Towards a Water-Energy-Food Nexus Policy // Realizing the Blue and Green Virtual Water of Agriculture in Jordan
By Samer Talozi, Yasmeen Al Sakaji and Amelia Altz-Stamm. Virtual water is an important addendum to how we view a country's water resources. This study examines the virtual water embedded in Jordan's agricultural produce and its impact on future water–energy–food policies. Blue and green virtual waters are calculated from data on rainfall, crop patterns, yields, and water requirements at the district level. Results highlight the advantages of blue water usage in the Jordan Valley and of harnessing more available green water in the Highlands, with both displaying low energy impact. Results also emphasize the high groundwater usage and energy footprint in the Desert regions, signalling a need to rein in groundwater extraction and take advantage of solar power.
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Published
May 2015
In
International Journal of Water Resources Development, Volume 31, 2015 - Issue 3: Special Issue: The Water-Food-Energy-Climate nexus in Global Drylands