Sustainability

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Sustainability

As the first university in the U.S. to establish a School of Sustainability, ASU is an international leader in promoting sustainability research and education. ASU offers a unique combination of cross-disciplinary expertise and international country knowledge to support innovative solutions in every arena of sustainability, including energy, food and agriculture, and water management and sanitation. At ASU’s Julie Ann Wrigley Global Institute of Sustainability, more than 300 sustainability scientists and affiliated scholars from around the university share information on topics ranging from water, energy and climate change to the challenges facing the world’s mega-cities and the social implications of a future of constrained resources and growing demand. The institute gives ASU the depth and breadth to tackle projects across core domains of sustainable development in emerging country contexts.

Energy Systems Development and Policy
  • Energy research: ASU is a leader in energy research and innovation. ASU is home to Lightworks, a multidisciplinary effort to develop new energy technologies in photosynthesis, biofuels and next-generation photovoltaics. ASU’s Power Systems Engineering Research Center draws upon diverse faculty expertise in power systems, applied mathematics, complex systems, computing, control theory, power electronics, operations research, non-linear systems, economics, industrial organization and public policy.
  • Training in energy systems development: ASU possesses immediately deployable technical training curricula on solar PV, micro-hydro, wind energy and micro/mini grid systems (on- and off-grid), previously implemented for USAID in 10 countries with gender-specific modules.
  • Energy policy: ASU is an international leader in science and innovation policy. The Center for Law, Science and Innovation is the first of its kind in the nation, bringing together scholars from ASU’s Sandra Day O’Connor College of Law and School of Sustainability to promote innovative thinking about the laws, regulations and incentives needed to bring about a more sustainable future, and to address legal and policy challenges surrounding renewable energy, renewable energy transmission, energy efficiency, energy storage, water conservation, greenhouse gas regulation, air quality regulation and transportation, among other topics. ASU is also home to the Utility of the Future Center, which brings together leading-edge interdisciplinary researchers, industry leaders and policy experts to promote utility sector transformation, and the Energy Ethics, Society and Policy Initiative—a global network of scholars analyzing the social implications of energy system transformations.
Agriculture and Food Systems
  • The Food Systems Transformation Initiative works to ensure food security through research and action to promote equity, efficiency and resilience of food systems locally and globally. The initiative fosters and supports collaborations and partnerships that deliver innovative, real-world solutions in public health, governance, technology and policy.
  • Faculty at ASU’s Morrison School of Agribusiness, a part of ASU’s W. P. Carey School of Business, comprise an active, interdisciplinary community of scholars conducting research in diverse areas addressing problems of food security, food systems, agribusiness, nutrition and related fields (agronomy, geography, life sciences).
Water Sanitation and Scarcity
  • Future H2O is a groundbreaking new ASU initiative that seeks to fundamentally re-conceptualize our relationship to water—regionally, nationally and globally—through design, technological innovation and dialogue. Future H2O aims to create transferable lessons and scalable solutions for USAID Famine Early Warning projects; train the next generation of leaders in water resource management; foster public-private engagement for water security; innovate in the design of networked water quality and quantity instruments; and improve industrial, commercial and institutional water efficiency in urban settings.
  • Watersim is an NSF-funded project that uses data analytics to examine the impacts of climate change, drought, agriculture and water reclamation on water supply.
  • The Global Ethnohydrology Study uses cutting-edge systematic ethnographic methods drawn from anthropology to develop better responses to local and global water issues. The project uses social vulnerability assessments to link exposures to risks (i.e., climate variability and change, water scarcity, and floods), sensitivities to losses based on those exposures, and adaptive capacity of water systems in order to develop recommendations for enhancing social resilience and community capacity.
  • ASU’s Water and Environmental Technology (WET) Center is an Industry/University Cooperative Research Center that develops technologies to detect, understand, mitigate and control contaminants in the environment that can adversely impact water quality. The center addresses aspects of water sanitation related to public health, including pathogen intrusion, disinfection, and contamination removal.