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- Creators: School of Sustainability
- Member of: Barrett, The Honors College Thesis/Creative Project Collection
Description
Climate change, as it becomes more prevalent, is putting a much harsher strain on the resources of the world, specifically food, energy, and water. With this in mind, now is the time to make a change and begin working towards a more sustainable future for everyone. Arizona is an especially susceptible location that has the opportunity to be the leader of this change. In order to effectively manage this movement through governance, a food-energy-water nexus approach is required. This approach recognizes and accounts for the intricate relationships between these industries in order to promote more resilience and balance throughout the nexus. While the main focus in Arizona tends to be on water, and rightfully so, it is important to understand the intricacies of the food, energy, and water systems together. Right now, the system is fragile and needs a new, more complex approach. Ultimately, legislation that intertwines water rights with agriculture regulation and energy production goals, while also including equity and justice measures, have the capacity to work towards limiting the effects of climate change that Arizona will see. Arizona has the opportunity here to either provide a cautionary tale to other regions of how mismanagement can lead to destruction or can showcase the legislative success that the nexus governance approach can provide.
ContributorsKonopka, Violet (Author) / York, Abigail (Thesis director) / Richter, Jennifer (Committee member) / School of Sustainability (Contributor) / School of Life Sciences (Contributor) / School of Politics and Global Studies (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
The United States has been facing a resurgence of vaccine preventable infectious diseases. Non-medical vaccination exemptions (NMEs) which include religious exemptions and philosophical vaccine exemptions are contributing factors in state vaccination rates dropping. The policies surrounding such exemptions vary from state to state. Some states with higher rates of nonmedical vaccine exemptions are dealing with repercussions for this including vaccination rates falling below desired herd immunity and thus putting vulnerable populations such as those who are immunocompromised, too young for vaccination and the elderly at a higher risk.
This thesis aims to examine vaccine preventable re-emerging infectious diseases in the United States with the objective of reaching vaccine hesitant populations and providing them with the tools to make informed decisions to seek out immunizations. This will be done by exploring five different diseases and infections, discussing why some individuals feel hesitant to get immunizations, examining how nonmedical vaccine exemptions are correlated to increased cases of disease outbreaks, looking into state laws specifically focused on countering nonmedical vaccine exemptions and the steps that can be taken moving forward.
This thesis aims to examine vaccine preventable re-emerging infectious diseases in the United States with the objective of reaching vaccine hesitant populations and providing them with the tools to make informed decisions to seek out immunizations. This will be done by exploring five different diseases and infections, discussing why some individuals feel hesitant to get immunizations, examining how nonmedical vaccine exemptions are correlated to increased cases of disease outbreaks, looking into state laws specifically focused on countering nonmedical vaccine exemptions and the steps that can be taken moving forward.
ContributorsUmar, Syeda (Author) / Jehn, Megan (Thesis director) / Glegziabher, Meskerem (Committee member) / School of Human Evolution & Social Change (Contributor) / School of Sustainability (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
This thesis conducted an evaluation of the performance and return on investment of a 2 x 6m, simple design greenhouse, as a climate control technology. Specifically, differences in internal microclimate conditions between a greenhouse treatment plot, and sun and shaded control plots were assessed and related to observed differences in crop yields across these plots. Growing conditions and productivity of two crops, tomato and swiss chard, which were grown over summer and winter growing seasons, respectively, were compared. It was found that the greenhouse was associated with improved growth conditions (as measured by the R-Index) for both crops but resulted in higher productivity only for tomatoes. Return on investment and food security impacts from the scaling of greenhouse agriculture were also explored.
ContributorsKline, Jarod Neale (Author) / Aggarwal, Rimjhim (Thesis director) / Agusdinata, Datu Buyung (Committee member) / Vanos, Jennifer K. (Committee member) / School of Sustainability (Contributor) / Economics Program in CLAS (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
This research seeks to identify key influencers on a relatively new type of policy instrument, the Sustainable Purchasing Policy, in the local government context. Specifically, we analyze how vendor relationships and organizational capacity affect perceived Sustainable Purchasing Policy success. Using statistical analysis on a nationally distributed survey to city directors as well as interviews with city purchasing agents, we are able to identify what factors are likely to lead to successful policy implementation. Our findings show that cities benefit from their vendors providing reliable information regarding sustainable offerings, that vendors offering sustainable goods need superior technical capabilities to compete in a cost-driven environment, and that purchasing agents require support from a city’s top management if they want to successfully implement sustainable purchasing. Future avenues for research are discussed.
