Using critical disability theory, Foucauldian philosophy, phenomenology and my personal lived experience with a congenital impairment, the purpose of this paper is to explore a relatively unexplored subject, stigma against disability onset at birth, and how this manifests in inequitable U.S. electoral outcomes. The scope of the paper is mostly focused on federal U.S. elected officials for two reasons: the high visibility of the position and the ideal standards for an elected official. The U.S. candidates running for federal offices receive the most social attention, drawing from millions of Americans whose views on these candidates determine their electoral success. An analysis of disability representation at this level serves as the best indicator for the stigma held against congenital disability. Additionally, the role of an elected official embodies not just the model citizen but the archetypal human. An exploration of U.S. constituent perspectives on this role in politics suggest social norms locate congenitally disabled people in a particularly marginalized identity. Insights gained from this analysis might allow readers to restructure narrow assumptions about disabled people and what would constitute effective representation.

Low-income areas are more likely to be exposed to poor air quality and hazardous levels of criteria pollutants, including particulate matter. While this relationship is well documented in environmental justice and equity literature, there is less discussion of how it is addressed by regulatory air quality departments and their monitoring networks. Socioeconomic clustering in highly polluted areas presents a challenge for local regulatory agencies as it may result in over- or under-monitoring of certain income brackets. This is significant because, for regulatory bodies, what is monitored determines where environmental regulations are enforced. In this study, I look at the spatial concentrations of low-income neighborhoods and their proximity to regulatory fine particulate matter monitoring stations in Maricopa County, Arizona and Santiago Metropolitan Region, Chile. This study also evaluates which monitors are most often in exceedance of air quality standards for PM2.5. Using census data, individual monitor readings, and monitoring network assessment data to create tables and maps, I illustrate that, in both case studies, regulatory PM2.5 monitors are frequently positioned in proximity to very low-income or highly impoverished communities. The monitors most often and furthest past exceedance of federal air quality standards are those in (or closest) to the poorest parts of the urban center of the region. In both cases, these populations and monitors are heavily concentrated to the south and west of the region’s primary city. This is likely due to compounding factors attributed to urban geography and zoning that should be explored in future studies. I use these findings to suggest that income and poverty level should be evaluated as an environmental justice factor and as an area for improvement in assessments of regulatory monitoring networks, and to provide further evidence in the debate about equitable air quality monitoring.

As the world watched the United States Capitol Building come under siege by thousands of insurrectionists on January 6th, 2021, it was clear that a nation once regarded by conservatives as a “City Upon a Hill” was now in the process of a radical reawakening and party transformation. The American far-right’s radical transformation of the Republican Party and the relentless false belief of “The Big Lie”, that the 2020 election was stolen and fraudulent, delegitimizes America’s political institutions while undermining the nation’s electoral process. This has created a modern rebirth of racism, hatred, and political violence that is seen in American politics and society. Because of this, the far-right has weaponized American institutions to push both racist, discriminatory ideas and laws throughout the country. This study aims to answer the question of "how is The Big Lie dismantling American democracy and reshaping GOP?".

Considered by colonists as an extension of France, Algeria was subjected to more than 125 years of French control. The Algerian people were thus heavily influenced by the French language and were required to abandon their native language in many aspects of their life such as government and education. This thesis aims to highlight the linguistic power relations established by the French in Colonial Algeria. Language usage and policies leading up to the Algerian War for Independence are critical to understanding the successor government. Analyzing three sections of language in Colonial Algeria- radio, language of instruction, and literature- I find that the language of instruction in education is the most influential in determining and formulating identities and power relations. Ultimately, this thesis concludes that language, power, and identity overlap and influence each other in several ways, producing a complex post-colonial society

Ammonia is one of the most important chemicals for modern civilization as well as a potentially invaluable intermediary component of a future sustainable H2 economy, yet its current production is decidedly unsustainable. Accordingly, researchers are attempting to devise new paradigms for ammonia production, one of which would involve the cyclical reaction of H2 with a nitride compound and the renitridation of that compound with N2 - a thermochemical loop that would allow for ammonia production with renewable inputs and at relatively low pressures. In this paper, researchers identified several ternary and quaternary metal nitrides with the potential to exhibit relatively favorable thermodynamics for both the reduction and nitridation steps of that reaction cycle. These compounds were synthesized via co-precipitation and Pechini synthesis and several were tested under gas flows of 75% H2/Ar at 100-700 C and 75% H2/N2 at 700 C to determine their behavior under these conditions. As suggested by the available literature, Co3Mo3N was found to be a far better candidate for thermochemical looping than Fe3Mo3N or Ni2Mo3N - with higher mass loss and mass regain. Interestingly, quaternary nitrides containing Fe and Co in addition to Mo also demonstrated remarkable reduction and nitridation capability under ambient pressures. Ultimately, this paper demonstrates the feasibility of synthesizing a variety of single phase ternary and quaternary nitrides and the potential that several of these nitrides hold for producing ammonia sustainably via cyclic thermochemistry.

Since the 1980’s, there has been a growing interest in the concept of sustainability. The prime directive of sustainability is to balance the needs of economics, environmental health, and human society. The change in the global climate, loss of biodiversity, increased levels of pollution, and general trend toward resource scarcity have all increased the momentum of the contemporary sustainability movement. Simultaneously, poverty and nutrition scarcity have attracted many to sustainability’s principles of resource equity. What one can gather from the diversity of sustainability’s intended functions is that it’s meant to solve several problems at once. In another sense, the most impactful sustainability solutions are multipurpose. This is not to say that any given solution is a panacea. On the contrary, sustainability advocates often dispute the existence of so-called “silver bullets” for these global issues. While this tends to reign true, it does not stop policy makers, communities, or researchers from attempting to employ multifaceted solutions. One such example is the myriad of sustainability issues associated with industrial agriculture. With the compounding issues of high water consumption, habitat destruction via land use change, biodiversity loss and climate change, industrial agriculture appears to be a damaging system. Areas like Arizona are projected to be affected by many of these issues. It thus stands to reason that if Arizona is to aggressively address its long-term drought, as well as global sustainability issues, a systematic change in farming practices needs to be made. Firstly, an analysis of the agricultural and water histories of Arizona will highlight the events most relevant to the region’s contemporary issues. Following this, the analysis will frame the greater problem through specific pieces of evidence associated with water scarcity in Arizona. Then, a summary of findings will illustrate the fundamental theories surrounding regenerative agriculture and three of its alternative forms: permaculture, dryland farming, and carbon farming. These theories will be instrumental in recommending a useful conception of regenerative agriculture for Arizona; it will be known as a Regenerative Dryland Farming System (RDFS). The extent and utility of current solutions will then be explored. The remainder of the section will illustrate the principles of the RDFSs, explore their potential weaknesses, and recommend policy for their successful deployment. Overall, it will be argued that RDFSs should fully replace industrial agriculture in Arizona. This will be vital in addressing the nine planetary boundaries and freshwater reality of the region.