis has become an important obstacle to the sustainable development of society …

Agriculture has a considerable impact on water resources and it is strongly affected by
climate change. It is important to determine and forecast crop water use for controlling and …

BACKGROUND Consumptive water footprint (CWF) is a comprehensive measure of water
consumption by paddy and can be used to assess the impact on freshwater volume. The …

An experimental study was carried out with medium duration rice variety (IR 36) during kharif
and rabi seasons of 2015/16 and 2016/17 to investigate the effect of alternate wetting and …

This study aimed to develop an approach for country-scale domestic grey water footprint
(GWFdomestic) accounting and examine spatio-temporal differences using statistical …

Irrigation performance assessment is an important management tool to implement, monitor
and evaluate activities for water delivery services. The aim of this research is to quantify the …