ContributorsAmbrose, Harrison Noah (Author) / Darnall, Nicole (Thesis director) / Wiedmer, Robert (Committee member) / School of Sustainability (Contributor) / Department of Supply Chain Management (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
My creative thesis project was done through a collaborative project with Sustainable Purchasing Leadership Council (SPLC), a non-profit organization whose mission is to support and recognize suppliers and buyers that champion a transition to sustainability-driven value within the purchasing process of corporations and other organizations. Within the SPLC intranet available to members, there is an abundance of guidance to purchasing professionals procuring materials and services required by their organization. This guidance comes in forms such as case studies, example contract language, webinars, green certifications and labels, and various helpful tools. The issue and value add of the project lies in the current organization and location of guidance on the SPLC website. Much of the information is scattered, and many stakeholders have voiced their confusion when seeking guidance on a particular project or process they are undergoing.
Our solution, the “Category Landing Pages” would tackle this issue by re-organizing SPLC’s resources into category specific pages where any and all guidance SPLC has on a particular purchasing category can be easily accessed. Many procurement professionals often specialize and deal in a certain spend or commodity category, which makes a category organized page the most logical. This is certainly valuable to individuals and organizations who subscribe to a membership with SPLC, but there is also opportunity for SPLC to benefit from this restructuring.
Our solution, the “Category Landing Pages” would tackle this issue by re-organizing SPLC’s resources into category specific pages where any and all guidance SPLC has on a particular purchasing category can be easily accessed. Many procurement professionals often specialize and deal in a certain spend or commodity category, which makes a category organized page the most logical. This is certainly valuable to individuals and organizations who subscribe to a membership with SPLC, but there is also opportunity for SPLC to benefit from this restructuring.
ContributorsDecoster, Anthony Wayne (Co-author, Co-author) / Behravesh, Shirley-Ann (Thesis director) / Basile, George (Committee member) / Department of Supply Chain Management (Contributor) / School of Sustainability (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
There are two main sections of this thesis: Codebook development and case coding. Over the course of my two years of involvement with the collaborative governance lab with Drs. Schoon and Carr Kelman, I worked on helping to complete the coding manual built by the lab to test variables from the literature using case studies. My main deliverable was building a Qualtrics survey to collect case studies. Using this Qualtrics survey, the lab will be able to collect coded cases by distributing the survey link through research networks. My thesis project included building the interface for the survey, participating in testing the intercoder reliability of the codebook, and coding one case, the Four Forest Restoration Initiative (4FRI), to provide insight on the collaborative governance strategies of this collaboration. Coding 4FRI also acted as a preliminary test of the survey, helping to provide further information on how users of the codebook might interact with the survey, and allowing the lab to generate a test report of survey results.
ContributorsGoddard, Kevin W (Author) / Carr Kelman, Candice (Thesis director) / Childers, Daniel (Committee member) / School of Sustainability (Contributor, Contributor) / School of Geographical Sciences and Urban Planning (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Working in collaboration with the Clark Park Community Garden (CPCG), we sought to identify and implement practices and creative processes that increase community involvement and connection by further transforming the space into a community gathering place. Our primary goal was to foster greater community involvement within the garden through various methods while exploring our own creative outlets to represent what the concepts of “community” and “garden” mean to us.
When initially planning our project, we outlined a research process to conduct interviews with garden participants to determine the best practices for community garden connection-making. However, after our initial discussions with the CPCG Advisory Committee, it became clear that their goals could be better achieved through an applied project focusing on increasing community connection than from a research project. We have adopted our former research question--which asked how community gardens could serve as a means for community connection-- as our premise, and we seek to build upon it through the creation of programs, partnerships, and pieces of art that collectively expand the garden’s connection to its surrounding community. To begin this process, we worked with the leaders of the CPCG to identify the group’s main goals that they sought to achieve with our support. In collaboration with the CPCG Garden Advisory Committee, the three goals that we identified were: 1) increasing neighborhood participation in the space, 2) launching the site’s new subscription program, and 3) transforming the garden space into a place of community.
When initially planning our project, we outlined a research process to conduct interviews with garden participants to determine the best practices for community garden connection-making. However, after our initial discussions with the CPCG Advisory Committee, it became clear that their goals could be better achieved through an applied project focusing on increasing community connection than from a research project. We have adopted our former research question--which asked how community gardens could serve as a means for community connection-- as our premise, and we seek to build upon it through the creation of programs, partnerships, and pieces of art that collectively expand the garden’s connection to its surrounding community. To begin this process, we worked with the leaders of the CPCG to identify the group’s main goals that they sought to achieve with our support. In collaboration with the CPCG Garden Advisory Committee, the three goals that we identified were: 1) increasing neighborhood participation in the space, 2) launching the site’s new subscription program, and 3) transforming the garden space into a place of community.
