Abstract
Virtual water flow and water footprint have been proposed as leading indicators to evaluate the environmental impacts of human-related water consumption. However, the risk of economic loss caused by water scarcity can be transferred via trading activities and affect local economic network. In this study, a system-based framework was proposed to assess the water scarcity risk in a national trade system based on the multiregional input–output (MRIO) analysis and the information-based network environ analysis (NEA).
Keywords Multiregional input-output analysis; Network Environ analysis; Water stress index; Risk footprint;
Copyright ©
Energy Proceedings