S

Steven J.

5 records found

Authored

The authors would like to correct the value of water-related electricity consumption at utility as a percentage of total electricity consumption for Australia (2015). The correct value is 1.1% in Figure 2, and Table S1-2 and Figure S1-2 (Supplementary Information 1 of Appendix B) ...

This study focused on understanding what sector-region combinations could be targeted to reduce total city water footprints? We used multi-regional input-output analysis of direct and virtual water, across five Australian capital cities and their supporting regions. The key no ...

This study reviewed nexus researches, synthesize and discuss insights, methodological practices, and future outlook of water-related energy consumption assessment of the food system. For the first time, the study assessed: (i) the trends and drivers of water-related energy res ...

Historically, little consideration has been given to water performance of urban developments such as “hydrological naturalness” or “local water self-sufficiency”. This has led to problems with increased stormwater runoff, flooding, and lack of local contributions to urban wate ...

The need for energy in water provision and use is obvious, however the drivers are often complex, difficult to assess, and often inconsistently presented. Here we build a clearer definition and conceptual framework of “water-related energy”. We apply this framework to harmonis ...