Description

As the Decision Center for a Desert City (DCDC) at Arizona State University (ASU) enters its second decade of use-inspired sustainability science, an interdisciplinary team of social, behavioral, economic, and sustainability scientists has advanced basic understanding of environmental decision making for water sustainability and urban climate-change adaptation under scientific and societal uncertainties. This renewal proposal for the final phase of NSF-DMUU funding builds upon and re-theorizes the conceptual framework of DCDC. The guiding research question will be: Given environmental and societal uncertainties, how can cities dependent on the Colorado River Basin (CRB) develop transformational solutions to implement water sustainability transitions? Expanding the place-based case study of Phoenix, researchers will examine this question in the context of cities dependent upon the CRBPhoenix, Denver, and Las Vegas. The research program is comprised of four Integrated Project Areas (IPAs): Regional climate and land-use changes as biophysical drivers that affect decision making Actors, institutions, and governance as socioeconomic drivers that affect decision making Simulation modeling, visual analytics, and scenarios for knowledge integration and exchange Evidence-supported transition strategies toward sustainable water governance Intellectual Merit This project will generate the analytical framework and empirical results necessary to theorize environmental decision making under uncertainty for urban water systems. Transformational solutions to inform sustainability transitions in CRB cities facing climate change and other long-term environmental risks will be identified and tested. This goal will be accomplished through use-inspired sustainability science constituting an innovative combination of regional climate and land use modeling; social, economic, and institutional analysis; simulation modeling, visual analytics, and scenario analysis; and development and testing evidence-supported transition strategies. This approach enables DCDC to: 1) evaluate how urban water system decisions are affected by climate and land use changes conditioned by and interacting with social, institutional, and economic processes; 2) model, simulate, visualize, and explore alternative futures in complex social-ecological-technical systems; and 3) conduct comparative studies to develop scientific knowledge with explicit consideration of specific contextual factors and generalizable patterns. The project is also distinctive in that it has the capacity to visualize the integrated biophysical, social, and institutional analyses through the Decision Theater Network locations in Tempe, AZ and Washington, DC. These immersive and collaborative laboratories provide a unique setting for decision research, stakeholder and policy-maker engagements. Broader Impacts This project advances policy-relevant and use-inspired sustainability science, designed to illuminate pathways and to overcome social, institutional, and economic constraints to transitions. Solutions developed and tested through DCDC III have the potential to alter how water is regulated, planned, managed, coordinated, and monitored in the CRB. These governance changes will enable novel practices of extracting, distributing, using, and recharging water to generate equitable social and economic benefits without compromising the supporting hydro-ecosystems. This project builds upon DCDCs successful model of knowledge and action co-production, in which research, education, and stakeholder engagement activities reinforce one another and explicitly link science to societal impacts. DCDC III will build and strengthen knowledge-action-networks that enhance knowledge use and exchange and foster social learning. A new generation of scholars will be educated and trained, with a focus on key competencies in sustainability through real-world sustainability research and education experiences.
StatusActive
Effective start/end date9/1/158/31/19

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desert
sustainability
decision
urban water
city
economics
water
project
decision making
science
river basin
modeling
regional climate
land use change
stakeholder
education
simulation
visual analysis
urban climate
analytical framework