School of Sustainability Graduate Culminating Experiences
Student capstone and applied projects from ASU's School of Sustainability.
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- Creators: Boscovic, Dragan
- Creators: Christensen, Jill E.
Description
Blockchain, the technology behind the worldwide-known cryptocurrency Bitcoin, offers a new set of potential advantages and opportunities that various industries and institutions could use to enhance their processes. Although most research and development on blockchain has focused on applications for cryptocurrencies and the finance industry, relatively few analyses and assessments have been conducted on how it could provide tools to address social and environmental issues. This research, using interviews, literature review and examples of blockchain applications, explores how this technology can be employed to address sustainability issues under the framework of three UN Sustainable Development Goals: 2. Zero Hunger, 7. Affordable and Clean Energy, and 14. Life Below Water. The analysis shows that blockchain has the potential to support solutions to sustainability problems that need efficient traceability, trust, a unique ID, transparency, or a highly secure payment system. However, the technology should not be mistaken for a panacea for addressing sustainability issues in its current state because it is not yet mature and has not been sufficiently tested. Expansion of blockchain as an effective tool for helping solve sustainability challenges will require a greater understanding of the governance of blockchain, its scalability and its potential unintended consequences for the technology to become properly integrated into the decision-making progress.
ContributorsRomo, Maximiliano (Author) / Melnick, Robert (Contributor, Contributor) / Maynard, Andrew (Contributor) / Boscovic, Dragan (Contributor)
Created2019-04-17
Description
The Carbon Reduction Transportation Initiative (CRTI) at Northern Arizona University (NAU) was created to improve both recruitment and retention
efforts while significantly lowering NAU’s carbon footprint. Through a collective subsidization between NAU and the City of Flagstaff, the CRTI would
be able to provide all NAU students and staff free access to public transportation. This initiative would also help to reduce the amount of traffic
congestion in Flagstaff’s downtown business district and free up valuable parking spaces both on and off campus. In addition, Flagstaff’s public bus
system, the Northern Arizona Intergovernmental Public Transportation Authority (NAIPTA) would become eligible to apply for larger grants with the
anticipated increase in ridership. This would then allow NAIPTA to increase both the number and the frequency of bus stops which would benefit the
entire Flagstaff community.
efforts while significantly lowering NAU’s carbon footprint. Through a collective subsidization between NAU and the City of Flagstaff, the CRTI would
be able to provide all NAU students and staff free access to public transportation. This initiative would also help to reduce the amount of traffic
congestion in Flagstaff’s downtown business district and free up valuable parking spaces both on and off campus. In addition, Flagstaff’s public bus
system, the Northern Arizona Intergovernmental Public Transportation Authority (NAIPTA) would become eligible to apply for larger grants with the
anticipated increase in ridership. This would then allow NAIPTA to increase both the number and the frequency of bus stops which would benefit the
entire Flagstaff community.
ContributorsChristensen, Jill E. (Writer of accompanying material)
Created2020-05-13