ContributorsMercer, Madeline (Co-author) / Shea, Jacqueline (Co-author) / Cloutier, Scott (Thesis director) / Vitullo, Juliann (Committee member) / School of Sustainability (Contributor) / Department of Psychology (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Food provides nutrients and sustenance that are essential to life. Humans rely on food to fuel our thoughts and actions. However, food isn’t just a source of energy; it’s a fundamental part of culture and connection. Simply sharing a meal with someone can build teamwork and create a bond. Throughout this short memoir, I explored the ways in which food creates a connection across language and cultural barriers through reflection on specific experiences that I had in India, Uganda, and South Africa. While my experiences in each of these three countries were vastly different, there was one defining theme that brought them together: food. This memoir uses mixed media (personal reflection, research, recipes, and photos) to connect the three different international experiences. Reflection on my own family traditions and history bridges the gap between my upbringing and my interactions with people while spending time abroad. Popular recipes from each of the three countries are mixed into the personal reflection, showing how preparing food in a different geographic location can change the experience of preparation and eating. In addition to personal experience, included is a synthesis of research done on the effects of sharing a plate or a meal on negotiations tactics, how eating the same food increases trust, the ways in which food sharing is an act of social intimacy, and how it can build community. Food is an important part of family connection, a tool in many rituals such as Sunday dinners or breaking bread, a critical aspect of many religions, and is tied to the celebration of both birth and death in cultures around the globe. We all need to eat; food is the great commonality among people.
ContributorsRivard-Lentz, Haley Marie Anne (Co-author) / Rivard-Lentz, Haley (Co-author) / Fette, Donald (Thesis director) / Jacobs, Mark (Committee member) / School of Sustainability (Contributor) / School of Public Affairs (Contributor) / Watts College of Public Service & Community Solut (Contributor) / College of Integrative Sciences and Arts (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Solutions to mitigating the negative externalities of climate change are deemed necessary for a sustainable future. Residential community composting, such as the Community Compost Program at Vista del Sol, could potentially play an important role within Arizona State University’s (ASU) solution to develop a sustainable institution as programs aspire to develop sustainable behaviors and integrate environmentally positive practices within students’ lives. The research and review of how universities can utilize a residential community compost program to ignite sustainable action within on-campus communities could present helpful information for additional universities to implement on their own. This review will aim to tackle the research question: how can the operational functions of existing university residential composting programs and behavioral science research be implemented within the Community Compost Program at Arizona State University? The review from existing university residential composting programs and behavioral sciences will be completed to provide an explanation of how residential community composting can overall be effectively prompted.
ContributorsKovacs, Amelia (Author) / Wharton, Christopher (Thesis director) / Daniel, Fischer (Committee member) / School of Life Sciences (Contributor) / School of Sustainability (Contributor, Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Freshwater ecosystems are increasingly threatened by anthropogenic eutrophication (Kolzau et al., 2014) and require mitigation efforts to prevent oxygen depletion and subsequent biodiversity loss. Tres Rios Constructed Treatment Wetland (CTW) relies on wetland ecosystem functioning to reduce nutrient concentrations in order to meet regulatory guidelines. I investigated the impact of solar irradiance, temperature, and nutrient availability on aquatic net primary productivity, ecosystem respiration, and nutrient cycling using statistical analysis and quantitative modeling informed by field data generated by ASU’s Wetland Ecosystem Ecology Lab (WEEL) in partnership with the City of Phoenix Water Services Department. I found that the extent of daily solar insolation controls Aquatic Net Primary Productivity (ANPP) rates and the seasonal aquatic nutrient processing capacity of Tres Rios, resulting in the following approximate relationship: ANPP = 0.001344(W/m²) - 0.32634 (r² = 0.259; p = 0.005).
This formula was used to estimate the nutrient uptake performance of aquatic primary producers from sampling observations; ANPP accounted for 16.26 metric tons of system wide N uptake, while aquatic ER contributed 6.07 metric tons N of nighttime remineralization and 5.7 metric tons of N throughout the water column during the day. The estimated yearly net aquatic N flux is 4.49 metric tons uptake, compared to about 12 metric tons yearly N uptake by the vegetated marsh (Treese, 2019). However, not accounting for animal respiration results in an underestimation of system-wide N remineralization, and not accounting for soil processes results in an underestimation of N uptake.
This formula was used to estimate the nutrient uptake performance of aquatic primary producers from sampling observations; ANPP accounted for 16.26 metric tons of system wide N uptake, while aquatic ER contributed 6.07 metric tons N of nighttime remineralization and 5.7 metric tons of N throughout the water column during the day. The estimated yearly net aquatic N flux is 4.49 metric tons uptake, compared to about 12 metric tons yearly N uptake by the vegetated marsh (Treese, 2019). However, not accounting for animal respiration results in an underestimation of system-wide N remineralization, and not accounting for soil processes results in an underestimation of N uptake.
ContributorsEvans, Joseph Barrett (Author) / Childers, Daniel (Thesis director) / Hartnett, Hilairy (Committee member) / Watts College of Public Service & Community Solut (Contributor) / School of Sustainability (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05