Decision Support for Water Stressed Nexus Decisions (DS-WSND)*

*this research is funded by the National Science Foundation (NSF) award 1739977, B. McCarl, K. Schwabe, E. Pistikopoulos, R. Mohtar, R. Srinivasan

NSF INFEWS water security Project Roster

Nexus studies assume consideration of the full Nexus system with the goal of leading to opportunities for improved decision making. A desirable Nexus setting is one in which scarcity in water, energy, and food commodities influence current resource management and allocation decisions. Nationally and globally, many regions fit this setting. By focusing on Nexus issues under water scarcity generally, and in Texas and California specifically, where rapid population growth, competition for primary resources, and expensive proposed water supply schemes. DS-WSND integrates a data system, energy production modeling, ground and surface water hydrology modeling, agricultural modeling, a Nexus wide stochastic, mixed integer programming project selection model and a Nexus Tool that supports visualization enhanced scenario and trade-off evaluation with stakeholders.

The study builds on extensive Texas and California water and food studies, plus significant energy and energy/water research. In addition to starting with substantial data developed under past efforts, remaining data gaps have been identified and sources located. Our team has considerable outreach expertise and experience with grower groups, farm and extension advisers, and energy/water stakeholders in both case study regions. The team includes experts across relevant Nexus areas: analysis and modeling/data handling/visualization, with the goal of creating and releasing useful tools to the wider community by using direct case studies involving stakeholders and advancing Nexus education at participating and nonparticipating institutions through web released materials and educating students. Project outcomes will be integrated into graduate courses with materials available online that will amplify national and international impact; they will be shared with the science community and wider audiences through conferences, reports, journal articles and workshops.

Publications, Practice Briefs and other related outcomes of the research

Changes in Electrical Generator Cooling Systems: are they a cost effective source of saving water? Cooling Policy Practice Brief January 2020

McCarl, B.A., C.J. Fei, and Y.Q. Yang, “Climate Change, Bioenergy and Population Growth as they Stress the Food-Energy-Water Nexus”, Presented at Shanghai Jiao Tong University, Shanghai, China, May, 2018. Download ppt

McCarl, B.A., C.J. Fei, and Y.Q. Yang, “Climate Change, Bioenergy and Population Growth as they Stress the Food-Energy-Water Nexus”, Presented at Nanjing Agricultural University Conference on Climate Change and Agricultural Bioenergy, Nanjing China, May, 2018. Download pdf

McCarl, B.A., Yang, Y., Srinivasan, R., Pistikopoulos, E.N. and Mohtar, R.H., 2017. Data for WEF nexus analysis: A review of issues. Current Sustainable/Renewable Energy Reports, 4(3), pp.137-143. Download

McCarl, B.A., Yang, Y., Schwabe, K., Engel, B.A., Mondal, A.H., Ringler, C. and Pistikopoulos, E.N., 2017. Model Use in WEF Nexus Analysis: a Review of Issues. Current Sustainable/Renewable Energy Reports, 4(3), pp.144-152. Download

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