63 Table 3 1 Summary of energy food water nexus research (Cont ) 21 The Future Nexus of the Brahmaputra River Basin Climate, Water, Energy and Food Trajectories Yang et al (2016) Reduce the conflict i[.]
63 Table 3-1: Summary of energy-food-water nexus research (Cont.) The Future Nexus of the 21 Brahmaputra River Basin: Yang et al Climate, Water, Energy and (2016) Food Trajectories Reduce the conflict in the Optimisation model Changes in rainfall and temperature will basin’s water-energy-food Scenario analysis affect the basin’s water–energy–food nexus Policy analysis nexus WaterEnergy-Food The Brahmaputra River Basin Increasing cereal yield by 0.433% and The Dynamic Relationship 23 increasing agricultural productivity by between Agricultural Reducing poverty and Sustainability and Food- global issues Energy-Water Poverty in a Ozturk (2017) Panel of Selected Sub- 0.193 will reduce unit of food poverty Linear regression Increasing cereal productivity by 0.199– Water- Promoting agricultural 0.22%, area of forest 0.631% of total land Energy-Food value-added policies area, and agricultural productivity by Saharan African Countries Sub-Saharan African Countries 0.266% to 0.354% will reduce unit of the energy poverty index Unpacking the Nexus: 25 Different Spatial Scales for Water, Food and Energy Explore the differences Bijl et al (2018) and the role of spatial scales between waterfood-energy Life cycle assessment Quantitative model Each of the resources in this nexus substantially differs regarding the Water- absolute magnitude of production, as well Energy-Food as within the scope of its transactions World