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Barrett, The Honors College Thesis/Creative Project Collection


Barrett, the Honors College accepts high performing, academically engaged students and works with them in collaboration with all of the other academic units at Arizona State University. All Barrett students complete a thesis or creative project, supervised and defended in front of a faculty committee. The thesis or creative project allows students to explore an intellectual interest and produce an original piece of scholarly research. The thesis or creative project is a student’s opportunity to explore areas of academic interest with greater intensity than is possible in a single course. It is also an opportunity to engage with professors, nationally recognized in their fields and specifically interested and committed to working with honors students. This work provides tangible evidence of a student’s research, writing and creative skills to graduate schools and/or prospective employers.


Contributor
Date Range
2013 2018


All politics is local, but some locales practice politics differently than others. Unique, individual relationships between a place and the social institutions of politics modifies and mitigates assumptions of how politics works across space. This analysis takes into account cultural theory concerning political behavior of place and regions and work by political scientists analyzing the differences in political behavior and preferences and aims to test a hypothesis about spatial patterns in the defections from party line votes in the US House of Representatives.

Contributors
Wolf, Levi John, Steen, Jennifer, Sivak, Henry, et al.
Created Date
2013-05

A numerical study of wave-induced momentum transport across the tropopause in the presence of a stably stratified thin inversion layer is presented and discussed. This layer consists of a sharp increase in static stability within the tropopause. The wave propagation is modeled by numerically solving the Taylor-Goldstein equation, which governs the dynamics of internal waves in stably stratified shear flows. The waves are forced by a flow over a bell shaped mountain placed at the lower boundary of the domain. A perfectly radiating condition based on the group velocity of mountain waves is imposed at the top to avoid artificial ...

Contributors
Cole, Alexandra Shea, Moustaoui, Mohamed, Kostelich, Eric, et al.
Created Date
2017-05

As urban areas continue to grow with an increasing amount of population growth and influx, prudent planning for developed and developing cities has never been as important as it is today. Currently, about 54% of the world’s population lives in urban areas while that number is expected to increase to 66% by 2050 (United Nations 2014). This being said, planners, politicians, and policymakers among others need to be able to anticipate the ideal urban infrastructure needed with the most effective layout and design for creating and maintaining a high quality of life. The purpose of this research is to identify ...

Contributors
Zipperer, Michael James, Pijawka, David, Talen, Emily, et al.
Created Date
2016-05

Since its discovery in 1524, many people have characterized the vermiform appendix. Charles Darwin considered the human appendix to be a vestige and a useless structure. Others at the time opposed this hypothesis. However, Darwin’s hypothesis became prevalent one until recently when there became a renewed interest in the appendix because of advancements in microscopes, knowledge of the immune system, and phylogenetics. In this review, I will argue that the vermiform appendix, although still not completely understood, has important functions. First, I will give the anatomy of the appendix. I will discuss the comparative anatomy between different animals and also ...

Contributors
Prestwich, Shelby Elizabeth, Cartwright, Reed, Lynch, John, et al.
Created Date
2018-05

City planners often use bicycle friendly rating schemes as tools to guide them in their efforts to establish a bicycle community. However, the criteria and methodologies used vary from program to program and often do not encapsulate all of the necessary elements that comprise true bicycle friendliness. This report documents the important elements, strategies, and best practices that well-established Dutch, Danish, and German bike friendly cities exhibit to create a baseline standard for bicycle friendliness. Not all rating programs’ criteria and methodologies align perfectly within this understanding of bicycle friendliness. City planners should use these programs as tools while keeping ...

Contributors
Trombino, Frank Michael, Golub, Aaron, Kelley, Jason, et al.
Created Date
2014-05

In this project I analyze Paolo Soleri’s concept of arcology – the combination of architecture and ecology – from a theoretical, symbolic, and physical perspective. I utilize these three viewpoints to determine what aspects of his theories are most effective for urban design. While his ideas are based on building “arcologies” from the ground up, I will be using the Phoenix Metropolitan area to determine how we could apply his ideas to existing cities without having to rebuild entirely. This past summer I participated in the 5-week construction workshop the Cosanti Foundation offers at the physical prototypical city of Arcosanti ...

Contributors
Ibsen, Bronte Elizabeth, Manuel-Navarrete, David, Kelley, Jason, et al.
Created Date
2018-05

Since the start of U.S. hostilities against Iraq in 2003, International Relations scholars have begun to characterize the U.S. as potentially an empire. This is because the traditional notion of sovereignty under the Westphalian nation-state system is held as a constant in the prominent theories that govern how it is thought how nation-states interact with each other. The blatant violation of international laws and norms with impunity by the U.S. have led to a re-questioning of the true dynamics underlying this system. Some scholars have characterized the recent research as a popular fad, but most of the research is aimed ...

Contributors
Roche, Joshua Nathan, Crittenden, Jack, Walker, Stephen, et al.
Created Date
2014-12

The Great Plains region of the central United States and southern Canada is a promising location for wind energy resource development. Wind energy site assessments and forecasts can benefit from better understanding the variability that may result from several teleconnections affecting North America. This thesis investigates how the El Niño/Southern Oscillation (ENSO), the North Atlantic Oscillation (NAO), and the Pacific/North American Pattern (PNA) impact mean monthly wind speeds at 850 hPa over the Great Plains. Using wind speeds from the NCAR/NCEP Reanalysis 1, correlations were computed between the mean monthly wind speeds and average monthly teleconnection index values. A difference ...

Contributors
Ordonez, Ana Cristina, Cerveny, Randall, Svoma, Bohumil, et al.
Created Date
2013-05

Despite similar climate, ecosystem, and population size, the cities of Hermosillo, Mexico and Mesa, USA manage their water very differently. Mesa has a stable and resilient system organized around state and federal regulations. Hermosillo, after rapidly industrializing, has not been able to cope with climate change and long-term drought conditions. Water distribution statistics, stakeholders, policy structure, and government organization were combined in an organizational framework to compare the practices of the two cities. These inputs were weighed against the outcomes and the sustainability of each system. While Mesa is part of a massive metropolitan area, Hermosillo is still developing into ...

Contributors
Moe, Rud Lamb, Chhetri, Netra, White, Dave, et al.
Created Date
2013-05

The purpose of this research was to produce reduced graphene oxides for the fabrication of desalination membranes. Graphene has typically been considered a way to create more energy efficient desalination membranes. However, graphene is expensive and unstable, while graphene oxide has similar properties, but is less expensive and more stable. Graphene oxide membranes have the potential to perform above the permeability-selectivity tradeoff that is typical in membranes through size-based exclusion. Reduction through heat or Vitamin C reduces the size of graphene oxide nanochannels so salt and organic materials can be rejected in higher numbers. Both reduced and unreduced graphene oxide ...

Contributors
Albrecht, Alissa Marie, Perreault, Francois, Laurin, Eric, et al.
Created Date
2017-12